Windows graphics programming : Win32 GDI and DirectDraw

목차 (Table of Contents)

• CONTENTS
• PREFACE = xxxiii
• CHAPTER 1 BASIC TECHNIQUES AND KNOWLEDGE = 1
• 1.1 BASIC WINDOWS PROGRAMMING IN C／C++ = 2
• HELLO WORLD VERSION 1 : STARTING YOUR BROWSER = 3
• HELLO WORLD VERSION 2 : DRAWING DIRECTLY TO DESKTOP = 6
• HELLO WORLD VERSION 3 : CREATING A FULL-SCREEN WINDOW = 7
• HELLO WORLD VERSION 4 : DRAWING WITH DIRECTDRAW = 15
• 1.2 ASSEMBLY LANGUAGE = 20
• 1.3 PROGRAM DEVELOPMENT ENVIRONMENT = 25
• DEVELOPMENT AND TESTING SYSTEMS = 25
• COMPILERS = 26
• MICROSOFT PLATFORM SOFTWARE DEVELOPMENT KIT = 30
• MICROSOFT DRIVER DEVELOPMENT KIT = 32
• MICROSOFT DEVELOPMENT NETWORK LIBRARY = 35
• 1.4 WIN32 EXECUTABLE FILE FORMAT = 36
• IMPORT DIRECTORY = 41
• EXPORT DIRECTORY = 45
• 1.5 ARCHITECTURE OF MICROSOFT WINDOWS OS = 48
• HARDWARE ABSTRACTION LAYER = 50
• MICROKERNEL = 50
• DEVICE DRIVERS = 51
• WINDOW MANAGEMENT AND GRAPHICS SYSTEM = 53
• EXECUTIVE = 54
• SYSTEM SERVICES : NATIVE API = 56
• SYSTEM PROCESSES = 57
• SERVICES = 58
• ENVIRONMENT SUBSYSTEMS = 59
• 1.6 SUMMARY = 60
• FURTHER READING = 60
• PROGRAMS = 61
• CHAPTER 2 WINDOWS GRAPHICS SYSTEM ARCHITECTURE = 63
• 2.1 WINDOWS GRAPHICS SYSTEM COMPONENTS = 64
• MULTIMEDIA = 67
• VIDEO FOR WIDOWS = 68
• STILL IMAGE = 69
• OPENGL = 70
• WINDOWS MEDIA = 71
• OS KERNEL MODE COMPONENTS = 72
• KERNEL MODE DRIVERS = 72
• 2.2 GDI ARCHITECTURE = 74
• EXPORTED FUNCTIONS FROM GDI32.DLL = 74
• GDI FUNCTION AREAS = 75
• GDI SYSTEM SERVICE CALLS = 78
• FROM WIN32 GDI API TO GDI ENGINE SYSTEM SERVICE CALLS = 79
• 2.3 DIRECTX ARCHITECTURE = 80
• DIRECTX COMPONENTS = 81
• DIRECTDRAW ARCHITECTURE = 84
• 2.4 PRINTING ARCHITECTURE = 87
• THE WIN32 SPOOLER CLIENT DLL = 89
• SPOOLER SYSTEM SERVICE PROCESS = 90
• SPOOLER ROUTER = 90
• PRINT PROVIDER = 91
• PRINT PROCESSOR = 92
• LANGUAGE MONITOR AND PORT MONITOR = 94
• A PEEK INTO THE SPOOLER PROCESS = 95
• 2.5 GRAPHICS ENGINE = 96
• GRAPHICS ENGINE SYSTEM SERVICES = 98
• GRAPHICS RENDER ENGINE = 101
• GRAPHICS ENGINE DATA STRUCTURES = 103
• TRANSFORM TO PRIMITIVES = 104
• FONT DRIVERS = 105
• 2.6 DISPLAY DRIVERS = 106
• VIDEO PORT DRIVER AND VIDEO MINIPORT DRIVER = 106
• DISPLAY DRIVER FUNCTION AREAS = 106
• DISPLAY DRIVER INITIALIZATION = 107
• SURFACE DRAWING CALLS, HOOKING, AND PUNTING = 108
• OTHER DRIVER FEATURES = 110
• DISPLAY DRIVER SUPPORT FOR DIRECTDRAW／DIRECT3D = 110
• 2.7 PRINTER DRIVERS = 113
• MICROSOFT PRINTER DRIVER FRAMEWORKS = 114
• PRINTER DRIVER GRAPHICS DLL = 115
