/* ScummVM - Graphic Adventure Engine
 *
 * ScummVM is the legal property of its developers, whose names
 * are too numerous to list here. Please refer to the COPYRIGHT
 * file distributed with this source distribution.
 *
 * This program is free software: you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation, either version 3 of the License, or
 * (at your option) any later version.
 *
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program.  If not, see <http://www.gnu.org/licenses/>.
 *
 */

#include "graphics/macgui/macbutton.h"
#include "graphics/surface.h"
#include "image/image_decoder.h"
#include "video/avi_decoder.h"
#include "video/qt_decoder.h"

#include "director/director.h"
#include "director/cast.h"
#include "director/castmember.h"
#include "director/cursor.h"
#include "director/channel.h"
#include "director/movie.h"
#include "director/picture.h"
#include "director/score.h"
#include "director/sprite.h"
#include "director/sound.h"
#include "director/window.h"
#include "director/stxt.h"
#include "director/sprite.h"

namespace Director {

CastMember::CastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream) : Object<CastMember>("CastMember") {
	_type = kCastTypeNull;
	_cast = cast;
	_castId = castId;
	_hilite = false;
	_purgePriority = 3;
	_size = stream.size();
	_flags1 = 0;

	_modified = true;
	_isChanged = false;

	_objType = kCastMemberObj;

	_widget = nullptr;
	_erase = false;
}

CastMember::CastMember(Cast *cast, uint16 castId) : Object<CastMember>("CastMember") {
	_type = kCastTypeNull;
	_cast = cast;
	_castId = castId;
	_hilite = false;
	_purgePriority = 3;
	_size = 0;
	_flags1 = 0;

	_modified = true;
	_isChanged = false;

	_objType = kCastMemberObj;

	_widget = nullptr;
	_erase = false;
}

CastMemberInfo *CastMember::getInfo() {
	return _cast->getCastMemberInfo(_castId);
}

void CastMember::setModified(bool modified) {
	_modified = modified;
	if (modified)
		_isChanged = true;
}


/////////////////////////////////////
// Bitmap
/////////////////////////////////////

BitmapCastMember::BitmapCastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint32 castTag, uint16 version, uint8 flags1)
		: CastMember(cast, castId, stream) {
	_type = kCastBitmap;
	_picture = nullptr;
	_ditheredImg = nullptr;
	_matte = nullptr;
	_noMatte = false;
	_bytes = 0;
	_pitch = 0;
	_flags2 = 0;
	_regX = _regY = 0;
	_clut = 0;
	_ditheredTargetClut = 0;
	_bitsPerPixel = 0;
	_external = false;

	if (version < kFileVer400) {
		_flags1 = flags1;	// region: 0 - auto, 1 - matte, 2 - disabled

		_bytes = stream.readUint16();
		_initialRect = Movie::readRect(stream);
		_boundingRect = Movie::readRect(stream);
		_regY = stream.readUint16();
		_regX = stream.readUint16();

		if (_bytes & 0x8000) {
			_bitsPerPixel = stream.readUint16();
			_clut = stream.readSint16();
			if (_clut <= 0) // builtin palette
				_clut -= 1;
		} else {
			_bitsPerPixel = 1;
			_clut = kClutSystemMac;
		}

		_pitch = _initialRect.width();
		if (_pitch % 16)
			_pitch += 16 - (_initialRect.width() % 16);

		_pitch *= _bitsPerPixel;
		_pitch >>= 3;

	} else if (version >= kFileVer400 && version < kFileVer600) {
		_flags1 = flags1;
		_pitch = stream.readUint16();
		_pitch &= 0x0fff;

		_initialRect = Movie::readRect(stream);
		_boundingRect = Movie::readRect(stream);
		_regY = stream.readUint16();
		_regX = stream.readUint16();

		_bitsPerPixel = stream.readUint16();

		if (stream.eos()) {
			_bitsPerPixel = 0;
		} else {
			if (version >= kFileVer500) {
				stream.readSint16(); // is this the castlib? was ff ff
			}
			_clut = stream.readSint16();
			if (_clut <= 0) // builtin palette
				_clut -= 1;
			stream.readUint16();
			/* uint16 unk1 = */ stream.readUint16();
			stream.readUint16();

			stream.readUint32();
			stream.readUint32();

			_flags2 = stream.readUint16();
		}

		if (_bitsPerPixel == 0)
			_bitsPerPixel = 1;

		int tail = 0;
		byte buf[256];

		while (!stream.eos()) {
			byte c = stream.readByte();
			if (tail < 256)
				buf[tail] = c;
			tail++;
		}

		if (tail)
			warning("BUILDBOT: BitmapCastMember: %d bytes left", tail);

		if (tail && debugChannelSet(2, kDebugLoading)) {
			debug("BitmapCastMember: tail");
			Common::hexdump(buf, tail);
		}
	}

	_tag = castTag;
}

BitmapCastMember::BitmapCastMember(Cast *cast, uint16 castId, Image::ImageDecoder *img, uint8 flags1)
	: CastMember(cast, castId) {
	_type = kCastBitmap;
	_matte = nullptr;
	_noMatte = false;
	_bytes = 0;
	if (img != nullptr) {
		_picture = new Picture(*img);
	}
	_ditheredImg = nullptr;
	_clut = -1;
	_ditheredTargetClut = 0;
	_initialRect = Common::Rect(0, 0, img->getSurface()->w, img->getSurface()->h);
	_pitch = img->getSurface()->pitch;
	_bitsPerPixel = img->getSurface()->format.bytesPerPixel * 8;
	_regY = img->getSurface()->h / 2;
	_regX = img->getSurface()->w / 2;
	_flags1 = flags1;
	_flags2 = 0;
	_tag = 0;
	_external = false;
}

BitmapCastMember::~BitmapCastMember() {
	delete _picture;

	if (_ditheredImg) {
		_ditheredImg->free();
		delete _ditheredImg;
	}

	if (_matte)
		delete _matte;
}

Graphics::MacWidget *BitmapCastMember::createWidget(Common::Rect &bbox, Channel *channel, SpriteType spriteType) {
	if (!_picture) {
		warning("BitmapCastMember::createWidget: No picture");
		return nullptr;
	}

	// skip creating widget when the bbox is not available, maybe we should create it using initialRect
	if (!bbox.width() || !bbox.height())
		return nullptr;

	// Check if we need to dither the image
	int dstBpp = g_director->_wm->_pixelformat.bytesPerPixel;
	int srcBpp = _picture->_surface.format.bytesPerPixel;

	const byte *pal = _picture->_palette;
	bool previouslyDithered = _ditheredImg != nullptr;
	if (_ditheredImg) {
		_ditheredImg->free();
		delete _ditheredImg;
		_ditheredImg = nullptr;
		_ditheredTargetClut = 0;
	}

	if (dstBpp == 1) {
		if (srcBpp > 1
		// At least early directors were not remapping 8bpp images. But in case it is
		// needed, here is the code
#if 0
		|| (srcBpp == 1 &&
			memcmp(g_director->_wm->getPalette(), _img->_palette, _img->_paletteSize))
#endif
			) {

			_ditheredImg = _picture->_surface.convertTo(g_director->_wm->_pixelformat, _picture->_palette, _picture->_paletteColors, g_director->_wm->getPalette(), g_director->_wm->getPaletteSize());

			pal = g_director->_wm->getPalette();
		} else {
			// Convert indexed image to indexed palette
			Movie *movie = g_director->getCurrentMovie();
			Cast *cast = movie->getCast();
			Score *score = movie->getScore();
			// Get the current score palette. Note that this is the ID of the palette in the list, not the cast member!
			int currentPaletteId = score->resolvePaletteId(score->getCurrentPalette());
			if (!currentPaletteId)
				currentPaletteId = cast->_defaultPalette;
			PaletteV4 *currentPalette = g_director->getPalette(currentPaletteId);
			if (!currentPalette) {
				currentPaletteId = kClutSystemMac;
				currentPalette = g_director->getPalette(currentPaletteId);
			}
			int castPaletteId = score->resolvePaletteId(_clut);
			// It is possible for Director to have saved an invalid ID in _clut;
			// if this is the case, do no dithering.
			if (!castPaletteId)
				castPaletteId = currentPaletteId;

