/* $Id: PictureController.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 "PictureController.h" #import "Controller.h" #import "HBPreviewController.h" @implementation PictureController - (id)init { if (self = [super initWithWindowNibName:@"PictureSettings"]) { // 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]; fPreviewController = [[PreviewController alloc] init]; } return self; } //------------------------------------------------------------------------------------ // Displays and brings the picture window to the front //------------------------------------------------------------------------------------ - (IBAction) showPictureWindow: (id)sender { if ([[self window] isVisible]) { [[self window] close]; } else { [self showWindow:sender]; [[NSUserDefaults standardUserDefaults] setBool:YES forKey:@"PictureSizeWindowIsOpen"]; [self setToWindowedMode]; } [self adjustFilterDisplay:nil]; [self adjustSizingDisplay:nil]; } /* this method is used to detect clicking on a tab in fSizeFilterView */ - (void)tabView:(NSTabView *)tabView didSelectTabViewItem:(NSTabViewItem *)tabViewItem { [self resizeInspectorForTab:nil]; } #pragma mark - /* resizeInspectorForTab is called at launch, and each time either the * Size or Filters tab is clicked. Size gives a horizontally oriented * inspector and Filters is a vertically aligned inspector. */ - (IBAction) resizeInspectorForTab: (id)sender { NSRect frame = [[self window] frame]; NSPoint windowOrigin = [[self window] frame].origin; NSSize screenSize = [[[self window] screen] frame].size; NSPoint screenOrigin = [[[self window] screen] frame].origin; /* We base our inspector size/layout on which tab is active for fSizeFilterView */ /* we are 1 which is Filters*/ if ([fSizeFilterView indexOfTabViewItem: [fSizeFilterView selectedTabViewItem]] == 1) { frame.size.width = 314; /* we glean the height from the size of the boxes plus the extra window space * needed for non boxed display */ frame.size.height = 110.0 + [fDetelecineBox frame].size.height + [fDecombDeinterlaceBox frame].size.height + [fDenoiseBox frame].size.height + [fDeblockBox frame].size.height; /* Hide the size readout at the bottom as the vertical inspector is not wide enough */ [fSizeInfoField setHidden:YES]; } else // we are Tab index 0 which is size { frame.size.width = 50.0 + [fPictureSizeBox frame].size.width + [fPictureCropBox frame].size.width; frame.size.height = [fPictureSizeBox frame].size.height + 85; /* hide the size summary field at the bottom */ [fSizeInfoField setHidden:NO]; } /* get delta's for the change in window size */ CGFloat deltaX = frame.size.width - [[self window] frame].size.width; CGFloat deltaY = frame.size.height - [[self window] frame].size.height; /* Check to see if we have changed the height from current */ //if (frame.size.height != [[self window] frame].size.height) //{ /* change the inspector origin via the deltaY */ frame.origin.y -= deltaY; /* keep the inspector centered so the tabs stay in place */ frame.origin.x -= deltaX / 2.0; //} /* we make sure we are not horizontally off of our screen. * this would be the case if we are on the vertical filter tab * and we hit the size tab and the inspector grows horizontally * off the screen to the right */ 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]; } - (IBAction) adjustSizingDisplay: (id) sender { NSSize pictureSizingBoxSize = [fPictureSizeBox frame].size; NSPoint fPictureSizeBoxOrigin = [fPictureSizeBox frame].origin; NSSize pictureCropBoxSize = [fPictureCropBox frame].size; NSPoint fPictureCropBoxOrigin = [fPictureCropBox frame].origin; if ([fAnamorphicPopUp indexOfSelectedItem] == 3) // custom / power user jamboree { pictureSizingBoxSize.width = 530; /* Set visibility of capuj widgets */ [fParWidthField setHidden: NO]; [fParHeightField setHidden: NO]; [fParWidthLabel setHidden: NO]; [fParHeightLabel setHidden: NO]; [fDisplayWidthField setHidden: NO]; [fDisplayWidthLabel setHidden: NO]; /* adjust/move keep ar checkbox */ [fRatioLabel setHidden: YES]; [fRatioLabel2 setHidden: NO]; /* Optionally swith the Storage and Display width positions*/ /* NSPoint fWidthLabelOrigin = [fWidthLabel frame].origin; NSPoint fWidthFieldOrigin = [fWidthField frame].origin; NSPoint fWidthStepperOrigin = [fWidthStepper frame].origin; fWidthFieldOrigin.x = [fRatioLabel2 frame].origin.x + [fRatioLabel2 frame].size.width + 4; [fWidthField setFrameOrigin:fWidthFieldOrigin]; fWidthStepperOrigin.x = [fWidthField frame].origin.x + [fWidthField frame].size.width + 4; [fWidthStepper setFrameOrigin:fWidthStepperOrigin]; fWidthLabelOrigin.x = [fWidthField frame].origin.x - [fWidthLabel frame].size.width - 4; [fWidthLabel setFrameOrigin:fWidthLabelOrigin]; [fWidthLabel setStringValue:@"Storage Width:"]; */ /* set