/* $Id: HBPreviewController.mm,v 1.11 2005/08/01 15:10:44 titer Exp $ This file is part of the HandBrake source code. Homepage: . It may be used under the terms of the GNU General Public License. */ #import "HBPreviewController.h" #import "Controller.h" @implementation QTMovieView ( HBQTkitExt ) - (void) mouseMoved:(NSEvent *)theEvent { [super mouseMoved:theEvent]; } @end @interface PreviewController (Private) - (NSSize)optimalViewSizeForImageSize: (NSSize)imageSize; - (void)resizeSheetForViewSize: (NSSize)viewSize; - (void)setViewSize: (NSSize)viewSize; - (BOOL)viewNeedsToResizeToSize: (NSSize)newSize; @end @implementation PreviewController - (id)init { if (self = [super initWithWindowNibName:@"PicturePreview"]) { // NSWindowController likes to lazily load its window. However since // this controller tries to set all sorts of outlets before the window // is displayed, we need it to load immediately. The correct way to do // this, according to the documentation, is simply to invoke the window // getter once. // // If/when we switch a lot of this stuff to bindings, this can probably // go away. [self window]; fPicturePreviews = [[NSMutableDictionary dictionaryWithCapacity: HB_NUM_HBLIB_PICTURES] retain]; /* Init libhb with check for updates libhb style set to "0" so its ignored and lets sparkle take care of it */ int loggingLevel = [[[NSUserDefaults standardUserDefaults] objectForKey:@"LoggingLevel"] intValue]; fPreviewLibhb = hb_init(loggingLevel, 0); } return self; } //------------------------------------------------------------------------------------ // Displays and brings the picture window to the front //------------------------------------------------------------------------------------ - (IBAction) showPreviewWindow: (id)sender { [self showWindow:sender]; [[NSUserDefaults standardUserDefaults] setBool:YES forKey:@"PreviewWindowIsOpen"]; /* lets set the preview window to accept mouse moved events */ [fPreviewWindow setAcceptsMouseMovedEvents:YES]; hudTimerSeconds = 0; [self pictureSliderChanged:nil]; [self startReceivingLibhbNotifications]; } - (void)setHBController: (HBController *)controller { fHBController = controller; } - (void)awakeFromNib { [fPreviewWindow setDelegate:self]; if( ![[self window] setFrameUsingName:@"Preview"] ) [[self window] center]; [self setWindowFrameAutosaveName:@"Preview"]; [[self window] setExcludedFromWindowsMenu:YES]; /* lets set the preview window to accept mouse moved events */ [fPreviewWindow setAcceptsMouseMovedEvents:YES]; //[self pictureSliderChanged:nil]; [self startReceivingLibhbNotifications]; isFullScreen = NO; hudTimerSeconds = 0; /* we set the progress indicator to not use threaded animation * as it causes a conflict with the qtmovieview's controllerbar */ [fMovieCreationProgressIndicator setUsesThreadedAnimation:NO]; /* Setup our layers for core animation */ [fPictureViewArea setWantsLayer:YES]; [fPictureView setWantsLayer:YES]; [fCancelPreviewMovieButton setWantsLayer:YES]; [fMovieCreationProgressIndicator setWantsLayer:YES]; [fPictureControlBox setWantsLayer:YES]; [fEncodingControlBox setWantsLayer:YES]; [fMovieView setWantsLayer:YES]; [fMovieView setHidden:YES]; [fMovieView setDelegate:self]; /* Since the xib has everything off center for easy acess * we align our views and windows here we an align to anything * since it will actually change later upon source load, but * for convenience we will use the fPictureViewArea */ /* Align the still preview image view to the picture box */ [fPictureView setFrameSize:[fPictureViewArea frame].size]; [fMovieView setFrameSize:[fPictureViewArea frame].size]; //[fPreviewWindow setFrameSize:[fPictureViewArea frame].size]; } - (BOOL)acceptsMouseMovedEvents { return YES; } - (void)windowWillClose:(NSNotification *)aNotification { /* Upon Closing the picture window, we make sure we clean up any * preview movie that might be playing */ hb_stop( fPreviewLibhb ); isEncoding = NO; // Show the picture view [fPictureView setHidden:NO]; [fMovieView pause:nil]; [fMovieView setHidden:YES]; [fMovieView setMovie:nil]; isFullScreen = NO; hudTimerSeconds = 0; [[NSUserDefaults standardUserDefaults] setBool:NO forKey:@"PreviewWindowIsOpen"]; } - (BOOL)windowShouldClose:(id)fPictureWindow { return YES; } - (void) dealloc { hb_stop(fPreviewLibhb); if (fPreviewMoviePath) { [[NSFileManager defaultManager] removeFileAtPath:fPreviewMoviePath handler:nil]; [fPreviewMoviePath release]; } [fLibhbTimer invalidate]; [fLibhbTimer release]; [fHudTimer invalidate]; [fHudTimer release]; [fPicturePreviews release]; [fFullScreenWindow release]; [super dealloc]; } - (void) SetHandle: (hb_handle_t *) handle { fHandle = handle; /* we set the preview length popup in seconds */ [fPreviewMovieLengthPopUp removeAllItems]; [fPreviewMovieLengthPopUp