obs-studio/obs/window-basic-main.cpp

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/******************************************************************************
Copyright (C) 2013-2014 by Hugh Bailey <obs.jim@gmail.com>
Zachary Lund <admin@computerquip.com>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
******************************************************************************/
2014-07-14 06:56:28 +00:00
#include <time.h>
2013-12-23 00:42:02 +00:00
#include <obs.hpp>
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
#include <QMessageBox>
#include <QShowEvent>
#include <QDesktopServices>
#include <QFileDialog>
#include <QNetworkRequest>
#include <QNetworkReply>
#include <util/dstr.h>
#include <util/util.hpp>
#include <util/platform.h>
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
#include <graphics/math-defs.h>
#include "obs-app.hpp"
#include "platform.hpp"
#include "window-basic-settings.hpp"
#include "window-namedialog.hpp"
#include "window-basic-source-select.hpp"
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
#include "window-basic-main.hpp"
Add source properties window (very preliminary) - Add a properties window for sources so that you can now actually edit the settings for sources. Also, display the source by itself in the window (Note: not working on mac, and possibly not working on linux). When changing the settings for a source, it will call obs_source_update on that source when you have modified any values automatically. - Add a properties 'widget', eventually I want to turn this in to a regular nice properties view like you'd see in the designer, but right now it just uses a form layout in a QScrollArea with regular controls to display the properties. It's clunky but works for the time being. - Make it so that swap chains and the main graphics subsystem will automatically use at least one backbuffer if none was specified - Fix bug where displays weren't added to the main display array - Make it so that you can get the properties of a source via the actual pointer of a source/encoder/output in addition to being able to look up properties via identifier. - When registering source types, check for required functions (wasn't doing it before). getheight/getwidth should not be optional if it's a video source as well. - Add an RAII OBSObj wrapper to obs.hpp for non-reference-counted libobs pointers - Add an RAII OBSSignal wrapper to obs.hpp for libobs signals to automatically disconnect them on destruction - Move the "scale and center" calculation in window-basic-main.cpp to its own function and in its own source file - Add an 'update' callback to WASAPI audio sources
2014-03-23 08:07:54 +00:00
#include "window-basic-properties.hpp"
#include "window-log-reply.hpp"
#include "window-remux.hpp"
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
#include "qt-wrappers.hpp"
Add source properties window (very preliminary) - Add a properties window for sources so that you can now actually edit the settings for sources. Also, display the source by itself in the window (Note: not working on mac, and possibly not working on linux). When changing the settings for a source, it will call obs_source_update on that source when you have modified any values automatically. - Add a properties 'widget', eventually I want to turn this in to a regular nice properties view like you'd see in the designer, but right now it just uses a form layout in a QScrollArea with regular controls to display the properties. It's clunky but works for the time being. - Make it so that swap chains and the main graphics subsystem will automatically use at least one backbuffer if none was specified - Fix bug where displays weren't added to the main display array - Make it so that you can get the properties of a source via the actual pointer of a source/encoder/output in addition to being able to look up properties via identifier. - When registering source types, check for required functions (wasn't doing it before). getheight/getwidth should not be optional if it's a video source as well. - Add an RAII OBSObj wrapper to obs.hpp for non-reference-counted libobs pointers - Add an RAII OBSSignal wrapper to obs.hpp for libobs signals to automatically disconnect them on destruction - Move the "scale and center" calculation in window-basic-main.cpp to its own function and in its own source file - Add an 'update' callback to WASAPI audio sources
2014-03-23 08:07:54 +00:00
#include "display-helpers.hpp"
#include "volume-control.hpp"
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
#include "ui_OBSBasic.h"
#include <fstream>
Implement RTMP module (still needs drop code) - Implement the RTMP output module. This time around, we just use a simple FLV muxer, then just write to the stream with RTMP_Write. Easy and effective. - Fix the FLV muxer, the muxer now outputs proper FLV packets. - Output API: * When using encoders, automatically interleave encoded packets before sending it to the output. * Pair encoders and have them automatically wait for the other to start to ensure sync. * Change 'obs_output_signal_start_fail' to 'obs_output_signal_stop' because it was a bit confusing, and doing this makes a lot more sense for outputs that need to stop suddenly (disconnections/etc). - Encoder API: * Remove some unnecessary encoder functions from the actual API and make them internal. Most of the encoder functions are handled automatically by outputs anyway, so there's no real need to expose them and end up inadvertently confusing plugin writers. * Have audio encoders wait for the video encoder to get a frame, then start at the exact data point that the first video frame starts to ensure the most accrate sync of video/audio possible. * Add a required 'frame_size' callback for audio encoders that returns the expected number of frames desired to encode with. This way, the libobs encoder API can handle the circular buffering internally automatically for the encoder modules, so encoder writers don't have to do it themselves. - Fix a few bugs in the serializer interface. It was passing the wrong variable for the data in a few cases. - If a source has video, make obs_source_update defer the actual update callback until the tick function is called to prevent threading issues.
2014-04-08 05:00:10 +00:00
#include <sstream>
#include <QScreen>
#include <QWindow>
#define PREVIEW_EDGE_SIZE 10
using namespace std;
2013-11-22 23:20:52 +00:00
Q_DECLARE_METATYPE(OBSScene);
Q_DECLARE_METATYPE(OBSSceneItem);
2014-10-29 14:53:59 +00:00
Q_DECLARE_METATYPE(OBSSource);
Q_DECLARE_METATYPE(obs_order_movement);
static void AddExtraModulePaths()
{
char base_module_dir[512];
int ret = os_get_config_path(base_module_dir, sizeof(base_module_dir),
"obs-studio/plugins/%module%");
2014-08-31 14:28:36 +00:00
if (ret <= 0)
return;
string path = (char*)base_module_dir;
obs_add_module_path((path + "/bin").c_str(), (path + "/data").c_str());
}
static QList<QKeySequence> DeleteKeys;
OBSBasic::OBSBasic(QWidget *parent)
: OBSMainWindow (parent),
ui (new Ui::OBSBasic)
{
ui->setupUi(this);
char styleSheetPath[512];
int ret = os_get_config_path(styleSheetPath, sizeof(styleSheetPath),
"obs-studio/basic/stylesheet.qss");
if (ret > 0) {
QFile styleSheet(QT_UTF8(styleSheetPath));
if (styleSheet.open(QFile::ReadOnly))
setStyleSheet(styleSheet.readAll());
}
2014-10-29 14:54:45 +00:00
qRegisterMetaType<OBSScene> ("OBSScene");
qRegisterMetaType<OBSSceneItem>("OBSSceneItem");
qRegisterMetaType<OBSSource> ("OBSSource");
connect(windowHandle(), &QWindow::screenChanged, [this]() {
struct obs_video_info ovi;
if (obs_get_video_info(&ovi))
ResizePreview(ovi.base_width, ovi.base_height);
});
stringstream name;
name << "OBS " << App()->GetVersionString();
blog(LOG_INFO, "%s", name.str().c_str());
setWindowTitle(QT_UTF8(name.str().c_str()));
2014-06-30 07:06:01 +00:00
connect(ui->scenes->itemDelegate(),
SIGNAL(closeEditor(QWidget*,
QAbstractItemDelegate::EndEditHint)),
this,
SLOT(SceneNameEdited(QWidget*,
QAbstractItemDelegate::EndEditHint)));
connect(ui->sources->itemDelegate(),
SIGNAL(closeEditor(QWidget*,
QAbstractItemDelegate::EndEditHint)),
this,
SLOT(SceneItemNameEdited(QWidget*,
QAbstractItemDelegate::EndEditHint)));
cpuUsageInfo = os_cpu_usage_info_start();
cpuUsageTimer = new QTimer(this);
connect(cpuUsageTimer, SIGNAL(timeout()),
ui->statusbar, SLOT(UpdateCPUUsage()));
cpuUsageTimer->start(3000);
DeleteKeys =
#ifdef __APPLE__
QList<QKeySequence>{{Qt::Key_Backspace}} <<
#endif
QKeySequence::keyBindings(QKeySequence::Delete);
#ifdef __APPLE__
ui->actionRemoveSource->setShortcuts(DeleteKeys);
ui->actionRemoveScene->setShortcuts(DeleteKeys);
ui->action_Settings->setMenuRole(QAction::PreferencesRole);
ui->actionE_xit->setMenuRole(QAction::QuitRole);
#endif
}
static void SaveAudioDevice(const char *name, int channel, obs_data_t *parent)
{
obs_source_t *source = obs_get_output_source(channel);
if (!source)
return;
obs_data_t *data = obs_save_source(source);
obs_data_set_obj(parent, name, data);
obs_data_release(data);
obs_source_release(source);
}
static obs_data_t *GenerateSaveData()
{
obs_data_t *saveData = obs_data_create();
obs_data_array_t *sourcesArray = obs_save_sources();
obs_source_t *currentScene = obs_get_output_source(0);
const char *sceneName = obs_source_get_name(currentScene);
SaveAudioDevice(DESKTOP_AUDIO_1, 1, saveData);
SaveAudioDevice(DESKTOP_AUDIO_2, 2, saveData);
SaveAudioDevice(AUX_AUDIO_1, 3, saveData);
SaveAudioDevice(AUX_AUDIO_2, 4, saveData);
SaveAudioDevice(AUX_AUDIO_3, 5, saveData);
obs_data_set_string(saveData, "current_scene", sceneName);
obs_data_set_array(saveData, "sources", sourcesArray);
obs_data_array_release(sourcesArray);
obs_source_release(currentScene);
return saveData;
}
void OBSBasic::ClearVolumeControls()
{
VolControl *control;
for (size_t i = 0; i < volumes.size(); i++) {
control = volumes[i];
delete control;
}
volumes.clear();
}
void OBSBasic::Save(const char *file)
{
obs_data_t *saveData = GenerateSaveData();
const char *jsonData = obs_data_get_json(saveData);
/* TODO maybe a message box here? */
if (!os_quick_write_utf8_file(file, jsonData, strlen(jsonData), false))
blog(LOG_ERROR, "Could not save scene data to %s", file);
obs_data_release(saveData);
}
static void LoadAudioDevice(const char *name, int channel, obs_data_t *parent)
{
obs_data_t *data = obs_data_get_obj(parent, name);
if (!data)
return;
obs_source_t *source = obs_load_source(data);
if (source) {
obs_set_output_source(channel, source);
obs_source_release(source);
}
obs_data_release(data);
}
void OBSBasic::CreateDefaultScene()
{
obs_scene_t *scene = obs_scene_create(Str("Basic.Scene"));
obs_source_t *source = obs_scene_get_source(scene);
obs_add_source(source);
#ifdef __APPLE__
source = obs_source_create(OBS_SOURCE_TYPE_INPUT, "display_capture",
Str("Basic.DisplayCapture"), NULL);
if (source) {
obs_scene_add(scene, source);
obs_add_source(source);
obs_source_release(source);
}
#endif
obs_set_output_source(0, obs_scene_get_source(scene));
obs_scene_release(scene);
}
void OBSBasic::Load(const char *file)
{
if (!file) {
blog(LOG_ERROR, "Could not find file %s", file);
return;
}
BPtr<char> jsonData = os_quick_read_utf8_file(file);
if (!jsonData) {
CreateDefaultScene();
return;
}
obs_data_t *data = obs_data_create_from_json(jsonData);
obs_data_array_t *sources = obs_data_get_array(data, "sources");
const char *sceneName = obs_data_get_string(data,
"current_scene");
obs_source_t *curScene;
LoadAudioDevice(DESKTOP_AUDIO_1, 1, data);
LoadAudioDevice(DESKTOP_AUDIO_2, 2, data);
LoadAudioDevice(AUX_AUDIO_1, 3, data);
LoadAudioDevice(AUX_AUDIO_2, 4, data);
LoadAudioDevice(AUX_AUDIO_3, 5, data);
obs_load_sources(sources);
curScene = obs_get_source_by_name(sceneName);
obs_set_output_source(0, curScene);
obs_source_release(curScene);
obs_data_array_release(sources);
obs_data_release(data);
}
static inline bool HasAudioDevices(const char *source_id)
{
const char *output_id = source_id;
obs_properties_t *props = obs_get_source_properties(
OBS_SOURCE_TYPE_INPUT, output_id);
size_t count = 0;
if (!props)
return false;
obs_property_t *devices = obs_properties_get(props, "device_id");
if (devices)
count = obs_property_list_item_count(devices);
obs_properties_destroy(props);
return count != 0;
}
static void OBSStartStreaming(void *data, calldata_t *params)
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
{
UNUSED_PARAMETER(params);
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"StreamingStart");
}
static void OBSStopStreaming(void *data, calldata_t *params)
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
{
int code = (int)calldata_int(params, "code");
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"StreamingStop", Q_ARG(int, code));
}
static void OBSStartRecording(void *data, calldata_t *params)
2014-08-25 01:10:57 +00:00
{
UNUSED_PARAMETER(params);
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"RecordingStart");
}