the origin for fRatioCheck so origin.y == fRatioLabel2 * and origin.x == fDisplayWidthField */ NSPoint fRatioCheckOrigin = [fRatioCheck frame].origin; fRatioCheckOrigin.y = [fRatioLabel2 frame].origin.y - 2; fRatioCheckOrigin.x = [fRatioLabel2 frame].origin.x + [fRatioLabel2 frame].size.width + 4; [fRatioCheck setFrameOrigin:fRatioCheckOrigin]; } else { pictureSizingBoxSize.width = 200; /* Set visibility of capuj widgets */ [fParWidthField setHidden: YES]; [fParHeightField setHidden: YES]; [fParWidthLabel setHidden: YES]; [fParHeightLabel setHidden: YES]; [fDisplayWidthField setHidden: YES]; [fDisplayWidthLabel setHidden: YES]; /* adjust/move keep ar checkbox */ [fRatioLabel setHidden: NO]; [fRatioLabel2 setHidden: YES]; /* Optionally swith the Storage and Display width positions*/ /* NSPoint fWidthLabelOrigin = [fWidthLabel frame].origin; NSPoint fWidthFieldOrigin = [fWidthField frame].origin; NSPoint fWidthStepperOrigin = [fWidthStepper frame].origin; fWidthFieldOrigin.x = [fHeightField frame].origin.x; [fWidthField setFrameOrigin:fWidthFieldOrigin]; fWidthStepperOrigin.x = [fHeightStepper frame].origin.x; [fWidthStepper setFrameOrigin:fWidthStepperOrigin]; fWidthLabelOrigin.x = [fWidthField frame].origin.x - [fWidthLabel frame].size.width -4; [fWidthLabel setFrameOrigin:fWidthLabelOrigin]; [fWidthLabel setStringValue:@"Width:"]; */ /* set the origin for fRatioCheck so origin.y == fRatioLabel * and origin.x == fWidthStepper */ NSPoint fRatioCheckOrigin = [fRatioCheck frame].origin; fRatioCheckOrigin.y = [fRatioLabel frame].origin.y - 2; fRatioCheckOrigin.x = [fWidthStepper frame].origin.x - 2; [fRatioCheck setFrameOrigin:fRatioCheckOrigin]; } /* Check to see if we have changed the size from current */ if (pictureSizingBoxSize.height != [fPictureSizeBox frame].size.height || pictureSizingBoxSize.width != [fPictureSizeBox frame].size.width) { /* Get our delta for the change in picture size box height */ CGFloat deltaYSizeBoxShift = pictureSizingBoxSize.height - [fPictureSizeBox frame].size.height; fPictureSizeBoxOrigin.y -= deltaYSizeBoxShift; /* Get our delta for the change in picture size box width */ CGFloat deltaXSizeBoxShift = pictureSizingBoxSize.width - [fPictureSizeBox frame].size.width; //fPictureSizeBoxOrigin.x += deltaXSizeBoxShift; /* set our new Picture size box size */ [fPictureSizeBox setFrameSize:pictureSizingBoxSize]; [fPictureSizeBox setFrameOrigin:fPictureSizeBoxOrigin]; pictureCropBoxSize.height += deltaYSizeBoxShift; fPictureCropBoxOrigin.y -= deltaYSizeBoxShift; fPictureCropBoxOrigin.x += deltaXSizeBoxShift; [fPictureCropBox setFrameSize:pictureCropBoxSize]; [[fPictureCropBox animator] setFrameOrigin:fPictureCropBoxOrigin]; } /* now we call to resize the entire inspector window */ [self resizeInspectorForTab:nil]; } - (IBAction) adjustFilterDisplay: (id) sender { NSBox * filterBox = nil; NSTextField * filterField; if (sender == fDetelecinePopUp) { filterBox = fDetelecineBox; filterField = fDetelecineField; } if (sender == fDecombDeinterlaceSlider) { if ([fDecombDeinterlaceSlider floatValue] == 0.0) { filterBox = fDecombBox; filterField = fDecombField; } else { filterBox = fDeinterlaceBox; filterField = fDeinterlaceField; } } if (sender == fDecombPopUp) { filterBox = fDecombBox; filterField = fDecombField; } if (sender == fDeinterlacePopUp) { filterBox = fDeinterlaceBox; filterField = fDeinterlaceField; } if (sender == fDenoisePopUp) { filterBox = fDenoiseBox; filterField = fDenoiseField; } NSSize currentSize = [filterBox frame].size; NSRect boxFrame = [filterBox frame]; if ([sender titleOfSelectedItem] == @"Custom") { currentSize.height = 60; } else { currentSize.height = 30; } /* Check to see if we have changed the size from current */ if (currentSize.height != [filterBox frame].size.height) { /* We are changing the size of the box, so recalc the origin */ NSPoint boxOrigin = [filterBox frame].origin; /* We get the deltaY here for how much we are expanding/contracting the box vertically */ CGFloat deltaYBoxShift = currentSize.height - [filterBox frame].size.height; boxOrigin.y -= deltaYBoxShift; boxFrame.size.height = currentSize.height; boxFrame.origin.y = boxOrigin.y; [filterBox setFrame:boxFrame]; /* go ahead and resize the box */ //[[filterBox animator] setFrameSize:currentSize]; //[[filterBox animator] setFrameOrigin:origin]; if (filterBox == fDecombBox || filterBox == fDeinterlaceBox) { /* fDecombDeinterlaceBox*/ NSSize decombDeinterlaceBoxSize = [fDecombDeinterlaceBox frame].size; NSPoint decombDeinterlaceBoxOrigin = [fDecombDeinterlaceBox frame].origin; //decombDeinterlaceBoxSize.height = [filterBox frame].size.height + 50; if (sender == fDecombDeinterlaceSlider) { [fHBController writeToActivityLog: "Sender is deinterlace decomb slider"]; } if ([fDeinterlaceBox isHidden] == YES) { decombDeinterlaceBoxSize.height = [fDecombBox frame].size.height + 50; [fHBController writeToActivityLog: "Resize by Decomb box"]; } else { decombDeinterlaceBoxSize.height = [fDeinterlaceBox frame].size.height + 50; [fHBController writeToActivityLog: "Resize by Deinterlace box"]; } /* get delta's for the change in window size */ CGFloat deltaYdecombDeinterlace = decombDeinterlaceBoxSize.height - [fDecombDeinterlaceBox frame].size.height; deltaYBoxShift = deltaYdecombDeinterlace; decombDeinterlaceBoxOrigin.y -= deltaYdecombDeinterlace; [fDecombDeinterlaceBox setFrameSize:decombDeinterlaceBoxSize]; [fDecombDeinterlaceBox setFrameOrigin:decombDeinterlaceBoxOrigin]; } /* now we must reset the origin of each box below the adjusted box*/ NSPoint decombDeintOrigin = [fDecombDeinterlaceBox frame].origin; NSPoint denoiseOrigin = [fDenoiseBox frame].origin; NSPoint deblockOrigin = [fDeblockBox frame].origin; if (sender == fDetelecinePopUp) { decombDeintOrigin.y -= deltaYBoxShift; [fDecombDeinterlaceBox setFrameOrigin:decombDeintOrigin]; denoiseOrigin.y -= deltaYBoxShift; [fDenoiseBox setFrameOrigin:denoiseOrigin]; deblockOrigin.y -= deltaYBoxShift; [fDeblockBox setFrameOrigin:deblockOrigin]; } if (sender == fDecombPopUp || sender == fDeinterlacePopUp) { denoiseOrigin.y -= deltaYBoxShift; [fDenoiseBox setFrameOrigin:denoiseOrigin]; deblockOrigin.y -= deltaYBoxShift; [fDeblockBox setFrameOrigin:deblockOrigin]; } if (sender == fDenoisePopUp) { deblockOrigin.y -= deltaYBoxShift; [fDeblockBox setFrameOrigin:deblockOrigin]; } /* now we call to resize the entire inspector window */ [self resizeInspectorForTab:nil]; } } #pragma mark - - (IBAction) showPreviewWindow: (id)sender { [[NSUserDefaults standardUserDefaults] setBool:YES forKey:@"PreviewWindowIsOpen"]; [fPreviewController showWindow:sender]; } - (void) enablePreviewHudControls { [fPreviewController enableHudControls]; } - (void) disablePreviewHudControls { [fPreviewController disableHudControls]; } - (void) setToWindowedMode { /* Set the window back to Floating Window mode * This will put the window always on top, but * since we have Hide on Deactivate set in our * xib, if other apps are put in focus we will * hide properly to stay out of the way */ [[self window] setLevel:NSFloatingWindowLevel]; } - (void)setHBController: (HBController *)controller { fHBController = controller; [fPreviewController setHBController: controller]; } - (void)awakeFromNib { [fPictureWindow setDelegate:self]; if( ![[self window] setFrameUsingName:@"PictureSizing"] ) [[self window] center]; [self setWindowFrameAutosaveName:@"PictureSizing"]; [[self window] setExcludedFromWindowsMenu:YES]; [self setInitialPictureFilters]; /* Setup our layers for core animation */ [fSizeFilterView setWantsLayer:YES]; [fPictureSizeBox setWantsLayer:YES]; [fPictureCropBox setWantsLayer:YES]; } - (void)windowWillClose:(NSNotification *)aNotification { [[NSUserDefaults standardUserDefaults] setBool:NO forKey:@"PictureSizeWindowIsOpen"]; } - (BOOL)windowShouldClose:(id)fPictureWindow { return YES; } - (void) dealloc { [fPreviewController release]; [super dealloc]; } - (void) SetHandle: (hb_handle_t *) handle { fHandle = handle; [fPreviewController SetHandle: fHandle]; } - (void) SetTitle: (hb_title_t *) title { hb_job_t * job = title->job; fTitle = title; [fWidthStepper setValueWraps: NO]; [fWidthStepper setIncrement: 16]; [fWidthStepper setMinValue: 64]; [fHeightStepper setValueWraps: NO]; [fHeightStepper setIncrement: 16]; [fHeightStepper setMinValue: 64]; [fCropTopStepper setIncrement: 2]; [fCropTopStepper setMinValue: 0]; [fCropBottomStepper setIncrement: 2]; [fCropBottomStepper setMinValue: 0]; [fCropLeftStepper setIncrement: 2]; [fCropLeftStepper setMinValue: 0]; [fCropRightStepper setIncrement: 2]; [fCropRightStepper setMinValue: 0]; [fWidthStepper setMaxValue: title->width]; [fWidthStepper setIntValue: job->width]; [fWidthField setIntValue: job->width]; [fHeightStepper setMaxValue: title->height]; [fHeightStepper setIntValue: job->height]; [fHeightField setIntValue: job->height]; [fRatioCheck setState: job->keep_ratio ? NSOnState : NSOffState]; [fCropTopStepper setMaxValue: title->height/2-2]; [fCropBottomStepper setMaxValue: title->height/2-2]; [fCropLeftStepper setMaxValue: title->width/2-2]; [fCropRightStepper setMaxValue: title->width/2-2]; /* Populate the Anamorphic NSPopUp button here */ [fAnamorphicPopUp removeAllItems]; [fAnamorphicPopUp addItemWithTitle: @"None"]; [fAnamorphicPopUp addItemWithTitle: @"Strict"]; [fAnamorphicPopUp addItemWithTitle: @"Loose"]; [fAnamorphicPopUp addItemWithTitle: @"Custom"]; [fAnamorphicPopUp selectItemAtIndex: job->anamorphic.mode]; //[self adjustSizingDisplay:nil]; /* populate the modulus popup here */ [fModulusPopUp removeAllItems]; [fModulusPopUp addItemWithTitle: @"16"]; [fModulusPopUp addItemWithTitle: @"8"]; [fModulusPopUp addItemWithTitle: @"4"]; [fModulusPopUp addItemWithTitle: @"2"]; if (job->modulus) { [fModulusPopUp selectItemWithTitle: [NSString stringWithFormat:@"%d",job->modulus]]; } else { [fModulusPopUp selectItemAtIndex: 0]; } /* We initially set the previous state of keep ar to on */ keepAspectRatioPreviousState = 1; if (!autoCrop) { [fCropMatrix selectCellAtRow: 1 column:0]; /* If auto, lets set the crop steppers according to current job->crop values */ [fCropTopStepper setIntValue: job->crop[0]]; [fCropTopField setIntValue: job->crop[0]]; [fCropBottomStepper setIntValue: job->crop[1]]; [fCropBottomField setIntValue: job->crop[1]]; [fCropLeftStepper setIntValue: job->crop[2]]; [fCropLeftField setIntValue: job->crop[2]]; [fCropRightStepper setIntValue: job->crop[3]]; [fCropRightField setIntValue: job->crop[3]]; } else { [fCropMatrix selectCellAtRow: 0 column:0]; } /* Set filters widgets according to the filters struct */ [fDetelecinePopUp selectItemAtIndex:fPictureFilterSettings.detelecine]; [fDecombPopUp selectItemAtIndex:fPictureFilterSettings.decomb]; [fDeinterlacePopUp selectItemAtIndex: fPictureFilterSettings.deinterlace]; [fDenoisePopUp selectItemAtIndex: fPictureFilterSettings.denoise]; [fDeblockSlider setFloatValue:fPictureFilterSettings.deblock]; [fGrayscaleCheck setState:fPictureFilterSettings.grayscale]; [self deblockSliderChanged: nil]; fPicture = 0; MaxOutputWidth = title->width - job->crop[2] - job->crop[3]; MaxOutputHeight = title->height - job->crop[0] - job->crop[1]; titleDarWidth = job->anamorphic.dar_width; titleDarHeight = job->anamorphic.dar_height; titleParWidth = job->anamorphic.par_width; titleParHeight = job->anamorphic.par_height; [self SettingsChanged:nil]; } - (IBAction) storageLinkChanged: (id) sender { /* since we have a tickless slider, make sure we are at 0.0 or 1.0 */ if ([fStorageLinkSlider floatValue] < 0.50) { [fStorageLinkSlider setFloatValue:0.0]; /* set slider labels to reflect choice */ [fStorageLinkParLabel setEnabled:YES]; [fStorageLinkDisplayLabel setEnabled:NO]; } else { [fStorageLinkSlider setFloatValue:1.0]; /* set slider labels to reflect choice */ [fStorageLinkParLabel setEnabled:NO]; [fStorageLinkDisplayLabel setEnabled:YES]; } } - (IBAction) parLinkChanged: (id) sender { /* since we have a tickless slider, make sure we are at 0.0 or 1.0 */ if ([fParLinkSlider floatValue] < 0.50) { [fParLinkSlider setFloatValue:0.0]; /* set slider labels to reflect choice */ [fParLinkStorageLabel setEnabled:YES]; [fParLinkDisplayLabel setEnabled:NO]; } else { [fParLinkSlider setFloatValue:1.0]; /* set slider labels to reflect choice */ [fParLinkStorageLabel setEnabled:NO]; [fParLinkDisplayLabel setEnabled:YES]; } } - (IBAction) displayLinkChanged: (id) sender { /* since we have a tickless slider, make sure we are at 0.0 or 1.0 */ if ([fDisplayLinkSlider floatValue] < 0.50) { [fDisplayLinkSlider setFloatValue:0.0]; /* set slider labels to reflect choice */ [fDisplayLinkStorageLabel setEnabled:YES]; [fDisplayLinkParLabel setEnabled:NO]; } else { [fDisplayLinkSlider setFloatValue:1.0]; /* set slider labels to reflect choice */ [fDisplayLinkStorageLabel setEnabled:NO]; [fDisplayLinkParLabel setEnabled:YES]; } } - (IBAction) SettingsChanged: (id) sender { hb_job_t * job = fTitle->job; /* if we are anything but strict anamorphic */ if ([fAnamorphicPopUp indexOfSelectedItem] != 1) { [fModulusLabel setHidden:NO]; [fModulusPopUp setHidden:NO]; if (sender == fModulusPopUp) { /* do a dry run with hb_fix aspect to get new modulus */ job->modulus = [[fModulusPopUp titleOfSelectedItem] intValue]; job->keep_ratio = 1; hb_fix_aspect( job, HB_KEEP_WIDTH ); if( job->height > fTitle->height ) { job->height = fTitle->height; hb_fix_aspect( job, HB_KEEP_HEIGHT ); } [fWidthStepper setIntValue: job->width]; [fWidthField setIntValue: job->width]; if( [fAnamorphicPopUp indexOfSelectedItem] != 2) // if we are not loose or custom { [fHeightStepper setIntValue: job->height]; [fHeightField setIntValue: job->height]; } } } else { /* we are strict so hide the mod popup since libhb uses mod 2 for strict anamorphic*/ [fModulusLabel setHidden:YES]; [fModulusPopUp setHidden:YES]; } job->modulus = [[fModulusPopUp titleOfSelectedItem] intValue]; [fWidthStepper setIncrement: job->modulus]; [fHeightStepper setIncrement: job->modulus]; /* Since custom anamorphic allows for a height setting > fTitle->height * check to make sure it is returned to fTitle->height for all other modes */ [fHeightStepper setMaxValue: fTitle->height]; autoCrop = ( [fCropMatrix selectedRow] == 0 ); [fCropTopStepper setEnabled: !autoCrop]; [fCropBottomStepper setEnabled: !autoCrop]; [fCropLeftStepper