• AN HTML PRINTER DRIVER = 119
• 2.8 SUMMARY = 127
• FURTHER READING = 127
• PROGRAMS = 128
• CHAPTER 3 GDI／DIRECTDRAW INTERNAL DATA STRUCTURES = 129
• 3.1 HANDLES AND OBJECT-ORIENTED PROGRAMMING = 130
• CLASS AND OBJECT = 131
• ENCAPSULATION AND INFORMATION HIDING = 131
• POINTER VS. HANDLE = 135
• IDENTITY MAP = 136
• TABLE-BASED MAPPING = 137
• A HANDLE IS NOT ENOUGH = 137
• 3.2 DECODING GDI OBJECT HANDLES = 138
• STOCK OBJECT HANDLES ARE CONSTANTS = 140
• HGDIOBJ IS NOT A POINTER = 141
• PROCESS GDI HANDLE LIMIT IS AROUND 12,000 = 141
• SYSTEMWIDE GDI HANDLE LIMIT IS 16,384 = 142
• PART OF HGDIOBJ IS AN INDEX = 142
• PART OF HGDIOBJ IS A GDI OBJECT TYPE = 142
• 3.3 LOCATING THA GDI OBJECT HANDLE TABLE = 145
• 3.4 DECODING THA GDI OBJECT HANDLE TABLE = 152
• PKERNEL POINTS TO PAGED POOL = 155
• NCOUNT IS PARTLY A SELECTION COUNT = 156
• NPROCESS MAKES GDI HANDLES PROCESS-BOUND = 158
• NUPPER : MORE CHECKING FOR HANDLES = 158
• NTYPE : INTERNAL OBJECT TYPE = 159
• PUSER POINTS TO USER MODE DATA STRUCTURE = 160
• 3.5 USER MODE DATA STRUCTURE OF GDI OBJECTS = 160
• USER MODE BRUSH DATA : SOLID BRUSH OPTIMIZATION = 160
• USER MODE REGION DATA : RECTANGULAR REGION OPTIMIZATION = 162
• USER MODE FONT DATA : WIDTH TABLE = 162
• USER MODE DEVICE CONTEXT DATA : KEEPING THE SETTINGS = 163
• 3.6 ACCESSING KERNEL MODE ADDRESS SPACE = 168
• 3.7 WINDBG AND THE GDI DEBUGGER EXTENSION = 176
• 3.8 GDI KERNEL MODE DATA STRUCTURE = 191
• GDI OBJECT HANDLE TABLE IN THE GDI ENGINE 191
• GDI OBJECT TYPES IN THE GDI ENGINE = 192
• DEVICE CONTEXT IN THE GDI ENGINE = 192
• GDI ENGINE PDEV STRUCTURE = 198
• GDI ENGINE SURFACES = 205
• DEVICE-DEPENDENT BITMAPS IN THE GDI ENGINE = 207
• DIB SECTIONS IN THE GDI ENGINE = 209
• BRUSHES IN THE GDI ENGINE = 210
• PENS IN THE GDI ENGINE = 212
• PALETTES IN THE GDI ENGINE = 213
• REGIONS IN THE GDI ENGINE = 214
• PATHS IN THE GDI EUGINE = 220
• FONTS IN THE GDI ENGINE = 224
• OTHER GDI OBJECTS IN THE GDI ENGINE = 232
• 3.9 DIRECTDRAW DATA STRUCTURE = 233
• 3.10 SUMMARY = 240
• FURTHER READING = 241
• PROGRAMS = 242
• CHAPTER 4 SPYING IN THE WINDOWS GRAPHICS SYSTEM = 243
• 4.1 SPYING ON WIN32 API CALLS = 244
• MAKING OF A SPY = 246
• INJECTING SPYING DLL = 247
• HOOKING INTO API CALLING CHAIN = 250
• INFORMATION GATHERING = 252
• DATA DUMPING = 258
• SPY CONTROL PROGRAM = 262
• 4.2 SPYING ON WIN32 GDI = 265
• THE GDI API DEFINITION FILE = 266
• THE GDI DATA DECODER = 267
• COMPLETE API SPYING = 270
• 4.3 SPYING ON DIRECTDRAW COM INTERFACES = 274
• VIRTUAL FUNCTION TABLE = 274