static void OBSStopRecording(void *data, calldata_t *params)
{
UNUSED_PARAMETER(params);
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"RecordingStop");
}
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
#define SERVICE_PATH "obs-studio/basic/service.json"
void OBSBasic::SaveService()
{
if (!service)
return;
char serviceJsonPath[512];
int ret = os_get_config_path(serviceJsonPath, sizeof(serviceJsonPath),
SERVICE_PATH);
if (ret <= 0)
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
return;
obs_data_t *data = obs_data_create();
obs_data_t *settings = obs_service_get_settings(service);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
obs_data_set_string(data, "type", obs_service_gettype(service));
obs_data_set_obj(data, "settings", settings);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
const char *json = obs_data_get_json(data);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
os_quick_write_utf8_file(serviceJsonPath, json, strlen(json), false);
obs_data_release(settings);
obs_data_release(data);
}
bool OBSBasic::LoadService()
{
const char *type;
char serviceJsonPath[512];
int ret = os_get_config_path(serviceJsonPath, sizeof(serviceJsonPath),
SERVICE_PATH);
if (ret <= 0)
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
return false;
BPtr<char> jsonText = os_quick_read_utf8_file(serviceJsonPath);
if (!jsonText)
return false;
obs_data_t *data = obs_data_create_from_json(jsonText);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
obs_data_set_default_string(data, "type", "rtmp_common");
type = obs_data_get_string(data, "type");
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
obs_data_t *settings = obs_data_get_obj(data, "settings");
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
service = obs_service_create(type, "default_service", settings);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
obs_data_release(settings);
obs_data_release(data);
return !!service;
}
bool OBSBasic::InitOutputs()
{
fileOutput = obs_output_create("flv_output", "default_file_output",
nullptr);
if (!fileOutput)
return false;
streamOutput = obs_output_create("rtmp_output", "default_stream",
nullptr);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
if (!streamOutput)
return false;
signal_handler_connect(obs_output_get_signal_handler(streamOutput),
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
"start", OBSStartStreaming, this);
signal_handler_connect(obs_output_get_signal_handler(streamOutput),
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
"stop", OBSStopStreaming, this);
2014-08-25 01:10:57 +00:00
signal_handler_connect(obs_output_get_signal_handler(fileOutput),
"start", OBSStartRecording, this);
signal_handler_connect(obs_output_get_signal_handler(fileOutput),
"stop", OBSStopRecording, this);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
return true;
}
bool OBSBasic::InitEncoders()
{
x264 = obs_video_encoder_create("obs_x264", "default_h264", nullptr);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
if (!x264)
return false;
aac = obs_audio_encoder_create("libfdk_aac", "default_aac", nullptr);
2014-05-22 10:07:17 +00:00
if (!aac)
aac = obs_audio_encoder_create("ffmpeg_aac", "default_aac",
nullptr);
2014-05-22 10:07:17 +00:00
if (!aac)
return false;
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
return true;
}
bool OBSBasic::InitService()
{
if (LoadService())
return true;
service = obs_service_create("rtmp_common", "default_service", nullptr);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
if (!service)
return false;
return true;
}
bool OBSBasic::InitBasicConfigDefaults()
{
bool hasDesktopAudio = HasAudioDevices(App()->OutputAudioSource());
bool hasInputAudio = HasAudioDevices(App()->InputAudioSource());
config_set_default_int(basicConfig, "Window", "PosX", -1);
config_set_default_int(basicConfig, "Window", "PosY", -1);
config_set_default_int(basicConfig, "Window", "SizeX", -1);
config_set_default_int(basicConfig, "Window", "SizeY", -1);
vector<MonitorInfo> monitors;
GetMonitors(monitors);
if (!monitors.size()) {
OBSErrorBox(NULL, "There appears to be no monitors. Er, this "
"technically shouldn't be possible.");
return false;
}
uint32_t cx = monitors[0].cx;
uint32_t cy = monitors[0].cy;
/* TODO: temporary */
config_set_default_string(basicConfig, "SimpleOutput", "FilePath",
GetDefaultVideoSavePath().c_str());
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
config_set_default_uint (basicConfig, "SimpleOutput", "VBitrate",
2500);
config_set_default_uint (basicConfig, "SimpleOutput", "ABitrate", 128);
2014-07-04 01:07:33 +00:00
config_set_default_bool (basicConfig, "SimpleOutput", "Reconnect",
true);
config_set_default_uint (basicConfig, "SimpleOutput", "RetryDelay", 2);
config_set_default_uint (basicConfig, "SimpleOutput", "MaxRetries",
20);
config_set_default_bool (basicConfig, "SimpleOutput", "UseAdvanced",
false);
config_set_default_bool (basicConfig, "SimpleOutput", "UseCBR", true);
config_set_default_string(basicConfig, "SimpleOutput", "Preset",
"veryfast");
config_set_default_uint (basicConfig, "Video", "BaseCX", cx);
config_set_default_uint (basicConfig, "Video", "BaseCY", cy);
cx = cx * 10 / 15;
cy = cy * 10 / 15;
config_set_default_uint (basicConfig, "Video", "OutputCX", cx);
config_set_default_uint (basicConfig, "Video", "OutputCY", cy);
config_set_default_uint (basicConfig, "Video", "FPSType", 0);
config_set_default_string(basicConfig, "Video", "FPSCommon", "30");
config_set_default_uint (basicConfig, "Video", "FPSInt", 30);
config_set_default_uint (basicConfig, "Video", "FPSNum", 30);
config_set_default_uint (basicConfig, "Video", "FPSDen", 1);
config_set_default_string(basicConfig, "Video", "ScaleType", "bicubic");
config_set_default_string(basicConfig, "Video", "ColorFormat", "NV12");
config_set_default_string(basicConfig, "Video", "ColorSpace", "709");
config_set_default_string(basicConfig, "Video", "ColorRange",
"Partial");
config_set_default_uint (basicConfig, "Audio", "SampleRate", 44100);
config_set_default_string(basicConfig, "Audio", "ChannelSetup",
"Stereo");
config_set_default_uint (basicConfig, "Audio", "BufferingTime", 1000);
config_set_default_string(basicConfig, "Audio", "DesktopDevice1",
hasDesktopAudio ? "default" : "disabled");
config_set_default_string(basicConfig, "Audio", "DesktopDevice2",
"disabled");
config_set_default_string(basicConfig, "Audio", "AuxDevice1",
hasInputAudio ? "default" : "disabled");
config_set_default_string(basicConfig, "Audio", "AuxDevice2",
"disabled");
config_set_default_string(basicConfig, "Audio", "AuxDevice3",
"disabled");
return true;
}
bool OBSBasic::InitBasicConfig()
{
char configPath[512];
int ret = os_get_config_path(configPath, sizeof(configPath),
"obs-studio/basic/basic.ini");
if (ret <= 0) {
OBSErrorBox(nullptr, "Failed to get base.ini path");
return false;
}
int code = basicConfig.Open(configPath, CONFIG_OPEN_ALWAYS);
if (code != CONFIG_SUCCESS) {
OBSErrorBox(NULL, "Failed to open basic.ini: %d", code);
return false;
}
return InitBasicConfigDefaults();
}
void OBSBasic::InitOBSCallbacks()
{
signal_handler_connect(obs_get_signal_handler(), "source_add",
OBSBasic::SourceAdded, this);
signal_handler_connect(obs_get_signal_handler(), "source_remove",
OBSBasic::SourceRemoved, this);
signal_handler_connect(obs_get_signal_handler(), "channel_change",
OBSBasic::ChannelChanged, this);
signal_handler_connect(obs_get_signal_handler(), "source_activate",
OBSBasic::SourceActivated, this);
signal_handler_connect(obs_get_signal_handler(), "source_deactivate",
OBSBasic::SourceDeactivated, this);
signal_handler_connect(obs_get_signal_handler(), "source_rename",
2014-06-30 07:06:01 +00:00
OBSBasic::SourceRenamed, this);
}
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
void OBSBasic::InitPrimitives()
{
obs_enter_graphics();
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
2014-08-08 06:42:07 +00:00
gs_render_start(true);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
gs_vertex2f(0.0f, 0.0f);
gs_vertex2f(0.0f, 1.0f);
gs_vertex2f(1.0f, 1.0f);
gs_vertex2f(1.0f, 0.0f);
gs_vertex2f(0.0f, 0.0f);
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
2014-08-08 06:42:07 +00:00
box = gs_render_save();
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
2014-08-08 06:42:07 +00:00
gs_render_start(true);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
for (int i = 0; i <= 360; i += (360/20)) {
float pos = RAD(float(i));
gs_vertex2f(cosf(pos), sinf(pos));
}
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
2014-08-08 06:42:07 +00:00
circle = gs_render_save();
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
obs_leave_graphics();
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
}
void OBSBasic::OBSInit()
{
char savePath[512];
int ret = os_get_config_path(savePath, sizeof(savePath),
"obs-studio/basic/scenes.json");
if (ret <= 0)
throw "Failed to get scenes.json file path";
/* make sure it's fully displayed before doing any initialization */
show();
App()->processEvents();
if (!obs_startup(App()->GetLocale()))
throw "Failed to initialize libobs";
if (!InitBasicConfig())
throw "Failed to load basic.ini";
if (!ResetAudio())
throw "Failed to initialize audio";
ret = ResetVideo();
switch (ret) {
case OBS_VIDEO_MODULE_NOT_FOUND:
throw "Failed to initialize video: Graphics module not found";
case OBS_VIDEO_NOT_SUPPORTED:
throw "Failed to initialize video: Required graphics API "
"functionality not found on these drivers or "
"unavailable on this equipment";
case OBS_VIDEO_INVALID_PARAM:
throw "Failed to initialize video: Invalid parameters";
default:
if (ret != OBS_VIDEO_SUCCESS)
throw "Failed to initialize video: Unspecified error";
}
InitOBSCallbacks();
AddExtraModulePaths();
(API Change) Refactor module handling Changed API: - char *obs_find_plugin_file(const char *sub_path); Changed to: char *obs_module_file(const char *file); Cahnge it so you no longer need to specify a sub-path such as: obs_find_plugin_file("module_name/file.ext") Instead, now automatically handle the module data path so all you need to do is: obs_module_file("file.ext") - int obs_load_module(const char *name); Changed to: int obs_open_module(obs_module_t *module, const char *path, const char *data_path); bool obs_init_module(obs_module_t module); Change the module loading API so that if the front-end chooses, it can load modules directly from a specified path, and associate a data directory with it on the spot. The module will not be initialized immediately; obs_init_module must be called on the module pointer in order to fully initialize the module. This is done so a module can be disabled by the front-end if the it so chooses. New API: - void obs_add_module_path(const char *bin, const char *data); These functions allow you to specify new module search paths to add, and allow you to search through them, or optionally just load all modules from them. If the string %module% is included, it will replace it with the module's name when that string is used as a lookup. Data paths are now directly added to the module's internal storage structure, and when obs_find_module_file is used, it will look up the pointer to the obs_module structure and get its data directory that way. Example: obs_add_module_path("/opt/obs/my-modules/%module%/bin", "/opt/obs/my-modules/%module%/data"); This would cause it to additionally look for the binary of a hypthetical module named "foo" at /opt/obs/my-modules/foo/bin/foo.so (or libfoo.so), and then look for the data in /opt/obs/my-modules/foo/data. This gives the front-end more flexibility for handling third-party plugin modules, or handling all plugin modules in a custom way. - void obs_find_modules(obs_find_module_callback_t callback, void *param); This searches the existing paths for modules and calls the callback function when any are found. Useful for plugin management and custom handling of the paths by the front-end if desired. - void obs_load_all_modules(void); Search through the paths and both loads and initializes all modules automatically without custom handling. - void obs_enum_modules(obs_enum_module_callback_t callback, void *param); Enumerates currently opened modules.
2014-07-27 19:00:11 +00:00
obs_load_all_modules();
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
if (!InitOutputs())
throw "Failed to initialize outputs";
if (!InitEncoders())
throw "Failed to initialize encoders";
if (!InitService())
throw "Failed to initialize service";
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
InitPrimitives();
Load(savePath);
ResetAudioDevices();
2014-07-14 06:56:28 +00:00
TimedCheckForUpdates();
loaded = true;
QTimer *timer = new QTimer(this);
connect(timer, SIGNAL(timeout()), this, SLOT(SaveProject()));
timer->start(20000);
}
OBSBasic::~OBSBasic()
{
2015-01-04 16:16:59 +00:00
SaveProject();
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
/* XXX: any obs data must be released before calling obs_shutdown.