addItemWithTitle: @"5"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"10"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"15"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"20"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"25"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"30"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"35"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"40"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"45"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"50"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"55"]; [fPreviewMovieLengthPopUp addItemWithTitle: @"60"]; /* adjust the preview slider length */ /* We use our advance pref to determine how many previews we scanned */ int hb_num_previews = [[[NSUserDefaults standardUserDefaults] objectForKey:@"PreviewsNumber"] intValue]; [fPictureSlider setMaxValue: hb_num_previews - 1.0]; [fPictureSlider setNumberOfTickMarks: hb_num_previews]; if ([[NSUserDefaults standardUserDefaults] objectForKey:@"PreviewLength"]) { [fPreviewMovieLengthPopUp selectItemWithTitle:[[NSUserDefaults standardUserDefaults] objectForKey:@"PreviewLength"]]; } else { /* currently hard set default to 10 seconds */ [fPreviewMovieLengthPopUp selectItemAtIndex: 1]; } } - (void) SetTitle: (hb_title_t *) title { hb_job_t * job = title->job; fTitle = title; fPicture = 0; MaxOutputWidth = title->width - job->crop[2] - job->crop[3]; MaxOutputHeight = title->height - job->crop[0] - job->crop[1]; [self SettingsChanged: nil]; } // Adjusts the window to draw the current picture (fPicture) adjusting its size as // necessary to display as much of the picture as possible. - (void) displayPreview { hb_job_t * job = fTitle->job; /* lets make sure that the still picture view is not hidden and that * the movie preview is */ [fMovieView pause:nil]; [fMovieView setHidden:YES]; [fMovieView setMovie:nil]; [fMovieCreationProgressIndicator stopAnimation: nil]; [fMovieCreationProgressIndicator setHidden: YES]; [fPictureView setHidden:NO]; //[fHBController writeToActivityLog: "displayPreview called"]; NSImage *fPreviewImage = [self imageForPicture: fPicture]; NSSize imageScaledSize = [fPreviewImage size]; [fPictureView setImage: fPreviewImage]; NSSize displaySize = NSMakeSize( ( CGFloat )fTitle->width, ( CGFloat )fTitle->height ); NSString *sizeInfoString; /* Set the picture size display fields below the Preview Picture*/ if( fTitle->job->anamorphic.mode == 1 ) // Original PAR Implementation { output_width = fTitle->width-fTitle->job->crop[2]-fTitle->job->crop[3]; output_height = fTitle->height-fTitle->job->crop[0]-fTitle->job->crop[1]; display_width = output_width * fTitle->job->anamorphic.par_width / fTitle->job->anamorphic.par_height; sizeInfoString = [NSString stringWithFormat: @"Source: %dx%d, Output: %dx%d, Anamorphic: %dx%d Strict", fTitle->width, fTitle->height, output_width, output_height, display_width, output_height]; displaySize.width = display_width; displaySize.height = fTitle->height; imageScaledSize.width = display_width; imageScaledSize.height = output_height; } else if (fTitle->job->anamorphic.mode == 2) // Loose Anamorphic { hb_set_anamorphic_size(job, &output_width, &output_height, &output_par_width, &output_par_height); display_width = output_width * output_par_width / output_par_height; sizeInfoString = [NSString stringWithFormat: @"Source: %dx%d, Output: %dx%d, Anamorphic: %dx%d Loose", fTitle->width, fTitle->height, output_width, output_height, display_width, output_height]; displaySize.width = display_width; displaySize.height = fTitle->height; imageScaledSize.width = display_width; imageScaledSize.height = output_height; } else if (fTitle->job->anamorphic.mode == 3) // Custom Anamorphic { hb_set_anamorphic_size(job, &output_width, &output_height, &output_par_width, &output_par_height); display_width = output_width * output_par_width / output_par_height; sizeInfoString = [NSString stringWithFormat: @"Source: %dx%d, Output: %dx%d, Anamorphic: %dx%d Custom", fTitle->width, fTitle->height, output_width, output_height, fTitle->job->anamorphic.dar_width, fTitle->job->anamorphic.dar_height]; displaySize.width = fTitle->job->anamorphic.dar_width + fTitle->job->crop[2] + fTitle->job->crop[3]; displaySize.height = fTitle->job->anamorphic.dar_height + fTitle->job->crop[0] + fTitle->job->crop[1]; imageScaledSize.width = (int)fTitle->job->anamorphic.dar_width; imageScaledSize.height = (int)fTitle->job->height; } else // No Anamorphic { sizeInfoString = [NSString stringWithFormat: @"Source: %dx%d, Output: %dx%d", fTitle->width, fTitle->height, fTitle->job->width, fTitle->job->height]; displaySize.width = fTitle->width; displaySize.height = fTitle->height; imageScaledSize.width = fTitle->job->width; imageScaledSize.height = fTitle->job->height; } NSSize viewSize = [self optimalViewSizeForImageSize:displaySize]; /* Initially set our preview image here */ /* if (scaleToScreen == YES) { viewSize.width = viewSize.width - (viewSize.width - imageScaledSize.width); viewSize.height = viewSize.height - (viewSize.height - imageScaledSize.height); [fPreviewImage setSize: viewSize]; //[fPictureView setFrameSize: viewSize]; } else { [fPreviewImage setSize: imageScaledSize]; [fPictureView setFrameSize: imageScaledSize]; } [fPictureView setImage: fPreviewImage]; // center it vertically and horizontally NSPoint origin = [fPictureViewArea frame].origin; origin.y += ([fPictureViewArea frame].size.height - [fPictureView frame].size.height) / 2.0; origin.x += ([fPictureViewArea frame].size.width - [fPictureView frame].size.width) / 2.0; [fPictureView setFrameOrigin:origin]; */ /* we also need to take into account scaling to full screen to activate switching the view size */ if( [self viewNeedsToResizeToSize:viewSize]) { if (fTitle->job->anamorphic.mode != 2 || (fTitle->job->anamorphic.mode == 2 && fTitle->width == fTitle->job->width)) { [self resizeSheetForViewSize:viewSize]; //[self setViewSize:viewSize]; } } viewSize.width = viewSize.width - (viewSize.width - imageScaledSize.width); viewSize.height = viewSize.height - (viewSize.height - imageScaledSize.height); [self setViewSize:viewSize]; /* special case for scaleToScreen */ if (scaleToScreen == YES) { [fPreviewImage setSize: viewSize]; [fPictureView setImage: fPreviewImage]; } NSString *scaleString; if( imageScaledSize.height > [fPictureView frame].size.height) { CGFloat scale = ( ( CGFloat )[fPictureView frame].size.width) / ( ( CGFloat )imageScaledSize.width); scaleString = [NSString stringWithFormat: NSLocalizedString( @" (Scaled to %.0f%% actual size)", @"String shown when a preview is scaled" ), scale * 100.0]; } else { scaleString = @""; } /* Set the info fields in the hud controller */ [fInfoField setStringValue: [NSString stringWithFormat: @"%@", sizeInfoString]]; [fscaleInfoField setStringValue: [NSString stringWithFormat: @"%@", scaleString]]; /* Set the info field in the window title bar */ [[self window] setTitle:[NSString stringWithFormat: @"Preview - %@ %@",sizeInfoString, scaleString]]; } - (IBAction) previewDurationPopUpChanged: (id) sender { [[NSUserDefaults standardUserDefaults] setObject:[fPreviewMovieLengthPopUp titleOfSelectedItem] forKey:@"PreviewLength"]; } - (IBAction) SettingsChanged: (id) sender { // Purge the existing picture previews so they get recreated the next time // they are needed. [self purgeImageCache]; [self pictureSliderChanged:nil]; } - (IBAction) pictureSliderChanged: (id) sender { // Show the picture view [fPictureView setHidden:NO]; [fMovieView pause:nil]; [fMovieView setHidden:YES]; [fMovieView setMovie:nil]; [fEncodingControlBox setHidden: YES]; int newPicture = [fPictureSlider intValue]; if (newPicture != fPicture) { fPicture = newPicture; } [self displayPreview]; } - (IBAction)showPreviewPanel: (id)sender forTitle: (hb_title_t *)title { if ([fPreviewWindow isVisible]) { [fPreviewWindow close]; } else { [self showWindow:sender]; [[NSUserDefaults standardUserDefaults] setBool:YES forKey:@"PreviewWindowIsOpen"]; [fPreviewWindow setAcceptsMouseMovedEvents:YES]; isFullScreen = NO; scaleToScreen = NO; [self pictureSliderChanged:nil]; } } - (NSString*) pictureSizeInfoString { return [fInfoField stringValue]; } - (IBAction)showPictureSettings:(id)sender { [fHBController showPicturePanel:self]; } #pragma mark Hud Control Overlay - (void) mouseMoved:(NSEvent *)theEvent { [super mouseMoved:theEvent]; NSPoint mouseLoc = [theEvent locationInWindow]; /* Test for mouse location to show/hide hud controls */ if( isEncoding == NO ) { if( NSPointInRect( mouseLoc, [fPictureControlBox frame] ) ) { [[fPictureControlBox animator] setHidden: NO]; [self stopHudTimer]; } else if( NSPointInRect( mouseLoc, [fPictureViewArea frame] ) ) { [[fPictureControlBox animator] setHidden: NO]; [self startHudTimer]; } else [[fPictureControlBox animator] setHidden: YES]; } } - (void) startHudTimer { if( fHudTimer ) { [fHudTimer invalidate]; [fHudTimer release]; } fHudTimer = [NSTimer scheduledTimerWithTimeInterval:1.0 target:self selector:@selector(hudTimerFired:) userInfo:nil repeats:YES]; [fHudTimer retain]; } - (void) stopHudTimer { if( fHudTimer ) { [fHudTimer invalidate]; [fHudTimer release]; fHudTimer = nil; hudTimerSeconds = 0; } } - (void) hudTimerFired: (NSTimer*)theTimer { hudTimerSeconds++; if( hudTimerSeconds >= 10 ) { [[fPictureControlBox animator] setHidden: YES]; [self stopHudTimer]; } } #pragma mark Fullscreen Mode - (IBAction)toggleScreenMode:(id)sender { if (!isFullScreen) { [self goFullScreen:nil]; } else { [self goWindowedScreen:nil]; } } - (IBAction)toggleScaleToScreen:(id)sender { if (scaleToScreen == YES) { scaleToScreen = NO; /* make sure we are set to a still preview */ [self pictureSliderChanged:nil]; [fScaleToScreenToggleButton setTitle:@"<->"]; } else { scaleToScreen = YES; /* make sure we are set to a still preview */ [self pictureSliderChanged:nil]; [fScaleToScreenToggleButton setTitle:@">-<"]; } } - (BOOL)fullScreen { return isFullScreen; } - (IBAction)goFullScreen:(id)sender { // Get the screen information. NSScreen* mainScreen = [fPreviewWindow screen]; NSDictionary* screenInfo = [mainScreen deviceDescription]; NSNumber* screenID = [screenInfo objectForKey:@"NSScreenNumber"]; // Capture the screen. CGDirectDisplayID displayID = (CGDirectDisplayID)[screenID longValue]; CGDisplayErr err = CGDisplayCapture(displayID); if (err == CGDisplayNoErr) { /* make sure we are set to a still preview and not scaled to screen */ scaleToScreen = NO; [self pictureSliderChanged:nil]; // Create the full-screen window. //NSRect winRect = [mainScreen frame]; //fPictureViewArea NSRect winRect = [fPictureViewArea frame]; fFullScreenWindow = [[NSWindow alloc] initWithContentRect:winRect styleMask:NSBorderlessWindowMask backing:NSBackingStoreBuffered defer:NO screen:mainScreen]; // Establish the window attributes. [fFullScreenWindow setReleasedWhenClosed:NO]; [fFullScreenWindow setDisplaysWhenScreenProfileChanges:YES]; [fFullScreenWindow setDelegate:self]; /* insert a view into the new window */ [fFullScreenWindow setContentView:fPictureViewArea]; [fPictureViewArea setNeedsDisplay:YES]; /* Better to center the window using the screen's frame * and the windows origin. Note that we should take into * account the auto sizing and alignment that occurs in * setViewSize each time the preview changes. * Note: by using [fFullScreenWindow screen] (instead of * [NSScreen mainScreen]) in referencing the screen * coordinates, the full screen window will show up on * whichever display was being used in windowed mode * on multi-display systems */ NSSize screenSize = [[fFullScreenWindow screen] frame].size; NSSize windowSize = [fFullScreenWindow frame].size; NSPoint windowOrigin = [fFullScreenWindow frame].origin; /* Adjust our origin y (vertical) based on the screen height */ windowOrigin.y += (screenSize.height - windowSize.height) / 2.0; windowOrigin.x += (screenSize.width - windowSize.width) / 2.0; [fFullScreenWindow setFrameOrigin:windowOrigin]; /* lets kill the timer for now */ [self stopReceivingLibhbNotifications]; /* We need to retain the fPreviewWindow */ [fPreviewWindow retain]; [self setWindow:fFullScreenWindow]; // The window has to be above the level of the shield window. int32_t shieldLevel = CGShieldingWindowLevel(); [fFullScreenWindow setLevel:shieldLevel]; // Show the window. [fFullScreenWindow makeKeyAndOrderFront:self]; /* Change the name of fFullScreenToggleButton appropriately */ [fFullScreenToggleButton setTitle: @"Windowed"]; /* Lets fire the timer back up for the hud controls, etc. */ [self startReceivingLibhbNotifications]; isFullScreen = YES; [fScaleToScreenToggleButton setHidden:NO]; /* make sure we are set to a still preview */ [self pictureSliderChanged:nil]; [fFullScreenWindow setAcceptsMouseMovedEvents:YES]; hudTimerSeconds = 0; [self startHudTimer]; } } // Title-less windows normally don't receive key presses, override this - (BOOL)canBecomeKeyWindow { return YES; } // Title-less windows normally can't become main which means that another // non-fullscreen window will have the "active" titlebar in expose. Bad, fix it. - (BOOL)canBecomeMainWindow { return YES; } - (IBAction)goWindowedScreen:(id)sender { /* Get the screen info to release the display but don't actually do * it until the windowed screen is setup. */ scaleToScreen = NO; [self pictureSliderChanged:nil]; [fScaleToScreenToggleButton setTitle:@"<->"]; NSScreen* mainScreen = [NSScreen mainScreen]; NSDictionary* screenInfo = [mainScreen deviceDescription]; NSNumber* screenID = [screenInfo objectForKey:@"NSScreenNumber"]; CGDirectDisplayID displayID = (CGDirectDisplayID)[screenID longValue]; [fFullScreenWindow dealloc]; [fFullScreenWindow release]; [fPreviewWindow setContentView:fPictureViewArea]; [fPictureViewArea setNeedsDisplay:YES]; [self setWindow:fPreviewWindow]; // Show the window. [fPreviewWindow makeKeyAndOrderFront:self]; /* Set the window back to regular level */ [fPreviewWindow setLevel:NSNormalWindowLevel]; /* Set the isFullScreen flag back to NO */ isFullScreen = NO; scaleToScreen = NO; /* make sure we are set to a still preview */ [self pictureSliderChanged:nil]; [self showPreviewWindow:nil]; /* Change the name of fFullScreenToggleButton appropriately */ [fFullScreenToggleButton setTitle: @"Full Screen"]; // [fScaleToScreenToggleButton setHidden:YES]; /* set the