• THE DIRECRDRAW API DEFINITION = 276
• VIRTUAL FUNCTION TABLE HACKING = 277
• 4.4 SPYING ON GDI SYSTEM CALLS = 278
• 4.5 SPYING ON THE DDI INTERFACE = 283
• 4.6 SUMMARY = 288
• FURTHER READING = 289
• PROGRAMS = 289
• CHAPTER 5 GRAPHICS DEVICE ABSTRACTION = 291
• 5.1 MODERN VIDEO DISPLAY CARD = 292
• FRAME BUFFER = 292
• PIXEL FORMAT = 296
• DOUBLE BUFFERING, Z-BUFFERING, AND TEXTURE = 300
• HARDWARE ACCELERATION = 302
• DISPLAY DEVICE AND SETTINGS ENUMERATION = 305
• 5.2 DEVICE CONTEXT = 306
• DEVICE(CONTEXT CREATION = 308
• QUERYING A DEVICE'S CAPABILITIES = 309
• ATTRIBUTES IN DEVICE CONTEXT = 310
• DEVICE CONTEXT ASSOCIATED WITH A WINDOW = 318
• DISPLAYING IN A MULTIPLE WINDOW ENVIRONMENT = 318
• GETTING A DEVICE CONTEXT ASSOCIATED WITH A WINDOW = 321
• COMMON DEVICE CONTEXT = 324
• CLASS DEVICE CONTEXT = 325
• PRIVATE DEVICE CONTEXT = 326
• PARENT DEVICE CONTEXT = 327
• OTHER DEVICE CONTEXTS = 327
• INFORMATION CONTEXT = 327
• MEMORY DEVICE CONTEXT = 328
• METAFILE DEVICE CONTEXT = 328
• 5.3 FORMALIZING DEVICE CONTEXT = 329
• 5.4 SAMPLE PROGRAM : GENERIC FRAME WINDOW = 334
• TOOTBAR CLASS = 334
• STATUS WINDOW CLASS = 335
• CANVAS WINDOW CLASS = 336
• FRAME WINDOW CLASS = 337
• TEST PROGRAM = 340
• 5.5 SAMPLE PROGRAM : PAINTING AND DEVICE CONTEXT = 341
• A WINDOW'S UPDATE REGION = 341
• WM_PAINT MESSAGE = 343
• VISUALIZE WINDOW PAINTING MESSAGES = 345
• 5.6 SUMMARY = 354
• FURTHER READING = 354
• PROGRAMS = 354
• CHAPTER 6 : COORDINATE SPACES AND TRANSFORMATION = 357
• 6.1 THE PHYSICAL DEVICE COORDINATE SPACE = 359
• 6.2 THE DEVICE COORDINATE SPACE = 361
• 6.3 THE PAGE COORDINATE SPACE AND MAPPING MODES = 365
• MM_TEXT MAPPING MODE = 366
• MM_LOENGLISH, MM_HIENCLISH MAPPING MODES = 367
• MM_LOMETRIC AND MM_HIMETRIC MAPPING MODES = 369
• MM_TWIPS MAPPING MODE = 369
• MM_ISOTROPIC MAPPING MODES = 370
• MM_ANISOTROPIC MAPPING MODE = 371
• WINDOW AND VIEWPORT ORIGINS = 374
• OTHER WINDOW AND VIEWPORT FUNCTIONS = 376
• 6.4 THE WORLD COORDINATE SPACE = 376
• AFFINE TRANSFORMATIONS = 377
• THE WIN32 API FOR WORLD TRANSFORMATIONS = 381
• USING WORLD TRANSFORMATION = 384
• 6.5 USING COORDINATE SPACES = 391
• GDI IMPLEMENTATION : MAPPING AND TRANSFORMATION = 393
• 6.6 SAMPLE PROGRAM : SCROLLING AND ZOOM = 394
• GAME BOARD BASED ON KSCROLLCANVAS CUSS = 399
• 6.7 SUMMARY = 401
• FURTHER READING = 401
• PROGRAMS = 402
• CHAPTER 7 PIXELS = 403
• 7.1 GDI OBJECTS, HANDLES, AND HANDLE TABLE = 404
• GDI OBJECT STORAGE = 405
• THE GDI OBJECT TABLE = 406
• THE GDI OBJECT HANDLE = 408
