public xARMScreenCap[] CreateNavigationBarVersion()
{
// xARMScreenCap newScreenCap;
int MDPINavigationBarHeight = 48;
int navigationBarHeight = Mathf.RoundToInt(MDPINavigationBarHeight * this.DPIFactor);
Vector2 navBarRes, navBarResToReplace;
// on smartphones the navigation bar is always at the same spot
if (this.IsLandscape && this.Diagonal <= 6.5f)
{
navBarRes = new Vector2(this.Resolution.x - navigationBarHeight, this.Resolution.y);
navBarResToReplace = new Vector2(this.Resolution.x, this.Resolution.y - navigationBarHeight); // incorrect resolution
}
else // NavBar is allways at the bottom
{
navBarRes = new Vector2(this.Resolution.x, this.Resolution.y - navigationBarHeight);
navBarResToReplace = navBarRes; // keep all values
}
xARMScreenCap newScreenCap = new xARMScreenCap(this.Name, navBarRes,
this.ResolutionLabel + "~", this.AspectLabel, this.Diagonal, this.DPI, this.DPILabel, this.Group, this.StatisticsPositioning,
this.StatisticsUsedPercent, this.Description + " (navigation bar version)");
newScreenCap.IsBaseRes = false;
xARMScreenCap screenCapToReplace = new xARMScreenCap(this.Name, navBarResToReplace,
this.ResolutionLabel + "~", this.AspectLabel, this.Diagonal, this.DPI, this.DPILabel, this.Group, this.StatisticsPositioning,
this.StatisticsUsedPercent, this.Description + " (navigation bar version)");
return(new xARMScreenCap[] { newScreenCap, screenCapToReplace });
}
private IEnumerator WaitXFrames(xARMScreenCap screenCap, int frameCount){
while (frameCount > 0){
yield return null; // wait until next frame
frameCount--;
}
xARMManager.UpdateScreenCapAtEOF (screenCap);
}
public xARMScreenCap Clone(bool switchResolutionXY = false)
{
xARMScreenCap newScreenCap;
if (switchResolutionXY)
{
newScreenCap = new xARMScreenCap(this.Name, new Vector2(this.Resolution.y, this.Resolution.x), this.ResolutionLabel, this.AspectLabel, this.Diagonal,
this.DPI, this.DPILabel, this.Group, this.StatisticsPositioning, this.StatisticsUsedPercent, this.Description);
}
else
{
newScreenCap = new xARMScreenCap(this.Name, this.Resolution, this.ResolutionLabel, this.AspectLabel, this.Diagonal,
this.DPI, this.DPILabel, this.Group, this.StatisticsPositioning, this.StatisticsUsedPercent, this.Description);
}
return(newScreenCap);
}
public static void ChangeActiveScreenCap (int screenCapIndex){
if(screenCapIndex >= activeScreenCaps.Count) screenCapIndex = 0; // reset if active SC list is shorter now
xARMManager.Config.PreviewSelectedScreenCapIndex = screenCapIndex;
// repaint window on next update
repaintNextUpdate = true;
if(activeScreenCaps.Count > 0){
xARMScreenCap previousScreenCap = selectedScreenCap;
selectedScreenCap = activeScreenCaps[screenCapIndex]; // get Ref to selected SC
xARMManager.DefaultGameViewResolution = selectedScreenCap.Resolution; // set as new default resolution
// change GameView resolution if activated and selection was changed
if(xARMManager.Config.GameViewInheritsPreviewSize && !selectedScreenCap.Equals(previousScreenCap)){
// switch Game View resolution via next Update() (doesn't work correctly inside OnGUI)
resizeGameViewToNewDefault = true;
}
}
}
private static int getScreenCapIndex(xARMScreenCap screenCapToCheck)
{
for (int x= 0; x< AvailScreenCaps.Count; x++){
if(AvailScreenCaps[x] == screenCapToCheck) return x;
}
return -1;
}
// export ScreenCap as PNG file
private static void ExportScreenCapToFile(xARMScreenCap screenCap, string path)
{
FileStream fs = new FileStream(path, FileMode.Create);
