public static IEnumerator CaptureScreenToTextureCoroutine(UnityAction <Texture2D> onTextureCaptured = null,
ScreenshotTaker.ColorFormat colorFormat = ScreenshotTaker.ColorFormat.RGB)
{
yield return(new WaitForEndOfFrame());
var texture = ScreenshotTaker.CaptureScreenToTexture(colorFormat);
onTextureCaptured(texture);
}
protected void InitScreenshotTaker()
{
m_ScreenshotTaker = GameObject.FindObjectOfType <ScreenshotTaker> ();
if (m_ScreenshotTaker == null)
{
m_ScreenshotTaker = gameObject.GetComponent <ScreenshotTaker> ();
}
if (m_ScreenshotTaker == null)
{
m_ScreenshotTaker = gameObject.AddComponent <ScreenshotTaker> ();
}
}
static void InitScreenshotTaker()
{
if (m_ScreenshotTaker != null)
{
return;
}
if (m_ScreenshotTaker == null)
{
GameObject go = new GameObject();
go.name = "tmp Screenshot Capture";
m_ScreenshotTaker = go.AddComponent <ScreenshotTaker> ();
}
}
protected void InitScreenshotTaker()
{
if (m_ScreenshotTaker == null)
{
m_ScreenshotTaker = GameObject.FindObjectOfType <ScreenshotTaker>();
}
if (m_ScreenshotTaker == null)
{
m_ScreenshotTaker = gameObject.GetComponent <ScreenshotTaker>();
}
if (m_ScreenshotTaker == null)
{
m_ScreenshotTaker = gameObject.AddComponent <ScreenshotTaker>();
}
m_ScreenshotTaker.m_GameViewResizingWaitingMode = m_Config.m_GameViewResizingWaitingMode;
m_ScreenshotTaker.m_GameViewResizingWaitingFrames = m_Config.m_ResizingWaitingFrames;
m_ScreenshotTaker.m_GameViewResizingWaitingTime = m_Config.m_ResizingWaitingTime;
}
void InitTempManager()
{
if (m_Manager != null)
{
return;
}
GameObject obj = new GameObject();
obj.name = "Temporary screenshot manager - remove if still exists in scene in edit mode.";
// First we create the screenshot taker
m_ScreenshotTaker = obj.AddComponent <ScreenshotTaker> ();
m_ScreenshotTaker.m_GameViewResizingWaitingMode = m_ConfigAsset.m_Config.m_GameViewResizingWaitingMode;
m_ScreenshotTaker.m_GameViewResizingWaitingFrames = m_ConfigAsset.m_Config.m_ResizingWaitingFrames;
m_ScreenshotTaker.m_GameViewResizingWaitingTime = m_ConfigAsset.m_Config.m_ResizingWaitingTime;
// Then the manager
m_Manager = obj.AddComponent <ScreenshotManager> ();
m_Manager.m_Config = m_ConfigAsset.m_Config;
m_Manager.Awake();
}
public virtual IEnumerator CaptureCoroutine(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)
{
m_ScreenshotTaker = GameObject.FindObjectOfType <ScreenshotTaker> ();
// Capture all inner textures
foreach (RawImage texture in m_Textures)
{
yield return(m_ScreenshotTaker.StartCoroutine(CaptureInnerTextureCoroutine(texture, desiredCaptureResolution, cameras, overlays, captureMode, antiAliasing, captureGameUI, colorFormat, recomputeAlphaMask, stopTime)));
}
// Capture the composition at the desired resolution size
yield return(m_ScreenshotTaker.StartCoroutine(CaptureCompositionCoroutine(desiredCaptureResolution)));
}
/// <summary>
/// Captures cameras to a texture.
/// </summary>
public static Texture2D CaptureCamerasToTexture(int width, int height, List <Camera> cameras, ScreenshotTaker.ColorFormat colorFormat = ScreenshotTaker.ColorFormat.RGB)
{
return(ScreenshotTaker.CaptureCamerasToTexture(width, height, cameras, colorFormat));
}