Quantum-data 801GC Manuel d'utilisateur Page 154
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- Table des matières
- DEPANNAGE
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
6-28 Chapter 6: Programming
Model 801GC, 801GF & 801GX¥Rev. A
The Rectangle primitive draws a rectangle whose
sides are parallel to the vertical and horizontal axis
of displayed video. The primitive uses six (6) pa-
rameters. The first is the color. The next two param-
eters are the width and height of the rectangle in
pixels. The second two parameters are the X and Y
coordinates for the top left-hand corner of the rect-
angle. The last parameter is the fill flag. The follow-
ing example draws a 50% gray rectangular filled solid
that is 15 pixels wide by 20 pixels high and has its
top left corner located 50 pixels to the right and 40
pixels below the top left corner of active video:
Rectangle Gray50 15 2Ø 5Ø 4Ø 1
The Oval primitive draws an oval whose axes are
parallel to the vertical and horizontal axis of dis-
played video. The size and position of the oval is
defined by its framing rectangle. The framing rect-
angle is a rectangle whose sides are both tangent to
the oval at four points and are parallel to the verti-
cal and horizontal axis of displayed video. The fram-
ing rectangle is not drawn as part of the primitive.
The figure shows the relationship of an oval to its
framing rectangle.
The primitive uses six (6) parameters. The first is
the color. The next two parameters are the width
and height of the framing rectangle in pixels. The
second two parameters are the X and Y coordinates
for the top left-hand corner of the framing rectangle.
The last parameter is the fill flag. The following
example draws a red oval that is 240 pixels wide by
150 pixels high and has the framing rectangle’s top
left corner located 20 pixels to the right and 10 pix-
els below the top left corner of active video:
Oval Red 24Ø 15Ø 2Ø 1Ø Ø
width
height
left, top
- Owner's and 1
- Programmer's 1
- Trademark Acknowledgments: 4
- Chapter 1: Introduction 1-1 5
- Chapter 6: Programming 6-1 10
- Table of Contents 11
- Chapter 8:Error Messages 8-1 13
- Chapter 9: Service 9-1 14
- Chapter 1: Introduction 17
- Features 18
- Product Overview 19
- Connectors 20
- Chapter 2: Basic Operation 21
- Introduction 22
- Operating Modes 22
- Switching operating modes 23
- Test Sequence 23
- Programming 23
- Image Looping in 26
- Normal Mode 26
- Image Knob in 26
- Other Modes 26
- Switches 27
- Image Button 28
- Video Gate Buttons 29
- Monochrome 29
- Operation 29
- Sync Gate Buttons 30
- Outputs Button 30
- Chapter 3: Built-In Formats 31
- Built-in Formats 34
- Built-in Formats Ð cont 35
- Chapter 4: Built-In Images 39
- ImageName 41
- MESony_R 43
- MEPlus_R 44
- Flat_R — contd 46
- Box_50mm and Box_64mm 47
- BriteBox 48
- BriteBox — contd 49
- Burst (TV formats only) 50
- Check511 51
- CheckBy3 52
- Check_11 53
- CirclesL 54
- CirclesS 55
- ColorBar 56
- Quantum Data 57
- Dot_10, Dot_12, Dot_24 59
- EMITest1 61
- EMITest2 61
- EMITest3 61
- EMITest4 61
- Focus_@6, Focus_@7, Focus_@8 62
- Focus_Cx 63
- Focus_Oo 65
- Hatch64W 72
- Hitachi1 73
- KanjiKan 74
- Linearty (Linearity) 75
- Linearty (Linearity) — contd 76
- LinFocus 77
- LinFocus — contd 78
- Outline0 and Outline1 79
- PulseBar (TV formats only) 87
- QuartBox 88
- Ramp (TV formats only) 89
- Regulate 91
- Samsung1 92
- Samsung2 92
- SlideRGB 92
- SMPTE133 93
- SMPTE — contd 95
- SMPTEbar 99
- 5% Gray Bar 100
- Chapter 4: Built-In Images 102
- Stairs20 104
- Strokes0, Strokes1 105
- Text_9, Text_16 106
- Text_9, Text_16 — contd 107
- TVHatch (TV formats only) 111
- Chapter 5: Making Connections 113
- Line Voltage Selector 114
- Fuse Requirements 115
- AC Power Connection 115
- Display Connection 116
- Display Codes 118
- Checking a 119
- Display Code 119
- SUN Display Codes 120
- Apple Macintosh Display Codes 120