			// Check if the palette is in the middle of a color fade event
			bool isColorCycling = score->isPaletteColorCycling();

			// First, check if the palettes are different
			switch (_bitsPerPixel) {
			// 1bpp - this is preconverted to 0x00 and 0xff, change nothing.
			case 1:
				break;
			// 2bpp - convert to nearest using the standard 2-bit palette.
			case 2:
				{
					const PaletteV4 &srcPal = g_director->getLoaded4Palette();
					_ditheredImg = _picture->_surface.convertTo(g_director->_wm->_pixelformat, srcPal.palette, srcPal.length, currentPalette->palette, currentPalette->length, Graphics::kDitherNaive);
				}
				break;
			// 4bpp - if using a builtin palette, use one of the corresponding 4-bit ones.
			case 4:
				{
					const auto pals = g_director->getLoaded16Palettes();
					// in D4 you aren't allowed to use custom palettes for 4-bit images, so uh...
					// I guess default to the mac palette?
					int palIndex = pals.contains(castPaletteId) ? castPaletteId : kClutSystemMac;
					const PaletteV4 &srcPal = pals.getVal(palIndex);
					_ditheredImg = _picture->_surface.convertTo(g_director->_wm->_pixelformat, srcPal.palette, srcPal.length, currentPalette->palette, currentPalette->length, Graphics::kDitherNaive);
				}
				break;
			// 8bpp - if using a different palette, and we're not doing a color cycling operation, convert using nearest colour matching
			case 8:
				// Only redither 8-bit images if we have the flag set, or it is external
				if (!movie->_remapPalettesWhenNeeded && !_external)
					break;
				if (_external || (castPaletteId != currentPaletteId && !isColorCycling)) {
					const auto pals = g_director->getLoadedPalettes();
					int palIndex = pals.contains(castPaletteId) ? castPaletteId : kClutSystemMac;
					const PaletteV4 &srcPal = pals.getVal(palIndex);

					// If it is an external image, use the included palette.
					// For BMP images especially, they'll often have the right colors
					// but in the wrong palette order.
					const byte *palPtr = _external ? pal : srcPal.palette;
					int palLength = _external ? _picture->getPaletteSize() : srcPal.length;
					_ditheredImg = _picture->_surface.convertTo(g_director->_wm->_pixelformat, palPtr, palLength, currentPalette->palette, currentPalette->length, Graphics::kDitherNaive);
				}
				break;
			default:
				break;
			}

			if (_ditheredImg) {
				debugC(4, kDebugImages, "BitmapCastMember::createWidget(): Dithering image from source palette %d to target palette %d", _clut, score->getCurrentPalette());
				// Save the palette ID so we can check if a redraw is required
				_ditheredTargetClut = currentPaletteId;

				if (!_external) {
					// Finally, the first and last colours in the palette are special. No matter what the palette remap
					// does, we need to scrub those to be the same.
					const Graphics::Surface *src = &_picture->_surface;
					for (int y = 0; y < src->h; y++) {
						for (int x = 0; x < src->w; x++) {
							const int test = *(const byte *)src->getBasePtr(x, y);
							if (test == 0 || test == (1 << _bitsPerPixel) - 1) {
								*(byte *)_ditheredImg->getBasePtr(x, y) = test == 0 ? 0x00 : 0xff;
							}
						}
					}
				}
			} else if (previouslyDithered) {
				debugC(4, kDebugImages, "BitmapCastMember::createWidget(): Removed dithered image, score palette %d matches cast member", score->getCurrentPalette());
			}

		}
	}

	Graphics::MacWidget *widget = new Graphics::MacWidget(g_director->getCurrentWindow(), bbox.left, bbox.top, bbox.width(), bbox.height(), g_director->_wm, false);

	// scale for drawing a different size sprite
	copyStretchImg(widget->getSurface()->surfacePtr(), bbox, pal);

	return widget;
}

void BitmapCastMember::copyStretchImg(Graphics::Surface *surface, const Common::Rect &bbox, const byte *pal) {
	const Graphics::Surface *srcSurf;

	if (_ditheredImg)
		srcSurf = _ditheredImg;
	else
		srcSurf = &_picture->_surface;

	if (bbox.width() != _initialRect.width() || bbox.height() != _initialRect.height()) {

		int scaleX = SCALE_THRESHOLD * _initialRect.width() / bbox.width();
		int scaleY = SCALE_THRESHOLD * _initialRect.height() / bbox.height();

		for (int y = 0, scaleYCtr = 0; y < bbox.height(); y++, scaleYCtr += scaleY) {
			if (g_director->_wm->_pixelformat.bytesPerPixel == 1) {
				for (int x = 0, scaleXCtr = 0; x < bbox.width(); x++, scaleXCtr += scaleX) {
					const byte *src = (const byte *)srcSurf->getBasePtr(scaleXCtr / SCALE_THRESHOLD, scaleYCtr / SCALE_THRESHOLD);
					*(byte *)surface->getBasePtr(x, y) = *src;
				}
			} else {
				for (int x = 0, scaleXCtr = 0; x < bbox.width(); x++, scaleXCtr += scaleX) {
					const void *ptr = srcSurf->getBasePtr(scaleXCtr / SCALE_THRESHOLD, scaleYCtr / SCALE_THRESHOLD);
					int32 color;

					switch (srcSurf->format.bytesPerPixel) {
					case 1:
						{
							color = *(const byte *)ptr * 3;
							color = surface->format.RGBToColor(pal[color], pal[color + 1], pal[color + 2]);
						}
						break;
					case 4:
						color = *(const int32 *)ptr;
						break;
					default:
						error("Unimplemented src bpp: %d", srcSurf->format.bytesPerPixel);
					}

					*(int32 *)surface->getBasePtr(x, y) = color;
				}
			}
		}
	} else {
		surface->copyFrom(*srcSurf);
	}

	if (g_director->_debugDraw & kDebugDrawCast) {
		surface->frameRect(Common::Rect(0, 0, surface->w, surface->h), g_director->_wm->_colorWhite);

		const Graphics::Font *font = FontMan.getFontByUsage(Graphics::FontManager::kConsoleFont);
		font->drawString(surface, Common::String::format("%d", _castId), 2, 2, 10, g_director->_wm->_colorWhite);
	}
}

bool BitmapCastMember::isModified() {
	if (CastMember::isModified()) {
		// Let's us use "setChanged" when changing the picture through Lingo
		return true;
	}
	// Check for palette changes.
	// If a bitmap has a custom palette assigned to it, createWidget()
	// will dither the image so that it fits within the current palette.
	// When the score palette changes, we need to flag that the widget needs
	// to be recreated.
	if (_clut) {
		Movie *movie = g_director->getCurrentMovie();
		Cast *cast = movie->getCast();
		Score *score = movie->getScore();
		int currentPaletteId = score->resolvePaletteId(score->getCurrentPalette());
		if (!currentPaletteId)
			currentPaletteId = cast->_defaultPalette;
		PaletteV4 *currentPalette = g_director->getPalette(currentPaletteId);
		if (!currentPalette) {
			currentPaletteId = kClutSystemMac;
			currentPalette = g_director->getPalette(currentPaletteId);
		}
		int castPaletteId = score->resolvePaletteId(_clut);
		if (!castPaletteId)
			castPaletteId = cast->_defaultPalette;

		if (currentPaletteId == castPaletteId) {
			return _ditheredTargetClut != 0;
		} else {
			return _ditheredTargetClut != currentPaletteId;
		}
	}
	return false;
}

void BitmapCastMember::createMatte(Common::Rect &bbox) {
	// Like background trans, but all white pixels NOT ENCLOSED by coloured pixels
	// are transparent
	Graphics::Surface tmp;
	tmp.create(bbox.width(), bbox.height(), g_director->_pixelformat);

	copyStretchImg(&tmp, bbox);