* currently, we can't automate this with C++ RAII because of the
* delicate nature of obs_shutdown needing to be freed before the UI
* can be freed, and we have no control over the destruction order of
* the Qt UI stuff, so we have to manually clear any references to
* libobs. */
delete cpuUsageTimer;
os_cpu_usage_info_destroy(cpuUsageInfo);
2014-09-15 23:16:16 +00:00
if (interaction)
delete interaction;
if (properties)
delete properties;
if (transformWindow)
delete transformWindow;
Add source properties window (very preliminary) - Add a properties window for sources so that you can now actually edit the settings for sources. Also, display the source by itself in the window (Note: not working on mac, and possibly not working on linux). When changing the settings for a source, it will call obs_source_update on that source when you have modified any values automatically. - Add a properties 'widget', eventually I want to turn this in to a regular nice properties view like you'd see in the designer, but right now it just uses a form layout in a QScrollArea with regular controls to display the properties. It's clunky but works for the time being. - Make it so that swap chains and the main graphics subsystem will automatically use at least one backbuffer if none was specified - Fix bug where displays weren't added to the main display array - Make it so that you can get the properties of a source via the actual pointer of a source/encoder/output in addition to being able to look up properties via identifier. - When registering source types, check for required functions (wasn't doing it before). getheight/getwidth should not be optional if it's a video source as well. - Add an RAII OBSObj wrapper to obs.hpp for non-reference-counted libobs pointers - Add an RAII OBSSignal wrapper to obs.hpp for libobs signals to automatically disconnect them on destruction - Move the "scale and center" calculation in window-basic-main.cpp to its own function and in its own source file - Add an 'update' callback to WASAPI audio sources
2014-03-23 08:07:54 +00:00
if (advAudioWindow)
delete advAudioWindow;
ClearVolumeControls();
ui->sources->clear();
ui->scenes->clear();
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
obs_enter_graphics();
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
2014-08-08 06:42:07 +00:00
gs_vertexbuffer_destroy(box);
gs_vertexbuffer_destroy(circle);
obs_leave_graphics();
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
obs_shutdown();
config_set_int(App()->GlobalConfig(), "General", "LastVersion",
LIBOBS_API_VER);
config_save(App()->GlobalConfig());
}
2015-01-04 16:16:59 +00:00
void OBSBasic::SaveProject()
{
char savePath[512];
int ret = os_get_config_path(savePath, sizeof(savePath),
"obs-studio/basic/scenes.json");
if (ret <= 0)
return;
2015-01-04 16:16:59 +00:00
SaveService();
Save(savePath);
}
OBSScene OBSBasic::GetCurrentScene()
{
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
QListWidgetItem *item = ui->scenes->currentItem();
return item ? item->data(Qt::UserRole).value<OBSScene>() : nullptr;
}
OBSSceneItem OBSBasic::GetSceneItem(QListWidgetItem *item)
{
return item ? item->data(Qt::UserRole).value<OBSSceneItem>() : nullptr;
}
OBSSceneItem OBSBasic::GetCurrentSceneItem()
{
return GetSceneItem(ui->sources->currentItem());
}
void OBSBasic::UpdateSources(OBSScene scene)
{
ui->sources->clear();
obs_scene_enum_items(scene,
[] (obs_scene_t *scene, obs_sceneitem_t *item, void *p)
{
OBSBasic *window = static_cast<OBSBasic*>(p);
window->InsertSceneItem(item);
UNUSED_PARAMETER(scene);
return true;
}, this);
}
void OBSBasic::InsertSceneItem(obs_sceneitem_t *item)
{
obs_source_t *source = obs_sceneitem_get_source(item);
const char *name = obs_source_get_name(source);
QListWidgetItem *listItem = new QListWidgetItem(QT_UTF8(name));
listItem->setData(Qt::UserRole,
QVariant::fromValue(OBSSceneItem(item)));
ui->sources->insertItem(0, listItem);
ui->sources->setCurrentRow(0);
/* if the source was just created, open properties dialog */
if (sourceSceneRefs[source] == 0 && loaded)
CreatePropertiesWindow(source);
}
void OBSBasic::CreateInteractionWindow(obs_source_t *source)
2014-09-15 23:16:16 +00:00
{
if (interaction)
interaction->close();
interaction = new OBSBasicInteraction(this, source);
interaction->Init();
interaction->setAttribute(Qt::WA_DeleteOnClose, true);
}
void OBSBasic::CreatePropertiesWindow(obs_source_t *source)
{
if (properties)
properties->close();
properties = new OBSBasicProperties(this, source);
properties->Init();
properties->setAttribute(Qt::WA_DeleteOnClose, true);
}
/* Qt callbacks for invokeMethod */
void OBSBasic::AddScene(OBSSource source)
{
const char *name = obs_source_get_name(source);
obs_scene_t *scene = obs_scene_from_source(source);
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
QListWidgetItem *item = new QListWidgetItem(QT_UTF8(name));
item->setData(Qt::UserRole, QVariant::fromValue(OBSScene(scene)));
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
ui->scenes->addItem(item);
signal_handler_t *handler = obs_source_get_signal_handler(source);
signal_handler_connect(handler, "item_add",
OBSBasic::SceneItemAdded, this);
signal_handler_connect(handler, "item_remove",
OBSBasic::SceneItemRemoved, this);
signal_handler_connect(handler, "item_select",
OBSBasic::SceneItemSelected, this);
signal_handler_connect(handler, "item_deselect",
2015-01-04 16:19:52 +00:00
OBSBasic::SceneItemDeselected, this);
2014-05-16 00:40:53 +00:00
signal_handler_connect(handler, "item_move_up",
OBSBasic::SceneItemMoveUp, this);
signal_handler_connect(handler, "item_move_down",
OBSBasic::SceneItemMoveDown, this);
signal_handler_connect(handler, "item_move_top",
OBSBasic::SceneItemMoveTop, this);
signal_handler_connect(handler, "item_move_bottom",
OBSBasic::SceneItemMoveBottom, this);
}
void OBSBasic::RemoveScene(OBSSource source)
2013-12-29 05:29:13 +00:00
{
const char *name = obs_source_get_name(source);
2013-12-29 05:29:13 +00:00
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
QListWidgetItem *sel = ui->scenes->currentItem();
QList<QListWidgetItem*> items = ui->scenes->findItems(QT_UTF8(name),
Qt::MatchExactly);
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
if (sel != nullptr) {
if (items.contains(sel))
ui->sources->clear();
delete sel;
}
}
void OBSBasic::AddSceneItem(OBSSceneItem item)
{
obs_scene_t *scene = obs_sceneitem_get_scene(item);
obs_source_t *source = obs_sceneitem_get_source(item);
if (GetCurrentScene() == scene)
InsertSceneItem(item);
sourceSceneRefs[source] = sourceSceneRefs[source] + 1;
}
void OBSBasic::RemoveSceneItem(OBSSceneItem item)
{
obs_scene_t *scene = obs_sceneitem_get_scene(item);
if (GetCurrentScene() == scene) {
for (int i = 0; i < ui->sources->count(); i++) {
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
QListWidgetItem *listItem = ui->sources->item(i);
QVariant userData = listItem->data(Qt::UserRole);
if (userData.value<OBSSceneItem>() == item) {
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
delete listItem;
break;
}
}
}
obs_source_t *source = obs_sceneitem_get_source(item);
int scenes = sourceSceneRefs[source] - 1;
sourceSceneRefs[source] = scenes;
if (scenes == 0) {
obs_source_remove(source);
sourceSceneRefs.erase(source);
}
}
void OBSBasic::UpdateSceneSelection(OBSSource source)
{
if (source) {
obs_scene_t *scene = obs_scene_from_source(source);
const char *name = obs_source_get_name(source);
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
if (!scene)
return;
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
QList<QListWidgetItem*> items =
ui->scenes->findItems(QT_UTF8(name), Qt::MatchExactly);
if (items.count()) {
sceneChanging = true;
ui->scenes->setCurrentItem(items.first());
sceneChanging = false;
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
UpdateSources(scene);
}
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}
}
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static void RenameListValues(QListWidget *listWidget, const QString &newName,
const QString &prevName)
{
QList<QListWidgetItem*> items =
listWidget->findItems(prevName, Qt::MatchExactly);
for (int i = 0; i < items.count(); i++)
items[i]->setText(newName);
}
void OBSBasic::RenameSources(QString newName, QString prevName)
{
RenameListValues(ui->scenes, newName, prevName);
RenameListValues(ui->sources, newName, prevName);
for (size_t i = 0; i < volumes.size(); i++) {
if (volumes[i]->GetName().compare(prevName) == 0)
volumes[i]->SetName(newName);
}
2014-06-30 07:06:01 +00:00
}
void OBSBasic::SelectSceneItem(OBSScene scene, OBSSceneItem item, bool select)
{
if (!select || scene != GetCurrentScene())
return;
for (int i = 0; i < ui->sources->count(); i++) {
QListWidgetItem *witem = ui->sources->item(i);
QVariant data = witem->data(Qt::UserRole);
if (!data.canConvert<OBSSceneItem>())
continue;
if (item != data.value<OBSSceneItem>())
continue;
ui->sources->setCurrentItem(witem);
break;
}
}
void OBSBasic::MoveSceneItem(OBSSceneItem item, obs_order_movement movement)
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{
OBSScene scene = obs_sceneitem_get_scene(item);
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if (scene != GetCurrentScene())
return;
int curRow = ui->sources->currentRow();
if (curRow == -1)
return;
QListWidgetItem *listItem = ui->sources->takeItem(curRow);
switch (movement) {
case OBS_ORDER_MOVE_UP:
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if (curRow > 0)
curRow--;
break;
case OBS_ORDER_MOVE_DOWN:
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if (curRow < ui->sources->count())
curRow++;
break;
case OBS_ORDER_MOVE_TOP:
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curRow = 0;
break;
case OBS_ORDER_MOVE_BOTTOM:
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curRow = ui->sources->count();
break;
}
ui->sources->insertItem(curRow, listItem);
ui->sources->setCurrentRow(curRow);
}
void OBSBasic::ActivateAudioSource(OBSSource source)
{
VolControl *vol = new VolControl(source);
volumes.push_back(vol);
ui->volumeWidgets->layout()->addWidget(vol);
}
void OBSBasic::DeactivateAudioSource(OBSSource source)
{
for (size_t i = 0; i < volumes.size(); i++) {
if (volumes[i]->GetSource() == source) {
delete volumes[i];
volumes.erase(volumes.begin() + i);
break;
}
}
}
bool OBSBasic::QueryRemoveSource(obs_source_t *source)
{
const char *name = obs_source_get_name(source);
QString text = QTStr("ConfirmRemove.Text");
text.replace("$1", QT_UTF8(name));
QMessageBox remove_source;
remove_source.setText(text);
QAbstractButton *Yes = remove_source.addButton(QTStr("Yes"),
QMessageBox::YesRole);
remove_source.addButton(QTStr("No"), QMessageBox::NoRole);
remove_source.setIcon(QMessageBox::Question);
remove_source.setWindowTitle(QTStr("ConfirmRemove.Title"));
remove_source.exec();
return Yes == remove_source.clickedButton();
}
2014-07-14 06:56:28 +00:00
#define UPDATE_CHECK_INTERVAL (60*60*24*4) /* 4 days */
#ifdef UPDATE_SPARKLE
void init_sparkle_updater(bool update_to_undeployed);
void trigger_sparkle_update();
#endif
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void OBSBasic::TimedCheckForUpdates()
{
#ifdef UPDATE_SPARKLE
init_sparkle_updater(config_get_bool(App()->GlobalConfig(), "General",
"UpdateToUndeployed"));
#else
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long long lastUpdate = config_get_int(App()->GlobalConfig(), "General",
"LastUpdateCheck");
uint32_t lastVersion = config_get_int(App()->GlobalConfig(), "General",
"LastVersion");
if (lastVersion < LIBOBS_API_VER) {
lastUpdate = 0;
config_set_int(App()->GlobalConfig(), "General",
"LastUpdateCheck", 0);
}
long long t = (long long)time(nullptr);
long long secs = t - lastUpdate;
if (secs > UPDATE_CHECK_INTERVAL)
CheckForUpdates();
#endif
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}
void OBSBasic::CheckForUpdates()
{
#ifdef UPDATE_SPARKLE
trigger_sparkle_update();
#else
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ui->actionCheckForUpdates->setEnabled(false);
string versionString("obs-basic ");
versionString += App()->GetVersionString();
QNetworkRequest request;
request.setUrl(QUrl("https://obsproject.com/obs2_update/basic.json"));
request.setRawHeader("User-Agent", versionString.c_str());
QNetworkReply *reply = networkManager.get(request);
connect(reply, SIGNAL(finished()),
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this, SLOT(updateFileFinished()));
#endif
2014-07-14 06:56:28 +00:00
}
#ifdef __APPLE__
#define VERSION_ENTRY "mac"
#elif _WIN32
#define VERSION_ENTRY "windows"
#else
#define VERSION_ENTRY "other"
#endif
2014-07-14 06:56:28 +00:00
void OBSBasic::updateFileFinished()
{
ui->actionCheckForUpdates->setEnabled(true);
QNetworkReply *reply = qobject_cast<QNetworkReply *>(sender());
if (!reply || reply->error()) {
2014-07-14 06:56:28 +00:00
blog(LOG_WARNING, "Update check failed: %s",
QT_TO_UTF8(reply->errorString()));
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return;
}
QByteArray raw = reply->readAll();
if (!raw.length())
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return;
obs_data_t *returnData = obs_data_create_from_json(raw.constData());
obs_data_t *versionData = obs_data_get_obj(returnData, VERSION_ENTRY);
const char *description = obs_data_get_string(returnData,
"description");
const char *download = obs_data_get_string(versionData, "download");
2014-07-14 06:56:28 +00:00
if (returnData && versionData && description && download) {
long major = obs_data_get_int(versionData, "major");
long minor = obs_data_get_int(versionData, "minor");
long patch = obs_data_get_int(versionData, "patch");
2014-07-14 06:56:28 +00:00
long version = MAKE_SEMANTIC_VERSION(major, minor, patch);
blog(LOG_INFO, "Update check: latest version is: %ld.%ld.%ld",
major, minor, patch);
if (version > LIBOBS_API_VER) {