- IBM VGA Display Codes 120
- Serial Port Connection 121
- PC / Terminal Wiring 123
- Apple Macintosh Wiring 124
- Chapter 6: Programming 127
- Creating custom test images 129
- Creating a test sequence 129
- Setting system parameters 130
- ProgrammerÕs utility disk 131
- Operating via remote control 132
- Using the Built-In Editors 133
- Format Editor 135
- Format Knob Directory Editor 145
- Image Knob Directory Editor 147
- Custom Image Editor 150
- Oval Red 24Ø 15Ø 2Ø 1Ø Ø 154
- Line Yellow 2Ø 5 32Ø 24Ø 155
- Dot White 2ØØ 3ØØ 155
- Grid Gray75 14 1Ø 155
- H-Grill Green 4 155
- Characters White 88 Ø 157
- Limits White 157
- Centermark Red 157
- Format Blue 30 200 158
- HatchI-O Yellow 15 9 159
- HatchO-I Green 15 9 159
- Cross Magenta 159
- Seq.Step Cyan 10 10 160
- What is a Sequence? 161
- Sequence Editor 164
- Running a Sequence 167
- Cancelling the Sequence Mode 168
- Creating your own format file 169
- ANALOG_3.CMD 170
- Digital Video Parameters 174
- Digital Sync Parameters 175
- Timing Parameters 176
- VTOT = HRAT / Vertical Rate 179
- VTOT = HRAT / Frame Rate 179
- VSPD = HRAT x Front Porch 180
- VSPW = HRAT x Pulse Width 180
- Calculated Rates 181
- Active Video Physical Size 182
- Outputs Control 183
- SEND filename 186
- How to use PCPLUSTD.EXE 187
- Input Buffer 188
- Program Message Syntax 189
- Message Unit Syntax 189
- Output Queue 190
- Buffer Deadlock 191
- The Status Byte 191
- Requesting Service 191
- Remote/Local Operation 192
- Logical OR 193
- Status Byte Bit Definitions 194
- Bus Commands 195
- Common Commands 195
- *CLS Clear Status 196
- *ESE Event Status Enable 196
- *ESR? Event Status Register 197
- *OPC Operation Complete 197
- *OPT? Options 198
- *RST Reset 198
- *SRE Service Request Enable 199
- *STB? Status Byte 199
- *TST? Self-Test 200
- Command Language 201
- Command and Query Finder 201
- Format Parameter Settings 202
- Format Editor Control 203
- Format Memory Management 204
- Custom Image Primitives 205
- 6-80 Chapter 6: Programming 206
- Fill Patterns 207
- Image Editor Control 208
- Image Memory Management 208
- Sequence Editor Control 208
- Sequence Memory Management 209
- Sequence Parameter Settings 209
- Directory Editor Control 209
- Directory Memory Management 210
- System Parameter Settings 210
- 6-86 Chapter 6: Programming 212
- ADDR ADDRess 212
- ADOT draw A single pixel DOT 212
- ALLU ALL Use 213
- 6-88 Chapter 6: Programming 214
- 6-90 Chapter 6: Programming 216
- ASSG Analog Sync Signal Gate 217
- 6-92 Chapter 6: Programming 218
- ASSS Analog Sync Signal Swing 218
- 6-94 Chapter 6: Programming 220
- 6-96 Chapter 6: Programming 222
- 6-98 Chapter 6: Programming 224
- AVST Analog Video Signal Type 224
- BASE number BASE 225
- BOOT warm BOOT 225
- 6-100 Chapter 6: Programming 226
- CACH instruction CACHe enable 226
- 6-102 Chapter 6: Programming 228
- CALL CALL internal function 229
- 6-104 Chapter 6: Programming 230
- 6-106 Chapter 6: Programming 232
- DCBM Display Code Bit Mask 233
- 6-108 Chapter 6: Programming 234
- DCEX Display Code EXpected 234
- DCRD Display Code ReaD 235
- DIRA DIRectory save As 235
- 6-110 Chapter 6: Programming 236
- DIRB DIRectory editing Begin 236
- DIRE DIRectory editing End 236
- DIRK DIRectory Kill 237
- DIRL DIRectory Load 237
- 6-112 Chapter 6: Programming 238
- DIRN DIRectory New 238
- DIRP DIRectory Path 238
- DIRQ DIRectory Query pointer 239
- DIRS DIRectory Save 239
- 6-114 Chapter 6: Programming 240
- 6-116 Chapter 6: Programming 242
- 6-118 Chapter 6: Programming 244
- FMTA ForMaT save As 245
- 6-120 Chapter 6: Programming 246
- FMTB ForMaT editing Begin 246
- FMTE ForMaT editing End 246
- FMTG ForMaT in buffer Good 246
- FMTJ ForMaT Justify 247
- 6-122 Chapter 6: Programming 248
- FMTN ForMaT New 249
- 6-124 Chapter 6: Programming 250
- FMTP ForMaT Path 250
- FMTQ ForMaT Query pointer 250
- FMTS ForMaT Save 251