picture settings pallete back to normal level */ [fHBController picturePanelWindowed]; /* Release the display now that the we are back in windowed mode */ CGDisplayRelease(displayID); [fPreviewWindow setAcceptsMouseMovedEvents:YES]; //[fFullScreenWindow setAcceptsMouseMovedEvents:NO]; hudTimerSeconds = 0; [self startHudTimer]; } #pragma mark Still Preview Image Processing // This function converts an image created by libhb (specified via pictureIndex) into // an NSImage suitable for the GUI code to use. If removeBorders is YES, // makeImageForPicture crops the image generated by libhb stripping off the gray // border around the content. This is the low-level method that generates the image. // -imageForPicture calls this function whenever it can't find an image in its cache. + (NSImage *) makeImageForPicture: (int)pictureIndex libhb:(hb_handle_t*)handle title:(hb_title_t*)title { static uint8_t * buffer; static int bufferSize; // Make sure we have a big enough buffer to receive the image from libhb. libhb int dstWidth = title->job->width; int dstHeight = title->job->height; int newSize; newSize = dstWidth * dstHeight * 4; if( bufferSize < newSize ) { bufferSize = newSize; buffer = (uint8_t *) realloc( buffer, bufferSize ); } hb_get_preview( handle, title, pictureIndex, buffer ); // Create an NSBitmapImageRep and copy the libhb image into it, converting it from // libhb's format to one suitable for NSImage. Along the way, we'll strip off the // border around libhb's image. // The image data returned by hb_get_preview is 4 bytes per pixel, BGRA format. // Alpha is ignored. NSBitmapFormat bitmapFormat = (NSBitmapFormat)NSAlphaFirstBitmapFormat; NSBitmapImageRep * imgrep = [[[NSBitmapImageRep alloc] initWithBitmapDataPlanes:nil pixelsWide:dstWidth pixelsHigh:dstHeight bitsPerSample:8 samplesPerPixel:3 // ignore alpha hasAlpha:NO isPlanar:NO colorSpaceName:NSCalibratedRGBColorSpace bitmapFormat:bitmapFormat bytesPerRow:dstWidth * 4 bitsPerPixel:32] autorelease]; UInt32 * src = (UInt32 *)buffer; UInt32 * dst = (UInt32 *)[imgrep bitmapData]; int r, c; for (r = 0; r < dstHeight; r++) { for (c = 0; c < dstWidth; c++) #if TARGET_RT_LITTLE_ENDIAN *dst++ = Endian32_Swap(*src++); #else *dst++ = *src++; #endif } NSImage * img = [[[NSImage alloc] initWithSize: NSMakeSize(dstWidth, dstHeight)] autorelease]; [img addRepresentation:imgrep]; return img; } // Returns the preview image for the specified index, retrieving it from its internal // cache or by calling makeImageForPicture if it is not cached. Generally, you should // use imageForPicture so that images are cached. Calling makeImageForPicture will // always generate a new copy of the image. - (NSImage *) imageForPicture: (int) pictureIndex { // The preview for the specified index may not currently exist, so this method // generates it if necessary. NSString * key = [NSString stringWithFormat:@"%d", pictureIndex]; NSImage * theImage = [fPicturePreviews objectForKey:key]; if (!theImage) { theImage = [PreviewController makeImageForPicture:pictureIndex libhb:fHandle title:fTitle]; [fPicturePreviews setObject:theImage forKey:key]; } return theImage; } // Purges all images from the cache. The next call to imageForPicture will cause a new // image to be generated. - (void) purgeImageCache { [fPicturePreviews removeAllObjects]; } #pragma mark Movie Preview - (IBAction) createMoviePreview: (id) sender { /* Lets make sure the still picture previews are showing in case * there is currently a movie showing */ [self pictureSliderChanged:nil]; /* Rip or Cancel ? */ hb_state_t s; hb_get_state2( fPreviewLibhb, &s ); if(sender == fCancelPreviewMovieButton && (s.state == HB_STATE_WORKING || s.state == HB_STATE_PAUSED)) { hb_stop( fPreviewLibhb ); [fPictureView setHidden:NO]; [fMovieView pause:nil]; [fMovieView setHidden:YES]; [fMovieView setMovie:nil]; [fPictureSlider setHidden:NO]; isEncoding = NO; return; } /* we use controller.mm's prepareJobForPreview to go ahead and set all of our settings * however, we want to use a temporary destination field of course * so that we do not put our temp preview in the users chosen * directory */ hb_job_t * job = fTitle->job; /* We run our current setting through prepeareJob in Controller.mm * just as if it were a regular encode */ [fHBController prepareJobForPreview]; /* Destination file. We set this to our preview directory * changing the extension appropriately.