	_noMatte = true;

	// Searching white color in the corners
	uint32 whiteColor = 0;
	bool colorFound = false;

	if (g_director->_pixelformat.bytesPerPixel == 1) {
		for (int y = 0; y < tmp.h; y++) {
			for (int x = 0; x < tmp.w; x++) {
				byte color = *(byte *)tmp.getBasePtr(x, y);

				if (g_director->getPalette()[color * 3 + 0] == 0xff &&
						g_director->getPalette()[color * 3 + 1] == 0xff &&
						g_director->getPalette()[color * 3 + 2] == 0xff) {
					whiteColor = color;
					colorFound = true;
					break;
				}
			}
		}
	} else {
		whiteColor = g_director->_wm->_colorWhite;
		colorFound = true;
	}

	if (!colorFound) {
		debugC(1, kDebugImages, "BitmapCastMember::createMatte(): No white color for matte image");
	} else {
		delete _matte;

		_matte = new Graphics::FloodFill(&tmp, whiteColor, 0, true);

		for (int yy = 0; yy < tmp.h; yy++) {
			_matte->addSeed(0, yy);
			_matte->addSeed(tmp.w - 1, yy);
		}

		for (int xx = 0; xx < tmp.w; xx++) {
			_matte->addSeed(xx, 0);
			_matte->addSeed(xx, tmp.h - 1);
		}

		_matte->fillMask();
		_noMatte = false;
	}

	tmp.free();
}

Graphics::Surface *BitmapCastMember::getMatte(Common::Rect &bbox) {
	// Lazy loading of mattes
	if (!_matte && !_noMatte) {
		createMatte(bbox);
	}

	// check for the scale matte
	Graphics::Surface *surface = _matte ? _matte->getMask() : nullptr;
	if (surface && (surface->w != bbox.width() || surface->h != bbox.height())) {
		createMatte(bbox);
	}

	return _matte ? _matte->getMask() : nullptr;
}

Common::String BitmapCastMember::formatInfo() {
	return Common::String::format(
		"initialRect: %dx%d@%d,%d, boundingRect: %dx%d@%d,%d, foreColor: %d, backColor: %d, regX: %d, regY: %d, pitch: %d, bitsPerPixel: %d, palette: %d",
		_initialRect.width(), _initialRect.height(),
		_initialRect.left, _initialRect.top,
		_boundingRect.width(), _boundingRect.height(),
		_boundingRect.left, _boundingRect.top,
		getForeColor(), getBackColor(),
		_regX, _regY, _pitch, _bitsPerPixel, _clut
	);
}

PictureReference *BitmapCastMember::getPicture() const {
	auto picture = new PictureReference;

	// Not sure if we can make the assumption that the owning
	// BitmapCastMember will live as long as any reference,
	// so we'll make a copy of the Picture.
	picture->_picture = new Picture(*_picture);

	return picture;
}

void BitmapCastMember::setPicture(PictureReference &picture) {
	delete _picture;
	_picture = new Picture(*picture._picture);

	// Force redither
	delete _ditheredImg;
	_ditheredImg = nullptr;

	// Make sure we get redrawn
	setModified(true);
	// TODO: Should size be adjusted?
}

void BitmapCastMember::setPicture(Image::ImageDecoder &image, bool adjustSize) {
	delete _picture;
	_picture = new Picture(image);
	if (adjustSize) {
		auto surf = image.getSurface();
		_size = surf->pitch * surf->h + _picture->getPaletteSize();
	}
	// Make sure we get redrawn
	setModified(true);
}

/////////////////////////////////////
// DigitalVideo
/////////////////////////////////////

DigitalVideoCastMember::DigitalVideoCastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint16 version)
		: CastMember(cast, castId, stream) {
	_type = kCastDigitalVideo;
	_video = nullptr;
	_lastFrame = nullptr;
	_channel = nullptr;

	_getFirstFrame = false;
	_duration = 0;

	_initialRect = Movie::readRect(stream);
	_vflags = stream.readUint32();
	_frameRate = (_vflags >> 24) & 0xff;

	_frameRateType = kFrameRateDefault;
	if (_vflags & 0x0800) {
		_frameRateType = (FrameRateType)((_vflags & 0x3000) >> 12);
	}
	_qtmovie = _vflags & 0x8000;
	_avimovie = _vflags & 0x4000;
	_preload = _vflags & 0x0400;
	_enableVideo = !(_vflags & 0x0200);
	_pausedAtStart = _vflags & 0x0100;
	_showControls = _vflags & 0x40;
	_directToStage = _vflags & 0x20;
	_looping = _vflags & 0x10;
	_enableSound = _vflags & 0x08;
	_crop = !(_vflags & 0x02);
	_center = _vflags & 0x01;

	if (debugChannelSet(2, kDebugLoading))
		_initialRect.debugPrint(2, "DigitalVideoCastMember(): rect:");

	debugC(2, kDebugLoading, "DigitalVideoCastMember(): flags: (%d 0x%04x)", _vflags, _vflags);

	debugC(2, kDebugLoading, "_frameRate: %d", _frameRate);
	debugC(2, kDebugLoading, "_frameRateType: %d, _preload: %d, _enableVideo %d, _pausedAtStart %d",
			_frameRateType, _preload, _enableVideo, _pausedAtStart);
	debugC(2, kDebugLoading, "_showControls: %d, _looping: %d, _enableSound: %d, _crop %d, _center: %d, _directToStage: %d",
			_showControls, _looping, _enableSound, _crop, _center, _directToStage);
	debugC(2, kDebugLoading, "_avimovie: %d, _qtmovie: %d", _avimovie, _qtmovie);
}

DigitalVideoCastMember::~DigitalVideoCastMember() {
	if (_lastFrame) {
		_lastFrame->free();
		delete _lastFrame;
	}

	if (_video)
		delete _video;
}

bool DigitalVideoCastMember::loadVideo(Common::String path) {
	// TODO: detect file type (AVI, QuickTime, FLIC) based on magic number,
	// insert the right video decoder

	if (_video)
		delete _video;

	_filename = path;
	_video = new Video::QuickTimeDecoder();

	Common::String path1 = pathMakeRelative(path);

	debugC(2, kDebugLoading | kDebugImages, "Loading video %s -> %s", path.c_str(), path1.c_str());
	bool result = _video->loadFile(Common::Path(path1, g_director->_dirSeparator));
	if (!result) {
		delete _video;
		_video = new Video::AVIDecoder();
		result = _video->loadFile(Common::Path(path1, g_director->_dirSeparator));
		if (!result) {
		    warning("DigitalVideoCastMember::loadVideo(): format not supported, skipping");
		    delete _video;
		    _video = nullptr;
		}
	}

	if (result && g_director->_pixelformat.bytesPerPixel == 1) {
		// Director supports playing back RGB and paletted video in 256 colour mode.
		// In both cases they are dithered to match the Director palette.
		byte palette[256 * 3];
		g_system->getPaletteManager()->grabPalette(palette, 0, 256);
		_video->setDitheringPalette(palette);
	}

	return result;
}

bool DigitalVideoCastMember::isModified() {
	if (!_video || !_video->isVideoLoaded())
		return true;

	if (_getFirstFrame)
		return true;

	if (_channel->_movieRate == 0.0)
		return false;

	return _video->needsUpdate();
}

void DigitalVideoCastMember::startVideo(Channel *channel) {
	_channel = channel;

	if (!_video || !_video->isVideoLoaded()) {
		warning("DigitalVideoCastMember::startVideo: No video %s", !_video ? "decoder" : "loaded");
		return;
	}

	if (_pausedAtStart) {
		_getFirstFrame = true;
	} else {
		if (_channel->_movieRate == 0.0)
			_channel->_movieRate = 1.0;
	}

	if (_video->isPlaying())
		_video->rewind();
	else
		_video->start();

	debugC(2, kDebugImages, "STARTING VIDEO %s", _filename.c_str());

	if (_channel->_stopTime == 0)
		_channel->_stopTime = getMovieTotalTime();