BinaryWriter bw = new BinaryWriter(fs);
bw.Write (screenCap.Texture.EncodeToPNG ());
bw.Close ();
fs.Close ();
}
public xARMScreenCap Clone(bool switchResolutionXY = false){
xARMScreenCap newScreenCap;
if(switchResolutionXY){
newScreenCap = new xARMScreenCap(this.Name, new Vector2(this.Resolution.y, this.Resolution.x), this.ResolutionLabel, this.AspectLabel, this.Diagonal,
this.DPI, this.DPILabel, this.Group, this.StatisticsPositioning, this.StatisticsUsedPercent, this.Description);
} else{
newScreenCap = new xARMScreenCap(this.Name, this.Resolution, this.ResolutionLabel, this.AspectLabel, this.Diagonal,
this.DPI, this.DPILabel, this.Group, this.StatisticsPositioning, this.StatisticsUsedPercent, this.Description);
}
return newScreenCap;
}
// coroutine to wait a few frames between resolution change and SC update
public void StartWaitXFramesCoroutine(xARMScreenCap screenCap, int frameCount)
{
StartCoroutine (WaitXFrames (screenCap, frameCount));
}
public static void UpdateScreenCapAtEOF(xARMScreenCap screenCap)
{
// capture Render at EndOfFrame
Proxy.StartUpdateScreenCapCoroutine (screenCap);
// force EndOfFrame - to execute yield
GameView.Repaint ();
}
public static void UpdateScreenCap(xARMScreenCap screenCap)
{
ResizeGameView (screenCap.Resolution);
// run custom code
if(OnPreScreenCapUpdate != null) OnPreScreenCapUpdate ();
xARMManager.ScreenCapUpdateInProgress = true;
// wait x frames to ensure correct results with other (lazy) plugins
if(xARMManager.CurrEditorMode == EditorMode.Play){ // don't wait in Play mode
Proxy.StartWaitXFramesCoroutine (screenCap, 0);
} else {
Proxy.StartWaitXFramesCoroutine (screenCap, xARMManager.Config.FramesToWait);
}
}
// save one SC as file
public static void SaveScreenCapFile(xARMScreenCap screenCap)
{
if(screenCap.Texture.width != 4){ // not placeholder
string defaultFileName = screenCap.Name + " " + screenCap.Diagonal + " " +screenCap.DPILabel + " " + screenCap.Resolution.x + "x" + screenCap.Resolution.y + ".png";
// open export to file panel
string exportFilePath = EditorUtility.SaveFilePanel ("Export ScreenCap as PNG", xARMManager.Config.ExportPath, defaultFileName, "png");
// export
if(exportFilePath.Length > 0) ExportScreenCapToFile (screenCap, exportFilePath);
} else {
Debug.LogWarning ("xARM: ScreenCap not exported. Please update it before export.");
}
}
public static void ReadScreenCapFromGameView(xARMScreenCap screenCap)
{
int width = (int)screenCap.Resolution.x;
int height = (int)screenCap.Resolution.y;
// check if the GameView has the correct size
if(screenCap.Resolution.x == Screen.width && screenCap.Resolution.y == Screen.height){
// read screen to Tex2D
Texture2D screenTex = new Texture2D(width, height, TextureFormat.RGB24, false);
screenTex.ReadPixels (new Rect(0, 0, width, height), 0, 0, false);
screenTex.Apply (false, false); // readable to enable export as file
// update ScreenCap
screenCap.Texture = screenTex;
screenCap.LastUpdateTime = lastChangeInEditorTime;
screenCap.LastUpdateTryTime = lastChangeInEditorTime;
screenCap.UpdatedSuccessful = true;
// repaint editor windows
if(myxARMPreviewWindow) myxARMPreviewWindow.Repaint ();
if(myxARMGalleryWindow) myxARMGalleryWindow.Repaint ();
} else {
// mark this ScreenCap as not updated and display message
screenCap.LastUpdateTryTime = lastChangeInEditorTime;
screenCap.UpdatedSuccessful = false;
xARMGalleryWindow.WarningBoxText = "Could not update all ScreenCaps. Switch 'GameView' to 'Free Aspect'.";