*/ if (fTitle->job->mux == HB_MUX_MP4) // MP4 file { /* we use .m4v for our mp4 files so that ac3 and chapters in mp4 will play properly */ fPreviewMoviePath = @"~/Library/Application Support/HandBrake/Previews/preview_temp.m4v"; } else if (fTitle->job->mux == HB_MUX_MKV) // MKV file { fPreviewMoviePath = @"~/Library/Application Support/HandBrake/Previews/preview_temp.mkv"; } else if (fTitle->job->mux == HB_MUX_AVI) // AVI file { fPreviewMoviePath = @"~/Library/Application Support/HandBrake/Previews/preview_temp.avi"; } else if (fTitle->job->mux == HB_MUX_OGM) // OGM file { fPreviewMoviePath = @"~/Library/Application Support/HandBrake/Previews/preview_temp.ogm"; } fPreviewMoviePath = [[fPreviewMoviePath stringByExpandingTildeInPath]retain]; /* See if there is an existing preview file, if so, delete it */ if( ![[NSFileManager defaultManager] fileExistsAtPath:fPreviewMoviePath] ) { [[NSFileManager defaultManager] removeFileAtPath:fPreviewMoviePath handler:nil]; } /* We now direct our preview encode to fPreviewMoviePath */ fTitle->job->file = [fPreviewMoviePath UTF8String]; /* We use our advance pref to determine how many previews to scan */ int hb_num_previews = [[[NSUserDefaults standardUserDefaults] objectForKey:@"PreviewsNumber"] intValue]; job->start_at_preview = fPicture + 1; job->seek_points = hb_num_previews; /* we use the preview duration popup to get the specified * number of seconds for the preview encode. */ job->pts_to_stop = [[fPreviewMovieLengthPopUp titleOfSelectedItem] intValue] * 90000LL; /* lets go ahead and send it off to libhb * Note: unlike a full encode, we only send 1 pass regardless if the final encode calls for 2 passes. * this should suffice for a fairly accurate short preview and cuts our preview generation time in half. * However we also need to take into account the indepth scan for subtitles. */ /* * If scanning we need to do some extra setup of the job. */ if( job->indepth_scan == 1 ) { char *x264opts_tmp; /* * When subtitle scan is enabled do a fast pre-scan job * which will determine which subtitles to enable, if any. */ job->pass = -1; x264opts_tmp = job->x264opts; job->x264opts = NULL; job->indepth_scan = 1; /* * Add the pre-scan job */ hb_add( fPreviewLibhb, job ); job->x264opts = x264opts_tmp; } /* Go ahead and perform the actual encoding preview scan */ job->indepth_scan = 0; job->pass = 0; hb_add( fPreviewLibhb, job ); [fEncodingControlBox setHidden: NO]; [fPictureControlBox setHidden: YES]; [fMovieCreationProgressIndicator setHidden: NO]; [fPreviewMovieStatusField setHidden: NO]; isEncoding = YES; /* Let fPreviewLibhb do the job */ hb_start( fPreviewLibhb ); } - (void) startReceivingLibhbNotifications { if (!fLibhbTimer) { fLibhbTimer = [NSTimer scheduledTimerWithTimeInterval:0.5 target:self selector:@selector(libhbTimerFired:) userInfo:nil repeats:YES]; [fLibhbTimer retain]; } } - (void) stopReceivingLibhbNotifications { if (fLibhbTimer) { [fLibhbTimer invalidate]; [fLibhbTimer release]; fLibhbTimer = nil; } } - (void) libhbTimerFired: (NSTimer*)theTimer { hb_state_t s; hb_get_state( fPreviewLibhb, &s ); [self libhbStateChanged: s]; } - (void) libhbStateChanged: (hb_state_t)state { switch( state.state ) { case HB_STATE_IDLE: case HB_STATE_SCANNING: case HB_STATE_SCANDONE: break; case HB_STATE_WORKING: { #define p state.param.working NSMutableString * string; /* Update text field */ string = [NSMutableString stringWithFormat: NSLocalizedString( @"Encoding preview: %.2f %%", @"" ), 100.0 * p.progress]; if( p.seconds > -1 ) { [string appendFormat: NSLocalizedString( @" (%.2f fps, avg %.2f fps, ETA %02dh%02dm%02ds)", @"" ), p.rate_cur, p.rate_avg, p.hours, p.minutes, p.seconds]; } [fPreviewMovieStatusField setStringValue: string]; [fMovieCreationProgressIndicator setIndeterminate: NO]; /* Update slider */ [fMovieCreationProgressIndicator setDoubleValue: 100.0 * p.progress]; [fCreatePreviewMovieButton setTitle: @"Cancel Preview"]; break; } #undef p #define p state.param.muxing case HB_STATE_MUXING: { // Update fMovieCreationProgressIndicator [fMovieCreationProgressIndicator setIndeterminate: YES]; [fMovieCreationProgressIndicator startAnimation: nil]; [fPreviewMovieStatusField setStringValue: [NSString stringWithFormat: NSLocalizedString( @"Muxing Preview ...", @"" )]]; break; } #undef p case HB_STATE_PAUSED: [fMovieCreationProgressIndicator stopAnimation: nil]; break; case HB_STATE_WORKDONE: { // Delete all remaining jobs since libhb doesn't do this on its own. hb_job_t * job; while( ( job = hb_job(fPreviewLibhb, 0) ) ) hb_rem( fHandle, job ); [fPreviewMovieStatusField setStringValue: @""]; [fPreviewMovieStatusField setHidden: YES]; [fMovieCreationProgressIndicator stopAnimation: nil]; [fMovieCreationProgressIndicator setHidden: YES]; [fEncodingControlBox setHidden: YES]; isEncoding = NO; /* we make sure the picture slider and preview match */ [self pictureSliderChanged:nil]; // Show the movie view [self showMoviePreview:fPreviewMoviePath]; [fCreatePreviewMovieButton setTitle: @"Live Preview"]; break; } } } - (IBAction) showMoviePreview: (NSString *) path { /* Since the gray background for the still images is part of * fPictureView, lets