	_duration = getMovieTotalTime();
}

void DigitalVideoCastMember::stopVideo() {
	if (!_video || !_video->isVideoLoaded()) {
		warning("DigitalVideoCastMember::stopVideo: No video decoder");
		return;
	}

	_video->stop();

	debugC(2, kDebugImages, "STOPPING VIDEO %s", _filename.c_str());
}

void DigitalVideoCastMember::rewindVideo() {
	if (!_video || !_video->isVideoLoaded()) {
		warning("DigitalVideoCastMember::rewindVideo: No video decoder");
		return;
	}

	_video->rewind();

	debugC(2, kDebugImages, "REWINDING VIDEO %s", _filename.c_str());
}

Graphics::MacWidget *DigitalVideoCastMember::createWidget(Common::Rect &bbox, Channel *channel, SpriteType spriteType) {
	Graphics::MacWidget *widget = new Graphics::MacWidget(g_director->getCurrentWindow(), bbox.left, bbox.top, bbox.width(), bbox.height(), g_director->_wm, false);

	_channel = channel;

	if (!_video || !_video->isVideoLoaded()) {
		warning("DigitalVideoCastMember::createWidget: No video decoder");
		delete widget;

		return nullptr;
	}

	// Do not render stopped videos
	if (_channel->_movieRate == 0.0 && !_getFirstFrame && _lastFrame) {
		widget->getSurface()->blitFrom(*_lastFrame);

		return widget;
	}

	const Graphics::Surface *frame = _video->decodeNextFrame();

	debugC(1, kDebugImages, "Video time: %d  rate: %f", _channel->_movieTime, _channel->_movieRate);

	if (frame) {
		if (_lastFrame) {
			_lastFrame->free();
			delete _lastFrame;
		}

		_lastFrame = frame->convertTo(g_director->_pixelformat, g_director->getPalette());
	}
	if (_lastFrame)
		widget->getSurface()->blitFrom(*_lastFrame);

	if (_getFirstFrame) {
		_video->stop();
		_getFirstFrame = false;
	}

	if (_video->endOfVideo()) {
		if (_looping) {
			_video->rewind();
		} else {
			_channel->_movieRate = 0.0;
		}
	}

	return widget;
}

uint DigitalVideoCastMember::getDuration() {
	if (!_video || !_video->isVideoLoaded()) {
		Common::String path = getCast()->getVideoPath(_castId);
		if (!path.empty())
			loadVideo(pathMakeRelative(path));

		_duration = getMovieTotalTime();
	}
	return _duration;
}

uint DigitalVideoCastMember::getMovieCurrentTime() {
	if (!_video)
		return 0;

	int stamp = MIN<int>(_video->getTime() * 60 / 1000, getMovieTotalTime());

	return stamp;
}

uint DigitalVideoCastMember::getMovieTotalTime() {
	if (!_video)
		return 0;

	int stamp = _video->getDuration().msecs() * 60 / 1000;

	return stamp;
}

void DigitalVideoCastMember::seekMovie(int stamp) {
	if (!_video)
		return;

	_channel->_startTime = stamp;

	Audio::Timestamp dur = _video->getDuration();

	_video->seek(Audio::Timestamp(_channel->_startTime * 1000 / 60, dur.framerate()));
}

void DigitalVideoCastMember::setStopTime(int stamp) {
	if (!_video)
		return;

	_channel->_stopTime = stamp;

	Audio::Timestamp dur = _video->getDuration();

	_video->setEndTime(Audio::Timestamp(_channel->_stopTime * 1000 / 60, dur.framerate()));
}

void DigitalVideoCastMember::setMovieRate(double rate) {
	if (!_video)
		return;

	_channel->_movieRate = rate;

	if (rate < 0.0)
		warning("STUB: DigitalVideoCastMember::setMovieRate(%g)", rate);
	else
		_video->setRate(Common::Rational((int)(rate * 100.0), 100));

	if (_video->endOfVideo())
		_video->rewind();
}

void DigitalVideoCastMember::setFrameRate(int rate) {
	if (!_video)
		return;

	warning("STUB: DigitalVideoCastMember::setFrameRate(%d)", rate);
}

Common::String DigitalVideoCastMember::formatInfo() {
	return Common::String::format(
		"initialRect: %dx%d@%d,%d, boundingRect: %dx%d@%d,%d, filename: \"%s\", duration: %d, enableVideo: %d, enableSound: %d, looping: %d, crop: %d, center: %d, showControls: %d",
		_initialRect.width(), _initialRect.height(),
		_initialRect.left, _initialRect.top,
		_boundingRect.width(), _boundingRect.height(),
		_boundingRect.left, _boundingRect.top,
		_filename.c_str(), _duration,
		_enableVideo, _enableSound,
		_looping, _crop, _center, _showControls
	);
}


/////////////////////////////////////
// MovieCasts
/////////////////////////////////////

MovieCastMember::MovieCastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint16 version)
		: CastMember(cast, castId, stream) {
	_type = kCastMovie;

	_initialRect = Movie::readRect(stream);
	_flags = stream.readUint32();

	_looping = !(_flags & 0x20);
	_enableScripts = _flags & 0x10;
	_enableSound = _flags & 0x08;
	_crop = !(_flags & 0x02);
	_center = _flags & 0x01;

	if (debugChannelSet(2, kDebugLoading))
		_initialRect.debugPrint(2, "MovieCastMember(): rect:");
	debugC(2, kDebugLoading, "MovieCastMember(): flags: (%d 0x%04x)", _flags, _flags);
	debugC(2, kDebugLoading, "_looping: %d, _enableScripts %d, _enableSound: %d, _crop %d, _center: %d",
			_looping, _enableScripts, _enableSound, _crop, _center);

}

Common::String MovieCastMember::formatInfo() {
	return Common::String::format(
		"initialRect: %dx%d@%d,%d, boundingRect: %dx%d@%d,%d, enableScripts: %d, enableSound: %d, looping: %d, crop: %d, center: %d",
		_initialRect.width(), _initialRect.height(),
		_initialRect.left, _initialRect.top,
		_boundingRect.width(), _boundingRect.height(),
		_boundingRect.left, _boundingRect.top,
		_enableScripts, _enableSound, _looping,
		_crop, _center
	);
}

/////////////////////////////////////
// Film loops
/////////////////////////////////////

FilmLoopCastMember::FilmLoopCastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint16 version)
		: CastMember(cast, castId, stream) {
	_type = kCastFilmLoop;
	_looping = true;
	_enableSound = true;
	_crop = false;
	_center = false;
}

FilmLoopCastMember::~FilmLoopCastMember() {

}

bool FilmLoopCastMember::isModified() {
	if (_frames.size())
		return true;

	if (_initialRect.width() && _initialRect.height())
		return true;

	return false;
}

Common::Array<Channel> *FilmLoopCastMember::getSubChannels(Common::Rect &bbox, Channel *channel) {
	Common::Rect widgetRect(bbox.width() ? bbox.width() : _initialRect.width(), bbox.height() ? bbox.height() : _initialRect.height());

	_subchannels.clear();

	if (channel->_filmLoopFrame >= _frames.size()) {
		warning("Film loop frame %d requested, only %d available", channel->_filmLoopFrame, _frames.size());
		return &_subchannels;
	}