QString str = QTStr("UpdateAvailable.Text");
QMessageBox messageBox(this);
str = str.arg(QString::number(major),
QString::number(minor),
QString::number(patch),
download);
messageBox.setWindowTitle(QTStr("UpdateAvailable"));
messageBox.setTextFormat(Qt::RichText);
messageBox.setText(str);
messageBox.setInformativeText(QT_UTF8(description));
messageBox.exec();
long long t = (long long)time(nullptr);
config_set_int(App()->GlobalConfig(), "General",
"LastUpdateCheck", t);
config_save(App()->GlobalConfig());
}
} else {
blog(LOG_WARNING, "Bad JSON file received from server");
}
obs_data_release(versionData);
obs_data_release(returnData);
reply->deleteLater();
2014-07-14 06:56:28 +00:00
}
void OBSBasic::RemoveSelectedScene()
{
OBSScene scene = GetCurrentScene();
if (scene) {
obs_source_t *source = obs_scene_get_source(scene);
if (QueryRemoveSource(source))
obs_source_remove(source);
}
}
void OBSBasic::RemoveSelectedSceneItem()
{
OBSSceneItem item = GetCurrentSceneItem();
if (item) {
obs_source_t *source = obs_sceneitem_get_source(item);
if (QueryRemoveSource(source))
obs_sceneitem_remove(item);
}
}
/* OBS Callbacks */
void OBSBasic::SceneItemAdded(void *data, calldata_t *params)
{
OBSBasic *window = static_cast<OBSBasic*>(data);
obs_sceneitem_t *item = (obs_sceneitem_t*)calldata_ptr(params, "item");
2013-12-29 05:29:13 +00:00
QMetaObject::invokeMethod(window, "AddSceneItem",
Q_ARG(OBSSceneItem, OBSSceneItem(item)));
2013-12-29 05:29:13 +00:00
}
void OBSBasic::SceneItemRemoved(void *data, calldata_t *params)
{
OBSBasic *window = static_cast<OBSBasic*>(data);
obs_sceneitem_t *item = (obs_sceneitem_t*)calldata_ptr(params, "item");
QMetaObject::invokeMethod(window, "RemoveSceneItem",
Q_ARG(OBSSceneItem, OBSSceneItem(item)));
}
void OBSBasic::SceneItemSelected(void *data, calldata_t *params)
{
OBSBasic *window = static_cast<OBSBasic*>(data);
obs_scene_t *scene = (obs_scene_t*)calldata_ptr(params, "scene");
obs_sceneitem_t *item = (obs_sceneitem_t*)calldata_ptr(params, "item");
QMetaObject::invokeMethod(window, "SelectSceneItem",
Q_ARG(OBSScene, scene), Q_ARG(OBSSceneItem, item),
Q_ARG(bool, true));
}
void OBSBasic::SceneItemDeselected(void *data, calldata_t *params)
{
OBSBasic *window = static_cast<OBSBasic*>(data);
obs_scene_t *scene = (obs_scene_t*)calldata_ptr(params, "scene");
obs_sceneitem_t *item = (obs_sceneitem_t*)calldata_ptr(params, "item");
QMetaObject::invokeMethod(window, "SelectSceneItem",
Q_ARG(OBSScene, scene), Q_ARG(OBSSceneItem, item),
Q_ARG(bool, false));
}
void OBSBasic::SourceAdded(void *data, calldata_t *params)
{
OBSBasic *window = static_cast<OBSBasic*>(data);
obs_source_t *source = (obs_source_t*)calldata_ptr(params, "source");
if (obs_scene_from_source(source) != NULL)
QMetaObject::invokeMethod(window,
"AddScene",
Q_ARG(OBSSource, OBSSource(source)));
}
void OBSBasic::SourceRemoved(void *data, calldata_t *params)
{
obs_source_t *source = (obs_source_t*)calldata_ptr(params, "source");
if (obs_scene_from_source(source) != NULL)
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"RemoveScene",
Q_ARG(OBSSource, OBSSource(source)));
}
void OBSBasic::SourceActivated(void *data, calldata_t *params)
{
obs_source_t *source = (obs_source_t*)calldata_ptr(params, "source");
uint32_t flags = obs_source_get_output_flags(source);
if (flags & OBS_SOURCE_AUDIO)
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"ActivateAudioSource",
Q_ARG(OBSSource, OBSSource(source)));
}
void OBSBasic::SourceDeactivated(void *data, calldata_t *params)
{
obs_source_t *source = (obs_source_t*)calldata_ptr(params, "source");
uint32_t flags = obs_source_get_output_flags(source);
if (flags & OBS_SOURCE_AUDIO)
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"DeactivateAudioSource",
Q_ARG(OBSSource, OBSSource(source)));
}
void OBSBasic::SourceRenamed(void *data, calldata_t *params)
2014-06-30 07:06:01 +00:00
{
const char *newName = calldata_string(params, "new_name");
const char *prevName = calldata_string(params, "prev_name");
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"RenameSources",
Q_ARG(QString, QT_UTF8(newName)),
Q_ARG(QString, QT_UTF8(prevName)));
}
void OBSBasic::ChannelChanged(void *data, calldata_t *params)
{
obs_source_t *source = (obs_source_t*)calldata_ptr(params, "source");
uint32_t channel = (uint32_t)calldata_int(params, "channel");
if (channel == 0)
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"UpdateSceneSelection",
Q_ARG(OBSSource, OBSSource(source)));
}
void OBSBasic::DrawBackdrop(float cx, float cy)
{
if (!box)
return;
gs_effect_t *solid = obs_get_solid_effect();
gs_eparam_t *color = gs_effect_get_param_by_name(solid, "color");
gs_technique_t *tech = gs_effect_get_technique(solid, "Solid");
vec4 colorVal;
vec4_set(&colorVal, 0.0f, 0.0f, 0.0f, 1.0f);
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
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gs_effect_set_vec4(color, &colorVal);
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
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gs_technique_begin(tech);
gs_technique_begin_pass(tech, 0);
gs_matrix_push();
gs_matrix_identity();
gs_matrix_scale3f(float(cx), float(cy), 1.0f);
gs_load_vertexbuffer(box);
gs_draw(GS_TRISTRIP, 0, 0);
gs_matrix_pop();
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
2014-08-08 06:42:07 +00:00
gs_technique_end_pass(tech);
gs_technique_end(tech);
gs_load_vertexbuffer(nullptr);
}
void OBSBasic::RenderMain(void *data, uint32_t cx, uint32_t cy)
{
OBSBasic *window = static_cast<OBSBasic*>(data);
obs_video_info ovi;
obs_get_video_info(&ovi);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
window->previewCX = int(window->previewScale * float(ovi.base_width));
window->previewCY = int(window->previewScale * float(ovi.base_height));
gs_viewport_push();
gs_projection_push();
/* --------------------------------------- */
gs_ortho(0.0f, float(ovi.base_width), 0.0f, float(ovi.base_height),
-100.0f, 100.0f);
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
2014-08-08 06:42:07 +00:00
gs_set_viewport(window->previewX, window->previewY,
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
window->previewCX, window->previewCY);
window->DrawBackdrop(float(ovi.base_width), float(ovi.base_height));
obs_render_main_view();
gs_load_vertexbuffer(nullptr);
/* --------------------------------------- */
QSize previewSize = GetPixelSize(window->ui->preview);
float right = float(previewSize.width()) - window->previewX;
float bottom = float(previewSize.height()) - window->previewY;
gs_ortho(-window->previewX, right,
-window->previewY, bottom,
-100.0f, 100.0f);
(API Change) Improve graphics API consistency Summary: - Prefix all graphics subsystem names with gs_ or GS_ - Unsquish funciton names (for example _setfloat to _set_float) - Changed create functions to be more consistent with the rest of the API elsewhere. For exmaple, instead of gs_create_texture/gs_texture_destroy, it's now gs_texture_create/gs_texture_destroy - Renamed gs_stencil_op enum to gs_stencil_op_type From: To: ----------------------------------------------------------- tvertarray gs_tvertarray vb_data gs_vb_data vbdata_create gs_vbdata_create vbdata_destroy gs_vbdata_destroy shader_param gs_shader_param gs_effect gs_effect effect_technique gs_effect_technique effect_pass gs_effect_pass effect_param gs_effect_param texture_t gs_texture_t stagesurf_t gs_stagesurf_t zstencil_t gs_zstencil_t vertbuffer_t gs_vertbuffer_t indexbuffer_t gs_indexbuffer_t samplerstate_t gs_samplerstate_t swapchain_t gs_swapchain_t texrender_t gs_texrender_t shader_t gs_shader_t sparam_t gs_sparam_t effect_t gs_effect_t technique_t gs_technique_t eparam_t gs_eparam_t device_t gs_device_t graphics_t graphics_t shader_param_type gs_shader_param_type SHADER_PARAM_UNKNOWN GS_SHADER_PARAM_UNKNOWN SHADER_PARAM_BOOL GS_SHADER_PARAM_BOOL SHADER_PARAM_FLOAT GS_SHADER_PARAM_FLOAT SHADER_PARAM_INT GS_SHADER_PARAM_INT SHADER_PARAM_STRING GS_SHADER_PARAM_STRING SHADER_PARAM_VEC2 GS_SHADER_PARAM_VEC2 SHADER_PARAM_VEC3 GS_SHADER_PARAM_VEC3 SHADER_PARAM_VEC4 GS_SHADER_PARAM_VEC4 SHADER_PARAM_MATRIX4X4 GS_SHADER_PARAM_MATRIX4X4 SHADER_PARAM_TEXTURE GS_SHADER_PARAM_TEXTURE shader_param_info gs_shader_param_info shader_type gs_shader_type SHADER_VERTEX GS_SHADER_VERTEX SHADER_PIXEL GS_SHADER_PIXEL shader_destroy gs_shader_destroy shader_numparams gs_shader_get_num_params shader_getparambyidx gs_shader_get_param_by_idx shader_getparambyname gs_shader_get_param_by_name shader_getviewprojmatrix gs_shader_get_viewproj_matrix shader_getworldmatrix gs_shader_get_world_matrix shader_getparaminfo gs_shader_get_param_info shader_setbool gs_shader_set_bool shader_setfloat gs_shader_set_float shader_setint gs_shader_set_int shader_setmatrix3 gs_shader_setmatrix3 shader_setmatrix4 gs_shader_set_matrix4 shader_setvec2 gs_shader_set_vec2 shader_setvec3 gs_shader_set_vec3 shader_setvec4 gs_shader_set_vec4 shader_settexture gs_shader_set_texture shader_setval gs_shader_set_val shader_setdefault gs_shader_set_default effect_property_type gs_effect_property_type EFFECT_NONE GS_EFFECT_NONE EFFECT_BOOL GS_EFFECT_BOOL EFFECT_FLOAT GS_EFFECT_FLOAT EFFECT_COLOR GS_EFFECT_COLOR EFFECT_TEXTURE GS_EFFECT_TEXTURE effect_param_info gs_effect_param_info effect_destroy gs_effect_destroy effect_gettechnique gs_effect_get_technique technique_begin gs_technique_begin technique_end gs_technique_end technique_beginpass gs_technique_begin_pass technique_beginpassbyname gs_technique_begin_pass_by_name technique_endpass gs_technique_end_pass effect_numparams gs_effect_get_num_params effect_getparambyidx gs_effect_get_param_by_idx effect_getparambyname gs_effect_get_param_by_name effect_updateparams gs_effect_update_params effect_getviewprojmatrix gs_effect_get_viewproj_matrix effect_getworldmatrix gs_effect_get_world_matrix effect_getparaminfo gs_effect_get_param_info effect_setbool gs_effect_set_bool effect_setfloat gs_effect_set_float effect_setint gs_effect_set_int effect_setmatrix4 gs_effect_set_matrix4 effect_setvec2 gs_effect_set_vec2 effect_setvec3 gs_effect_set_vec3 effect_setvec4 gs_effect_set_vec4 effect_settexture gs_effect_set_texture effect_setval gs_effect_set_val effect_setdefault gs_effect_set_default texrender_create gs_texrender_create texrender_destroy gs_texrender_destroy texrender_begin gs_texrender_begin texrender_end gs_texrender_end texrender_reset gs_texrender_reset texrender_gettexture gs_texrender_get_texture GS_BUILDMIPMAPS GS_BUILD_MIPMAPS GS_RENDERTARGET GS_RENDER_TARGET gs_device_name gs_get_device_name gs_device_type gs_get_device_type gs_entercontext gs_enter_context gs_leavecontext gs_leave_context gs_getcontext gs_get_context gs_renderstart gs_render_start gs_renderstop gs_render_stop gs_rendersave gs_render_save gs_getinput gs_get_input gs_geteffect gs_get_effect gs_create_effect_from_file gs_effect_create_from_file gs_create_effect gs_effect_create gs_create_vertexshader_from_file gs_vertexshader_create_from_file gs_create_pixelshader_from_file gs_pixelshader_create_from_file gs_create_texture_from_file gs_texture_create_from_file gs_resetviewport gs_reset_viewport gs_set2dmode gs_set_2d_mode gs_set3dmode gs_set_3d_mode gs_create_swapchain gs_swapchain_create gs_getsize gs_get_size gs_getwidth gs_get_width gs_getheight gs_get_height gs_create_texture gs_texture_create gs_create_cubetexture gs_cubetexture_create gs_create_volumetexture gs_voltexture_create gs_create_zstencil gs_zstencil_create gs_create_stagesurface gs_stagesurface_create gs_create_samplerstate gs_samplerstate_create gs_create_vertexshader gs_vertexshader_create gs_create_pixelshader gs_pixelshader_create gs_create_vertexbuffer gs_vertexbuffer_create gs_create_indexbuffer gs_indexbuffer_create gs_gettexturetype gs_get_texture_type gs_load_defaultsamplerstate gs_load_default_samplerstate gs_getvertexshader gs_get_vertex_shader gs_getpixelshader gs_get_pixel_shader gs_getrendertarget gs_get_render_target gs_getzstenciltarget gs_get_zstencil_target gs_setrendertarget gs_set_render_target gs_setcuberendertarget gs_set_cube_render_target gs_beginscene gs_begin_scene gs_draw gs_draw gs_endscene gs_end_scene gs_setcullmode gs_set_cull_mode gs_getcullmode gs_get_cull_mode gs_enable_depthtest gs_enable_depth_test gs_enable_stenciltest gs_enable_stencil_test gs_enable_stencilwrite gs_enable_stencil_write gs_blendfunction gs_blend_function gs_depthfunction gs_depth_function gs_stencilfunction gs_stencil_function gs_stencilop gs_stencil_op gs_setviewport gs_set_viewport gs_getviewport gs_get_viewport gs_setscissorrect gs_set_scissor_rect gs_create_texture_from_iosurface gs_texture_create_from_iosurface gs_create_gdi_texture gs_texture_create_gdi gs_is_compressed_format gs_is_compressed_format gs_num_total_levels gs_get_total_levels texture_setimage gs_texture_set_image cubetexture_setimage gs_cubetexture_set_image swapchain_destroy gs_swapchain_destroy texture_destroy gs_texture_destroy texture_getwidth gs_texture_get_width texture_getheight gs_texture_get_height texture_getcolorformat gs_texture_get_color_format texture_map gs_texture_map texture_unmap gs_texture_unmap texture_isrect gs_texture_is_rect texture_getobj gs_texture_get_obj cubetexture_destroy gs_cubetexture_destroy cubetexture_getsize gs_cubetexture_get_size cubetexture_getcolorformat gs_cubetexture_get_color_format volumetexture_destroy gs_voltexture_destroy volumetexture_getwidth gs_voltexture_get_width volumetexture_getheight gs_voltexture_get_height volumetexture_getdepth gs_voltexture_getdepth volumetexture_getcolorformat gs_voltexture_get_color_format stagesurface_destroy gs_stagesurface_destroy stagesurface_getwidth gs_stagesurface_get_width stagesurface_getheight gs_stagesurface_get_height stagesurface_getcolorformat gs_stagesurface_get_color_format stagesurface_map gs_stagesurface_map stagesurface_unmap gs_stagesurface_unmap zstencil_destroy gs_zstencil_destroy samplerstate_destroy gs_samplerstate_destroy vertexbuffer_destroy gs_vertexbuffer_destroy vertexbuffer_flush gs_vertexbuffer_flush vertexbuffer_getdata gs_vertexbuffer_get_data indexbuffer_destroy gs_indexbuffer_destroy indexbuffer_flush gs_indexbuffer_flush indexbuffer_getdata gs_indexbuffer_get_data indexbuffer_numindices gs_indexbuffer_get_num_indices indexbuffer_gettype gs_indexbuffer_get_type texture_rebind_iosurface gs_texture_rebind_iosurface texture_get_dc gs_texture_get_dc texture_release_dc gs_texture_release_dc
