public static IEnumerator CaptureToTextureCoroutine(int width, int height,
List <Camera> cameras = null,
List <Canvas> canvas = null,
ScreenshotTaker.CaptureMode captureMode = ScreenshotTaker.CaptureMode.RENDER_TO_TEXTURE,
int antiAliasing = 8,
bool captureGameUI = true,
ScreenshotTaker.ColorFormat colorFormat = ScreenshotTaker.ColorFormat.RGB,
bool recomputeAlphaMask = false)
{
InitScreenshotTaker();
// Create resolution item
ScreenshotResolution captureResolution = new ScreenshotResolution();
captureResolution.m_Width = width;
captureResolution.m_Height = height;
// Create camera items
List <ScreenshotCamera> screenshotCameras = new List <ScreenshotCamera>();
if (cameras != null)
{
foreach (Camera camera in cameras)
{
ScreenshotCamera scamera = new ScreenshotCamera(camera);
screenshotCameras.Add(scamera);
}
}
// Create the overlays items
List <ScreenshotOverlay> screenshotCanvas = new List <ScreenshotOverlay>();
if (canvas != null)
{
foreach (Canvas c in canvas)
{
ScreenshotOverlay scanvas = new ScreenshotOverlay(c);
screenshotCanvas.Add(scanvas);
}
}
// Capture
yield return(m_ScreenshotTaker.StartCoroutine(m_ScreenshotTaker.CaptureAllCoroutine(new List <ScreenshotResolution> {
captureResolution
},
screenshotCameras,
screenshotCanvas,
captureMode,
antiAliasing,
captureGameUI,
colorFormat,
recomputeAlphaMask)));
}
public virtual IEnumerator CaptureInnerTextureCoroutine(RawImage texture, ScreenshotResolution desiredCaptureResolution, List <ScreenshotCamera> cameras, List <ScreenshotOverlay> overlays,
ScreenshotTaker.CaptureMode captureMode, int antiAliasing = 8, bool captureGameUI = true,
ScreenshotTaker.ColorFormat colorFormat = ScreenshotTaker.ColorFormat.RGB, bool recomputeAlphaMask = false, bool stopTime = false, bool restore = true)
{
// Compute the texture resolution
ScreenshotResolution tempRes = new ScreenshotResolution();
yield return(m_ScreenshotTaker.StartCoroutine(ComputeInnerTextureSizeCoroutine(texture, desiredCaptureResolution.ComputeTargetWidth(), desiredCaptureResolution.ComputeTargetHeight(), tempRes)));
// Capture the game view at the raw image resolution
yield return(m_ScreenshotTaker.StartCoroutine(m_ScreenshotTaker.CaptureAllCoroutine(new List <ScreenshotResolution> {
tempRes
},
cameras, overlays, captureMode, antiAliasing, captureGameUI, colorFormat, recomputeAlphaMask, stopTime)));
// Set raw image texture using the previously captured texture
texture.texture = tempRes.m_Texture;
}
protected IEnumerator UpdateCoroutine(List <ScreenshotResolution> resolutions, List <ScreenshotCamera> cameras, List <ScreenshotOverlay> overlays, bool export = true, bool playSoundMask = true)
{
InitScreenshotTaker();
System.DateTime startTime = System.DateTime.Now;
// BATCHES
var batches = m_Config.GetActiveBatches();
for (int b = 0; m_Config.m_BatchMode == ScreenshotConfig.BatchMode.BATCHES && b < batches.Count || b == 0; ++b)
{
// Get batches if any
ScreenshotBatch currentBatch = null;
if (m_Config.m_BatchMode == ScreenshotConfig.BatchMode.BATCHES && batches.Count > 0)
{
currentBatch = batches [b];
}
// Get the resolutions to be captured, if overriden by batches
List <ScreenshotResolution> resToCapture = new List <ScreenshotResolution>();