	// get the list of sprite IDs for this frame
	Common::Array<int> spriteIds;
	for (Common::HashMap<int, Director::Sprite>::iterator iter = _frames[channel->_filmLoopFrame].sprites.begin(); iter != _frames[channel->_filmLoopFrame].sprites.end(); ++iter) {
		spriteIds.push_back(iter->_key);
	}
	Common::sort(spriteIds.begin(), spriteIds.end());

	// copy the sprites in order to the list
	for (Common::Array<int>::iterator iter = spriteIds.begin(); iter != spriteIds.end(); ++iter) {
		Sprite src = _frames[channel->_filmLoopFrame].sprites[*iter];
		if (!src._cast)
			continue;
		// translate sprite relative to the global bounding box
		int16 relX = (src._startPoint.x - _initialRect.left) * widgetRect.width() / _initialRect.width();
		int16 relY = (src._startPoint.y - _initialRect.top) * widgetRect.height() / _initialRect.height();
		int16 absX = relX + bbox.left;
		int16 absY = relY + bbox.top;
		int16 width = src._width * widgetRect.width() / _initialRect.width();
		int16 height = src._height * widgetRect.height() / _initialRect.height();

		Channel chan(&src);
		chan._currentPoint = Common::Point(absX, absY);
		chan._width = width;
		chan._height = height;

		_subchannels.push_back(chan);

	}
	// Initialise the widgets on all of the subchannels.
	// This has to be done once the list has been constructed, otherwise
	// the list grow operation will erase the widgets as they aren't
	// part of the Channel assignment constructor.
	for (auto &iter : _subchannels) {
		iter.replaceWidget();
	}

	return &_subchannels;
}

void FilmLoopCastMember::loadFilmLoopData(Common::SeekableReadStreamEndian &stream) {
	_initialRect = Common::Rect();
	_frames.clear();

	uint32 size = stream.readUint32BE();
	if (debugChannelSet(5, kDebugLoading)) {
		debugC(5, kDebugLoading, "SCVW body:");
		uint32 pos = stream.pos();
		stream.seek(0);
		stream.hexdump(size);
		stream.seek(pos);
	}
	uint16 channelSize = 16;
	FilmLoopFrame newFrame;

	while (stream.pos() < size) {
		uint16 frameSize = stream.readUint16BE() - 2;
		if (debugChannelSet(5, kDebugLoading)) {
			debugC(5, kDebugLoading, "Frame entry:");
			stream.hexdump(frameSize);
		}

		while (frameSize > 0) {
			int msgWidth = stream.readByte() * 2;
			int order = stream.readByte() * 2 - 0x20;
			frameSize -= 2;
			debugC(8, kDebugLoading, "Message: msgWidth %d, order %d", msgWidth, order);
			if (debugChannelSet(8, kDebugLoading)) {
				stream.hexdump(msgWidth);
			}

			int fieldPosition = order;
			int finishPosition = order + msgWidth;
			while (fieldPosition < finishPosition) {
				int channel = (fieldPosition / channelSize);
				int channelOffset = fieldPosition % channelSize;

				Sprite sprite(nullptr);
				sprite._movie = g_director->getCurrentMovie();
				if (newFrame.sprites.contains(channel)) {
					sprite = newFrame.sprites.getVal(channel);
				}
				sprite._spriteType = kCastMemberSprite;
				sprite._puppet = 1;
				sprite._stretch = 1;

				switch (channelOffset) {
				case kSpritePositionUnk1:
					stream.readByte();
					fieldPosition++;
					break;
				case kSpritePositionEnabled:
					sprite._enabled = stream.readByte() != 0;
					fieldPosition++;
					break;
				case kSpritePositionUnk2:
					stream.readUint16BE();
					fieldPosition += 2;
					break;
				case kSpritePositionFlags:
					sprite._thickness = stream.readByte();
					sprite._inkData = stream.readByte();
					sprite._ink = static_cast<InkType>(sprite._inkData & 0x3f);

					if (sprite._inkData & 0x40)
						sprite._trails = 1;
					else
						sprite._trails = 0;

					fieldPosition += 2;
					break;
				case kSpritePositionCastId:
					sprite.setCast(CastMemberID(stream.readUint16(), 0));
					fieldPosition += 2;
					break;
				case kSpritePositionY:
					sprite._startPoint.y = stream.readUint16();
					fieldPosition += 2;
					break;
				case kSpritePositionX:
					sprite._startPoint.x = stream.readUint16();
					fieldPosition += 2;
					break;
				case kSpritePositionWidth:
					sprite._width = stream.readUint16();
					fieldPosition += 2;
					break;
				case kSpritePositionHeight:
					sprite._height = stream.readUint16();
					fieldPosition += 2;
					break;
				default:
					stream.readUint16BE();
					fieldPosition += 2;
					break;
				}
				newFrame.sprites.setVal(channel, sprite);
			}

			frameSize -= msgWidth;
		}

		for (Common::HashMap<int, Sprite>::iterator s = newFrame.sprites.begin(); s != newFrame.sprites.end(); ++s) {
			debugC(5, kDebugLoading, "Sprite: channel %d, castId %s, bbox %d %d %d %d", s->_key,
					s->_value._castId.asString().c_str(), s->_value._startPoint.x, s->_value._startPoint.y,
					s->_value._width, s->_value._height);

			Common::Point topLeft = s->_value._startPoint + s->_value.getRegistrationOffset();
			Common::Rect spriteBbox(
				topLeft.x,
				topLeft.y,
				topLeft.x + s->_value._width,
				topLeft.y + s->_value._height
			);
			if (!((spriteBbox.width() == 0) && (spriteBbox.height() == 0))) {
				if ((_initialRect.width() == 0) && (_initialRect.height() == 0)) {
					_initialRect = spriteBbox;
				} else {
					_initialRect.extend(spriteBbox);
				}
			}
			debugC(8, kDebugLoading, "New bounding box: %d %d %d %d", _initialRect.left, _initialRect.top, _initialRect.width(), _initialRect.height());

		}

		_frames.push_back(newFrame);

	}
	debugC(5, kDebugLoading, "Full bounding box: %d %d %d %d", _initialRect.left, _initialRect.top, _initialRect.width(), _initialRect.height());
}

void FilmLoopCastMember::loadFilmLoopDataV4(Common::SeekableReadStreamEndian &stream) {
	_initialRect = Common::Rect();
	_frames.clear();

	uint32 size = stream.readUint32BE();
	if (debugChannelSet(5, kDebugLoading)) {
		debugC(5, kDebugLoading, "SCVW body:");
		uint32 pos = stream.pos();
		stream.seek(0);
		stream.hexdump(size);
		stream.seek(pos);
	}
	uint32 framesOffset = stream.readUint32BE();
	if (debugChannelSet(5, kDebugLoading)) {
		debugC(5, kDebugLoading, "SCVW header:");
		stream.hexdump(framesOffset - 8);
	}
	stream.skip(6);
	uint16 channelSize = stream.readUint16BE(); // should be 20!
	stream.skip(framesOffset - 16);

	FilmLoopFrame newFrame;

	while (stream.pos() < size) {
		uint16 frameSize = stream.readUint16BE() - 2;
		if (debugChannelSet(5, kDebugLoading)) {
			debugC(5, kDebugLoading, "Frame entry:");
			stream.hexdump(frameSize);
		}

		while (frameSize > 0) {
			uint16 msgWidth = stream.readUint16BE();
			uint16 order = stream.readUint16BE();
			frameSize -= 4;

			int channel = (order / channelSize) - 1;
			int channelOffset = order % channelSize;