2014-08-08 06:42:07 +00:00
gs_reset_viewport();
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
window->ui->preview->DrawSceneEditing();
/* --------------------------------------- */
gs_projection_pop();
gs_viewport_pop();
UNUSED_PARAMETER(cx);
UNUSED_PARAMETER(cy);
}
void OBSBasic::SceneItemMoveUp(void *data, calldata_t *params)
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{
OBSSceneItem item = (obs_sceneitem_t*)calldata_ptr(params, "item");
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QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"MoveSceneItem",
Q_ARG(OBSSceneItem, OBSSceneItem(item)),
Q_ARG(obs_order_movement, OBS_ORDER_MOVE_UP));
2014-05-16 00:40:53 +00:00
}
void OBSBasic::SceneItemMoveDown(void *data, calldata_t *params)
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{
OBSSceneItem item = (obs_sceneitem_t*)calldata_ptr(params, "item");
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QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"MoveSceneItem",
Q_ARG(OBSSceneItem, OBSSceneItem(item)),
Q_ARG(obs_order_movement, OBS_ORDER_MOVE_DOWN));
2014-05-16 00:40:53 +00:00
}
void OBSBasic::SceneItemMoveTop(void *data, calldata_t *params)
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{
OBSSceneItem item = (obs_sceneitem_t*)calldata_ptr(params, "item");
2014-05-16 00:40:53 +00:00
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"MoveSceneItem",
Q_ARG(OBSSceneItem, OBSSceneItem(item)),
Q_ARG(obs_order_movement, OBS_ORDER_MOVE_TOP));
2014-05-16 00:40:53 +00:00
}
void OBSBasic::SceneItemMoveBottom(void *data, calldata_t *params)
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{
OBSSceneItem item = (obs_sceneitem_t*)calldata_ptr(params, "item");
2014-05-16 00:40:53 +00:00
QMetaObject::invokeMethod(static_cast<OBSBasic*>(data),
"MoveSceneItem",
Q_ARG(OBSSceneItem, OBSSceneItem(item)),
Q_ARG(obs_order_movement, OBS_ORDER_MOVE_BOTTOM));
2014-05-16 00:40:53 +00:00
}
/* Main class functions */
obs_service_t *OBSBasic::GetService()
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
{
if (!service)
service = obs_service_create("rtmp_common", NULL, NULL);
return service;
}
void OBSBasic::SetService(obs_service_t *newService)
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
{
if (newService) {
if (service)
obs_service_destroy(service);
service = newService;
}
}
#ifdef _WIN32
#define IS_WIN32 1
#else
#define IS_WIN32 0
#endif
static inline int AttemptToResetVideo(struct obs_video_info *ovi)
{
int ret = obs_reset_video(ovi);
if (ret == OBS_VIDEO_INVALID_PARAM) {
struct obs_video_info new_params = *ovi;
if (new_params.window_width == 0)
new_params.window_width = 512;
if (new_params.window_height == 0)
new_params.window_height = 512;
new_params.output_width = new_params.window_width;
new_params.output_height = new_params.window_height;
new_params.base_width = new_params.window_width;
new_params.base_height = new_params.window_height;
ret = obs_reset_video(&new_params);
}
return ret;
}
static inline enum obs_scale_type GetScaleType(ConfigFile &basicConfig)
{
const char *scaleTypeStr = config_get_string(basicConfig,
"Video", "ScaleType");
if (astrcmpi(scaleTypeStr, "bilinear") == 0)
return OBS_SCALE_BILINEAR;
else if (astrcmpi(scaleTypeStr, "lanczos") == 0)
return OBS_SCALE_LANCZOS;
else
return OBS_SCALE_BICUBIC;
}
static inline enum video_format GetVideoFormatFromName(const char *name)
{
if (astrcmpi(name, "I420") == 0)
return VIDEO_FORMAT_I420;
else if (astrcmpi(name, "NV12") == 0)
return VIDEO_FORMAT_NV12;
#if 0 //currently unsupported
else if (astrcmpi(name, "YVYU") == 0)
return VIDEO_FORMAT_YVYU;
else if (astrcmpi(name, "YUY2") == 0)
return VIDEO_FORMAT_YUY2;
else if (astrcmpi(name, "UYVY") == 0)
return VIDEO_FORMAT_UYVY;
#endif
else
return VIDEO_FORMAT_BGRA;
}
int OBSBasic::ResetVideo()
{
struct obs_video_info ovi;
int ret;
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
GetConfigFPS(ovi.fps_num, ovi.fps_den);
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
const char *colorFormat = config_get_string(basicConfig, "Video",
"ColorFormat");
const char *colorSpace = config_get_string(basicConfig, "Video",
"ColorSpace");
const char *colorRange = config_get_string(basicConfig, "Video",
"ColorRange");
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
ovi.graphics_module = App()->GetRenderModule();
ovi.base_width = (uint32_t)config_get_uint(basicConfig,
"Video", "BaseCX");
ovi.base_height = (uint32_t)config_get_uint(basicConfig,
"Video", "BaseCY");
ovi.output_width = (uint32_t)config_get_uint(basicConfig,
"Video", "OutputCX");
ovi.output_height = (uint32_t)config_get_uint(basicConfig,
"Video", "OutputCY");
ovi.output_format = GetVideoFormatFromName(colorFormat);
ovi.colorspace = astrcmpi(colorSpace, "601") == 0 ?
VIDEO_CS_601 : VIDEO_CS_709;
ovi.range = astrcmpi(colorRange, "Full") == 0 ?
VIDEO_RANGE_FULL : VIDEO_RANGE_PARTIAL;
ovi.adapter = 0;
ovi.gpu_conversion = true;
ovi.scale_type = GetScaleType(basicConfig);
QTToGSWindow(ui->preview->winId(), ovi.window);
//required to make opengl display stuff on osx(?)
2013-12-31 11:02:07 +00:00
ResizePreview(ovi.base_width, ovi.base_height);
QSize size = GetPixelSize(ui->preview);
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
ovi.window_width = size.width();
ovi.window_height = size.height();
2013-12-31 11:02:07 +00:00
ret = AttemptToResetVideo(&ovi);
if (IS_WIN32 && ret != OBS_VIDEO_SUCCESS) {
/* Try OpenGL if DirectX fails on windows */
if (astrcmpi(ovi.graphics_module, DL_OPENGL) != 0) {
blog(LOG_WARNING, "Failed to initialize obs video (%d) "
"with graphics_module='%s', retrying "
"with graphics_module='%s'",
ret, ovi.graphics_module,
DL_OPENGL);
ovi.graphics_module = DL_OPENGL;
ret = AttemptToResetVideo(&ovi);
}
}
if (ret == OBS_VIDEO_SUCCESS)
obs_add_draw_callback(OBSBasic::RenderMain, this);
return ret;
}
2013-12-31 11:02:07 +00:00
bool OBSBasic::ResetAudio()
{
struct audio_output_info ai;
ai.name = "Main Audio Track";
ai.format = AUDIO_FORMAT_FLOAT;
ai.samples_per_sec = config_get_uint(basicConfig, "Audio",
"SampleRate");
const char *channelSetupStr = config_get_string(basicConfig,
"Audio", "ChannelSetup");
if (strcmp(channelSetupStr, "Mono") == 0)
ai.speakers = SPEAKERS_MONO;
else
ai.speakers = SPEAKERS_STEREO;
ai.buffer_ms = config_get_uint(basicConfig, "Audio", "BufferingTime");
return obs_reset_audio(&ai);
}
void OBSBasic::ResetAudioDevice(const char *sourceId, const char *deviceName,
const char *deviceDesc, int channel)
{
const char *deviceId = config_get_string(basicConfig, "Audio",
deviceName);
obs_source_t *source;
obs_data_t *settings;
bool same = false;
source = obs_get_output_source(channel);
if (source) {
settings = obs_source_get_settings(source);
const char *curId = obs_data_get_string(settings, "device_id");
same = (strcmp(curId, deviceId) == 0);
obs_data_release(settings);
obs_source_release(source);
}
if (!same)
obs_set_output_source(channel, nullptr);
if (!same && strcmp(deviceId, "disabled") != 0) {
obs_data_t *settings = obs_data_create();
obs_data_set_string(settings, "device_id", deviceId);
source = obs_source_create(OBS_SOURCE_TYPE_INPUT,
sourceId, deviceDesc, settings);
obs_data_release(settings);
obs_set_output_source(channel, source);
obs_source_release(source);
}
}
void OBSBasic::ResetAudioDevices()
{
ResetAudioDevice(App()->OutputAudioSource(), "DesktopDevice1",
Str("Basic.DesktopDevice1"), 1);
ResetAudioDevice(App()->OutputAudioSource(), "DesktopDevice2",
Str("Basic.DesktopDevice2"), 2);
ResetAudioDevice(App()->InputAudioSource(), "AuxDevice1",
Str("Basic.AuxDevice1"), 3);
ResetAudioDevice(App()->InputAudioSource(), "AuxDevice2",
Str("Basic.AuxDevice2"), 4);
ResetAudioDevice(App()->InputAudioSource(), "AuxDevice3",
Str("Basic.AuxDevice3"), 5);
}
2013-12-31 11:02:07 +00:00
void OBSBasic::ResizePreview(uint32_t cx, uint32_t cy)
{
QSize targetSize;
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
/* resize preview panel to fix to the top section of the window */
targetSize = GetPixelSize(ui->preview);
Add source properties window (very preliminary) - Add a properties window for sources so that you can now actually edit the settings for sources. Also, display the source by itself in the window (Note: not working on mac, and possibly not working on linux). When changing the settings for a source, it will call obs_source_update on that source when you have modified any values automatically. - Add a properties 'widget', eventually I want to turn this in to a regular nice properties view like you'd see in the designer, but right now it just uses a form layout in a QScrollArea with regular controls to display the properties. It's clunky but works for the time being. - Make it so that swap chains and the main graphics subsystem will automatically use at least one backbuffer if none was specified - Fix bug where displays weren't added to the main display array - Make it so that you can get the properties of a source via the actual pointer of a source/encoder/output in addition to being able to look up properties via identifier. - When registering source types, check for required functions (wasn't doing it before). getheight/getwidth should not be optional if it's a video source as well. - Add an RAII OBSObj wrapper to obs.hpp for non-reference-counted libobs pointers - Add an RAII OBSSignal wrapper to obs.hpp for libobs signals to automatically disconnect them on destruction - Move the "scale and center" calculation in window-basic-main.cpp to its own function and in its own source file - Add an 'update' callback to WASAPI audio sources
2014-03-23 08:07:54 +00:00
GetScaleAndCenterPos(int(cx), int(cy),
targetSize.width() - PREVIEW_EDGE_SIZE * 2,
targetSize.height() - PREVIEW_EDGE_SIZE * 2,
Add source properties window (very preliminary) - Add a properties window for sources so that you can now actually edit the settings for sources. Also, display the source by itself in the window (Note: not working on mac, and possibly not working on linux). When changing the settings for a source, it will call obs_source_update on that source when you have modified any values automatically. - Add a properties 'widget', eventually I want to turn this in to a regular nice properties view like you'd see in the designer, but right now it just uses a form layout in a QScrollArea with regular controls to display the properties. It's clunky but works for the time being. - Make it so that swap chains and the main graphics subsystem will automatically use at least one backbuffer if none was specified - Fix bug where displays weren't added to the main display array - Make it so that you can get the properties of a source via the actual pointer of a source/encoder/output in addition to being able to look up properties via identifier. - When registering source types, check for required functions (wasn't doing it before). getheight/getwidth should not be optional if it's a video source as well. - Add an RAII OBSObj wrapper to obs.hpp for non-reference-counted libobs pointers - Add an RAII OBSSignal wrapper to obs.hpp for libobs signals to automatically disconnect them on destruction - Move the "scale and center" calculation in window-basic-main.cpp to its own function and in its own source file - Add an 'update' callback to WASAPI audio sources
2014-03-23 08:07:54 +00:00
previewX, previewY, previewScale);
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
previewX += float(PREVIEW_EDGE_SIZE);
previewY += float(PREVIEW_EDGE_SIZE);
if (isVisible()) {
if (resizeTimer)
killTimer(resizeTimer);
resizeTimer = startTimer(100);
}
2013-12-31 11:02:07 +00:00
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::closeEvent(QCloseEvent *event)
2013-12-31 11:02:07 +00:00
{
QWidget::closeEvent(event);
if (!event->isAccepted())
return;
/* Check all child dialogs and ensure they run their proper closeEvent
* methods before exiting the application. Otherwise Qt doesn't send
* the proper QCloseEvent messages. */
QList<QDialog*> childDialogs = this->findChildren<QDialog *>();
if (!childDialogs.isEmpty()) {
for (int i = 0; i < childDialogs.size(); ++i) {
childDialogs.at(i)->close();
}
}
// remove draw callback in case our drawable surfaces go away before
// the destructor gets called
obs_remove_draw_callback(OBSBasic::RenderMain, this);
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::changeEvent(QEvent *event)
{
/* TODO */
UNUSED_PARAMETER(event);
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::resizeEvent(QResizeEvent *event)
{
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
struct obs_video_info ovi;
if (obs_get_video_info(&ovi))
ResizePreview(ovi.base_width, ovi.base_height);
UNUSED_PARAMETER(event);
}
void OBSBasic::timerEvent(QTimerEvent *event)
{
if (event->timerId() == resizeTimer) {
killTimer(resizeTimer);
resizeTimer = 0;
QSize size = GetPixelSize(ui->preview);
obs_resize(size.width(), size.height());
}
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_action_New_triggered()
{
/* TODO */
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_action_Open_triggered()
{
/* TODO */
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_action_Save_triggered()
{
/* TODO */
}
void OBSBasic::on_actionShow_Recordings_triggered()