leave the picture view visible and postion * the fMovieView over the image portion of fPictureView so * we retain the gray cropping border we have already established * with the still previews */ /* Load the new movie into fMovieView */ if (path) { QTMovie * aMovie; NSError *outError; NSURL *movieUrl = [NSURL fileURLWithPath:path]; NSDictionary *movieAttributes = [NSDictionary dictionaryWithObjectsAndKeys: movieUrl, QTMovieURLAttribute, [NSNumber numberWithBool:NO], QTMovieAskUnresolvedDataRefsAttribute, [NSNumber numberWithBool:YES], @"QTMovieOpenForPlaybackAttribute", [NSNumber numberWithBool:NO], @"QTMovieOpenAsyncRequiredAttribute", [NSNumber numberWithBool:NO], @"QTMovieOpenAsyncOKAttribute", QTMovieApertureModeClean, QTMovieApertureModeAttribute, nil]; aMovie = [[[QTMovie alloc] initWithAttributes:movieAttributes error:&outError] autorelease]; if (!aMovie) { NSLog(@"Unable to open movie"); } else { NSRect movieBounds; /* we get some size information from the preview movie */ NSSize movieSize= [[aMovie attributeForKey:QTMovieNaturalSizeAttribute] sizeValue]; movieBounds = [fMovieView movieBounds]; movieBounds.size.height = movieSize.height; if ([fMovieView isControllerVisible]) { CGFloat controllerBarHeight = [fMovieView controllerBarHeight]; if ( controllerBarHeight != 0 ) //Check if QTKit return a real value or not. movieBounds.size.height += controllerBarHeight; else movieBounds.size.height += 15; } movieBounds.size.width = movieSize.width; /* We need to find out if the preview movie needs to be scaled down so * that it doesn't overflow our available viewing container (just like for image * in -displayPreview) for HD sources, etc. [fPictureViewArea frame].size.height*/ if( (movieBounds.size.height) > [fPictureViewArea frame].size.height || scaleToScreen == YES ) { /* The preview movie would be larger than the available viewing area * in the preview movie, so we go ahead and scale it down to the same size * as the still preview or we readjust our window to allow for the added height if need be */ NSSize displaySize = NSMakeSize( ( CGFloat ) movieBounds.size.width, ( CGFloat ) movieBounds.size.height ); NSSize viewSize = [self optimalViewSizeForImageSize:displaySize]; if( [self viewNeedsToResizeToSize:viewSize] ) { [self resizeSheetForViewSize:viewSize]; [self setViewSize:viewSize]; } [fMovieView setFrameSize:viewSize]; } else { /* Since the preview movie is smaller than the available viewing area * we can go ahead and use the preview movies native size */ [fMovieView setFrameSize:movieBounds.size]; } //lets reposition the movie if need be NSPoint origin = [fPictureViewArea frame].origin; origin.x += trunc( ( [fPictureViewArea frame].size.width - [fMovieView frame].size.width ) / 2.0 ); /* We need to detect whether or not we are currently less than the available height.*/ if( movieBounds.size.height < [fPictureView frame].size.height ) { /* If we are, we are adding 15 to the height to allow for the controller bar so * we need to subtract half of that for the origin.y to get the controller bar * below the movie to it lines up vertically with where our still preview was */ origin.y += trunc( ( ( [fPictureViewArea frame].size.height - [fMovieView frame].size.height ) / 2.0 ) - 7.5 ); } else { /* if we are >= to the height of the picture view area, the controller bar * gets taken care of with picture resizing, so we do not want to offset the height */ origin.y += trunc( ( [fPictureViewArea frame].size.height - [fMovieView frame].size.height ) / 2.0 ); } [fMovieView setFrameOrigin:origin]; [fMovieView setMovie:aMovie]; [fMovieView setHidden:NO]; // to actually play the movie [fMovieView play:aMovie]; } } isEncoding = NO; } @end @implementation PreviewController (Private) // // -[PictureController(Private) optimalViewSizeForImageSize:] // // Given the size of the preview image to be shown, returns the best possible // size for the view. // - (NSSize)optimalViewSizeForImageSize: (NSSize)imageSize { // The min size is 320x240 CGFloat minWidth = 480.0; CGFloat minHeight = 360.0; NSSize screenSize = [[NSScreen mainScreen] frame].size; NSSize sheetSize = [[self window] frame].size; NSSize viewAreaSize = [fPictureViewArea frame].size; CGFloat paddingX = sheetSize.width - viewAreaSize.width; CGFloat paddingY = sheetSize.height - viewAreaSize.height; CGFloat maxWidth; CGFloat maxHeight; if (isFullScreen) { /* We are in full screen mode so lets use the full screen if we need to */ maxWidth = screenSize.width - paddingX; maxHeight = screenSize.height - paddingY; } else { // The max size of the view is when the sheet is taking up 85% of the screen. maxWidth = (0.85 * screenSize.width) - paddingX; maxHeight = (0.85 * screenSize.height) - paddingY; } NSSize resultSize = imageSize; CGFloat resultPar = resultSize.width / resultSize.height; //note, a mbp 15" at 1440 x 900 is a 1.6 ar CGFloat screenAspect = screenSize.width / screenSize.height; // Note, a standard dvd will use 720 x 480 which is a 1.5 CGFloat viewAreaAspect = viewAreaSize.width / viewAreaSize.height; if (scaleToScreen == YES) { if (screenAspect < viewAreaAspect) { resultSize.width = screenSize.width; resultSize.height = (screenSize.width / viewAreaAspect); } else { resultSize.height = screenSize.height; resultSize.width = resultSize.height * viewAreaAspect; } } else if ( resultSize.width > maxWidth || resultSize.height > maxHeight ) { // Source is larger than screen in one or more dimensions if ( resultPar > screenAspect ) { // Source aspect wider than screen aspect, snap to max width and vary height resultSize.width = maxWidth; resultSize.height = (maxWidth / resultPar); } else { // Source aspect narrower than screen aspect, snap to max height vary width resultSize.height = maxHeight; resultSize.width = (maxHeight * resultPar); } } // If necessary, grow to minimum dimensions to ensure controls overlay is not obstructed if ( resultSize.width < minWidth ) { resultSize.width = minWidth; } if ( resultSize.height < minHeight ) { resultSize.height = minHeight; } return resultSize; } // // -[PictureController(Private) resizePanelForViewSize:animate:] // // Resizes the entire window to accomodate a view of a particular size. // - (void)resizeSheetForViewSize: (NSSize)viewSize { // Figure out the deltas for the new frame area NSSize currentSize = [fPictureViewArea frame].size; CGFloat deltaX = viewSize.width - currentSize.width; CGFloat deltaY = viewSize.height - currentSize.height; // Now resize the whole panel by those same deltas, but don't exceed the min NSRect frame = [[self window] frame]; NSSize maxSize = [[self window] maxSize]; NSSize minSize = [[self window] minSize]; frame.size.width += deltaX; frame.size.height += deltaY; if( frame.size.width < minSize.width ) { frame.size.width = minSize.width; } if( frame.size.height < minSize.height ) { frame.size.height = minSize.height; } // But now the sheet is off-center, so also shift the origin to center it and // keep the top aligned. if( frame.size.width != [[self window] frame].size.width ) frame.origin.x -= (deltaX / 2.0); if (isFullScreen) { if( frame.size.height != [[self window] frame].size.height ) { frame.origin.y -= (deltaY / 2.0); } else { if( frame.size.height != [[self window] frame].size.height ) frame.origin.y -= deltaY; } [[self window] setFrame:frame display:YES animate:NO]; } else { /* Since upon launch we can open up the preview window if it was open * the last time we quit (and at the size it was) we want to make * sure that upon resize we do not have the window off the screen * So check the origin against the screen origin and adjust if * necessary. */ NSSize screenSize = [[[self window] screen] frame].size; NSPoint screenOrigin = [[[self window] screen] frame].origin; /* our origin is off the screen to the left*/ if (frame.origin.x < screenOrigin.x) { /* so shift our origin to the right */ frame.origin.x = screenOrigin.x; } else if ((frame.origin.x + frame.size.width) > (screenOrigin.x + screenSize.width)) { /* the right side of the preview is off the screen, so shift to the left */ frame.origin.x = (screenOrigin.x + screenSize.width) - frame.size.width; } [[self window] setFrame:frame display:YES animate:YES]; } } // // -[PictureController(Private) setViewSize:] // // Changes the view's size and centers it vertically inside of its area. // Assumes resizeSheetForViewSize: has already been called. // - (void)setViewSize: (NSSize)viewSize { /* special case for scaleToScreen */ if (scaleToScreen == YES) { /* for scaleToScreen, we expand the fPictureView to fit the entire screen */ NSSize areaSize = [fPictureViewArea frame].size; CGFloat viewSizeAspect = viewSize.width / viewSize.height; if (viewSizeAspect > 1.0) // we are wider than taller, so expand the width to fill the area and scale the height { viewSize.width = areaSize.width; viewSize.height = viewSize.width / viewSizeAspect; } else { viewSize.height = areaSize.height; viewSize.width = viewSize.height * viewSizeAspect; } } [fPictureView setFrameSize:viewSize]; // center it vertically and horizontally NSPoint origin = [fPictureViewArea frame].origin; origin.y += ([fPictureViewArea frame].size.height - [fPictureView frame].size.height) / 2.0; origin.x += ([fPictureViewArea frame].size.width - [fPictureView frame].size.width) / 2.0; origin.x = floor( origin.x ); origin.y = floor( origin.y ); [fPictureView setFrameOrigin:origin]; } - (BOOL)viewNeedsToResizeToSize: (NSSize)newSize { NSSize viewSize = [fPictureViewArea frame].size; return (newSize.width != viewSize.width || newSize.height != viewSize.height); } @end