- 6-126 Chapter 6: Programming 252
- FMTU ForMaT Use 252
- FORM draw FORMat data block 253
- 6-128 Chapter 6: Programming 254
- GAMA GAMmA correction factor 255
- GAMC GAMma Correction mode 255
- 6-130 Chapter 6: Programming 256
- GRID draw a centered GRID 257
- 6-132 Chapter 6: Programming 258
- 6-134 Chapter 6: Programming 260
- Outside in 260
- HRAT Horizontal RATe 261
- HRES Horizontal RESolution 261
- 6-136 Chapter 6: Programming 262
- HSIZ Horizontal SIZe 262
- 6-138 Chapter 6: Programming 264
- *IDN IDeNtification 265
- 6-140 Chapter 6: Programming 266
- IMGA IMaGe save As 266
- IMGB IMaGe editing Begin 266
- IMGE IMaGe editing End 266
- IMGK IMaGe Kill 267
- IMGL IMaGe Load 267
- 6-142 Chapter 6: Programming 268
- IMGN IMaGe New 268
- IMGP IMaGe Path 268
- IMGQ IMaGe Query pointer 269
- 6-144 Chapter 6: Programming 270
- IMGS IMaGe Save 270
- IMGU IMaGe Use 270
- IVER Image VERsion 271
- JRAT Justify pixel clock RATe 271
- 6-146 Chapter 6: Programming 272
- KEYY KEY toggle 272
- KNOB rotate KNOB 273
- LCDS LCD Status 273
- 6-148 Chapter 6: Programming 274
- LEDS LED Status 274
- LINE draw a LINE 275
- 6-150 Chapter 6: Programming 276
- MODE communications MODE 276
- MSIZ light Meter SIZe 277
- NAMF NAMe Find 277
- 6-152 Chapter 6: Programming 278
- NAMI NAMe Insert 278
- NAMK NAMe Kill 278
- NAMQ NAMe Query 279
- NAMY NAMe Yank 279
- NOGA use NO GAmma correction 279
- 6-154 Chapter 6: Programming 280
- OUTG OUTputs Gate 280
- OVAL draw an OVAL 280
- 6-156 Chapter 6: Programming 282
- PCPG Pixel Clock Pulse Gate 282
- PUTA PUT Absolute 282
- PUTR PUT Relative 283
- 6-158 Chapter 6: Programming 284
- RECT draw a RECTangle 284
- SCAL Self CALibrate 284
- SCAN SCAN fields per frame 285
- SDLY Sequence step DeLaY 285
- 6-160 Chapter 6: Programming 286
- SEQA SEQuence save As 286
- SEQB SEQuence editing Begin 286
- SEQE SEQuence editing End 286
- SEQK SEQuence Kill 287
- SEQL SEQuence Load 287
- 6-162 Chapter 6: Programming 288
- SEQN SEQuence New 288
- SEQP SEQuence Path 288
- SEQQ SEQuence Query pointer 289
- SEQS SEQuence Save 289
- SEQU SEQuence Use 289
- 6-164 Chapter 6: Programming 290
- SIZE SIZE of bit field 290
- SMOD Sequence operating MODe 290
- 6-166 Chapter 6: Programming 292
- SSST Select Sync Signal Type 292
- STEP sequence STEP number 293
- 6-168 Chapter 6: Programming 294
- TEXT draw TEXT string 294
- TRIA draw a TRIAngle 295
- UIDN User IDeNtification 295
- 6-170 Chapter 6: Programming 296
- VERF VERsion of Firmware 296
- VERH VERsion of Hardware 297
- VRES Vertical RESolution 297
- 6-172 Chapter 6: Programming 298
- VSIZ Vertical SIZe 298
- VSPG Vertical Sync Pulse Gate 299
- 6-174 Chapter 6: Programming 300
- 6-176 Chapter 6: Programming 302
- XVSG Video Signal Gating 302
- 6-178 Chapter 6: Programming 304
- Chapter 7: Troubleshooting 305
- Power-on 306
- Computer Interfacing 307
- If All Else Fails 308
- Chapter 8: Error Messages 309
- System Errors 310
- System Messages 311
- Format Errors 312
- Corrupt Data Error Messages 313
- System Error Message Summary 314
- Format Error Messages 315
- 3000 Invalid color name 326
- 3002 No image memory 326
- 3003 Image memory full 326
- 3004 Invalid font name 326
- 3005 Img ed running 327
- 3006 Nothing to save 327
- 3050 Invalid gray level 327
- 4002 No sequence memory 328
- 4003 Sequence memory full 328
- 4005 Seq ed running 328
- 4006 No sequence to save 328
- 4007 Sequence buffer full 328
- 9500 Sequence data not found 334
- Chapter 9: Service 335
- New Product Warranty 336
- User Registration Card 336
- Product Updates 337
- Service Agreements 337
- Getting Your 801G* Repaired 338
- Authorized Service Centers 338
- Matrix Europe BV 339
- Nihon Binary Company, Ltd 339
- Appendix A: Specifications 341
- Over 100 built-in imagess 342
- Over 100 built-in formats 342
- Internet Connections 356
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