{
const char *path = config_get_string(basicConfig,
"SimpleOutput", "FilePath");
QDesktopServices::openUrl(QUrl::fromLocalFile(path));
}
void OBSBasic::on_actionRemux_triggered()
{
const char *path = config_get_string(basicConfig,
"SimpleOutput", "FilePath");
OBSRemux remux(path, this);
remux.exec();
}
void OBSBasic::on_action_Settings_triggered()
{
OBSBasicSettings settings(this);
settings.exec();
}
void OBSBasic::on_actionAdvAudioProperties_triggered()
{
advAudioWindow = new OBSBasicAdvAudio(this);
advAudioWindow->show();
advAudioWindow->setAttribute(Qt::WA_DeleteOnClose, true);
}
void OBSBasic::on_scenes_currentItemChanged(QListWidgetItem *current,
QListWidgetItem *prev)
{
obs_source_t *source = NULL;
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
if (sceneChanging)
return;
if (current) {
obs_scene_t *scene;
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
scene = current->data(Qt::UserRole).value<OBSScene>();
source = obs_scene_get_source(scene);
}
/* TODO: allow transitions */
obs_set_output_source(0, source);
UNUSED_PARAMETER(prev);
}
void OBSBasic::EditSceneName()
{
QListWidgetItem *item = ui->scenes->currentItem();
Qt::ItemFlags flags = item->flags();
item->setFlags(flags | Qt::ItemIsEditable);
ui->scenes->editItem(item);
item->setFlags(flags);
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_scenes_customContextMenuRequested(const QPoint &pos)
{
2014-06-30 23:03:12 +00:00
QListWidgetItem *item = ui->scenes->itemAt(pos);
QMenu popup;
popup.addAction(QTStr("Add"),
this, SLOT(on_actionAddScene_triggered()));
if (item) {
popup.addSeparator();
popup.addAction(QTStr("Rename"),
this, SLOT(EditSceneName()));
2014-06-30 23:03:12 +00:00
popup.addAction(QTStr("Remove"),
this, SLOT(RemoveSelectedScene()),
DeleteKeys.front());
}
2014-06-30 23:03:12 +00:00
popup.exec(QCursor::pos());
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionAddScene_triggered()
{
string name;
QString format{QTStr("Basic.Main.DefaultSceneName.Text")};
int i = 1;
QString placeHolderText = format.arg(i);
obs_source_t *source = nullptr;
2014-05-14 20:20:08 +00:00
while ((source = obs_get_source_by_name(QT_TO_UTF8(placeHolderText)))) {
obs_source_release(source);
placeHolderText = format.arg(++i);
2014-05-14 20:20:08 +00:00
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
bool accepted = NameDialog::AskForName(this,
QTStr("Basic.Main.AddSceneDlg.Title"),
QTStr("Basic.Main.AddSceneDlg.Text"),
name,
placeHolderText);
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
if (accepted) {
if (name.empty()) {
QMessageBox::information(this,
QTStr("NoNameEntered.Title"),
QTStr("NoNameEntered.Text"));
on_actionAddScene_triggered();
return;
}
obs_source_t *source = obs_get_source_by_name(name.c_str());
if (source) {
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
QMessageBox::information(this,
QTStr("NameExists.Title"),
QTStr("NameExists.Text"));
obs_source_release(source);
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
on_actionAddScene_triggered();
return;
}
obs_scene_t *scene = obs_scene_create(name.c_str());
source = obs_scene_get_source(scene);
obs_add_source(source);
obs_scene_release(scene);
obs_set_output_source(0, source);
}
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionRemoveScene_triggered()
{
OBSScene scene = GetCurrentScene();
obs_source_t *source = obs_scene_get_source(scene);
if (source && QueryRemoveSource(source))
obs_source_remove(source);
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionSceneProperties_triggered()
{
/* TODO */
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionSceneUp_triggered()
{
/* TODO */
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionSceneDown_triggered()
{
/* TODO */
}
void OBSBasic::on_sources_currentItemChanged(QListWidgetItem *current,
QListWidgetItem *prev)
{
auto select_one = [] (obs_scene_t *scene, obs_sceneitem_t *item,
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
void *param)
{
obs_sceneitem_t *selectedItem =
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
*reinterpret_cast<OBSSceneItem*>(param);
obs_sceneitem_select(item, (selectedItem == item));
UNUSED_PARAMETER(scene);
return true;
};
if (!current)
return;
OBSSceneItem item = current->data(Qt::UserRole).value<OBSSceneItem>();
obs_source_t *source = obs_sceneitem_get_source(item);
if ((obs_source_get_output_flags(source) & OBS_SOURCE_VIDEO) == 0)
return;
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
obs_scene_enum_items(GetCurrentScene(), select_one, &item);
UNUSED_PARAMETER(prev);
}
void OBSBasic::EditSceneItemName()
{
QListWidgetItem *item = ui->sources->currentItem();
Qt::ItemFlags flags = item->flags();
item->setFlags(flags | Qt::ItemIsEditable);
ui->sources->editItem(item);
item->setFlags(flags);
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_sources_customContextMenuRequested(const QPoint &pos)
{
QListWidgetItem *item = ui->sources->itemAt(pos);
QMenu popup;
QPointer<QMenu> addSourceMenu = CreateAddSourcePopupMenu();
if (addSourceMenu)
popup.addMenu(addSourceMenu);
if (item) {
if (addSourceMenu)
popup.addSeparator();
2014-09-15 23:16:16 +00:00
OBSSceneItem sceneItem = GetSceneItem(item);
obs_source_t *source = obs_sceneitem_get_source(sceneItem);
2014-09-15 23:16:16 +00:00
QAction *action;
popup.addAction(QTStr("Rename"), this,
SLOT(EditSceneItemName()));
popup.addAction(QTStr("Remove"), this,
SLOT(on_actionRemoveSource_triggered()),
DeleteKeys.front());
popup.addSeparator();
popup.addMenu(ui->orderMenu);
popup.addMenu(ui->transformMenu);
popup.addSeparator();
2014-09-15 23:16:16 +00:00
action = popup.addAction(QTStr("Interact"), this,
SLOT(on_actionInteract_triggered()));
action->setEnabled(obs_source_get_output_flags(source) &
OBS_SOURCE_INTERACTION);
popup.addAction(QTStr("Properties"), this,
SLOT(on_actionSourceProperties_triggered()));
}
popup.exec(QCursor::pos());
}
2014-10-15 20:05:56 +00:00
void OBSBasic::on_sources_itemDoubleClicked(QListWidgetItem *witem)
{
if (!witem)
return;
OBSSceneItem item = GetSceneItem(witem);
OBSSource source = obs_sceneitem_get_source(item);
if (source)
CreatePropertiesWindow(source);
}
void OBSBasic::AddSource(const char *id)
{
if (id && *id) {
OBSBasicSourceSelect sourceSelect(this, id);
sourceSelect.exec();
}
}
QMenu *OBSBasic::CreateAddSourcePopupMenu()
{
const char *type;
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
bool foundValues = false;
size_t idx = 0;
QMenu *popup = new QMenu(QTStr("Add"));
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
while (obs_enum_input_types(idx++, &type)) {
const char *name = obs_source_get_display_name(
OBS_SOURCE_TYPE_INPUT, type);
if (strcmp(type, "scene") == 0)
continue;
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
QAction *popupItem = new QAction(QT_UTF8(name), this);
popupItem->setData(QT_UTF8(type));
connect(popupItem, SIGNAL(triggered(bool)),
this, SLOT(AddSourceFromAction()));
popup->addAction(popupItem);
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
foundValues = true;
}
if (!foundValues) {
delete popup;
popup = nullptr;
}
return popup;
}
void OBSBasic::AddSourceFromAction()
{
QAction *action = qobject_cast<QAction*>(sender());
if (!action)
return;
AddSource(QT_TO_UTF8(action->data().toString()));
}
void OBSBasic::AddSourcePopupMenu(const QPoint &pos)
{
if (!GetCurrentScene()) {
// Tell the user he needs a scene first (help beginners).
QMessageBox::information(this,
QTStr("Basic.Main.AddSourceHelp.Title"),
QTStr("Basic.Main.AddSourceHelp.Text"));
return;
}
QPointer<QMenu> popup = CreateAddSourcePopupMenu();
if (popup)
popup->exec(pos);
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionAddSource_triggered()
{
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
AddSourcePopupMenu(QCursor::pos());
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionRemoveSource_triggered()
{
OBSSceneItem item = GetCurrentSceneItem();
obs_source_t *source = obs_sceneitem_get_source(item);
if (source && QueryRemoveSource(source))
obs_sceneitem_remove(item);
}
2014-09-15 23:16:16 +00:00
void OBSBasic::on_actionInteract_triggered()
{
OBSSceneItem item = GetCurrentSceneItem();
OBSSource source = obs_sceneitem_get_source(item);
if (source)
CreateInteractionWindow(source);
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionSourceProperties_triggered()
{
Add source properties window (very preliminary) - Add a properties window for sources so that you can now actually edit the settings for sources. Also, display the source by itself in the window (Note: not working on mac, and possibly not working on linux). When changing the settings for a source, it will call obs_source_update on that source when you have modified any values automatically. - Add a properties 'widget', eventually I want to turn this in to a regular nice properties view like you'd see in the designer, but right now it just uses a form layout in a QScrollArea with regular controls to display the properties. It's clunky but works for the time being. - Make it so that swap chains and the main graphics subsystem will automatically use at least one backbuffer if none was specified - Fix bug where displays weren't added to the main display array - Make it so that you can get the properties of a source via the actual pointer of a source/encoder/output in addition to being able to look up properties via identifier. - When registering source types, check for required functions (wasn't doing it before). getheight/getwidth should not be optional if it's a video source as well. - Add an RAII OBSObj wrapper to obs.hpp for non-reference-counted libobs pointers - Add an RAII OBSSignal wrapper to obs.hpp for libobs signals to automatically disconnect them on destruction - Move the "scale and center" calculation in window-basic-main.cpp to its own function and in its own source file - Add an 'update' callback to WASAPI audio sources
2014-03-23 08:07:54 +00:00
OBSSceneItem item = GetCurrentSceneItem();
OBSSource source = obs_sceneitem_get_source(item);
Add source properties window (very preliminary) - Add a properties window for sources so that you can now actually edit the settings for sources. Also, display the source by itself in the window (Note: not working on mac, and possibly not working on linux). When changing the settings for a source, it will call obs_source_update on that source when you have modified any values automatically. - Add a properties 'widget', eventually I want to turn this in to a regular nice properties view like you'd see in the designer, but right now it just uses a form layout in a QScrollArea with regular controls to display the properties. It's clunky but works for the time being. - Make it so that swap chains and the main graphics subsystem will automatically use at least one backbuffer if none was specified - Fix bug where displays weren't added to the main display array - Make it so that you can get the properties of a source via the actual pointer of a source/encoder/output in addition to being able to look up properties via identifier. - When registering source types, check for required functions (wasn't doing it before). getheight/getwidth should not be optional if it's a video source as well. - Add an RAII OBSObj wrapper to obs.hpp for non-reference-counted libobs pointers - Add an RAII OBSSignal wrapper to obs.hpp for libobs signals to automatically disconnect them on destruction - Move the "scale and center" calculation in window-basic-main.cpp to its own function and in its own source file - Add an 'update' callback to WASAPI audio sources
2014-03-23 08:07:54 +00:00
if (source)
CreatePropertiesWindow(source);
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionSourceUp_triggered()
{
2014-05-16 00:40:53 +00:00
OBSSceneItem item = GetCurrentSceneItem();
obs_sceneitem_set_order(item, OBS_ORDER_MOVE_UP);
}
2013-12-10 18:22:33 +00:00
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_actionSourceDown_triggered()
{
2014-05-16 00:40:53 +00:00
OBSSceneItem item = GetCurrentSceneItem();
obs_sceneitem_set_order(item, OBS_ORDER_MOVE_DOWN);
}
void OBSBasic::on_actionMoveUp_triggered()
{
OBSSceneItem item = GetCurrentSceneItem();
obs_sceneitem_set_order(item, OBS_ORDER_MOVE_UP);
}
void OBSBasic::on_actionMoveDown_triggered()
{
OBSSceneItem item = GetCurrentSceneItem();
obs_sceneitem_set_order(item, OBS_ORDER_MOVE_DOWN);
}
void OBSBasic::on_actionMoveToTop_triggered()
{
OBSSceneItem item = GetCurrentSceneItem();
obs_sceneitem_set_order(item, OBS_ORDER_MOVE_TOP);
}
void OBSBasic::on_actionMoveToBottom_triggered()
{
OBSSceneItem item = GetCurrentSceneItem();
obs_sceneitem_set_order(item, OBS_ORDER_MOVE_BOTTOM);
}
static BPtr<char> ReadLogFile(const char *log)
{
char logDir[512];
if (os_get_config_path(logDir, sizeof(logDir), "obs-studio/logs") <= 0)
return nullptr;
string path = (char*)logDir;
path += "/";
path += log;
BPtr<char> file = os_quick_read_utf8_file(path.c_str());
if (!file)
blog(LOG_WARNING, "Failed to read log file %s", path.c_str());
return file;
}
void OBSBasic::UploadLog(const char *file)
{
BPtr<char> fileString{ReadLogFile(file)};
if (!fileString)
return;
if (!*fileString)
return;
ui->menuLogFiles->setEnabled(false);
auto data_deleter = [](obs_data_t *d) { obs_data_release(d); };
using data_t = unique_ptr<struct obs_data, decltype(data_deleter)>;
data_t content{obs_data_create(), data_deleter};
data_t files{obs_data_create(), data_deleter};
data_t request{obs_data_create(), data_deleter};
obs_data_set_string(content.get(), "content", fileString);
obs_data_set_obj(files.get(), file, content.get());
stringstream ss;
ss << "OBS " << App()->GetVersionString()
<< " log file uploaded at " << CurrentDateTimeString();
obs_data_set_string(request.get(), "description", ss.str().c_str());
obs_data_set_bool(request.get(), "public", false);
obs_data_set_obj(request.get(), "files", files.get());