			Sprite sprite(nullptr);
			sprite._movie = g_director->getCurrentMovie();
			if (newFrame.sprites.contains(channel)) {
				sprite = newFrame.sprites.getVal(channel);
			}
			debugC(8, kDebugLoading, "Message: msgWidth %d, channel %d, channelOffset %d", msgWidth, channel, channelOffset);
			if (debugChannelSet(8, kDebugLoading)) {
				stream.hexdump(msgWidth);
			}
			sprite._puppet = 1;
			sprite._stretch = 1;

			int fieldPosition = channelOffset;
			int finishPosition = channelOffset + msgWidth;
			while (fieldPosition < finishPosition) {
				switch (fieldPosition) {
				case kSpritePositionUnk1:
					stream.readByte();
					fieldPosition++;
					break;
				case kSpritePositionEnabled:
					sprite._enabled = stream.readByte() != 0;
					fieldPosition++;
					break;
				case kSpritePositionUnk2:
					stream.readUint16BE();
					fieldPosition += 2;
					break;
				case kSpritePositionFlags:
					sprite._thickness = stream.readByte();
					sprite._inkData = stream.readByte();
					sprite._ink = static_cast<InkType>(sprite._inkData & 0x3f);

					if (sprite._inkData & 0x40)
						sprite._trails = 1;
					else
						sprite._trails = 0;

					fieldPosition += 2;
					break;
				case kSpritePositionCastId:
					sprite.setCast(CastMemberID(stream.readUint16(), 0));
					fieldPosition += 2;
					break;
				case kSpritePositionY:
					sprite._startPoint.y = stream.readUint16();
					fieldPosition += 2;
					break;
				case kSpritePositionX:
					sprite._startPoint.x = stream.readUint16();
					fieldPosition += 2;
					break;
				case kSpritePositionWidth:
					sprite._width = stream.readUint16();
					fieldPosition += 2;
					break;
				case kSpritePositionHeight:
					sprite._height = stream.readUint16();
					fieldPosition += 2;
					break;
				default:
					stream.readUint16BE();
					fieldPosition += 2;
					break;
				}
			}

			frameSize -= msgWidth;

			newFrame.sprites.setVal(channel, sprite);
		}

		for (Common::HashMap<int, Sprite>::iterator s = newFrame.sprites.begin(); s != newFrame.sprites.end(); ++s) {
			debugC(5, kDebugLoading, "Sprite: channel %d, castId %s, bbox %d %d %d %d", s->_key,
					s->_value._castId.asString().c_str(), s->_value._startPoint.x, s->_value._startPoint.y,
					s->_value._width, s->_value._height);

			Common::Point topLeft = s->_value._startPoint + s->_value.getRegistrationOffset();
			Common::Rect spriteBbox(
				topLeft.x,
				topLeft.y,
				topLeft.x + s->_value._width,
				topLeft.y + s->_value._height
			);
			if (!((spriteBbox.width() == 0) && (spriteBbox.height() == 0))) {
				if ((_initialRect.width() == 0) && (_initialRect.height() == 0)) {
					_initialRect = spriteBbox;
				} else {
					_initialRect.extend(spriteBbox);
				}
			}
			debugC(8, kDebugLoading, "New bounding box: %d %d %d %d", _initialRect.left, _initialRect.top, _initialRect.width(), _initialRect.height());

		}

		_frames.push_back(newFrame);

	}
	debugC(5, kDebugLoading, "Full bounding box: %d %d %d %d", _initialRect.left, _initialRect.top, _initialRect.width(), _initialRect.height());

}

Common::String FilmLoopCastMember::formatInfo() {
	return Common::String::format(
		"initialRect: %dx%d@%d,%d, boundingRect: %dx%d@%d,%d, frameCount: %d, subchannelCount: %d, enableSound: %d, looping: %d, crop: %d, center: %d",
		_initialRect.width(), _initialRect.height(),
		_initialRect.left, _initialRect.top,
		_boundingRect.width(), _boundingRect.height(),
		_boundingRect.left, _boundingRect.top,
		_frames.size(), _subchannels.size(), _enableSound, _looping,
		_crop, _center
	);
}

/////////////////////////////////////
// Sound
/////////////////////////////////////

SoundCastMember::SoundCastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint16 version)
		: CastMember(cast, castId, stream) {
	_type = kCastSound;
	_audio = nullptr;
	_looping = 0;
}

SoundCastMember::~SoundCastMember() {
	if (_audio)
		delete _audio;
}

Common::String SoundCastMember::formatInfo() {
	return Common::String::format(
		"looping: %d", _looping
	);
}

/////////////////////////////////////
// Text
/////////////////////////////////////

TextCastMember::TextCastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint16 version, uint8 flags1, bool asButton)
		: CastMember(cast, castId, stream) {
	_type = kCastText;

	_borderSize = kSizeNone;
	_gutterSize = kSizeNone;
	_boxShadow = kSizeNone;
	_buttonType = kTypeButton;
	_editable = false;
	_maxHeight = _textHeight = 0;

	_bgcolor = 0;
	_fgcolor = 0xff;

	_textFlags = 0;
	_scroll = 0;
	_fontId = 1;
	_fontSize = 12;
	_textType = kTextTypeFixed;
	_textAlign = kTextAlignLeft;
	_textShadow = kSizeNone;
	_textSlant = 0;
	_bgpalinfo1 = _bgpalinfo2 = _bgpalinfo3 = 0;
	_fgpalinfo1 = _fgpalinfo2 = _fgpalinfo3 = 0xff;

	// seems like the line spacing is default to 1 in D4
	_lineSpacing = g_director->getVersion() >= 400 ? 1 : 0;

	if (version < kFileVer400) {
		_flags1 = flags1; // region: 0 - auto, 1 - matte, 2 - disabled
		_borderSize = static_cast<SizeType>(stream.readByte());
		_gutterSize = static_cast<SizeType>(stream.readByte());
		_boxShadow = static_cast<SizeType>(stream.readByte());
		_textType = static_cast<TextType>(stream.readByte());
		_textAlign = static_cast<TextAlignType>(stream.readUint16());
		_bgpalinfo1 = stream.readUint16();
		_bgpalinfo2 = stream.readUint16();
		_bgpalinfo3 = stream.readUint16();

		uint32 pad2;
		uint16 pad3;
		uint16 pad4 = 0;
		uint16 totalTextHeight;

		if (version < kFileVer300) {
			pad2 = stream.readUint16();
			if (pad2 != 0) { // In D2 there are values
				warning("TextCastMember: pad2: %x", pad2);
			}

			_initialRect = Movie::readRect(stream);
			pad3 = stream.readUint16();

			_textShadow = static_cast<SizeType>(stream.readByte());
			_textFlags = stream.readByte();
			if (_textFlags & 0xf8)
				warning("Unprocessed text cast flags: %x", _textFlags & 0xf8);

			totalTextHeight = stream.readUint16();
		} else {
			pad2 = stream.readUint16();
			_initialRect = Movie::readRect(stream);
			pad3 = stream.readUint16();
			_textFlags = stream.readUint16(); // 1: editable, 2: auto tab, 4: don't wrap
			_editable = _textFlags & 0x1;
			totalTextHeight = stream.readUint16();
		}

		debugC(2, kDebugLoading, "TextCastMember(): flags1: %d, border: %d gutter: %d shadow: %d textType: %d align: %04x",
				_flags1, _borderSize, _gutterSize, _boxShadow, _textType, _textAlign);
		debugC(2, kDebugLoading, "TextCastMember(): background rgb: 0x%04x 0x%04x 0x%04x, pad2: %x pad3: %d pad4: %d shadow: %d flags: %d totHeight: %d",
				_bgpalinfo1, _bgpalinfo2, _bgpalinfo3, pad2, pad3, pad4, _textShadow, _textFlags, totalTextHeight);
		if (debugChannelSet(2, kDebugLoading)) {
			_initialRect.debugPrint(2, "TextCastMember(): rect:");
		}
	} else if (version >= kFileVer400 && version < kFileVer500) {
		_flags1 = flags1;
		_borderSize = static_cast<SizeType>(stream.readByte());
		_gutterSize = static_cast<SizeType>(stream.readByte());
		_boxShadow = static_cast<SizeType>(stream.readByte());
		_textType = static_cast<TextType>(stream.readByte());
		_textAlign = static_cast<TextAlignType>(stream.readSint16()); // this is because 'right' is -1? or should that be 255?
		_bgpalinfo1 = stream.readUint16();
		_bgpalinfo2 = stream.readUint16();
		_bgpalinfo3 = stream.readUint16();
		_scroll = stream.readUint16();