• THE GDI OBJECT API = 409
• GDI OBJECT LEAKAGE DETECTION = 412
• 7.2 CLIPPING = 415
• CLIPPING PIPELINE = 415
• SIMPLE REGIONS = 417
• CLIPPING REGION = 418
• THE META REGION = 422
• FIVE REGIONS IN A DEVICE CONTEXT = 424
• VISUALIZING DEVICE CONTEXT REGIONS = 425
• 7.3 COLOR = 429
• THE RGB COLOR SPACE = 430
• THE HLS COLOR SPACE = 433
• COLOR AND PALETTE = 440
• BEYOND THE BASICS = 444
• 7.4 DRAWING PIXELS = 445
• 7.5 SAMPLE PROGRAM : MANDELBROT SET = 448
• 7.6 SUMMARY = 450
• FURTHER READING = 451
• PROGRAMS = 451
• CHAPTER 8 LINES AND CURVES = 453
• 8.1 BINARY RASTER OPERATIONS = 454
• 8.2 BACKGROUND MODE AND BACKGROUND COLOR = 458
• 8.3 PENS = 459
• LOGICAL PEN OBJECTS = 459
• STOCK PENS = 461
• SAMPLE PENS = 462
• PENS = 465
• Cosmetic Pens = 466
• Geometric Pens = 468
• QUERY LOGICAL PENS = 472
• A WRAPPER CUSS FOR GDI PEN OBJECTS = 473
• 8.4 LINES = 475
• 8.5 BEZIER CURVES = 481
• POLYDRAW = 485
• ALTERNATIVE BEZIER CURVE DEFINITION : PASS ALL POINTS = 488
• 8.6 ARCS = 489
• SPECIFYING ARC USING DEGREES : ANGLEARC = 491
• DRAWING ARCS WITH INSIDE FRAME PENS = 492
• CONVERT ARCS TO BEZIER CURVES = 493
• 8.7 PATHS = 497
• PATH CONSTRUCTION = 498
• QUERYING PATH DATA = 500
• TRANSFORM PATH OBJECT = 504
• DRAWING USING A PATH = 508
• CONVERTING PATH TO REGION = 511
• 8.8 SAMPLE : DRAWING YOUR OWN STYLED-LINES = 511
• 8.9 SUMMARY = 516
• FURTHER READING = 517
• PROGRAM = 517
• CHAPTER 9 AREAS = 519
• 9.1 BRUSHES = 520
• LOGICAL BRUSH OBJECTS = 520
• STOCK BRUSHES = 521
• CUSTOM BRUSHES = 522
• Solid Brushes = 522
• Hatch Brushes = 523
• Bitmap Brushes = 526
• SYSTEM COLOR BRUSHES = 530
• LOGBRUSH STRUCTURE = 531
• 9.2 RECTANGLES = 532
• RECTANGLE AS A DATA STRUCTURE = 532
• DRAWING RECTANGLES = 534
• Rectangle = 534
• FillRect = 536
• FrameRect = 536
• InvertRect = 536
• DrawFocusRect = 536
• DRAWING EDGES AND CONTROLS = 537
• 9.3 ELLIPSES, CHORDS, PIES, AND ROUNDED RECTANGLES = 539
• 9.4 POLYGONS = 545
• POLYGON FILL MODE = 544
• 9.5 CLOSED PATHS = 547
• 9.6 REGIONS = 550
• REGION OBJECT CREATION = 551
• OPERATIONS ON REGION OBJECTS = 554
• Querying A Region = 554
• Set Operations on Regions = 559
• Transforming Region Data = 561
• PAINTING USING REGIONS = 567
• 9.7 GRADIENT FILLS = 568
• GRADIENT FILL OF RECTANGLES = 570
• GRADIENT FILLS TO MAKE 3D BUTTONS = 573
• 9.8 AREA FILLS IN REALTY = 574
• SEMITRANSPARENT FILL = 575
• PORTABLE GRADIENT FILL IN HLS COLOR SPACE = 576
• RADIAL GRADIENT FILL = 577
• TEXTURE AND BITMAP FILLS = 578
• PATTERN FILLS = 579