setEnabled: !autoCrop]; [fCropRightStepper setEnabled: !autoCrop]; if( autoCrop ) { memcpy( job->crop, fTitle->crop, 4 * sizeof( int ) ); } else { job->crop[0] = [fCropTopStepper intValue]; job->crop[1] = [fCropBottomStepper intValue]; job->crop[2] = [fCropLeftStepper intValue]; job->crop[3] = [fCropRightStepper intValue]; } [fRatioCheck setEnabled: YES]; [fParWidthField setEnabled: NO]; [fParHeightField setEnabled: NO]; [fDisplayWidthField setEnabled: NO]; /* If we are not custom anamorphic, make sure we retain the orginal par */ if( [fAnamorphicPopUp indexOfSelectedItem] != 3 ) { job->anamorphic.par_width = titleParWidth; job->anamorphic.par_height = titleParHeight; [fRatioLabel setHidden: NO]; } if( [fAnamorphicPopUp indexOfSelectedItem] > 0 ) { if ([fAnamorphicPopUp indexOfSelectedItem] == 1) // strict { [fWidthStepper setIntValue: fTitle->width-fTitle->job->crop[2]-fTitle->job->crop[3]]; [fWidthField setIntValue: fTitle->width-fTitle->job->crop[2]-fTitle->job->crop[3]]; /* This will show correct anamorphic height values, but show distorted preview picture ratio */ [fHeightStepper setIntValue: fTitle->height-fTitle->job->crop[0]-fTitle->job->crop[1]]; [fHeightField setIntValue: fTitle->height-fTitle->job->crop[0]-fTitle->job->crop[1]]; job->width = [fWidthStepper intValue]; job->height = [fHeightStepper intValue]; job->anamorphic.mode = 1; [fWidthStepper setEnabled: NO]; [fWidthField setEnabled: NO]; [fHeightStepper setEnabled: NO]; [fHeightField setEnabled: NO]; [fRatioCheck setEnabled: NO]; } else if ([fAnamorphicPopUp indexOfSelectedItem] == 2) // Loose anamorphic { job->anamorphic.mode = 2; [fWidthStepper setEnabled: YES]; [fWidthField setEnabled: YES]; [fRatioCheck setEnabled: NO]; [fHeightStepper setEnabled: NO]; [fHeightField setEnabled: NO]; /* We set job->width and call hb_set_anamorphic_size in libhb to do a "dry run" to get * the values to be used by libhb for loose anamorphic */ /* if the sender is the anamorphic popup, then we know that loose anamorphic has just * been turned on, so snap the width to full width for the source. */ if (sender == fAnamorphicPopUp) { [fWidthStepper setIntValue: fTitle->width-fTitle->job->crop[2]-fTitle->job->crop[3]]; [fWidthField setIntValue: fTitle->width-fTitle->job->crop[2]-fTitle->job->crop[3]]; } job->width = [fWidthStepper intValue]; hb_set_anamorphic_size(job, &output_width, &output_height, &output_par_width, &output_par_height); [fHeightStepper setIntValue: output_height]; [fHeightField setIntValue: output_height]; job->height = [fHeightStepper intValue]; } else if ([fAnamorphicPopUp indexOfSelectedItem] == 3) // custom / power user jamboree { #pragma mark - STARTCapuj job->anamorphic.mode = 3; /* Set the status of our custom ana only widgets accordingly */ [fModulusPopUp setEnabled:YES]; [fWidthStepper setEnabled: YES]; [fWidthField setEnabled: YES]; [fHeightStepper setEnabled: YES]; /* for capuj the storage field is immaterial */ [fHeightField setEnabled: YES]; [fRatioCheck setEnabled: YES]; if (sender == fRatioCheck) { if ([fRatioCheck state] == NSOnState) { [fParWidthField setEnabled: NO]; [fParHeightField setEnabled: NO]; } else { [fParWidthField setEnabled: YES]; [fParHeightField setEnabled: YES]; } } [fParWidthField setEnabled: YES]; [fParHeightField setEnabled: YES]; [fDisplayWidthField setEnabled: YES]; /* If we are coming into custom anamorphic we reset the par to original * which gives us a way back if things get hosed up. */ if (sender == fAnamorphicPopUp) { /* When entering custom anamorphic, we start with keep ar on */ [fRatioCheck setState: NSOnState]; /* KEEPING ASPECT RATIO Disable editing: PIXEL WIDTH, PIXEL HEIGHT */ [fParWidthField setEnabled: NO]; [fParHeightField setEnabled: NO]; job->width = [fWidthStepper intValue]; job->height = [fHeightStepper intValue]; /* make sure our par is set back to original */ job->anamorphic.par_width = titleParWidth; job->anamorphic.par_height = titleParHeight; [fParWidthField setIntValue: titleParWidth]; [fParHeightField setIntValue: titleParHeight]; /* modify our par dims from our storage dims */ hb_set_anamorphic_size(job, &output_width, &output_height, &output_par_width, &output_par_height); float par_display_width = (float)output_width * (float)output_par_width / (float)output_par_height; /* go ahead and mod the display dims */ [fDisplayWidthField setStringValue: [NSString stringWithFormat:@"%.2f", par_display_width]]; job->anamorphic.dar_width = [fDisplayWidthField floatValue]; job->anamorphic.dar_height = (float)[fHeightStepper intValue]; /* Set our dar here assuming we are just coming into capuj mode */ dar = [fDisplayWidthField floatValue] / (float)[fHeightField intValue]; } /* For capuj we disable these fields if we are keeping the dispay aspect */ if ([fRatioCheck state] == NSOnState) { /* KEEPING ASPECT RATIO DAR = DISPLAY WIDTH / DISPLAY HEIGHT (cache after every modification) */ /*Disable editing: PIXEL WIDTH, PIXEL HEIGHT */ [fParWidthField setEnabled: NO]; [fParHeightField setEnabled: NO]; /* Changing DISPLAY WIDTH: */ if (sender == fDisplayWidthField) { job->anamorphic.dar_width = [fDisplayWidthField floatValue]; /* Changes HEIGHT to keep DAR */ /* calculate the height to retain the dar */ int raw_calulated_height = (int)((int)[fDisplayWidthField floatValue] / dar); /* now use the modulus to go lower if there is a remainder */ /* Note to me, raw_calulated_height % [[fModulusPopUp titleOfSelectedItem] intValue] * gives me the remainder we are not mod (whatever our modulus is) subtract that from * the actual calculated value derived from the dar to round down to the nearest mod value. * This should be desireable over rounding up to the next mod value */ int modulus_height = raw_calulated_height - (raw_calulated_height % [[fModulusPopUp titleOfSelectedItem] intValue]); if (modulus_height > fTitle->height) { [fHeightStepper setMaxValue: modulus_height]; } [fHeightStepper setIntValue: modulus_height]; job->anamorphic.dar_height = (float)[fHeightStepper intValue]; job->height = [fHeightStepper intValue]; /* Changes PIXEL WIDTH to new DISPLAY WIDTH */ [fParWidthField setIntValue: [fDisplayWidthField intValue]]; job->anamorphic.par_width = [fParWidthField intValue]; /* Changes PIXEL HEIGHT to STORAGE WIDTH */ [fParHeightField setIntValue: [fWidthField intValue]]; job->anamorphic.par_height = [fParHeightField intValue]; } /* Changing HEIGHT: */ if (sender == fHeightStepper) { job->anamorphic.dar_height = (float)[fHeightStepper intValue]; job->height = [fHeightStepper intValue]; /* Changes DISPLAY WIDTH to keep DAR*/ [fDisplayWidthField setStringValue: [NSString stringWithFormat: @"%.2f",[fHeightStepper intValue] * dar]]; job->anamorphic.dar_width = [fDisplayWidthField floatValue]; /* Changes PIXEL WIDTH to new DISPLAY WIDTH */ [fParWidthField setIntValue: [fDisplayWidthField intValue]]; job->anamorphic.par_width = [fParWidthField intValue]; /* Changes PIXEL HEIGHT to STORAGE WIDTH */ [fParHeightField setIntValue: [fWidthField intValue]]; job->anamorphic.par_height = [fParHeightField intValue]; } /* Changing STORAGE_WIDTH: */ if (sender == fWidthStepper) { job->width = [fWidthStepper intValue]; job->anamorphic.dar_width = [fDisplayWidthField floatValue]; job->anamorphic.dar_height = [fHeightStepper floatValue]; /* Changes PIXEL WIDTH to DISPLAY WIDTH */ [fParWidthField setIntValue: [fDisplayWidthField intValue]]; job->anamorphic.par_width = [fParWidthField intValue]; /* Changes PIXEL HEIGHT to new STORAGE WIDTH */ [fParHeightField setIntValue: [fWidthStepper intValue]]; job->anamorphic.par_height = [fParHeightField intValue]; } } else if ([fRatioCheck state] == NSOffState) { /* Changing STORAGE_WIDTH: */ if (sender == fWidthStepper) { job->width = [fWidthStepper intValue]; /* changes DISPLAY WIDTH to STORAGE WIDTH * PIXEL WIDTH / PIXEL HEIGHT */ [fDisplayWidthField setStringValue: [NSString stringWithFormat: @"%.2f",(float)[fWidthStepper intValue] * [fParWidthField intValue] / [fParHeightField intValue]]]; job->anamorphic.dar_width = [fDisplayWidthField floatValue]; } /* Changing PIXEL dimensions */ if (sender == fParWidthField || sender == fParHeightField) { job->anamorphic.par_width = [fParWidthField intValue]; job->anamorphic.par_height = [fParHeightField intValue]; /* changes DISPLAY WIDTH to STORAGE WIDTH * PIXEL WIDTH / PIXEL HEIGHT */ [fDisplayWidthField setStringValue: [NSString stringWithFormat: @"%.2f",(float)[fWidthStepper intValue] * [fParWidthField intValue] / [fParHeightField intValue]]]; job->anamorphic.dar_width = [fDisplayWidthField floatValue]; } /* Changing DISPLAY WIDTH: */ if (sender == fDisplayWidthField) { job->anamorphic.dar_width = [fDisplayWidthField floatValue]; job->anamorphic.dar_height = (float)[fHeightStepper intValue]; /* changes PIXEL WIDTH to DISPLAY WIDTH and PIXEL HEIGHT to STORAGE WIDTH */ [fParWidthField setIntValue: [fDisplayWidthField intValue]]; job->anamorphic.par_width = [fParWidthField intValue]; [fParHeightField setIntValue: [fWidthField intValue]]; job->anamorphic.par_height = [fParHeightField intValue]; hb_set_anamorphic_size(job, &output_width, &output_height, &output_par_width, &output_par_height); } /* Changing HEIGHT: */ if (sender == fHeightStepper) { /* just....changes the height.