		_fontId = 1; // this is in STXT

		_initialRect = Movie::readRect(stream);
		_maxHeight = stream.readUint16();
		_textShadow = static_cast<SizeType>(stream.readByte());
		_textFlags = stream.readByte(); // 1: editable, 2: auto tab 4: don't wrap
		_editable = _textFlags & 0x1;

		_textHeight = stream.readUint16();
		_textSlant = 0;
		debugC(2, kDebugLoading, "TextCastMember(): flags1: %d, border: %d gutter: %d shadow: %d textType: %d align: %04x",
				_flags1, _borderSize, _gutterSize, _boxShadow, _textType, _textAlign);
		debugC(2, kDebugLoading, "TextCastMember(): background rgb: 0x%04x 0x%04x 0x%04x, shadow: %d flags: %d textHeight: %d",
				_bgpalinfo1, _bgpalinfo2, _bgpalinfo3, _textShadow, _textFlags, _textHeight);
		if (debugChannelSet(2, kDebugLoading)) {
			_initialRect.debugPrint(2, "TextCastMember(): rect:");
		}
	} else {
		_fontId = 1;

		stream.readUint32();
		stream.readUint32();
		stream.readUint32();
		stream.readUint32();
		uint16 skip = stream.readUint16();
		for (int i = 0; i < skip; i++)
			stream.readUint32();

		stream.readUint32();
		stream.readUint32();
		stream.readUint32();
		stream.readUint32();
		stream.readUint32();
		stream.readUint32();

		_initialRect = Movie::readRect(stream);
		_boundingRect = Movie::readRect(stream);

		stream.readUint32();
		stream.readUint16();
		stream.readUint16();
	}

	if (asButton) {
		_type = kCastButton;

		if (version < kFileVer500) {
			_buttonType = static_cast<ButtonType>(stream.readUint16BE() - 1);
		} else {
			warning("TextCastMember(): Attempting to initialize >D4 button castmember");
			_buttonType = kTypeButton;
		}
	}

	_bgcolor = g_director->_wm->findBestColor(_bgpalinfo1 & 0xff, _bgpalinfo2 & 0xff, _bgpalinfo3 & 0xff);

	_modified = true;
}

void TextCastMember::setColors(uint32 *fgcolor, uint32 *bgcolor) {
	if (fgcolor)
		_fgcolor = *fgcolor;

	if (bgcolor)
		_bgcolor = *bgcolor;

	// if we want to keep the format unchanged, then we need to modify _ftext as well
	if (_widget)
		((Graphics::MacText *)_widget)->setColors(_fgcolor, _bgcolor);
	else
		_modified = true;
}

Graphics::TextAlign TextCastMember::getAlignment() {
	switch (_textAlign) {
	case kTextAlignRight:
		return Graphics::kTextAlignRight;
	case kTextAlignCenter:
		return Graphics::kTextAlignCenter;
	case kTextAlignLeft:
	default:
		return Graphics::kTextAlignLeft;
	}
}

void TextCastMember::setBackColor(uint32 bgCol) {
	_bgcolor = bgCol;
	_modified = true;
}

void TextCastMember::setForeColor(uint32 fgCol) {
	_fgcolor = fgCol;
	_modified = true;
}

void TextCastMember::importStxt(const Stxt *stxt) {
	_fontId = stxt->_style.fontId;
	_textSlant = stxt->_style.textSlant;
	_fontSize = stxt->_style.fontSize;
	_fgpalinfo1 = stxt->_style.r;
	_fgpalinfo2 = stxt->_style.g;
	_fgpalinfo3 = stxt->_style.b;
	_ftext = stxt->_ftext;
	_ptext = stxt->_ptext;
	_rtext = stxt->_rtext;

	// Rectifying _fontId in case of a fallback font
	Graphics::MacFont macFont(_fontId, _fontSize, _textSlant);
	g_director->_wm->_fontMan->getFont(&macFont);
	_fontId = macFont.getId();
}

Graphics::MacWidget *TextCastMember::createWidget(Common::Rect &bbox, Channel *channel, SpriteType spriteType) {
	Graphics::MacFont *macFont = new Graphics::MacFont(_fontId, _fontSize, _textSlant);
	Graphics::MacWidget *widget = nullptr;
	Common::Rect dims(bbox);

	CastType type = _type;
	ButtonType buttonType = _buttonType;

	// WORKAROUND: In D2/D3 there can be text casts that have button
	// information set in the sprite.
	if (type == kCastText && isButtonSprite(spriteType)) {
		type = kCastButton;
		buttonType = ButtonType(spriteType - 8);
	}

	switch (type) {
	case kCastText:
		// for mactext, we can expand now, but we can't shrink. so we may pass the small size when we have adjustToFit text style
		if (_textType == kTextTypeAdjustToFit) {
			dims.right = MIN<int>(dims.right, dims.left + _initialRect.width());
			dims.bottom = MIN<int>(dims.bottom, dims.top + _initialRect.height());
		} else if (_textType == kTextTypeFixed){
			// use initialRect to create widget for fixed style text, this maybe related to version.
			dims.right = MAX<int>(dims.right, dims.left + _initialRect.width());
			dims.bottom = MAX<int>(dims.bottom, dims.top + _initialRect.height());
		}
		widget = new Graphics::MacText(g_director->getCurrentWindow(), bbox.left, bbox.top, dims.width(), dims.height(), g_director->_wm, _ftext, macFont, getForeColor(), getBackColor(), _initialRect.width(), getAlignment(), _lineSpacing, _borderSize, _gutterSize, _boxShadow, _textShadow, _textType == kTextTypeFixed);
		((Graphics::MacText *)widget)->setSelRange(g_director->getCurrentMovie()->_selStart, g_director->getCurrentMovie()->_selEnd);
		((Graphics::MacText *)widget)->setEditable(channel->_sprite->_editable);
		((Graphics::MacText *)widget)->draw();

		// since we disable the ability of setActive in setEdtiable, then we need to set active widget manually
		if (channel->_sprite->_editable) {
			Graphics::MacWidget *activeWidget = g_director->_wm->getActiveWidget();
			if (activeWidget == nullptr || !activeWidget->isEditable())
				g_director->_wm->setActiveWidget(widget);
		}
		break;

	case kCastButton:
		// note that we use _initialRect for the dimensions of the button;
		// the values provided in the sprite bounding box are ignored
		widget = new Graphics::MacButton(Graphics::MacButtonType(buttonType), getAlignment(), g_director->getCurrentWindow(), bbox.left, bbox.top, _initialRect.width(), _initialRect.height(), g_director->_wm, _ftext, macFont, getForeColor(), g_director->_wm->_colorWhite);
		widget->_focusable = true;

		((Graphics::MacButton *)widget)->setHilite(_hilite);
		((Graphics::MacButton *)widget)->setCheckBoxType(g_director->getCurrentMovie()->_checkBoxType);
		((Graphics::MacButton *)widget)->draw();
		break;

	default:
		break;
	}

	delete macFont;
	return widget;
}

void TextCastMember::importRTE(byte *text) {
	//assert(rteList.size() == 3);
	//child0 is probably font data.
	//child1 is the raw text.
	_rtext = _ptext = _ftext = Common::String((char*)text);
	//child2 is positional?
}

void TextCastMember::setRawText(const Common::String &text) {
	// Do nothing if text did not change
	if (_rtext.equals(text))
		return;

	_rtext = text;
	_ptext = Common::U32String(text);

