/* Copyright (C) 2001-2006 Artifex Software, Inc. All Rights Reserved. This software is provided AS-IS with no warranty, either express or implied. This software is distributed under license and may not be copied, modified or distributed except as expressly authorized under the terms of that license. Refer to licensing information at http://www.artifex.com/ or contact Artifex Software, Inc., 7 Mt. Lassen Drive - Suite A-134, San Rafael, CA 94903, U.S.A., +1(415)492-9861, for further information. */ /* $Id: gdevmac.c 8766 2008-05-21 19:46:43Z giles $ */ /* MacOS bitmap output device. This code is superceeded by the newer gsapi_* interface and the DISPLAY device. Please use that instead. See doc/API.htm for more information */ #include "gdevmac.h" #include "gsparam.h" #include "gsdll.h" /* The device descriptor */ gx_device_procs gs_mac_procs = { mac_open, /* open_device */ mac_get_initial_matrix, /* get_initial_matrix */ mac_sync_output, /* sync_output */ mac_output_page, /* output_page */ mac_close, /* close_device */ gx_default_rgb_map_rgb_color, /* map_rgb_color */ gx_default_rgb_map_color_rgb, /* map_color_rgb */ mac_fill_rectangle, /* fill_rectangle */ NULL, /* tile_rectangle */ mac_copy_mono, /* copy_mono */ NULL,// mac_copy_color, /* copy_color */ mac_draw_line, /* draw_line */ NULL, /* get_bits */ mac_get_params, /* get_params */ mac_put_params, /* put_params */ NULL, /* map_cmyk_color */ mac_get_xfont_procs, /* get_xfont_procs */ NULL, /* get_xfont_device */ NULL, /* map_rgb_alpha_color */ gx_page_device_get_page_device, /* get_page_device */ gx_default_get_alpha_bits, /* get_alpha_bits */ mac_copy_alpha, /* copy_alpha */ NULL, /* get_band */ NULL, /* copy_rop */ NULL, /* fill_path */ NULL, /* stroke_path */ NULL, /* fill_mask */ NULL, /* fill_trapezoid */ NULL, /* fill_parallelogram */ NULL, /* fill_triangle */ NULL, /* draw_thin_line */ NULL, /* begin_image */ NULL, /* image_data */ NULL, /* end_image */ NULL //mac_strip_tile_rectangle /* strip_tile_rectangle */ }; /* The instance is public. */ gx_device_macos gs_macos_device = { std_device_color_body(gx_device_macos, &gs_mac_procs, DEV_MAC_NAME, DEFAULT_DEV_WIDTH, /* x and y extent (nominal) */ DEFAULT_DEV_HEIGHT, DEFAULT_DEV_DPI, /* x and y density (nominal) */ DEFAULT_DEV_DPI, /*dci_color(*/8, 255, 256/*)*/), { 0 }, /* std_procs */ "", /* Output Filename */ NULL, /* Output File */ NULL, /* PicHandle to "draw" into */ NULL, /* PicPtr */ false, /* outputPage */ false, /* use XFont interface (render with local TrueType fonts) */ -1, /* lastFontFace */ -1, /* lastFontSize */ -1, /* lastFontID */ 0 /* numUsedFonts */ }; static int mac_open(register gx_device *dev) { gx_device_macos * mdev = (gx_device_macos *)dev; static short picHeader[42] = { 0x0000, // picture size 0x0000, 0x0000, 0x0318, 0x0264, // bounding rect at 72dpi 0x0011, 0x02ff, 0x0c00, 0xfffe, 0x0000, // version/header opcodes 0x0048, 0x0000, // best x resolution 0x0048, 0x0000, // best y resolution 0x0000, 0x0000, 0x0318, 0x0264, // optimal src rect at 72dpi 0x0000, // reserved 0x0000, 0x001e, // DefHilite 0x0008, 0x0048, // PenMode 0x001a, 0x0000, 0x0000, 0x0000, // RGBFgCol = Black 0x001b, 0xFFFF, 0xFFFF, 0xFFFF, // RGBBkCol = White 0x0001, 0x000A, // set clipping 0x0000, 0x0000, 0x0318, 0x0264, // clipping rect 0x0032, 0x0000, 0x0000, 0x0318, 0x0264 // erase rect }; mac_set_colordepth(dev, mdev->color_info.depth); mdev->numUsedFonts = 0; mdev->lastFontFace = -1; mdev->lastFontSize = -1; mdev->lastFontID = -1; mdev->pic = (PicHandle) NewHandle(500000); if (mdev->pic == 0) // error, not enough memory return gs_error_VMerror; HLockHi((Handle) mdev->pic); // move handle high and lock it mdev->currPicPos = (short*) *mdev->pic; memcpy(mdev->currPicPos, picHeader, 42*2); mdev->currPicPos += 42; // enter correct dimensions and resolutions ((short*)(*mdev->pic))[ 3] = mdev->MediaSize[1]; ((short*)(*mdev->pic))[ 4] = mdev->MediaSize[0]; ((short*)(*mdev->pic))[16] = ((short*)(*mdev->pic))[35] = ((short*)(*mdev->pic))[40] = mdev->height; ((short*)(*mdev->pic))[17] = ((short*)(*mdev->pic))[36] = ((short*)(*mdev->pic))[41] = mdev->width; ((short*)(*mdev->pic))[10] = (((long) X2Fix( mdev->x_pixels_per_inch )) & 0xFFFF0000) >> 16; ((short*)(*mdev->pic))[11] = ((long) X2Fix( mdev->x_pixels_per_inch )) & 0x0000FFFF; ((short*)(*mdev->pic))[12] = (((long) X2Fix( mdev->y_pixels_per_inch )) & 0xFFFF0000) >> 16; ((short*)(*mdev->pic))[13] = ((long) X2Fix( mdev->y_pixels_per_inch )) & 0x0000FFFF; // finish picture, but dont increment pointer, we want to go on drawing *mdev->currPicPos = 0x00ff; // notify the caller that a new device was opened if (pgsdll_callback) (*pgsdll_callback) (GSDLL_DEVICE, (char *)mdev, 1); return 0; } static void mac_get_initial_matrix(register gx_device *dev, register gs_matrix *pmat) { pmat->xx = dev->x_pixels_per_inch / 72.0; pmat->xy = 0; pmat->yx = 0; pmat->yy = dev->y_pixels_per_inch / -72.0; pmat->tx = 0; pmat->ty = dev->height; } /* Make the output appear on the screen. */ int mac_sync_output(gx_device * dev) { gx_device_macos * mdev = (gx_device_macos *)dev; // finish picture, but dont increment pointer, we want to go on drawing *mdev->currPicPos = 0x00ff; // tell the caller to sync if (pgsdll_callback) (*pgsdll_callback) (GSDLL_SYNC, (char *)mdev, 0); return (0); } int mac_output_page(gx_device * dev, int copies, int flush) { gx_device_macos * mdev = (gx_device_macos *)dev; int code = 0; mdev->outputPage = true; if (strcmp(mdev->outputFileName, "")) { // save file code = mac_save_pict(dev); } // tell the caller that the page is done if (pgsdll_callback) (*pgsdll_callback) (GSDLL_PAGE, (char *)mdev, 0); gx_finish_output_page(dev, copies, flush); return code; } static int mac_save_pict(gx_device * dev) { gx_device_macos * mdev = (gx_device_macos *)dev; int code = 0; int i; if (mdev->outputFile == NULL) { code = gx_device_open_output_file(dev, mdev->outputFileName, true, true, &(mdev->outputFile)); if (code < 0) return code; } for (i=0; i<512; i++) fputc(0, mdev->outputFile); fwrite(*(mdev->pic), sizeof(char), ((long) mdev->currPicPos - (long) *mdev->pic + 2), mdev->outputFile); gx_device_close_output_file(dev, mdev->outputFileName, mdev->outputFile); mdev->outputFile = NULL; return code; } /* Close the device. */ static int mac_close(register gx_device *dev) { gx_device_macos * mdev = (gx_device_macos *)dev; long len; HUnlock((Handle) mdev->pic); // no more changes in the pict -> unlock handle if (strcmp(mdev->outputFileName, "")) { DisposeHandle((Handle) mdev->pic); gx_device_close_output_file(dev, mdev->outputFileName, mdev->outputFile); mdev->outputFile = 0; } else { len = (long)mdev->currPicPos - (long)*mdev->pic; SetHandleSize((Handle) mdev->pic, len + 10); // +10 just for the case } // notify the caller that the device was closed // it has to dispose the PICT handle when it is ready! if (pgsdll_callback) (*pgsdll_callback) (GSDLL_DEVICE, (char *)mdev, 0); return 0; } /* Fill a rectangle with a color. */ static int mac_fill_rectangle(register gx_device *dev, int x, int y, int w, int h, gx_color_index color) { gx_device_macos * mdev = (gx_device_macos *)dev; /* ignore a fullpage rect directly after an output_page, this would clear the pict */ if (mdev->outputPage && (x == 0) && (y == 0) && (w == mdev->width) && (h == mdev->height)) { return 0; } CheckMem(1024, 100*1024); ResetPage(); GSSetFgCol(dev, mdev->currPicPos, color); PICT_fillRect(mdev->currPicPos, x, y, w, h); PICT_OpEndPicGoOn(mdev->currPicPos); return 0; } /* Draw a line */ static int mac_draw_line (register gx_device *dev, int x0, int y0, int x1, int y1, gx_color_index color) { gx_device_macos * mdev = (gx_device_macos *)dev; CheckMem(1024, 100*1024); ResetPage(); GSSetFgCol(dev, mdev->currPicPos, color); PICT_Line(mdev->currPicPos, x0, y0, x1, y1); PICT_OpEndPicGoOn(mdev->currPicPos); return 0; } /* Copy a monochrome bitmap. */ static int mac_copy_mono (register gx_device *dev, const unsigned char *base, int data_x, int raster, gx_bitmap_id id, int x, int y, int w, int h, gx_color_index color_0, gx_color_index color_1) { gx_device_macos * mdev = (gx_device_macos *)dev; int byteCount = raster * h; short copyMode; // this case doesn't change the picture -> return without wasting time if (color_0 == gx_no_color_index && color_1 == gx_no_color_index) return 0; fit_copy(dev, base, data_x, raster, id, x, y, w, h); CheckMem(10*1024 + byteCount*10, 100*1024 + byteCount*10); ResetPage(); if (color_0 == gx_no_color_index) copyMode = srcOr; else if (color_1 == gx_no_color_index) copyMode = notSrcBic; // this mode is untested ! (no file found which is using it) else copyMode = srcCopy; copyMode += ditherCopy; GSSetBkCol(dev, mdev->currPicPos, color_0); GSSetFgCol(dev, mdev->currPicPos, color_1); PICTWriteOpcode(mdev->currPicPos, 0x0098); PICTWriteInt(mdev->currPicPos, raster); PICTWriteRect(mdev->currPicPos, 0, 0, raster*8, h); PICTWriteRect(mdev->currPicPos, data_x, 0, w, h); PICTWriteRect(mdev->currPicPos, x, y, w, h); PICTWriteInt(mdev->currPicPos, copyMode); PICTWriteDataPackBits(mdev->currPicPos, base, raster, h); PICT_OpEndPicGoOn(mdev->currPicPos); return 0; } /* Fill a region with a color and apply a per-pixel alpha-value */ /* alpha value is simulated by changed the value to white. Full transparency means white color */ /* that's why this will only work on a fully white background!!!! */ static int mac_copy_alpha(gx_device *dev, const unsigned char *base, int data_x, int raster, gx_bitmap_id id, int x, int y, int w, int h, gx_color_index color, int depth) { gx_device_macos * mdev = (gx_device_macos *)dev; ColorSpec *colorTable; short copyMode, shade, maxShade = (1 << depth) - 1, byteCount = raster * h; gx_color_value rgb[3]; colorHSV colHSV; colorRGB colRGB; float saturation, value; fit_copy(dev, base, data_x, raster, id, x, y, w, h); CheckMem( byteCount*4 + 200*1024, byteCount*4 + 500*1024 ); ResetPage(); colorTable = (ColorSpec*) malloc(sizeof(ColorSpec) * (maxShade+1)); if (colorTable == NULL) return gs_error_VMerror; (*dev_proc(dev, map_color_rgb))(dev, color, rgb); colRGB.red = rgb[0]; colRGB.green = rgb[1]; colRGB.blue = rgb[2]; mac_convert_rgb_hsv(&colRGB, &colHSV); saturation = colHSV.s; value = colHSV.v; for (shade=0; shade <= maxShade; shade++) { colorTable[shade].value = maxShade - shade; colHSV.s = saturation * (1.0 - (float)shade/(float)maxShade); colHSV.v = value + ((1.0 - value) * (float)shade/(float)maxShade); mac_convert_hsv_rgb(&colHSV, &colRGB); colorTable[shade].rgb.red = colRGB.red; colorTable[shade].rgb.green = colRGB.green; colorTable[shade].rgb.blue = colRGB.blue; } copyMode = srcCopy + ditherCopy; GSSetStdCol(mdev->currPicPos); if (raster < 8) { PICTWriteOpcode(mdev->currPicPos, 0x0090); } else { PICTWriteOpcode(mdev->currPicPos, 0x0098); } PICTWritePixMap(mdev->currPicPos, 0, 0, raster*8/depth, h, raster, 0, 0, X2Fix(mdev->x_pixels_per_inch), X2Fix(mdev->y_pixels_per_inch), depth); PICTWriteColorTable(mdev->currPicPos, 0, maxShade+1, colorTable); PICTWriteRect(mdev->currPicPos, data_x, 0, w, h); PICTWriteRect(mdev->currPicPos, x, y, w, h); PICTWriteInt(mdev->currPicPos, copyMode); PICTWriteDataPackBits(mdev->currPicPos, base, raster, h); PICT_OpEndPicGoOn(mdev->currPicPos); free(colorTable); return 0; } void mac_convert_rgb_hsv(colorRGB *inRGB, colorHSV *HSV) { #define NORMALIZE_RGB(col) ((float)col/(float)0xFFFF) float min = 1.0, temp; float r = NORMALIZE_RGB(inRGB->red), g = NORMALIZE_RGB(inRGB->green), b = NORMALIZE_RGB(inRGB->blue); HSV->h = 0; HSV->v = r; if (g > HSV->v) HSV->v = g; if (b > HSV->v) HSV->v = b; min = r; if (g < min) min = g; if (b < min) min = b; temp = HSV->v - min; if (HSV->v > 0) HSV->s = temp / HSV->v; else HSV->s = 0; if (HSV->s > 0) { float rd = (HSV->v - r) / temp, gd = (HSV->v - g) / temp, bd = (HSV->v - b) / temp; if (HSV->v == r) { if (min == g) HSV->h = 5 + bd; else HSV->h = 1 - gd; } else if (HSV->v == g) { if (min == b) HSV->h = 1 + rd; else HSV->h = 3 - bd; } else { if (min == r) HSV->h = 3 + gd; else HSV->h = 5 - rd; } if (HSV->h < 6) HSV->h *= 60; else HSV->h = 0; } } void mac_convert_hsv_rgb(colorHSV *inHSV, colorRGB *RGB) { if (inHSV->s == 0) { RGB->red = RGB->green = RGB->blue = inHSV->v * 0xFFFF; } else { float h = inHSV->h / 60; int i = trunc(h); float fract = h - i; unsigned short t1 = (inHSV->v * (1 - inHSV->s)) * 0xFFFF, t2 = (inHSV->v * (1 - inHSV->s * fract)) * 0xFFFF, t3 = (inHSV->v * (1 - inHSV->s * (1 - fract))) * 0xFFFF, v = inHSV->v * 0xFFFF; switch(i) { case 0: RGB->red = v; RGB->green = t3; RGB->blue = t1; break; case 1: RGB->red = t2; RGB->green = v; RGB->blue = t1; break; case 2: RGB->red = t1; RGB->green = v; RGB->blue = t3; break; case 3: RGB->red = t1; RGB->green = t2; RGB->blue = v; break; case 4: RGB->red = t3; RGB->green = t1; RGB->blue = v; break; case 5: RGB->red = v; RGB->green = t1; RGB->blue = t2; break; } } } // set color info and procedures according to pixeldepth static int mac_set_colordepth(gx_device *dev, int depth) { gx_device_macos * mdev = (gx_device_macos *)dev; gx_device_color_info * ci = &mdev->color_info; if (depth != 1 && depth != 4 && depth != 7 && depth != 8 && depth != 24) return gs_error_rangecheck; mdev->color_info.depth = depth; switch (depth) { case 1: // Black/White ci->num_components = 1; ci->max_gray = 1; ci->max_color = 0; ci->dither_grays = 2; ci->dither_colors = 0; set_dev_proc(dev, map_rgb_color, gx_default_b_w_map_rgb_color); set_dev_proc(dev, map_color_rgb, gx_default_b_w_map_color_rgb); break; case 4: // 4Bit-Gray ci->num_components = 1; ci->max_gray = 15; ci->max_color = 0; ci->dither_grays = 16; ci->dither_colors = 0; set_dev_proc(dev, map_rgb_color, gx_default_gray_map_rgb_color); set_dev_proc(dev, map_color_rgb, gx_default_gray_map_color_rgb); break; case 7: // 8Bit-Gray ci->depth = 7; ci->num_components = 1; ci->max_gray = 255; ci->max_color = 0; ci->dither_grays = 256; ci->dither_colors = 0; set_dev_proc(dev, map_rgb_color, gx_default_gray_map_rgb_color); set_dev_proc(dev, map_color_rgb, gx_default_gray_map_color_rgb); break; case 8: // 8Bit-Color ci->num_components = 3; ci->max_gray = 15; ci->max_color = 5; ci->dither_grays = 16; ci->dither_colors = 