if (currentBatch != null && currentBatch.m_OverrideActiveResolutions)
{
resToCapture.AddRange(currentBatch.m_ActiveResolutions.Where(x => x.m_Active == true).Select(x => m_Config.m_Resolutions[x.m_Id]).ToList());
}
else
{
resToCapture.AddRange(resolutions);
}
// Get the composition to be captured, if overriden by batches
List <ScreenshotComposition> compositionsToCapture = new List <ScreenshotComposition>();
if (currentBatch != null && currentBatch.m_OverrideActiveComposer)
{
compositionsToCapture.AddRange(currentBatch.m_ActiveCompositions.Where(x => x.m_Active == true).Select(x => m_Config.m_Compositions[x.m_Id]).ToList());
}
else
{
compositionsToCapture.AddRange(m_Config.GetActiveCompositions());
}
// COMPOSERS
// Capture each composition
for (int c = 0; m_Config.m_CompositionMode == ScreenshotConfig.CompositionMode.COMPOSITION && c < compositionsToCapture.Count || c == 0; ++c)
{
// Get composer if any
ScreenshotComposition currentComposition = null;
m_CurrentComposerInstance = null;
if (m_Config.m_CompositionMode == ScreenshotConfig.CompositionMode.COMPOSITION && compositionsToCapture.Count > 0 && compositionsToCapture [c].m_Composer != null)
{
m_CurrentComposerInstance = GameObject.Instantiate <ScreenshotComposer> (compositionsToCapture [c].m_Composer);
currentComposition = compositionsToCapture [c];
}
// RESOLUTIONS
// Capture each resolution
foreach (ScreenshotResolution resolution in resToCapture)
{
// Debug.Log ("Current resolution " + resolution.ToString ());
// LAYERS
for (int l = 0; m_Config.m_ExportToDifferentLayers && l < cameras.Count || l == 0; ++l)
{
// Get layer if any
ScreenshotCamera separatedLayerCamera = null;
List <ScreenshotCamera> currentCameras;
if (m_Config.m_ExportToDifferentLayers && cameras.Count > 1)
{
// Capture only the current layer camera
separatedLayerCamera = cameras [l];
currentCameras = new List <ScreenshotCamera> {
separatedLayerCamera
};
}
else
{
// Capture all camera
currentCameras = new List <ScreenshotCamera> (cameras);
}
// PRE PROCESS
// Debug.Log ("Pre process");
if (currentBatch != null)
{
foreach (ScreenshotProcess p in currentBatch.m_PreProcess)
{
if (p == null)
{
continue;
}
p.Process(resolution);
yield return(StartCoroutine(p.ProcessCoroutine(resolution)));
}
}
// Sound
if (m_Config.m_PlaySoundOnCapture && playSoundMask)
{
PlaySound();
}
// CAPTURE
// Debug.Log ("Capture");
if (m_CurrentComposerInstance == null)
{
yield return(StartCoroutine(m_ScreenshotTaker.CaptureAllCoroutine(new List <ScreenshotResolution> {
resolution
},
currentCameras,
overlays,
(m_Config.m_CaptureMode == ScreenshotTaker.CaptureMode.GAMEVIEW_RESIZING && m_Config.m_ResolutionCaptureMode == ScreenshotConfig.ResolutionMode.GAME_VIEW) ? ScreenshotTaker.CaptureMode.FIXED_GAMEVIEW : m_Config.m_CaptureMode,
(int)m_Config.m_MultisamplingAntiAliasing,
m_Config.m_CaptureActiveUICanvas,
m_Config.m_ColorFormat,
m_Config.m_RecomputeAlphaLayer,
m_Config.m_StopTimeOnCapture)));
}
else
{
yield return(StartCoroutine(m_CurrentComposerInstance.CaptureCoroutine(resolution,
currentCameras,
overlays,