	// If text has changed, use the cached formatting from first STXT in this castmember.
	Common::U32String formatting = Common::String::format("\001\016%04x%02x%04x%04x%04x%04x", _fontId, _textSlant, _fontSize, _fgpalinfo1, _fgpalinfo2, _fgpalinfo3);
	_ftext = formatting + _ptext;
	_modified = true;
}

// D4 dictionary book said this is line spacing
int TextCastMember::getTextHeight() {
	if (_widget)
		return ((Graphics::MacText *)_widget)->getLineSpacing();
	else
		return _lineSpacing;
	return 0;
}

// this should be amend when we have some where using this function
int TextCastMember::getTextSize() {
	if (_widget)
		return ((Graphics::MacText *)_widget)->getTextSize();
	else
		return _fontSize;
	return 0;
}

Common::U32String TextCastMember::getText() {
	return _ptext;
}

Common::String TextCastMember::getRawText() {
	return _rtext;
}

void TextCastMember::setTextSize(int textSize) {
	if (_widget) {
		((Graphics::MacText *)_widget)->setTextSize(textSize);
		((Graphics::MacText *)_widget)->draw();
	} else {
		_fontSize = textSize;
		_modified = true;
	}
}

void TextCastMember::updateFromWidget(Graphics::MacWidget *widget) {
	if (widget && _type == kCastText) {
		_ptext = ((Graphics::MacText *)widget)->getEditedString();
	}
}

Common::String TextCastMember::formatInfo() {
	Common::String format = formatStringForDump(_ptext.encode());

	return Common::String::format(
		"initialRect: %dx%d@%d,%d, boundingRect: %dx%d@%d,%d, foreColor: %d, backColor: %d, editable: %d, text: \"%s\"",
		_initialRect.width(), _initialRect.height(),
		_initialRect.left, _initialRect.top,
		_boundingRect.width(), _boundingRect.height(),
		_boundingRect.left, _boundingRect.top,
		getForeColor(), getBackColor(),
		_editable, format.c_str()
	);

}


/////////////////////////////////////
// Shape
/////////////////////////////////////

ShapeCastMember::ShapeCastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint16 version)
		: CastMember(cast, castId, stream) {
	_type = kCastShape;

	byte unk1;

	_ink = kInkTypeCopy;

	if (version < kFileVer400) {
		unk1 = stream.readByte();
		_shapeType = static_cast<ShapeType>(stream.readByte());
		_initialRect = Movie::readRect(stream);
		_pattern = stream.readUint16BE();
		// Normalize D2 and D3 colors from -128 ... 127 to 0 ... 255.
		_fgCol = g_director->transformColor((128 + stream.readByte()) & 0xff);
		_bgCol = g_director->transformColor((128 + stream.readByte()) & 0xff);
		_fillType = stream.readByte();
		_ink = static_cast<InkType>(_fillType & 0x3f);
		_lineThickness = stream.readByte();
		_lineDirection = stream.readByte();
	} else if (version >= kFileVer400 && version < kFileVer500) {
		unk1 = stream.readByte();
		_shapeType = static_cast<ShapeType>(stream.readByte());
		_initialRect = Movie::readRect(stream);
		_pattern = stream.readUint16BE();
		_fgCol = g_director->transformColor((uint8)stream.readByte());
		_bgCol = g_director->transformColor((uint8)stream.readByte());
		_fillType = stream.readByte();
		_ink = static_cast<InkType>(_fillType & 0x3f);
		_lineThickness = stream.readByte();
		_lineDirection = stream.readByte();
	} else {
		stream.readByte(); // FIXME: Was this copied from D4 by mistake?
		unk1 = stream.readByte();

		_initialRect = Movie::readRect(stream);
		_boundingRect = Movie::readRect(stream);

		_shapeType = kShapeRectangle;
		_pattern = 0;
		_fgCol = _bgCol = 0;
		_fillType = 0;
		_lineThickness = 1;
		_lineDirection = 0;
	}
	_modified = false;

	debugC(3, kDebugLoading, "ShapeCastMember: unk1: %x type: %d pat: %d fg: %d bg: %d fill: %d thick: %d dir: %d",
		unk1, _shapeType, _pattern, _fgCol, _bgCol, _fillType, _lineThickness, _lineDirection);

	if (debugChannelSet(3, kDebugLoading))
		_initialRect.debugPrint(0, "ShapeCastMember: rect:");
}

void ShapeCastMember::setBackColor(uint32 bgCol) {
	_bgCol = bgCol;
	_modified = true;
}

void ShapeCastMember::setForeColor(uint32 fgCol) {
	_fgCol = fgCol;
	_modified = true;
}

Common::String ShapeCastMember::formatInfo() {
	return Common::String::format(
		"initialRect: %dx%d@%d,%d, boundingRect: %dx%d@%d,%d, foreColor: %d, backColor: %d, shapeType: %d, pattern: %d, fillType: %d, lineThickness: %d, lineDirection: %d, ink: %d",
		_initialRect.width(), _initialRect.height(),
		_initialRect.left, _initialRect.top,
		_boundingRect.width(), _boundingRect.height(),
		_boundingRect.left, _boundingRect.top,
		getForeColor(), getBackColor(),
		_shapeType, _pattern, _fillType,
		_lineThickness, _lineDirection, _ink
	);
}

/////////////////////////////////////
// Script
/////////////////////////////////////

ScriptCastMember::ScriptCastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint16 version)
		: CastMember(cast, castId, stream) {
	_type = kCastLingoScript;
	_scriptType = kNoneScript;

	if (debugChannelSet(5, kDebugLoading)) {
		debugC(5, kDebugLoading, "ScriptCastMember::ScriptCastMember(): Contents");
		stream.hexdump(stream.size());
	}

	if (version < kFileVer400) {
		error("Unhandled Script cast");
	} else if (version >= kFileVer400 && version < kFileVer600) {
		byte unk1 = stream.readByte();
		byte type = stream.readByte();

		switch (type) {
		case 1:
			_scriptType = kScoreScript;
			break;
		case 3:
			_scriptType = kMovieScript;
			break;
		default:
			error("ScriptCastMember: Unprocessed script type: %d", type);
		}

		debugC(3, kDebugLoading, "CASt: Script type: %s (%d), unk1: %d", scriptType2str(_scriptType), type, unk1);

		stream.readByte(); // There should be no more data
		assert(stream.eos());
	}
}


/////////////////////////////////////
// RTE
/////////////////////////////////////

RTECastMember::RTECastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint16 version)
		: TextCastMember(cast, castId, stream, version) {

	_type = kCastRTE;
}

void RTECastMember::loadChunks() {
	//TODO: Actually load RTEs correctly, don't just make fake STXT.
#if 0
	Common::SeekableReadStream *rte1 = _movieArchive->getResource(res->children[child].tag, res->children[child].index);
	byte *buffer = new byte[rte1->size() + 2];
	rte1->read(buffer, rte1->size());
	buffer[rte1->size()] = '\n';
	buffer[rte1->size() + 1] = '\0';
	_loadedText->getVal(id)->importRTE(buffer);

	delete rte1;
#endif
}


/////////////////////////////////////
// Palette
/////////////////////////////////////

PaletteCastMember::PaletteCastMember(Cast *cast, uint16 castId, Common::SeekableReadStreamEndian &stream, uint16 version)
	: CastMember(cast, castId, stream) {
	_type = kCastPalette;
	_palette = nullptr;
}

Common::String PaletteCastMember::formatInfo() {
	Common::String result;
	if (_palette) {
		result = "data: ";
		for (size_t i = 0; i < (size_t)_palette->length; i++) {
			result += Common::String::format("%02X%02X%02X", _palette->palette[3 * i], _palette->palette[3 * i + 1], _palette->palette[3 * i + 2]);
		}
	}
	return result;
}

} // End of namespace Director