Command Reference Guide for Software Developers
Table Of Contents
- Technical Reference Guide
- TABLE OF CONTENTS
- GLOSSARY
- CHAPTER 1 INTRODUCTION
- CHAPTER 2 PCL PRINTER CONTROL LANGUAGE
- 1. COMMAND LIST
- 2. INTRODUCTION
- 3. CONTROLLING THE PRINTER
- 4. JOB CONTROL
- 4.1 . Commands
- 4.1.1. Page size
- 4.1.2. Media type selection
- 4.1.3. Output tray
- 4.1.4. Paper source
- 4.1.5. Left long-edge offset registration
- 4.1.6. Top offset registration
- 4.1.7. Simplex/duplex printing
- 4.1.8. Paper side selection
- 4.1.9. Job separation command
- 4.1.10. Reset
- 4.1.11. Reset to factory default settings
- 4.1.12. Reset to user settings
- 4.1.13. Printer self test
- 4.1.14. Exit current emulation mode
- 4.1.15. Change emulation mode
- 4.2. The Page
- 4.2.1. Physical page
- 4.2.2. Printable area
- 4.2.3. Logical page
- 4.2.4. Text area
- 4.2.5. HP-GL/2 graphics window
- 4.2.6. Portrait page dimensions
- 4.2.7. Landscape page dimensions
- 4.2.8. Coordinates
- 4.2.9. Units
- 4.2.10. Unit of measure
- 4.2.11. Setting the left and right margins
- 4.2.12. Resetting the horizontal margins
- 4.2.13. Setting the top margin
- 4.2.14. Setting the vertical motion index (VMI)
- 4.2.15. Setting the horizontal motion index (HMI)
- 4.2.16. Setting line spacing
- 4.2.17. Text length
- 4.2.18. Page length
- 4.2.19. Perforation skip
- 4.2.20. Positioning the cursor
- 4.2.21. Vertical positioning
- 4.2.22. Horizontal position
- 4.2.23. Positioning the cursor using control codes
- 4.2.24. Using the cursor position stack
- 4.2.25. Half line feed
- 4.2.26. Logical page orientation
- 4.2.27. Text direction
- 4.1 . Commands
- 5. USING FONTS
- 5.1. Introduction
- 5.1.1. Font types
- 5.1.2. Bitmap fonts
- 5.1.3. Scalable fonts
- 5.1.4. Bound fonts
- 5.1.5. Unbound fonts
- 5.1.6. Font sources
- 5.1.7. Internal fonts
- 5.1.8. Card/cartridge fonts
- 5.1.9. Downloadable fonts
- 5.1.10. Primary and secondary fonts
- 5.1.11. Specifying the primary font
- 5.1.12. Specifying the secondary font
- 5.1.13. Selecting the default fonts
- 5.1.14. Switching between the primary and secondary fonts
- 5.1.15. Criteria for font selection
- 5.1.16. Symbol set
- 5.1.17. Symbol collections
- 5.1.18. Type of character spacing
- 5.1.19. Pitch
- 5.1.20. Height
- 5.1.21. Style
- 5.1.22. Stroke weight
- 5.1.23. Typeface
- 5.2. Font Selection Commands
- 5.2.1. User-defined symbol sets
- 5.2.2. Symbol set ID code command
- 5.2.3. Define symbol set
- 5.2.4. Symbol set control command
- 5.2.5. Selecting the symbol set
- 5.2.6. Selecting the type of character spacing
- 5.2.7. Selecting the pitch
- 5.2.8. Selecting the height
- 5.2.9. Scaling the scalable fonts vertically or horizontally
- 5.2.10. Selecting the style
- 5.2.11. Selecting the stroke weight
- 5.2.12. Selecting the typeface
- 5.2.13. Font orientation
- 5.2.14. Transparent print data
- 5.2.15. Esc&d#D (27)(38)(100)#(68) <1Bh><26h><64h>#<44h>
- 5.3. Downloadable font manipulation
- 5.4. Creating Downloadable Fonts
- 5.1. Introduction
- 6. USING GRAPHICS
- 6.1. Source, Pattern and Destination
- 6.2. Plotting Rectangles
- 6.3. Raster Graphics
- 6.3.1. Positioning the cursor
- 6.3.2. Set raster resolution
- 6.3.3. Set high resolution control
- 6.3.4. Set raster image orientation
- 6.3.5. Set raster area height
- 6.3.6. Set raster area width
- 6.3.7. Set raster y-offset
- 6.3.8. Set compression mode
- 6.3.9. Start raster transfer
- 6.3.10. Send raster data
- 6.3.11. Compress transfer graphics
- 6.3.12. End raster transfer
- 6.3.13. Horizontal 1200-dpi image format mode (Raster Graphic Mode 1027)
- 6.4. Vector Graphics
- 6.5. The Picture Frame
- 7. MACROS
- 7.1. The Purpose of a Macro
- 7.2. Defining a Macro
- 7.3. Running a Macro
- 7.4. Handling Macros
- 7.4.1. Delete all macros
- 7.4.2. Delete all temporary macros
- 7.4.3. Delete macro
- 7.4.4. Make macro temporary
- 7.4.5. Make macro permanent
- 7.4.6. Delete all macros from the storage device
- 7.4.7. Delete macro from the storage device
- 7.4.8. Save macro into the storage device
- 7.4.9. Execute data
- 7.4.10. AppleTalk configuration
- 7.4.11. MIO video I/O port control
- 8. STATUS READBACK
- 8.1. Introduction
- 8.2. Memory Status request
- 8.3. Entity Status