const char *json = obs_data_get_json(request.get());
2014-08-25 20:22:57 +00:00
if (!json) {
blog(LOG_ERROR, "Failed to get JSON data for log upload");
return;
}
QBuffer *postData = new QBuffer();
postData->setData(json, (int) strlen(json));
QNetworkRequest postReq(QUrl("https://api.github.com/gists"));
postReq.setHeader(QNetworkRequest::ContentTypeHeader,
"application/json");
QNetworkReply *reply = networkManager.post(postReq, postData);
/* set the reply as parent, so the buffer is deleted with the reply */
postData->setParent(reply);
connect(reply, SIGNAL(finished()),
this, SLOT(logUploadFinished()));
}
void OBSBasic::on_actionShowLogs_triggered()
{
char logDir[512];
if (os_get_config_path(logDir, sizeof(logDir), "obs-studio/logs") <= 0)
return;
QUrl url = QUrl::fromLocalFile(QT_UTF8(logDir));
QDesktopServices::openUrl(url);
}
void OBSBasic::on_actionUploadCurrentLog_triggered()
{
UploadLog(App()->GetCurrentLog());
}
void OBSBasic::on_actionUploadLastLog_triggered()
{
UploadLog(App()->GetLastLog());
}
2014-07-14 06:56:28 +00:00
void OBSBasic::on_actionCheckForUpdates_triggered()
{
CheckForUpdates();
}
void OBSBasic::logUploadFinished()
{
ui->menuLogFiles->setEnabled(true);
QNetworkReply *reply = qobject_cast<QNetworkReply *>(sender());
if (!reply || reply->error()) {
QMessageBox::information(this,
QTStr("LogReturnDialog.ErrorUploadingLog"),
reply->errorString());
return;
}
QByteArray raw = reply->readAll();
if (!raw.length())
return;
obs_data_t *returnData = obs_data_create_from_json(raw.constData());
QString logURL = obs_data_get_string(returnData, "html_url");
obs_data_release(returnData);
OBSLogReply logDialog(this, logURL);
logDialog.exec();
reply->deleteLater();
}
2014-08-25 17:10:58 +00:00
static void RenameListItem(OBSBasic *parent, QListWidget *listWidget,
obs_source_t *source, const string &name)
{
const char *prevName = obs_source_get_name(source);
if (name == prevName)
return;
obs_source_t *foundSource = obs_get_source_by_name(name.c_str());
QListWidgetItem *listItem = listWidget->currentItem();
if (foundSource || name.empty()) {
listItem->setText(QT_UTF8(prevName));
if (foundSource) {
QMessageBox::information(parent,
QTStr("NameExists.Title"),
QTStr("NameExists.Text"));
} else if (name.empty()) {
QMessageBox::information(parent,
QTStr("NoNameEntered.Title"),
QTStr("NoNameEntered.Text"));
}
obs_source_release(foundSource);
} else {
listItem->setText(QT_UTF8(name.c_str()));
obs_source_set_name(source, name.c_str());
}
}
2014-06-30 07:06:01 +00:00
void OBSBasic::SceneNameEdited(QWidget *editor,
QAbstractItemDelegate::EndEditHint endHint)
{
OBSScene scene = GetCurrentScene();
QLineEdit *edit = qobject_cast<QLineEdit*>(editor);
string text = QT_TO_UTF8(edit->text().trimmed());
2014-06-30 07:06:01 +00:00
if (!scene)
return;
obs_source_t *source = obs_scene_get_source(scene);
RenameListItem(this, ui->scenes, source, text);
2014-06-30 07:06:01 +00:00
UNUSED_PARAMETER(endHint);
}
void OBSBasic::SceneItemNameEdited(QWidget *editor,
QAbstractItemDelegate::EndEditHint endHint)
{
OBSSceneItem item = GetCurrentSceneItem();
QLineEdit *edit = qobject_cast<QLineEdit*>(editor);
string text = QT_TO_UTF8(edit->text().trimmed());
2014-06-30 07:06:01 +00:00
if (!item)
return;
obs_source_t *source = obs_sceneitem_get_source(item);
RenameListItem(this, ui->sources, source, text);
2014-06-30 07:06:01 +00:00
UNUSED_PARAMETER(endHint);
}
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
void OBSBasic::StreamingStart()
Implement RTMP module (still needs drop code) - Implement the RTMP output module. This time around, we just use a simple FLV muxer, then just write to the stream with RTMP_Write. Easy and effective. - Fix the FLV muxer, the muxer now outputs proper FLV packets. - Output API: * When using encoders, automatically interleave encoded packets before sending it to the output. * Pair encoders and have them automatically wait for the other to start to ensure sync. * Change 'obs_output_signal_start_fail' to 'obs_output_signal_stop' because it was a bit confusing, and doing this makes a lot more sense for outputs that need to stop suddenly (disconnections/etc). - Encoder API: * Remove some unnecessary encoder functions from the actual API and make them internal. Most of the encoder functions are handled automatically by outputs anyway, so there's no real need to expose them and end up inadvertently confusing plugin writers. * Have audio encoders wait for the video encoder to get a frame, then start at the exact data point that the first video frame starts to ensure the most accrate sync of video/audio possible. * Add a required 'frame_size' callback for audio encoders that returns the expected number of frames desired to encode with. This way, the libobs encoder API can handle the circular buffering internally automatically for the encoder modules, so encoder writers don't have to do it themselves. - Fix a few bugs in the serializer interface. It was passing the wrong variable for the data in a few cases. - If a source has video, make obs_source_update defer the actual update callback until the tick function is called to prevent threading issues.
2014-04-08 05:00:10 +00:00
{
ui->streamButton->setText(QTStr("Basic.Main.StopStreaming"));
ui->streamButton->setEnabled(true);
ui->statusbar->StreamStarted(streamOutput);
}
void OBSBasic::StreamingStop(int code)
{
const char *errorMessage;
switch (code) {
case OBS_OUTPUT_BAD_PATH:
errorMessage = Str("Output.ConnectFail.BadPath");
break;
case OBS_OUTPUT_CONNECT_FAILED:
errorMessage = Str("Output.ConnectFail.ConnectFailed");
break;
case OBS_OUTPUT_INVALID_STREAM:
errorMessage = Str("Output.ConnectFail.InvalidStream");
break;
default:
case OBS_OUTPUT_ERROR:
errorMessage = Str("Output.ConnectFail.Error");
break;
case OBS_OUTPUT_DISCONNECTED:
/* doesn't happen if output is set to reconnect. note that
* reconnects are handled in the output, not in the UI */
errorMessage = Str("Output.ConnectFail.Disconnected");
}
activeRefs--;
ui->statusbar->StreamStopped();
ui->streamButton->setText(QTStr("Basic.Main.StartStreaming"));
ui->streamButton->setEnabled(true);
if (code != OBS_OUTPUT_SUCCESS)
QMessageBox::information(this,
QTStr("Output.ConnectFail.Title"),
QT_UTF8(errorMessage));
2014-04-14 09:22:09 +00:00
}
2014-08-25 01:10:57 +00:00
void OBSBasic::RecordingStart()
{
ui->statusbar->RecordingStarted(fileOutput);
}
void OBSBasic::RecordingStop()
{
2014-08-25 01:10:57 +00:00
ui->statusbar->RecordingStopped();
activeRefs--;
ui->recordButton->setText(QTStr("Basic.Main.StartRecording"));
}
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
void OBSBasic::SetupEncoders()
{
if (activeRefs == 0) {
obs_data_t *x264Settings = obs_data_create();
obs_data_t *aacSettings = obs_data_create();
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
int videoBitrate = config_get_uint(basicConfig, "SimpleOutput",
"VBitrate");
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
int audioBitrate = config_get_uint(basicConfig, "SimpleOutput",
"ABitrate");
bool advanced = config_get_bool(basicConfig, "SimpleOutput",
"UseAdvanced");
bool useCBR = config_get_bool(basicConfig, "SimpleOutput",
"UseCBR");
const char *preset = config_get_string(basicConfig,
"SimpleOutput", "Preset");
const char *custom = config_get_string(basicConfig,
"SimpleOutput", "x264Settings");
obs_data_set_int(x264Settings, "bitrate", videoBitrate);
obs_data_set_int(x264Settings, "buffer_size", videoBitrate);
Implement RTMP module (still needs drop code) - Implement the RTMP output module. This time around, we just use a simple FLV muxer, then just write to the stream with RTMP_Write. Easy and effective. - Fix the FLV muxer, the muxer now outputs proper FLV packets. - Output API: * When using encoders, automatically interleave encoded packets before sending it to the output. * Pair encoders and have them automatically wait for the other to start to ensure sync. * Change 'obs_output_signal_start_fail' to 'obs_output_signal_stop' because it was a bit confusing, and doing this makes a lot more sense for outputs that need to stop suddenly (disconnections/etc). - Encoder API: * Remove some unnecessary encoder functions from the actual API and make them internal. Most of the encoder functions are handled automatically by outputs anyway, so there's no real need to expose them and end up inadvertently confusing plugin writers. * Have audio encoders wait for the video encoder to get a frame, then start at the exact data point that the first video frame starts to ensure the most accrate sync of video/audio possible. * Add a required 'frame_size' callback for audio encoders that returns the expected number of frames desired to encode with. This way, the libobs encoder API can handle the circular buffering internally automatically for the encoder modules, so encoder writers don't have to do it themselves. - Fix a few bugs in the serializer interface. It was passing the wrong variable for the data in a few cases. - If a source has video, make obs_source_update defer the actual update callback until the tick function is called to prevent threading issues.
2014-04-08 05:00:10 +00:00
if (advanced) {
obs_data_set_string(x264Settings, "preset", preset);
obs_data_set_string(x264Settings, "x264opts", custom);
obs_data_set_bool(x264Settings, "cbr", useCBR);
} else {
obs_data_set_bool(x264Settings, "cbr", true);
}
obs_data_set_int(aacSettings, "bitrate", audioBitrate);
Implement RTMP module (still needs drop code) - Implement the RTMP output module. This time around, we just use a simple FLV muxer, then just write to the stream with RTMP_Write. Easy and effective. - Fix the FLV muxer, the muxer now outputs proper FLV packets. - Output API: * When using encoders, automatically interleave encoded packets before sending it to the output. * Pair encoders and have them automatically wait for the other to start to ensure sync. * Change 'obs_output_signal_start_fail' to 'obs_output_signal_stop' because it was a bit confusing, and doing this makes a lot more sense for outputs that need to stop suddenly (disconnections/etc). - Encoder API: * Remove some unnecessary encoder functions from the actual API and make them internal. Most of the encoder functions are handled automatically by outputs anyway, so there's no real need to expose them and end up inadvertently confusing plugin writers. * Have audio encoders wait for the video encoder to get a frame, then start at the exact data point that the first video frame starts to ensure the most accrate sync of video/audio possible. * Add a required 'frame_size' callback for audio encoders that returns the expected number of frames desired to encode with. This way, the libobs encoder API can handle the circular buffering internally automatically for the encoder modules, so encoder writers don't have to do it themselves. - Fix a few bugs in the serializer interface. It was passing the wrong variable for the data in a few cases. - If a source has video, make obs_source_update defer the actual update callback until the tick function is called to prevent threading issues.
2014-04-08 05:00:10 +00:00
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
obs_encoder_update(x264, x264Settings);
obs_encoder_update(aac, aacSettings);
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
obs_data_release(x264Settings);
obs_data_release(aacSettings);
obs_encoder_set_video(x264, obs_get_video());
obs_encoder_set_audio(aac, obs_get_audio());
}
}
void OBSBasic::on_streamButton_clicked()
{
SaveProject();
if (obs_output_active(streamOutput)) {
obs_output_stop(streamOutput);
} else {
SaveService();
SetupEncoders();
obs-studio UI: Implement stream settings UI - Updated the services API so that it links up with an output and the output gets data from that service rather than via settings. This allows the service context to have control over how an output is used, and makes it so that the URL/key/etc isn't necessarily some static setting. Also, if the service is attached to an output, it will stick around until the output is destroyed. - The settings interface has been updated so that it can allow the usage of service plugins. What this means is that now you can create a service plugin that can control aspects of the stream, and it allows each service to create their own user interface if they create a service plugin module. - Testing out saving of current service information. Saves/loads from JSON in to obs_data_t, seems to be working quite nicely, and the service object information is saved/preserved on exit, and loaded again on startup. - I agonized over the settings user interface for days, and eventually I just decided that the only way that users weren't going to be fumbling over options was to split up the settings in to simple/basic output, pre-configured, and then advanced for advanced use (such as multiple outputs or services, which I'll implement later). This was particularly painful to really design right, I wanted more features and wanted to include everything in one interface but ultimately just realized from experience that users are just not technically knowledgable about it and will end up fumbling with the settings rather than getting things done. Basically, what this means is that casual users only have to enter in about 3 things to configure their stream: Stream key, audio bitrate, and video bitrate. I am really happy with this interface for those types of users, but it definitely won't be sufficient for advanced usage or for custom outputs, so that stuff will have to be separated. - Improved the JSON usage for the 'common streaming services' context, I realized that JSON arrays are there to ensure sorting, while forgetting that general items are optimized for hashing. So basically I'm just using arrays now to sort items in it.