*/ job->anamorphic.dar_height = [fHeightStepper intValue]; job->height = [fHeightStepper intValue]; } } #pragma mark - END Capuj } /* if the sender is the Anamorphic checkbox, record the state of KeepAspect Ratio so it can be reset if Anamorphic is unchecked again */ if (sender == fAnamorphicPopUp) { keepAspectRatioPreviousState = [fRatioCheck state]; } if ([fAnamorphicPopUp indexOfSelectedItem] != 3) { [fRatioCheck setState:NSOffState]; } } else { job->width = [fWidthStepper intValue]; job->height = [fHeightStepper intValue]; job->anamorphic.mode = 0; [fWidthStepper setEnabled: YES]; [fWidthField setEnabled: YES]; [fHeightStepper setEnabled: YES]; [fHeightField setEnabled: YES]; [fRatioCheck setEnabled: YES]; /* if the sender is the Anamorphic checkbox, we return the keep AR checkbox to its previous state */ if (sender == fAnamorphicPopUp) { [fRatioCheck setState:keepAspectRatioPreviousState]; } } if ([fAnamorphicPopUp indexOfSelectedItem] != 3) { job->keep_ratio = ( [fRatioCheck state] == NSOnState ); if( job->keep_ratio ) { if( sender == fWidthStepper || sender == fRatioCheck || sender == fCropTopStepper || sender == fCropBottomStepper|| sender == fCropMatrix || sender == nil ) { hb_fix_aspect( job, HB_KEEP_WIDTH ); if( job->height > fTitle->height ) { job->height = fTitle->height; hb_fix_aspect( job, HB_KEEP_HEIGHT ); } } else { hb_fix_aspect( job, HB_KEEP_HEIGHT ); if( job->width > fTitle->width ) { job->width = fTitle->width; hb_fix_aspect( job, HB_KEEP_WIDTH ); } } } } // hb_get_preview can't handle sizes that are larger than the original title if ([fAnamorphicPopUp indexOfSelectedItem] != 3) { // dimensions if( job->width > fTitle->width ) { job->width = fTitle->width; } if( job->height > fTitle->height ) { job->height = fTitle->height; } } [fWidthStepper setIntValue: job->width]; [fWidthField setIntValue: job->width]; if( [fAnamorphicPopUp indexOfSelectedItem] != 2) // if we are not loose or custom { [fHeightStepper setIntValue: job->height]; [fHeightField setIntValue: job->height]; } [fCropTopStepper setIntValue: job->crop[0]]; [fCropTopField setIntValue: job->crop[0]]; [fCropBottomStepper setIntValue: job->crop[1]]; [fCropBottomField setIntValue: job->crop[1]]; [fCropLeftStepper setIntValue: job->crop[2]]; [fCropLeftField setIntValue: job->crop[2]]; [fCropRightStepper setIntValue: job->crop[3]]; [fCropRightField setIntValue: job->crop[3]]; //[fPreviewController SetTitle:fTitle]; /* Sanity Check Here for < 16 px preview to avoid crashing hb_get_preview. In fact, just for kicks lets getting previews at a min limit of 32, since no human can see any meaningful detail below that */ if (job->width >= 64 && job->height >= 64) { [self reloadStillPreview]; } /* we get the sizing info to display from fPreviewController */ [fSizeInfoField setStringValue: [fPreviewController pictureSizeInfoString]]; if (sender != nil) { [fHBController pictureSettingsDidChange]; } if ([[self window] isVisible]) { [self adjustSizingDisplay:nil]; } } - (NSString*) getPictureSizeInfoString { return [fSizeInfoField stringValue]; } - (void)reloadStillPreview { hb_job_t * job = fTitle->job; [fPreviewController SetTitle:fTitle]; /* Sanity Check Here for < 16 px preview to avoid crashing hb_get_preview. In fact, just for kicks lets getting previews at a min limit of 32, since no human can see any meaningful detail below that */ if (job->width >= 64 && job->height >= 64) { // Purge the existing picture previews so they get recreated the next time // they are needed. // [fPreviewController purgeImageCache]; /* We actually call displayPreview now from pictureSliderChanged which keeps * our picture preview slider in sync with the previews being shown */ //[fPreviewController pictureSliderChanged:nil]; } } #pragma mark - - (BOOL) autoCrop { return autoCrop; } - (void) setAutoCrop: (BOOL) setting { autoCrop = setting; } - (IBAction)showPreviewPanel: (id)sender forTitle: (hb_title_t *)title { //[self SetTitle:title]; [self showWindow:sender]; //[self adjustSizingDisplay:nil]; //[self adjustFilterDisplay:nil]; } #pragma mark - /* we use this to setup the initial picture filters upon first launch, after that their states are maintained across different sources */ - (void) setInitialPictureFilters { /* we use a popup to show the detelecine settings */ [fDetelecinePopUp removeAllItems]; [fDetelecinePopUp addItemWithTitle: @"Off"]; [fDetelecinePopUp addItemWithTitle: @"Custom"]; [fDetelecinePopUp addItemWithTitle: @"Default"]; [fDetelecinePopUp selectItemAtIndex: fPictureFilterSettings.detelecine]; [self modeDecombDeinterlaceSliderChanged:nil]; /* we use a popup to show the decomb settings */ [fDecombPopUp removeAllItems]; [fDecombPopUp addItemWithTitle: @"Off"]; [fDecombPopUp addItemWithTitle: @"Custom"]; [fDecombPopUp addItemWithTitle: @"Default"]; [fDecombPopUp selectItemAtIndex: fPictureFilterSettings.decomb]; /* we use a popup to show the deinterlace settings */ [fDeinterlacePopUp removeAllItems]; [fDeinterlacePopUp addItemWithTitle: @"Off"]; [fDeinterlacePopUp addItemWithTitle: @"Custom"]; [fDeinterlacePopUp addItemWithTitle: @"Fast"]; [fDeinterlacePopUp addItemWithTitle: @"Slow"]; [fDeinterlacePopUp addItemWithTitle: @"Slower"]; /* Set deinterlaces level according to the integer in the main window */ [fDeinterlacePopUp selectItemAtIndex: fPictureFilterSettings.deinterlace]; /* we use a popup to show the denoise settings */ [fDenoisePopUp removeAllItems]; [fDenoisePopUp addItemWithTitle: @"Off"]; [fDenoisePopUp addItemWithTitle: @"Custom"]; [fDenoisePopUp addItemWithTitle: @"Weak"]; [fDenoisePopUp addItemWithTitle: @"Medium"]; [fDenoisePopUp addItemWithTitle: @"Strong"]; /* Set denoises level according to the integer in the main window */ [fDenoisePopUp selectItemAtIndex: fPictureFilterSettings.denoise]; } - (IBAction) modeDecombDeinterlaceSliderChanged: (id) sender { /* since its a tickless slider, we have to make sure we are on or off */ if ([fDecombDeinterlaceSlider floatValue] < 0.50) { [fDecombDeinterlaceSlider setFloatValue:0.0]; } else { [fDecombDeinterlaceSlider setFloatValue:1.0]; } /* Decomb selected*/ if ([fDecombDeinterlaceSlider floatValue] == 0.0) { [fDecombBox setHidden:NO]; [fDeinterlaceBox setHidden:YES]; fPictureFilterSettings.decomb = [fDecombPopUp indexOfSelectedItem]; fPictureFilterSettings.usedecomb = 1; fPictureFilterSettings.deinterlace = 0; [fDecombPopUp selectItemAtIndex:fPictureFilterSettings.decomb]; [self adjustFilterDisplay:fDecombPopUp]; } else { [fDecombBox setHidden:YES]; [fDeinterlaceBox setHidden:NO]; fPictureFilterSettings.usedecomb = 0; fPictureFilterSettings.decomb = 0; [fDeinterlacePopUp selectItemAtIndex: fPictureFilterSettings.deinterlace]; [self adjustFilterDisplay:fDeinterlacePopUp]; } [self FilterSettingsChanged: fDecombDeinterlaceSlider]; } - (IBAction) FilterSettingsChanged: (id) sender { fPictureFilterSettings.detelecine = [fDetelecinePopUp indexOfSelectedItem]; [self adjustFilterDisplay:fDetelecinePopUp]; fPictureFilterSettings.decomb = [fDecombPopUp indexOfSelectedItem]; [self adjustFilterDisplay:fDecombPopUp]; fPictureFilterSettings.deinterlace = [fDeinterlacePopUp indexOfSelectedItem]; [self adjustFilterDisplay:fDeinterlacePopUp]; fPictureFilterSettings.denoise = [fDenoisePopUp indexOfSelectedItem]; [self adjustFilterDisplay:fDenoisePopUp]; if ([fDeblockField stringValue] == @"Off") { fPictureFilterSettings.deblock = 0; } else { fPictureFilterSettings.deblock = [fDeblockField intValue]; } fPictureFilterSettings.grayscale = [fGrayscaleCheck state]; if (sender != nil) { [fHBController pictureSettingsDidChange]; } } #pragma mark - - (IBAction) deblockSliderChanged: (id) sender { if ([fDeblockSlider floatValue] == 4.0) { [fDeblockField setStringValue: [NSString stringWithFormat: @"Off"]]; } else { [fDeblockField setStringValue: [NSString stringWithFormat: @"%.0f", [fDeblockSlider floatValue]]]; } [self FilterSettingsChanged: sender]; } - (int) detelecine { return fPictureFilterSettings.detelecine; } - (NSString*) detelecineCustomString { return [fDetelecineField stringValue]; } - (void) setDetelecine: (int) setting { fPictureFilterSettings.detelecine = setting; } - (void) setDetelecineCustomString: (NSString*) string { [fDetelecineField setStringValue:string]; } - (int) deinterlace { return fPictureFilterSettings.deinterlace; } - (NSString*) deinterlaceCustomString { return [fDeinterlaceField stringValue]; } - (void) setDeinterlaceCustomString: (NSString*) string { [fDeinterlaceField setStringValue:string]; } - (void) setDeinterlace: (int) setting { fPictureFilterSettings.deinterlace = setting; } - (int) decomb { return fPictureFilterSettings.decomb; } - (NSString*) decombCustomString { return [fDecombField stringValue]; } - (int) useDecomb { return fPictureFilterSettings.usedecomb; } - (void) setUseDecomb: (int) setting { fPictureFilterSettings.usedecomb = setting; if (fPictureFilterSettings.usedecomb == 1) { [fDecombDeinterlaceSlider setFloatValue:0.0]; } else { [fDecombDeinterlaceSlider setFloatValue:1.0]; } [self modeDecombDeinterlaceSliderChanged:nil]; } - (void) setDecomb: (int) setting { fPictureFilterSettings.decomb = setting; } - (void) setDecombCustomString: (NSString*) string { [fDecombField setStringValue:string]; } - (int) denoise { return fPictureFilterSettings.denoise; } - (NSString*) denoiseCustomString { return [fDenoiseField stringValue]; } - (void) setDenoiseCustomString: (NSString*) string { [fDenoiseField setStringValue:string]; } - (void) setDenoise: (int) setting { fPictureFilterSettings.denoise = setting; } - (int) deblock { return fPictureFilterSettings.deblock; } - (void) setDeblock: (int) setting { fPictureFilterSettings.deblock = setting; } - (int) grayscale { return fPictureFilterSettings.grayscale; } - (void) setGrayscale: (int) setting { fPictureFilterSettings.grayscale = setting; } @end