- 8.4. Status Response
- 8.5. Status Response Syntax
- 8.5.1. Set status readback location type
- 8.5.2. Set status readback location unit
- 8.5.3. Inquire status readback entity
- 8.5.4. Entity status response
- 8.5.5. Font response
- 8.5.6. Bitmap fonts
- 8.5.7. Bound scalable fonts
- 8.5.8. Unbound scalable fonts
- 8.5.9. Download fonts
- 8.5.10. Location type 1 (currently selected) font
- 8.5.11. Font extended response
- 8.5.12. Macro response
- 8.5.13. Use-defined pattern response
- 8.5.14. Symbol set response
- 8.5.15. Entity error codes
- 8.5.16. Free space command
- 8.5.17. Font cache
- 8.5.18. Memory status response
- 8.5.19. Memory error response
- 8.5.20. Flush all pages command
- 8.5.21. Echo command
- 9. INDEX
- CHAPTER 3 PCL5C
- CHAPTER 4 HP-GL/2 GRAPHICS LANGUAGE
- CHAPTER 5 PJL PRINTER JOB LANGUAGE
- 1. INTRODUCTION
- 2. HOW TO USE PJL
- 3. COMMAND GROUP
- 4. KERNEL COMMANDS
- 5. JOB SEPARATION COMMANDS
- 6. ENVIRONMENT COMMANDS
- 7. STATUS READBACK COMMANDS
- 8. DEVICE ATTENDANCE COMMANDS
- 9. INDEX
- CHAPTER 6 EPSON FX-850
- CHAPTER 7 IBM PROPRINTER XL
- CHAPTER 8 BAR CODE CONTROL
- 1. INTRODUCTION
- 2. PRINT BAR CODES OR EXPANDED CHARACTERS
- 3. DEFINITION OF PARAMETERS
- 3.1. Bar Code Mode
- 3.2. Bar Code Style, Expanded Character Shading, Line Block Drawing & Box Drawing Shading
- 3.3. Bar Code Scaling (Width only)
- 3.4. Bar Code Human Readable Line On or Off
- 3.5. Quiet Zone
- 3.6. Bar Code, Expanded Character Unit, Line Block Drawing & Box Drawing Units
- 3.7. Bar Code, Expanded Character, Line, Block Drawing & Box Drawing Offset in the X-axis
- 3.8. Bar Code & Expanded Character Offset in the Y-axis
- 3.9. Bar Code, Expanded Character, Line, Block Drawing & Box Drawing Height
- 3.10. Expanded Character, Line Block Drawing & Box Drawing Width
- 3.11. Expanded Character Rotation
- 3.12. Bar Code Data Start
- 3.13. Box Drawing
- 3.14. Line Block Drawing
- 3.15. Expanded Character Data Start
- 3.16. Table of Code(EAN) 128 set C
- 4. EXAMPLE PROGRAM LISTINGS
- CHAPTER 9 HP-GL GRAPHICS LANGUAGE
- CHAPTER 10 CARBON COPY FUNCTION
- APPENDIX A COMPARISON LIST
- APPENDIX B FLASH/PCMCIA CARD COMMANDS
- APPENDIX C HBP MODE COMMANDS
- APPENDIX D REFERENCE LIST OF MX-2000/4000/5000/7000 SERIES UNIQUE COMMANDS
- APPENDIX E REFERENCE LIST OF FS-5050 UNIQUE COMMANDS
- APPENDIX F REFERENCE LIST OF SF- 4000 SERIES UNIQUE COMMANDS
APPENDIX C HBP MODE COMMANDS - 11
3.3 Graphic Data Format
The data format, which follows the @G+ [number of data bytes (3 bytes)] command, is as shown below.
the number of
command bytes
for raster 1
command byte 1 modified data 1 command byte 2 modified data 2
the number of
command bytes
for raster 2
command byte 1 modified data 1 modified data 2 modified data 3
:
:
The number of
command bytes
for raster n
command byte 1 modified data 1
The description of each byte
(1) the number of command bytes for raster n
This byte describes the number of command bytes for each raster.
In the case that the raster data is the same as the former raster, 00h is sent as the number of command
bytes. In the case that the data is all white, FFh is sent as the number of command bytes and the data
format , which should follow the number of command bytes, is not necessary.
(2) command byte
The operation of this byte is divided into the following 2 uses.
Data replacement
0 b6 b5 b4 b3 b2 b1 b0
b6, b5, b4, b3 the replacement position (4bits)
b2, b1, b0 the amount of replacement data (3bits): The input value is 1 less than the actual data count
of the replacement data.
When both b6, b5, b4, b3 and b2, b1, b0 are overflow, the next byte shows the replacement position and
the byte after the next byte shows the amount of replacement data.
Repeated data replacement
1 b6 b5 b4 b3 b2 b1 b0
b6, b5 the replacement position (2bits)
b4, b3, b2, b1, b0 the number of loops (5bits): The input value is 2 less than the actual number of loops.
(Example)
The 4th byte of data onward is replaced by the three data bytes 00h, AAh, 55h
00100010b,00h,AAh,55h
The 15th byte of data onward is replaced by the two data bytes 33h, 44h and the 20th data onward
( absolute value) is replaced by the two data bytes FFh.
01111001b,33h,44h,00100001b,FFh