• 9.9 SUMMARY = 580
• FURTHER READING = 581
• PROGRAM = 582
• CHAPTER 10 BITMAP BASICS = 583
• 10.1 DEVICE-INDEPENDENT BITMAP FORMATS = 584
• BMP FILE FORMAT = 585
• Bitmap File Header = 586
• Bitmap Information Header = 587
• Bit Masks = 593
• Color Table = 593
• Pixel Array = 594
• PACKED DEVICE-INDEPENDENT BITMAP = 595
• DIVIDED DEVICE-INDEPENDENT BITMAP = 596
• 10.2 A DIB CLASS = 596
• 10.3 DISPLAYING A DIB = 607
• STRETCHDIBITS = 607
• SOURCE RECTANGLE = 608
• DESTINATION RECTANGLE AND STRETCH MOCKS = 609
• COLOR FORMAT CONVERSION = 610
• RASTER OPERATION = 611
• STRETCHDIBITS SAMPLE = 611
• SETDIBITSTODEVICE = 613
• 10.4 MEMORY DEVICE CONTEXTS = 615
• 10.5 DEVICE-DEPENDENT BITMAPS = 616
• CREATEBITMAP = 617
• CREATEBITMAPINDIRECT = 618
• GETOBJECT ON DDB = 619
• CREATECOMPATIBLEBITMAP AND CREATEDISCARDABLEBITMAP = 620
• CREATEDIBITMAP = 622
• LOADBITMAP = 625
• COPYING BITMAPS BETWEEN DIBS AND DDBS = 624
• ACCESS RAW DDB PIXEL ARRAY = 628
• 10.6 USING DDBS = 629
• DISPLAYING DDBS = 630
• Screen Scrambler = 631
• Various Ways of Displaying DDBs = 632
• Window／Screen Capturing = 636
• DDB Color Conversion = 637
• USING BITMAPS IN MENUS = 639
• USING A BITMAP AS WINDOW BACKGROUND = 644
• 10.7 DIB SECTION = 649
• CREATEDIBSECTION = 651
• A CLASS FOR THE DIB SECTION = 655
• GETOBJECTTYPE／GETOBJECT ON DIB SECTIONS = 655
• GETDIBCOLORTABLE／SETDIBCOLORTABLE = 656
• USING DIB SECTIONS : DEVICE-INDEPENDENT RENDERING = 657
• USING DIB SECTIONS : HIGH-RESOLUTION RENDERING = 660
• 10.8 SUMMARY = 665
• FURTHER READING = 665
• PROGRAMS = 665
• CHAPTER 11 ADVANCED BITMAP GRAPHICS = 667
• 11.1 TERNARY RASTER OPERATIONS = 668
• RASTER OPERATION ENCODING = 668
• TERNARY RASTER OPERATION CHART = 672
• COMMONLY USED RASTER OPERATIONS = 674
• BLACKNESS, WHITENESS = 677
• Pattern-Only ROPs : PATCOPY, R3_NOTCOPYPEN = 678
• Source-Only ROPs : SRCCOPY, NOTSRCCOPY = 678
• Destination-Only ROPs : R3_NOP, DSTINVERT = 678
• Destination-Free ROPs : MERGECOPY = 678
• Source-Free ROPs = 681
• Pattern-Free ROPs = 682
• Other Raster Operations = 685
• 11.2 TRANSPARENT BITMAPS = 689
• PARALLELOGRAM BIT-BLOCK TRANSFER : PLGBLT = 690
• QUATERNARY RASTER OPERATIONS : MASKBLR = 698
• Simulating MaskBlt = 700
• COLOR KEYING : TRANSPARENTBLT = 704
• Simulating TransparentBlt = 705
• 11.3 TRANSPARENCY WITHOUT A MASK BITMAP = 709
• MASKING USING GEOMETRIC SHAPES = 709
• MASKING USING CLIPPING = 711
• PREFABRICATING IMAGE = 712
• 11.4 ALPHA BLENDING = 715
• SIMPLE CONSTANT ALPHA BLENDING = 717
• FADE IN, FADE OUT OF BITMAPS = 719