xARMPreviewWindow.WarningBoxText = "Could not update all ScreenCaps. Switch 'GameView' to 'Free Aspect'.";
}
// run custom code
if(OnPostScreenCapUpdate != null) OnPostScreenCapUpdate ();
}
public static bool IsToUpdate(xARMScreenCap screenCap)
{
if(screenCap.LastUpdateTime != lastChangeInEditorTime && screenCap.LastUpdateTryTime != lastChangeInEditorTime){
return true;
} else {
return false;
}
}
public xARMScreenCap[] CreateNavigationBarVersion(){
// xARMScreenCap newScreenCap;
int MDPINavigationBarHeight = 48;
int navigationBarHeight = Mathf.RoundToInt (MDPINavigationBarHeight * this.DPIFactor);
Vector2 navBarRes, navBarResToReplace;
// on smartphones the navigation bar is always at the same spot
if (this.IsLandscape && this.Diagonal <= 6.5f){
navBarRes = new Vector2(this.Resolution.x - navigationBarHeight, this.Resolution.y);
navBarResToReplace = new Vector2(this.Resolution.x, this.Resolution.y - navigationBarHeight); // incorrect resolution
} else { // NavBar is allways at the bottom
navBarRes = new Vector2(this.Resolution.x, this.Resolution.y - navigationBarHeight);
navBarResToReplace = navBarRes; // keep all values
}
xARMScreenCap newScreenCap = new xARMScreenCap(this.Name, navBarRes,
this.ResolutionLabel + "~", this.AspectLabel, this.Diagonal, this.DPI, this.DPILabel, this.Group, this.StatisticsPositioning,
this.StatisticsUsedPercent, this.Description + " (navigation bar version)");
newScreenCap.IsBaseRes = false;
xARMScreenCap screenCapToReplace = new xARMScreenCap(this.Name, navBarResToReplace,
this.ResolutionLabel + "~", this.AspectLabel, this.Diagonal, this.DPI, this.DPILabel, this.Group, this.StatisticsPositioning,
this.StatisticsUsedPercent, this.Description + " (navigation bar version)");
return new xARMScreenCap[] {newScreenCap, screenCapToReplace};
}
private static void addOrReplaceScreenCap(xARMScreenCap screenCapToAdd, xARMScreenCap screenCapToReplace)
{
int screenCapIndexToReplace = getScreenCapIndex (screenCapToReplace);
int screenCapIndexToAdd = getScreenCapIndex (screenCapToAdd);
if(screenCapIndexToReplace >= 0){ // replace
// values to keep
bool origEnabledState = AvailScreenCaps[screenCapIndexToReplace].Enabled;
AvailScreenCaps[screenCapIndexToReplace] = screenCapToAdd;
AvailScreenCaps[screenCapIndexToReplace].Enabled = origEnabledState;
} else if(screenCapIndexToAdd >= 0){ // update (don't add duplicates)
// values to keep
bool origEnabledState = AvailScreenCaps[screenCapIndexToAdd].Enabled;
AvailScreenCaps[screenCapIndexToAdd] = screenCapToAdd;
AvailScreenCaps[screenCapIndexToAdd].Enabled = origEnabledState;
} else { // add
AvailScreenCaps.Add (screenCapToAdd);
}
}
public void StartUpdateScreenCapCoroutine(xARMScreenCap screenCapToUpdate)
{
StartCoroutine (UpdateScreenCapCoroutine (screenCapToUpdate));
}
private static void addOrUpdateScreenCap(xARMScreenCap screenCapToAdd)
{
int screenCapIndex = getScreenCapIndex (screenCapToAdd);
if(screenCapIndex >= 0){ // update (don't add duplicates)
// values to keep
bool origEnabledState = AvailScreenCaps[screenCapIndex].Enabled;
AvailScreenCaps[screenCapIndex] = screenCapToAdd;
AvailScreenCaps[screenCapIndex].Enabled = origEnabledState;
} else { // add
AvailScreenCaps.Add (screenCapToAdd);
}
}
// coroutine to update the ScreenCap at the end of the current frame
private IEnumerator UpdateScreenCapCoroutine(xARMScreenCap screenCapToUpdate)
{
yield return new WaitForEndOfFrame();