6; set_dev_proc(dev, map_rgb_color, gx_default_rgb_map_rgb_color); set_dev_proc(dev, map_color_rgb, gx_default_rgb_map_color_rgb); break; /* case 16: // 16Bit-Color ci->num_components = 3; ci->max_gray = 255; ci->max_color = 65535; ci->dither_grays = 256; ci->dither_colors = 65536; set_dev_proc(dev, map_rgb_color, gx_default_rgb_map_rgb_color); set_dev_proc(dev, map_color_rgb, gx_default_rgb_map_color_rgb); break; */ case 24: // 24Bit-Color ci->num_components = 3; ci->max_gray = 255; ci->max_color = 16777215; ci->dither_grays = 256; ci->dither_colors = 16777216; set_dev_proc(dev, map_rgb_color, gx_default_rgb_map_rgb_color); set_dev_proc(dev, map_color_rgb, gx_default_rgb_map_color_rgb); break; } return 0; } static int mac_put_params(gx_device *dev, gs_param_list *plist) { gx_device_macos *mdev = (gx_device_macos *)dev; int isOpen = mdev->is_open; int code; bool useXFonts; int depth; gs_param_string outputFile; // Get the UseExternalFonts Parameter code = param_read_bool(plist, "UseExternalFonts", &useXFonts); if (!code) mdev->useXFonts = useXFonts; // Get the BitsPerPixel Parameter code = param_read_int(plist, "BitsPerPixel", &depth); if (!code) { code = mac_set_colordepth(dev, depth); if (code) param_return_error(plist, "BitsPerPixel", gs_error_rangecheck); } // Get OutputFile code = param_read_string(plist, "OutputFile", &outputFile); if (code < 0) { param_signal_error(plist, "OutputFile", code); return code; } else if (code == 0) { if (dev->LockSafetyParams && bytes_compare(outputFile.data, outputFile.size, (const byte *)mdev->outputFileName, strlen(mdev->outputFileName))) { param_signal_error(plist, "OutputFile", gs_error_invalidaccess); return gs_error_invalidaccess; } if (outputFile.size > (gp_file_name_sizeof - 1)) { param_signal_error(plist, "OutputFile", gs_error_limitcheck); return gs_error_limitcheck; } /* If filename changed, close file. */ if (outputFile.data != 0 && bytes_compare(outputFile.data, outputFile.size, (const byte *)mdev->outputFileName, strlen(mdev->outputFileName))) { /* Close the file if it's open. */ if (mdev->outputFile != NULL) { gx_device_close_output_file(dev, mdev->outputFileName, mdev->outputFile); memcpy(mdev->outputFileName, outputFile.data, outputFile.size); mdev->outputFileName[outputFile.size] = 0; gx_device_open_output_file(dev, mdev->outputFileName, true, true, &(mdev->outputFile)); } else { memcpy(mdev->outputFileName, outputFile.data, outputFile.size); mdev->outputFileName[outputFile.size] = 0; } } } // Get the Default Parameters mdev->is_open = 0; code = gx_default_put_params( dev, plist ); mdev->is_open = isOpen; return code; } static int mac_get_params(gx_device *dev, gs_param_list *plist) { gx_device_macos *mdev = (gx_device_macos *)dev; int code; gs_param_string outputFile; code = gx_default_get_params(dev, plist); if (code < 0) return code; // UseExternalFonts code = param_write_bool(plist, "UseExternalFonts", &(mdev->useXFonts)); // color depth code = param_write_int(plist, "BitsPerPixel", &(mdev->color_info.depth)); // output file name outputFile.data = (const byte *) mdev->outputFileName; outputFile.size = strlen(mdev->outputFileName); outputFile.persistent = false; code = param_write_string(plist, "OutputFile", &outputFile); return code; } /* let the caller get the device PictHandle, he has to draw it to screen */ int GSDLLAPI gsdll_get_pict(unsigned char *dev, PicHandle *thePict) { gx_device_macos * mdev = (gx_device_macos *)dev; *thePict = mdev->pic; return 0; } /*************************************************************************************/ /*************************************************************************************/ /** Experimental functions! **/ /*************************************************************************************/ /*************************************************************************************/ #if 0 /* NOT FUNCTIONAL !!! */ /* Copy a color bitmap. */ static int mac_copy_color (register gx_device *dev, const unsigned char *base, int data_x, int raster, gx_bitmap_id id, int x, int y, int w, int h) { gx_device_macos * mdev = (gx_device_macos *)dev; int byteCount = raster * h, color; gx_color_value rgb[3]; fit_copy(dev, base, data_x, raster, id, x, y, w, h); CheckMem(10*1024 + byteCount*4, 100*1024 + byteCount*4); ResetPage(); GSSetStdCol(mdev->currPicPos); // Sets FgCol to Black and BkCol to White if (mdev->color_info.depth == 24) { PICTWriteOpcode(mdev->currPicPos, 0x009A); PICTWriteLong(mdev->currPicPos, 0x000000FF); PICTWritePixMap(mdev->currPicPos, 0, 0, raster/4, h, raster, 2, 0, X2Fix(mdev->x_pixels_per_inch), X2Fix(mdev->y_pixels_per_inch), 32); PICTWriteRect(mdev->currPicPos, data_x, 0, w, h); PICTWriteRect(mdev->currPicPos, x, y, w, h); PICTWriteInt(mdev->currPicPos, srcCopy); /* memcpy(mdev->currPicPos, base, byteCount); (char*)(mdev->currPicPos) += byteCount;*/ { short i; byteCount = 0; for (i=0; icurrPicPos, 0x00); PICTWriteByte(mdev->currPicPos, 0x00); PICTWriteByte(mdev->currPicPos, 0x00); PICTWriteByte(mdev->currPicPos, 0x00); byteCount += 3; } } if (byteCount % 2) PICTWriteFillByte(mdev->currPicPos); } else if (mdev->color_info.depth <= 8) { ColorSpec *colorTable; colorTable = (ColorSpec*) malloc(sizeof(ColorSpec) * (1 << mdev->color_info.depth)); for (color=0; color < (1 << mdev->color_info.depth); color++) { (*dev_proc(dev, map_color_rgb))(dev, color, rgb); colorTable[color].value = color; colorTable[color].rgb.red = rgb[0]; colorTable[color].rgb.green = rgb[1]; colorTable[color].rgb.blue = rgb[2]; } PICTWriteOpcode(mdev->currPicPos, 0x0098); PICTWritePixMap(mdev->currPicPos, 0, 0, raster*8/mdev->color_info.depth, h, raster, 1, 0, X2Fix(mdev->x_pixels_per_inch), X2Fix(mdev->y_pixels_per_inch), mdev->color_info.depth); PICTWriteColorTable(mdev->currPicPos, 0, (1 << mdev->color_info.depth), colorTable); PICTWriteRect(mdev->currPicPos, data_x, 0, w, h); PICTWriteRect(mdev->currPicPos, x, y, w, h); PICTWriteInt(mdev->currPicPos, srcCopy); PICTWriteDataPackBits(mdev->currPicPos, base, raster, h); free(colorTable); } else { gx_default_copy_color( dev, base, data_x, raster, id, x, y, w, h ); } PICT_OpEndPicGoOn(mdev->currPicPos); return 0; } #endif #if 0 /* tile a rectangle with a bitmap or pixmap */ static int mac_strip_tile_rectangle(register gx_device *dev, const gx_strip_bitmap *tile, int x, int y, int w, int h, gx_color_index color_0, gx_color_index color_1, int phase_x, int phase_y) { gx_device_macos * mdev = (gx_device_macos *)dev; int byteCount = tile->raster * tile->size.y; /* // tile is a pixmap if (color_0 == gx_no_color_index && color_1 == gx_no_color_index) return 0;// gx_default_strip_tile_rectangle(dev, tile, x, y, w, h, color_0, color_1, phase_x, phase_y); if (color_0 != gx_no_color_index && color_1 != gx_no_color_index) { // monochrome tiles if (phase_x != 0 ||Ęphase_y != 0 || tile->shift != 0 || tile->strip_height != 0 ||Ętile->strip_shift != 0) { return gx_default_strip_tile_rectangle(dev, tile, x, y, w, h, color_0, color_1, phase_x, phase_y); } } else { return 0;//gx_default_strip_tile_rectangle(dev, tile, x, y, w, h, color_0, color_1, phase_x, phase_y); } */ } #endif