• LAYERED WINDOW = 720
• ALPHA CHANNEL : AIRBRUSH = 722
• SIMULATING ALPHA BLENDING = 726
• 11.5 SUMMARY = 728
• FURTHER READING = 729
• SAMPLE PROGRAM = 729
• CHAPTER 12 IMAGE PROCESSING USING WINDOWS BITMAPS = 731
• 12.1 GENERIC PIXEL ACCESS = 732
• 12.2 BITMAP AFFINE TRANSFORMATION = 736
• 12.3 FAST SPECIALIZED BITMAP TRANSFORMER = 739
• 12.4 BITMAP COLOR TRANSFORMATION = 742
• CONVERTING BITMAPS TO GRAYSCALE = 745
• GAMMA CORRECTION = 746
• 12.5 BITMAP PIXEL TRANSFORMATION = 749
• GENERIC PIXEL TRANSFORMATION CUSS = 749
• GENERIC CHANNEL-SPLITTING CUSS = 753
• SAMPLE CHANNEL SPLITTING = 756
• HISTOGRAM = 757
• 12.6 BITMAP SPATIAL FILLERS = 759
• SMOOTHING AND SHARPENING FILTERS = 764
• EDGE-DETECTION AND EMBOSSING FIBERS = 765
• MORPHOLOGICAL FIBERS = 767
• 12.7 SUMMARY = 769
• FURTHER READING = 770
• PROGRAM = 770
• CHAPTER 13 PALETTES = 771
• 13.1 SYSTEM PALETTE = 772
• DISPLAY SETTINGS = 773
• QUERYING THE SYSTEM PALETTE = 774
• STATIC COLORS = 778
• 13.2 THE LOGICAL PALETTE = 780
• THE DEFAULT PALETTE = 781
• THE HALFTONE PALETTE = 782
• CREATING A CUSTOMIZED PALETTE = 784
• 13.3 PALETTE MESSAGES = 786
• TK WM_QUERYNEWPALETTE = 786
• WM_PALETTEISCHANGING = 787
• WM_PALETTECHANGED = 788
• A TEST PROGRAM = 789
• 13.4 PALETTE AND BITMAPS = 794
• THE DEVICE-DEPENDENT BITMAP AND PALETTE = 794
• DEVICE-INDEPENDENT BITMAPS AND PALETTE = 798
• A PALETTE INDEX IN A DIB COLOR TABLE = 801
• THE DIB SECTION AND PALETTE = 803
• 13.5 COLOR QUANTIZATION = 804
• 13.6 BITMAP COLOR-DEPTH REDUCTION = 816
• 13.7 SUMMARY = 824
• FURTHER READING = 824
• PROGRAM = 825
• CHAPTER 14 FONTS = 827
• 14.1 WHAT'S A FONT? = 828
• CHARACTER SET AND CODE PAGE = 829
• GLYPH = 834
• Relationship between Glyph and Character = 835
• Glyph Design Elements = 836
• FONT = 836
• TYPESTYLE AND FONT FAMILY = 838
• 14.2 BITMAP FONTS = 842
• 14.3 VECTOR FONTS = 847
• 14.4 TRUETYPE FONTS = 850
• TRUETYPE FONT FILE FORMAT = 851
• FONT HEADER("HEAD"TABLE) = 854
• MAXIMUM PROFILE("MAXP" TABLE) = 855
• CHARACTER-TO-GLYPH INDEX MAPPING("CMAP" TABLE) = 856
• INDEX TO LOCATION("LOCA" TABLE) = 859
• GLYPH DATA("GLYF"TABLE) = 859
• GLYPH INSTRUCTIONS = 870
• HORIZONTAL METRICS("HHEA" AND "HTMX" TABLES) = 875
• KERNING("KERN" TABLE) = 878
• OS／2 AND WINDOW METRICS("OS／2" TABLE) = 880
• OTHER TABLES = 881
• TRUETYPE COLLECTIONS = 882
• 14.5 FONT INSTALLATION AND EMBEDDIING = 883
• FONT RESOURCE FILE = 884
• INSTALL PUBLIC FONTS = 884
• INSTALL PRIVATE OR MULTIPLE MASTER OPENTYPE FONTS = 885
• INSTALL FONTS FROM MEMORY IMAGE = 885