xARMManager.ReadScreenCapFromGameView (screenCapToUpdate);
xARMManager.ScreenCapUpdateInProgress = false;
}
private static void DrawScreenCap (xARMScreenCap screenCap, int screenCapIndex){
Rect screenCapRect, screenCapBox;
float screenCapPXOnScreen; // SC px width
// create Box and Rect
if(xARMManager.Config.UseFixedScreenCapSize){
screenCapBox = EditorGUILayout.BeginVertical ("box", GUILayout.Width (xARMManager.Config.FixedScreenCapSize.x), GUILayout.Height (xARMManager.Config.FixedScreenCapSize.y));
screenCapRect = GUILayoutUtility.GetRect (xARMManager.Config.FixedScreenCapSize.x, xARMManager.Config.FixedScreenCapSize.y);
screenCapPXOnScreen = xARMManager.Config.FixedScreenCapSize.x;
} else {
screenCapBox = EditorGUILayout.BeginVertical ("box");
screenCapRect = GUILayoutUtility.GetAspectRect (screenCap.Aspect, GUILayout.MinWidth (screenCapMinWidth), GUILayout.MinHeight (screenCapMinHeight));
screenCapPXOnScreen = myWindow.position.width / xARMManager.Config.GalleryScreenCapsPerRow; // estimate SC width
}
// draw SC
if(screenCap.UpdatedSuccessful){
#if UNITY_3_3 || UNITY_3_4 || UNITY_3_5
// standard draw (with Play mode tint)
GUI.DrawTexture (screenCapRect, screenCap.Texture, ScaleMode.ScaleToFit);
#else
// draw ScreenCap in prepared rect (use EditorGUI.DrawTextureTransparent to draw it without Play mode tint)
EditorGUI.DrawTextureTransparent (screenCapRect, screenCap.Texture, ScaleMode.ScaleToFit);
#endif
// select SC in xARM Preview on click
if(screenCapBox.Contains (Event.current.mousePosition)){
if(Event.current.type == EventType.MouseDown && Event.current.button == 0){
xARMPreviewWindow.ChangeActiveScreenCap (screenCapIndex);
}
}
} else {
#if UNITY_3_3 || UNITY_3_4
GUILayout.Label ("ScreenCap could not been updated");
#else
EditorGUILayout.HelpBox ("ScreenCap could not been updated", MessageType.Warning, true); // Unity 3.3 Error
#endif
}
GUILayout.Space (2);
// description
EditorGUILayout.BeginHorizontal ();
if(screenCap.IsLandscape){
GUILayout.Label (screenCap.Name + " " + screenCap.Diagonal + charInch + " " + screenCap.DPILabel + " (" + screenCap.AspectLabel + ")" + "\n" +
screenCap.Resolution.x + "x" + screenCap.Resolution.y + "px (" + screenCap.ResolutionLabel + " " + charLandscape + ")", labelStyle);
} else {
GUILayout.Label (screenCap.Name + " " + screenCap.Diagonal + charInch + " " + screenCap.DPILabel + " (" + screenCap.AspectLabel + ")" + "\n" +
screenCap.Resolution.x + "x" + screenCap.Resolution.y + "px (" + screenCap.ResolutionLabel + " " + charPortrait + ")", labelStyle);
}
// scale ratio
if(xARMManager.Config.EditorDPI > 0){
float scaleRatioPhySizeInch = xARMManager.Config.ScaleRatioInch;
float scaleRatioPhySizePX = xARMManager.Config.EditorDPI * scaleRatioPhySizeInch; // phy size of fingerprint with Editor DPI
float screenCapPhySizeOnScreen = screenCap.Resolution.x * xARMManager.Config.EditorDPI / screenCap.DPI; // phy size of SC with Editor DPI
if(Event.current.type.Equals(EventType.Repaint)) screenCapPXOnScreen = screenCapRect.width; // get precise SC width
float scaleRatioPX = scaleRatioPhySizePX * screenCapPXOnScreen / screenCapPhySizeOnScreen; // px widht/height of fingerprint
Rect scaleRatioRect = GUILayoutUtility.GetRect (scaleRatioPX, scaleRatioPX, GUILayout.ExpandWidth(false), GUILayout.ExpandHeight(false));
GUI.DrawTexture (scaleRatioRect, EditorGUIUtility.whiteTexture, ScaleMode.ScaleToFit, false);
}
EditorGUILayout.EndHorizontal ();
EditorGUILayout.EndVertical ();
}
