Quantum-data 801GC Bedienungsanleitung Seite 43
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BLU_EM, GRN_EM, RED_EM, WHT_EM,
MEMESony, MESony_B, MESony_G, and
MESony_R
Description In the primary version, the screen is filled with
blue (BLU and B), green (GRN and G), red (R), or
white (WHT and MEMESony) EM characters on a
black background. A bit map of a single character
is shown here.
Only the white character has a secondary version.
It’s drawn with black characters on a white
background.
Test Focus
Purpose This pattern is specified by one or more display
manufacturers for checking and adjusting focus
on their products one color at a time.
- 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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