• FONT EMBEDDING = 886
• SYSTEM FONT LISTS = 890
• 14.6 SUMMARY = 891
• FURTHER READING = 891
• PROGRAMS = 893
• CHAPTER 15 TEXT = 895
• 15.1 LOGICAL FONTS = 896
• WINDOWS TYPOGRAPHY TERMINOLOGY = 897
• STOCK FONTS = 898
• CREATING LOGICAL FONTS = 900
• LOGICAL TO PHYSICAL FONT MAPPING = 905
• PANOSE TYPEFACE MATCHING = 907
• 15.2 QUERYING LOGICAL FONT = 914
• METRICS FOR BITMAP AND VECTOR FONTS = 916
• METRICS FOR TRUETYPE／OPENTYPE FONTS = 919
• EXPLORE LOGFONT AND FONT METRICS = 924
• FONT METRICS ACCURACY = 925
• Logical Coordinate Space Resolution vs. Accuracy = 928
• Font Point Size vs. Accuracy = 930
• 15.3 SIMPLE TEXT DRAWING = 931
• TEXT ALIGNMENT = 932
• RIGHT-TO-LEFT LAYOUT AND READING = 935
• CHARACTER EXTRA AND BREAK EXTRA = 938
• CHARACTER WIDTH = 941
• 15.4 ADVANCED TEXT DRAWING = 947
• CHARACTER-TO-GLYPH MAPPING = 947
• KERNING = 948
• CHARACTER PLACEMENT = 950
• EXTENDED TEXT DRAWING = 952
• UNISCRIBE = 956
• ACCESSING GLYPH = 957
• Glyph Bitmap = 959
• Glyph Outline = 964
• 15.5 TEXT FORMATTING = 968
• TABBED TEXT DRAWING = 968
• SIMPLE PARAGRAPH FORMATTING = 970
• DEVICE-INDEPENDENT TEXT FORMATTING = 973
• 15.6 TEXT EFFECTS = 976
• COLORING TEXT = 977
• TEXT STYLES = 980
• TEXT GEOMETRY = 983
• TEXT AS BITMAP = 989
• Display Text Using Glyph Bitmaps = 989
• Converting Text to Bitmap = 992
• Embossing and Engraving on Bitmap Background = 994
• TEXT AS CURVE = 996
• Using a GDI Path For Text = 996
• Transforming Path Data = 998
• 3D Text = 1002
• TEXT AS REGION = 1004
• 15.7 SUMMARY = 1005
• FURTHER READING = 1005
• PROGRAM = 1006
• CHAPTER 16 METAFILE = 1007
• 16.1 METAFILE BASICS = 1008
• CREATING AN ENHANCED METAFILE = 1009
• PLAYING AN ENHANCED METAFILE = 1011
• QUERYING AN ENHANCED METAFILE = 1015
• EXCHANGING AN ENHANCED METAFILE = 1019
• Saving Drawings to an EMF File = 1020
• Loading an EMF From a Resource = 1021
• Putting an EMF on Static Control = 1022
• Exchanging with the Clipboard = 1023
• 16.2 INSIDE AN ENHANCED METALS = 1024
• EMF RECORDS = 1025
• CLASSIFYING EMF RECORD TYPeS = 1027
• DECODING EMF RECORDS = 1031
• SIMPLE GDI OBJECTS IN AN EMF = 1033
• BITMAPS IN AN EMF = 1034
• REGIONS IN AN EMF = 1037
• PATHS IN AN EMF = 1037
• PALETTES IN AN EMF = 1038
• COORDINATE SPACES IN AN EMF = 1040
• DRAW COMMANDS IN AN EMF = 1043
• Texts in an EMF = 1045
• EMF DEVICE INDEPENDENCE = 1045
• 16.3 ENUMERATING AN EMF = 1047
• C++ CLASS FOR EMF ENUMERATING = 1048
• SLOW MOTION IN AN EMF PLAYBACK = 1049
• TRACING AN EMF PLAYBACK = 1050