(m_Config.m_CaptureMode == ScreenshotTaker.CaptureMode.GAMEVIEW_RESIZING && m_Config.m_ResolutionCaptureMode == ScreenshotConfig.ResolutionMode.GAME_VIEW) ? ScreenshotTaker.CaptureMode.FIXED_GAMEVIEW : m_Config.m_CaptureMode,
(int)m_Config.m_MultisamplingAntiAliasing,
m_Config.m_CaptureActiveUICanvas,
m_Config.m_ColorFormat,
m_Config.m_RecomputeAlphaLayer,
m_Config.m_StopTimeOnCapture)));
}
// POST PROCESS
// Debug.Log ("Post process");
if (currentBatch != null)
{
foreach (ScreenshotProcess p in currentBatch.m_PostProcess)
{
if (p == null)
{
continue;
}
p.Process(resolution);
yield return(StartCoroutine(p.ProcessCoroutine(resolution)));
}
}
// EXPORT
if (export)
{
string currentBatchName = currentBatch == null ? "" : currentBatch.m_Name;
string currentComposerName = currentComposition == null ? "" : currentComposition.m_Name;
string currentCameraName = separatedLayerCamera == null ? "" : separatedLayerCamera.m_Camera.name;
// Update the filenames with the camera name as layer name
UpdateFileName(resolution, startTime, currentCameraName, currentBatchName, currentComposerName);
// Export
if (TextureExporter.ExportToFile(resolution.m_Texture, resolution.m_FileName, m_Config.m_FileFormat, (int)m_Config.m_JPGQuality))
{
Debug.Log("Screenshot created : " + resolution.m_FileName);
onResolutionExportSuccessDelegate(resolution);
}
else
{
Debug.LogError("Failed to create : " + resolution.m_FileName);
onResolutionExportFailureDelegate(resolution);
}
}
}
}
if (m_CurrentComposerInstance != null)
{
GameObject.DestroyImmediate(m_CurrentComposerInstance.gameObject);
}
}
}
}
public static IEnumerator CaptureCoroutine(string fileName,
int width, int height,
TextureExporter.ImageFileFormat fileFormat = TextureExporter.ImageFileFormat.PNG,
int JPGQuality = 100,
List <Camera> cameras = null,
List <Canvas> canvas = null,
ScreenshotTaker.CaptureMode captureMode = ScreenshotTaker.CaptureMode.RENDER_TO_TEXTURE,
int antiAliasing = 8,
bool captureGameUI = true,
ScreenshotTaker.ColorFormat colorFormat = ScreenshotTaker.ColorFormat.RGB,
bool recomputeAlphaMask = false)
{
// Create resolution item
ScreenshotResolution captureResolution = new ScreenshotResolution();
captureResolution.m_Width = width;
captureResolution.m_Height = height;
captureResolution.m_FileName = fileName;
// Create camera items
List <ScreenshotCamera> screenshotCameras = new List <ScreenshotCamera> ();
if (cameras != null)
{
foreach (Camera camera in cameras)
{
ScreenshotCamera scamera = new ScreenshotCamera(camera);
screenshotCameras.Add(scamera);
}
}
// Create the overlays items
List <ScreenshotOverlay> screenshotCanvas = new List <ScreenshotOverlay> ();
if (canvas != null)
{
foreach (Canvas c in canvas)
{
ScreenshotOverlay scanvas = new ScreenshotOverlay(c);
screenshotCanvas.Add(scanvas);
}
}
// Capture
yield return(m_ScreenshotTaker.StartCoroutine(m_ScreenshotTaker.CaptureAllCoroutine(new List <ScreenshotResolution> {
captureResolution
},
screenshotCameras,
screenshotCanvas,
captureMode,
antiAliasing,
captureGameUI,
colorFormat,
recomputeAlphaMask)));
// EXPORT
if (TextureExporter.ExportToFile(captureResolution.m_Texture, fileName, fileFormat, JPGQuality))
{
Debug.Log("Screenshot created : " + fileName);
}
else
{
Debug.LogError("Failed to create : " + fileName);
}
}