2014-04-24 08:49:07 +00:00
obs_output_set_video_encoder(streamOutput, x264);
obs_output_set_audio_encoder(streamOutput, aac);
obs_output_set_service(streamOutput, service);
2014-07-04 01:07:33 +00:00
bool reconnect = config_get_bool(basicConfig, "SimpleOutput",
"Reconnect");
int retryDelay = config_get_uint(basicConfig, "SimpleOutput",
"RetryDelay");
int maxRetries = config_get_uint(basicConfig, "SimpleOutput",
"MaxRetries");
if (!reconnect)
maxRetries = 0;
obs_output_set_reconnect_settings(streamOutput, maxRetries,
retryDelay);
2014-07-04 01:07:33 +00:00
if (obs_output_start(streamOutput)) {
activeRefs++;
ui->streamButton->setEnabled(false);
ui->streamButton->setText(
QTStr("Basic.Main.Connecting"));
}
}
}
void OBSBasic::on_recordButton_clicked()
{
SaveProject();
if (obs_output_active(fileOutput)) {
obs_output_stop(fileOutput);
} else {
const char *path = config_get_string(basicConfig,
"SimpleOutput", "FilePath");
os_dir_t *dir = path ? os_opendir(path) : nullptr;
if (!dir) {
QMessageBox::information(this,
QTStr("Output.BadPath.Title"),
QTStr("Output.BadPath.Text"));
return;
}
os_closedir(dir);
string strPath;
strPath += path;
char lastChar = strPath.back();
if (lastChar != '/' && lastChar != '\\')
strPath += "/";
strPath += GenerateTimeDateFilename("flv");
SetupEncoders();
obs_output_set_video_encoder(fileOutput, x264);
obs_output_set_audio_encoder(fileOutput, aac);
obs_data_t *settings = obs_data_create();
obs_data_set_string(settings, "path", strPath.c_str());
obs_output_update(fileOutput, settings);
obs_data_release(settings);
if (obs_output_start(fileOutput)) {
activeRefs++;
ui->recordButton->setText(
QTStr("Basic.Main.StopRecording"));
}
}
}
Change the UI to Qt (work in progress) -------------------------------------------------- Notes and details -------------------------------------------------- Why was this done? Because wxWidgets was just lacking in many areas. I know wxWidgets is designed to be used with native controls, and that's great, but wxWidgets just is not a feature-complete toolkit for multiplatform applications. It lacks in dialog editors, its code is archaic and outdated, and I just feel frustrated every time I try to do things with it. Qt on the other hand.. I had to actually try Qt to realize how much better it was as a toolkit. They've got everything from dialog editors, to an IDE, a debugger, build tools, just everything, and it's all top-notch and highly maintained. The focus of the toolkit is application development, and they spend their time trying to help people do exactly that: make programs. Great support, great tools, and because of that, great toolkit. I just didn't want to alienate any developers by being stubborn about native widgets. There *are* some things that are rather lackluster about it and design choices I disagree with though. For example, I realize that to have an easy to use toolkit you have to have some level of code generation. However, in my personal and humble opinion, moc just feels like a terrible way to approach the problem. Even now I feel like there are a variety of ways you could handle code generation and automatic management of things like that. I don't like the idea of circumventing the language itself like that. It feels like one giant massive hack. -------------------------------------------------- Things that aren't working properly: -------------------------------------------------- - Settings dialog is not implemented. The dialog is complete but the code to handle the dialog hasn't been constructed yet. - There is a problem with using Qt widgets as a device target on windows, with at least OpenGL: if I have the preview widget automatically resize itself, it seems to cause some sort of video card failure that I don't understand. - Because of the above, resizing the preview widget has been disabled until I can figure out what's going on, so it's currently only a 32x32 area. - Direct3D doesn't seem to render correctly either, seems that the viewport is messed up or something. I'm sort of confused about what's going on with it. - The new main window seems to be triggering more race conditions than the wxWidgets main window dialog did. I'm not entirely sure what's going on here, but this may just be existing race conditions within libobs itself that I just never spotted before (even though I tend to be very thorough with race conditions any time I use variables cross-thread)
2014-01-23 18:53:55 +00:00
void OBSBasic::on_settingsButton_clicked()
2013-12-10 18:22:33 +00:00
{
OBSBasicSettings settings(this);
settings.exec();
2013-12-10 18:22:33 +00:00
}
void OBSBasic::GetFPSCommon(uint32_t &num, uint32_t &den) const
{
const char *val = config_get_string(basicConfig, "Video", "FPSCommon");
if (strcmp(val, "10") == 0) {
num = 10;
den = 1;
} else if (strcmp(val, "20") == 0) {
num = 20;
den = 1;
} else if (strcmp(val, "25") == 0) {
num = 25;
den = 1;
} else if (strcmp(val, "29.97") == 0) {
num = 30000;
den = 1001;
} else if (strcmp(val, "48") == 0) {
num = 48;
den = 1;
} else if (strcmp(val, "59.94") == 0) {
num = 60000;
den = 1001;
} else if (strcmp(val, "60") == 0) {
num = 60;
den = 1;
} else {
num = 30;
den = 1;
}
}
void OBSBasic::GetFPSInteger(uint32_t &num, uint32_t &den) const
{
num = (uint32_t)config_get_uint(basicConfig, "Video", "FPSInt");
den = 1;
}
void OBSBasic::GetFPSFraction(uint32_t &num, uint32_t &den) const
{
num = (uint32_t)config_get_uint(basicConfig, "Video", "FPSNum");
den = (uint32_t)config_get_uint(basicConfig, "Video", "FPSDen");
}
void OBSBasic::GetFPSNanoseconds(uint32_t &num, uint32_t &den) const
{
num = 1000000000;
den = (uint32_t)config_get_uint(basicConfig, "Video", "FPSNS");
}
void OBSBasic::GetConfigFPS(uint32_t &num, uint32_t &den) const
{
uint32_t type = config_get_uint(basicConfig, "Video", "FPSType");
if (type == 1) //"Integer"
GetFPSInteger(num, den);
else if (type == 2) //"Fraction"
GetFPSFraction(num, den);
else if (false) //"Nanoseconds", currently not implemented
GetFPSNanoseconds(num, den);
else
GetFPSCommon(num, den);
}
config_t *OBSBasic::Config() const
{
return basicConfig;
}
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
void OBSBasic::on_actionEditTransform_triggered()
{
if (transformWindow)
transformWindow->close();
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
transformWindow = new OBSBasicTransform(this);
transformWindow->show();
transformWindow->setAttribute(Qt::WA_DeleteOnClose, true);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
}
void OBSBasic::on_actionResetTransform_triggered()
{
auto func = [] (obs_scene_t *scene, obs_sceneitem_t *item, void *param)
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
{
if (!obs_sceneitem_selected(item))
return true;
obs_transform_info info;
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
vec2_set(&info.pos, 0.0f, 0.0f);
vec2_set(&info.scale, 1.0f, 1.0f);
info.rot = 0.0f;
info.alignment = OBS_ALIGN_TOP | OBS_ALIGN_LEFT;
info.bounds_type = OBS_BOUNDS_NONE;
info.bounds_alignment = OBS_ALIGN_CENTER;
vec2_set(&info.bounds, 0.0f, 0.0f);
obs_sceneitem_set_info(item, &info);
UNUSED_PARAMETER(scene);
UNUSED_PARAMETER(param);
return true;
};
obs_scene_enum_items(GetCurrentScene(), func, nullptr);
}
static void GetItemBox(obs_sceneitem_t *item, vec3 &tl, vec3 &br)
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
{
matrix4 boxTransform;
obs_sceneitem_get_box_transform(item, &boxTransform);
vec3_set(&tl, M_INFINITE, M_INFINITE, 0.0f);
vec3_set(&br, -M_INFINITE, -M_INFINITE, 0.0f);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
auto GetMinPos = [&] (float x, float y)
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
{
vec3 pos;
vec3_set(&pos, x, y, 0.0f);
vec3_transform(&pos, &pos, &boxTransform);
vec3_min(&tl, &tl, &pos);
vec3_max(&br, &br, &pos);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
};
GetMinPos(0.0f, 0.0f);
GetMinPos(1.0f, 0.0f);
GetMinPos(0.0f, 1.0f);
GetMinPos(1.0f, 1.0f);
}
static vec3 GetItemTL(obs_sceneitem_t *item)
{
vec3 tl, br;
GetItemBox(item, tl, br);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
return tl;
}
static void SetItemTL(obs_sceneitem_t *item, const vec3 &tl)
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
{
vec3 newTL;
vec2 pos;
obs_sceneitem_get_pos(item, &pos);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
newTL = GetItemTL(item);
pos.x += tl.x - newTL.x;
pos.y += tl.y - newTL.y;
obs_sceneitem_set_pos(item, &pos);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
}
static bool RotateSelectedSources(obs_scene_t *scene, obs_sceneitem_t *item,
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
void *param)
{
if (!obs_sceneitem_selected(item))
return true;
float rot = *reinterpret_cast<float*>(param);
vec3 tl = GetItemTL(item);
rot += obs_sceneitem_get_rot(item);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
if (rot >= 360.0f) rot -= 360.0f;
else if (rot <= -360.0f) rot += 360.0f;
obs_sceneitem_set_rot(item, rot);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
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SetItemTL(item, tl);
UNUSED_PARAMETER(scene);
UNUSED_PARAMETER(param);
return true;
};
void OBSBasic::on_actionRotate90CW_triggered()
{
float f90CW = 90.0f;
obs_scene_enum_items(GetCurrentScene(), RotateSelectedSources, &f90CW);
}
void OBSBasic::on_actionRotate90CCW_triggered()
{
float f90CCW = -90.0f;
obs_scene_enum_items(GetCurrentScene(), RotateSelectedSources, &f90CCW);
}
void OBSBasic::on_actionRotate180_triggered()
{
float f180 = 180.0f;
obs_scene_enum_items(GetCurrentScene(), RotateSelectedSources, &f180);
}
static bool MultiplySelectedItemScale(obs_scene_t *scene, obs_sceneitem_t *item,
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
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void *param)
{
vec2 &mul = *reinterpret_cast<vec2*>(param);
if (!obs_sceneitem_selected(item))
return true;
vec3 tl = GetItemTL(item);
vec2 scale;
obs_sceneitem_get_scale(item, &scale);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
vec2_mul(&scale, &scale, &mul);
obs_sceneitem_set_scale(item, &scale);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
SetItemTL(item, tl);
UNUSED_PARAMETER(scene);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
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return true;
}
void OBSBasic::on_actionFlipHorizontal_triggered()
{
vec2 scale;
vec2_set(&scale, -1.0f, 1.0f);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
obs_scene_enum_items(GetCurrentScene(), MultiplySelectedItemScale,
&scale);
}
void OBSBasic::on_actionFlipVertical_triggered()
{
vec2 scale;
vec2_set(&scale, 1.0f, -1.0f);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
obs_scene_enum_items(GetCurrentScene(), MultiplySelectedItemScale,
&scale);
}
static bool CenterAlignSelectedItems(obs_scene_t *scene, obs_sceneitem_t *item,
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
void *param)
{
obs_bounds_type boundsType = *reinterpret_cast<obs_bounds_type*>(param);
if (!obs_sceneitem_selected(item))
return true;
obs_video_info ovi;
obs_get_video_info(&ovi);
obs_transform_info itemInfo;
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
vec2_set(&itemInfo.pos, 0.0f, 0.0f);
vec2_set(&itemInfo.scale, 1.0f, 1.0f);
itemInfo.alignment = OBS_ALIGN_LEFT | OBS_ALIGN_TOP;
itemInfo.rot = 0.0f;
vec2_set(&itemInfo.bounds,
float(ovi.base_width), float(ovi.base_height));
itemInfo.bounds_type = boundsType;
itemInfo.bounds_alignment = OBS_ALIGN_CENTER;
obs_sceneitem_set_info(item, &itemInfo);
UNUSED_PARAMETER(scene);
return true;
}
void OBSBasic::on_actionFitToScreen_triggered()
{
obs_bounds_type boundsType = OBS_BOUNDS_SCALE_INNER;
obs_scene_enum_items(GetCurrentScene(), CenterAlignSelectedItems,
&boundsType);
}
void OBSBasic::on_actionStretchToScreen_triggered()
{
obs_bounds_type boundsType = OBS_BOUNDS_STRETCH;
obs_scene_enum_items(GetCurrentScene(), CenterAlignSelectedItems,
&boundsType);
}
void OBSBasic::on_actionCenterToScreen_triggered()
{
auto func = [] (obs_scene_t *scene, obs_sceneitem_t *item, void *param)
{
vec3 tl, br, itemCenter, screenCenter, offset;
obs_video_info ovi;
if (!obs_sceneitem_selected(item))
return true;
obs_get_video_info(&ovi);
vec3_set(&screenCenter, float(ovi.base_width),
float(ovi.base_height), 0.0f);
vec3_mulf(&screenCenter, &screenCenter, 0.5f);
GetItemBox(item, tl, br);
vec3_sub(&itemCenter, &br, &tl);
vec3_mulf(&itemCenter, &itemCenter, 0.5f);
vec3_add(&itemCenter, &itemCenter, &tl);
vec3_sub(&offset, &screenCenter, &itemCenter);
vec3_add(&tl, &tl, &offset);
SetItemTL(item, tl);
UNUSED_PARAMETER(scene);
2014-06-25 08:40:39 +00:00
UNUSED_PARAMETER(param);
return true;
};
obs_scene_enum_items(GetCurrentScene(), func, nullptr);
UI: Add scene editing So, scene editing was interesting (and by interesting I mean excruciating). I almost implemented 'manipulator' visuals (ala 3dsmax for example), and used 3 modes for controlling position/rotation/size, but in a 2D editing, it felt clunky, so I defaulted back to simply click-and-drag for movement, and then took a similar though slightly different looking approach for handling scaling and reszing. I also added a number of menu item helpers related to positioning, scaling, rotating, flipping, and resetting the transform back to default. There is also a new 'transform' dialog (accessible via menu) which will allow you to manually edit every single transform variable of a scene item directly if desired. If a scene item does not have bounds active, pulling on the sides of a source will cause it to resize it via base scale rather than by the bounding box system (if the source resizes that scale will apply). If bounds are active, it will modify the bounding box only instead. How a source scales when a bounding box is active depends on the type of bounds being used. You can set it to scale to the inner bounds, the outer bounds, scale to bounds width only, scale to bounds height only, and a setting to stretch to bounds (which forces a source to always draw at the bounding box size rather than be affected by its internal size). You can also set it to be used as a 'maximum' size, so that the source doesn't necessarily get scaled unless it extends beyond the bounds. Like in OBS1, objects will snap to the edges unless the control key is pressed. However, this will now happen even if the object is rotated or oriented in any strange way. Snapping will also occur when stretching or changing the bounding box size.
2014-06-15 07:54:48 +00:00
}