ijpds formats.book - Kodak

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Chapter 5. Record Sequence Multi-RIP System Multi-RIP System 5 - 4 IJPDS Formats For a multi-RIP system, the JC2 record must be in a block by itself. All records following the JC2 record are RIP specific. That is, each record is assigned to a specific RIP. Other than this requirement, all of the record sequence rules described for a single-RIP system apply. Just remember that for a multi-RIP system, the record sequences must be repeated for each RIP. Each block on tape or disk can contain data for only one RIP. It is required that each block start with a RIP record to identify the target RIP even if the RIP assignment does not change from one block to another. All fonts for one RIP must be defined before switching to another RIP. All fixed files for one RIP must be defined before switching to another RIP. The fonts and fixed files for all RIPs must be loaded before any variable data for any of the RIPs. All RIPs for a given document must be on the same tape. Figures 5.2 and 5.3 show two versions of how the data in the job file can be divided between RIPs in a system with two RIPs. To keep the diagrams simple, some optional records like SRM, RCR, or PLR and category II font records are not included in the illustrations. In Figure 5.2, the data segments (printhead and font requirements, font definitions, and fixed file definitions) are separated and repeated for each RIP. In Figure 5.3, these data segments are joined and then repeated for each RIP. The method used may depend on the quantity of data such as the number of fonts and fixed files. For variable data, the decision as to when to change RIP assignments with a RIP record depends on the relative output rates of the different RIPs. Factors such as the distance between printheads for each RIP and the amount of data each RIP prints must be considered when preparing the job file. The job file should be prepared so that a situation where the data station buffers are full with data for one RIP while another RIP needs data does not occur. Although the requirements vary significantly from job to job, a general guideline is to format the file so that each group of 20 consecutive blocks contains at least one block for each RIP. The end of job record (EOJ) must come after the last document for each RIP.
Figure 5.2 Multiple RIP sequence 1 JC2 RIP PHR FAR RIP PHR FAR RIP FDR CDR RIP FDR CDR RIP LFF EFF RIP LFF EFF RIP SOD or SDC RIP SOD or SDC EOJ Figure 5.3 Multiple RIP sequence 2 JC2 RIP PHR FAR FDR CDR LFF EFF RIP PHR FAR FDR CDR LFF EFF RIP SOD or SDC RIP SOD or SDC EOJ Chapter 5. Record Sequence Multi-RIP System Reference Guide 5 - 5
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KODAK VERSAMARK IJPDS Formats Refer
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FCC Compliance Statement This equip
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Scope Text Notations This manual us
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Contents Chapter 1. Overview KODAK
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Contents Appendix D. Indexing and M
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Chapter 1. Overview KODAK VERSAMARK
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Data Station RIPs Chapter 1. Overvi
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Pages and Page Buffers Chapter 1. O
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Chapter 1. Overview Image Positions
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Character cell Cursor positions Sta
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Cursor position Positive Y offset f
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Definition Records for Category I F
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Fixed Files Chapter 1. Overview Fix
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Two Documents per Cue Chapter 1. Ov
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Tape Specifications Chapter 2. Magn
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Tape Labels Chapter 2. Magnetic Tap
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Tape Blocking Chapter 2. Magnetic T
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Record Information Chapter 4. Recor
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Chapter 4. Record Formats Compressi
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Chapter 4. Record Formats Job Contr
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Select RIP (RIP) The RIP record is
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Byte Position Bytes Field Name Desc
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Chapter 4. Record Formats Set Resol
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Chapter 4. Record Formats Super Fon
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Chapter 4. Record Formats Character
Page 57 and 58: Byte Position Bytes Field Name Desc
Page 61 and 62: Chapter 4. Record Formats Super Fon
Page 63 and 64: Chapter 4. Record Formats Character
Page 65 and 66: Load Fixed File (LFF) Byte Position
Page 67 and 68: Chapter 4. Record Formats Range Che
Page 73 and 74: Set Position (SPX) Byte Position By
Page 75 and 76: Chapter 4. Record Formats Set Relat
Page 77 and 78: Cursor Restore (CSR) Byte Position
Page 79 and 80: Set Font (SFT) Byte Position Bytes
Page 81 and 82: Image a Line (IML) Byte Position By
Page 83 and 84: Chapter 4. Record Formats Multi-Par
Page 85 and 86: Go to Fixed File (GFF) Byte Positio
Page 87 and 88: Chapter 4. Record Formats Unformatt
Page 89 and 90: Chapter 4. Record Formats Set Logic
Page 91 and 92: Chapter 4. Record Formats Fill a Re
Page 93 and 94: Chapter 4. Record Formats Compresse
Page 95 and 96: Chapter 4. Record Formats Set Page
Page 97 and 98: Wait for Cue (WFC) Chapter 4. Recor
Page 99 and 100: Message (MSG) Byte Position Bytes F
Page 101 and 102: No Operation (NOP) Byte Position By
Page 103 and 104: Chapter 4. Record Formats Job Contr
Page 105 and 106: Single-RIP System Chapter 5. Record
Page 107: Figure 5.1 Single RIP-record sequen
Page 111 and 112: Appendix A. Record References The r
Page 113 and 114: Table A.1 Records by acronym (Conti
Page 115: Table A.2 Records by control code (
Page 118 and 119: Appendix B. Sample Font Coding Cate
Page 120 and 121: Appendix B. Sample Font Coding Cate
Page 123 and 124: Appendix C. Printer Support for IJP
Page 125 and 126: Table C.1 Printer support for IJPDS
Page 127 and 128: Appendix D. Indexing and Multi-File
Page 129 and 130: Multiple-File (Very Large) Jobs Fil
Page 131 and 132: Monochrome RIP Data Structure CMYK
Page 133: Example of File Writing (in MFC and
Page 136 and 137: Glossary IJPDS Formats character of
Page 138 and 139: Glossary IJPDS Formats page buffer
Page 142: 0113991-602 0113991-603 © Kodak Ve
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