• CHANGING AN EMF DYNAMICALLY = 1053
• DERIVING AN EMF FROM AN EMF = 1055
• EMF Playback Details = 1057
• Undocumented EMF Record Types = 1058
• GDIComment = 1059
• 16.4 AN EMF AS A PROGRAMMING TOOL = 1060
• AN EMF DECOMPILER = 1060
• CAPTURE AN EMF SPOOL FILE = 1063
• 16.5 SUMMARY = 1065
• FURTHER READING = 1065
• SAMPLE PROGRAMS = 1066
• CHAPTER 17 PRINTING = 1067
• 17.1 UNDERSTANDING THE SPOOLER = 1068
• PRINTING PROCESS = 1068
• PRINTER CONTROL LANGUAGE = 1070
• Text-Based Printer Control Language = 1070
• Raster-Based Printer Control Language = 1071
• Page Description Language = 1072
• PRINTING DIRECTLY TO A PORT = 1074
• PRINTING THROUGH THE SPOOLER = 1076
• EMF PRINT PROCESSOR = 1080
• ENUMERATING PRINTERS = 1082
• QUERYING A PRINTER = 1084
• SET UP A PRINTER DRIVER = 1084
• 17.2 BASIC PRINTING USING GDI = 1089
• PRINTING COMMON DIALOG BOXES = 1089
• CREATING PRINTER DEVICE CONTEXT = 1096
• QUERYING PRINTER DEVICE CONTEXT = 1098
• OUTLINE OF A PRINT JOB = 1101
• 17.3 DESIGN FOR PRINTING = 1104
• UNIFORM LOGICAL COORDINATE SPACE = 1105
• PAPER SIMULATION = 1108
• MULTIPAGE, MULTICOLUMN DISPLAY = 1109
• MULTIPAGE PRINTING = 1110
• GENERIC PRINTING CLASS = 1112
• 17.4 DRAWING ON PRINTER DEVICE CONTEXT = 1117
• COORDINATE SPACE UNITS = 1118
• TEXT = 1119
• BITMAP = 1121
• JPEG IMAGE PRINTING = 1123
• 17.5 SUMMARY = 1128
• FURTHER READING = 1129
• PROGRAMS = 1129
• CHAPTER 18 DIRECTDRAW AND DIRECT3D IMMEDIATE MODE = 1131
• 18.1 COMPONENT OBJECT MODEL(COM) = 1133
• COM INTERFACE = 1133
• COM CLASS = 1134
• CREATING A COM OBJECT = 1135
• HRESULT = 1136
• DIRECTX AND COM = 1137
• 18.2 DIRECTDRAW BASICS = 1140
• IDIRECTDRAW7 INTERFACE = 1140
• IDIRECTDRAWSURFACE7 INTERFACE = 1143
• DRAWING ON A DIRECRDRAW SURFACE = 1147
• Hardware-Accelerated Drawing = 1147
• GDI Drawing = 1148
• Direct Pixel Access = 1150
• COLOR MATCHING = 1152
• IDIRECRDRAWCLIPPER INTERFACE = 1155
• SIMPLE DIRECRDRAW WINDOW = 1155
• 18.3 BUILDING A DIRECTDRAW GRAPHICS LIBRARY = 1158
• PIXEL DRAWING = 1159
• LINE DRAWING = 1162
• AREA FILL = 1166
• CLIPPING = 1167
• OFF-SCREEN SURFACE = 1170
• TRANSPARENCY THROUGH COLOR KEYING = 1173
• FONT AND TEXT = 1173
• NOT QUITE A CAME = 1178
• 18.4 DIRECTED IMMEDIATE MODE = 1182
• A DIRECTED IMMEDIATE MODE ENVIRONMENT = 1183
• HANDLING WINDOW RESIZING = 1187
• TWO-STEP RENDERING = 1188
• PUTTING DIRECT3D INTO A WINDOW = 1189
• TEXTURE SURFACE = 1191
• A DIRECT3D IMMEDIATE MODE SAMPLE = 1193
• 18.5 SUMMARY = 1198
• FURTHER READING = 1198
• PROGRAMS = 1199
• INDEX = 1201