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SECTION: 4.20.81.5
Example Macro Code for Ready Conversion.
This Section, and Example Macro Code for Ready Conversion.

Copyright (C) 1986-2008 by Daniel H. Hudgins, All Rights Reserved.

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This Section.

SECTION: 4.20 is for some information and illustrations relating to example images of the various Display Modes that affect the way drawing elements are displayed.

The Perspective Display Modes relate to the way the lines and edges of the triangle elements are colored in and outlined. The Perspective Display Modes also control how line elements, triangle elements, or mixed elements will be processed for display.

See Section: 3.1.25.0 for a detailed discussion of issues relating to Perspective Display Modes, Printing Display Modes, and other issues related to this Section.

The Stereoscopic Display Modes relate to the way the right and left eye views will be formatted for display. Different stereoscopic viewing methods require different formatting of the two images, these formatting options are controlled through a code number. Various other values are associated with each formatting code number so as to optimize the display for each Stereoscopic Display Mode, and its relation to the particular elements being displayed. The Perspective Display Mode selected affects the appearance of the images used for the Stereoscopic Display Formatting, i.e. you can use all of the Perspective Display Modes with any of the Stereoscopic Display Modes giving a large variety of combinations, only some of which would be of interest generally.

See Section: 3.3.7.8 for a detailed discussion of issues relating to Stereoscopic Viewing Methods, Anaglyph glasses, and other issues related to this Section.

The modes available and the images they produce may be altered in other program revisions, so the images generated by the program version you have may not match the illustrations shown here. Variations in the code used in different program, revisions and versions can affect the results, so you should not expect the same results from different versions and revisions of the programs. The Author reserves the right to make any kind of changes at any time without notice.

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Example Macro Code for Ready Conversion.

This example macro code illustrates how to generate Ready Conversion for use when rendering triangle elements into a line element. The automatic output macro command, O from the Main Menu, used in conjunction with the Ready command in the Hardcopy sub menu can be used to automatically code the necessary commands for this type of element conversion. See Appendix: B for more information about macro commands.

 

VERSION v3.7L

TEXT

LOCATE 1  1 ECHO READY001.MAC Copyright (C) 2005 Daniel H. Hudgins, All Rights Reserved.

LOCATE 1  8 ECHO This macro as coded using the HARDCOPY READY and
LOCATE 1  9 ECHO FILES SAVE INDUSTRY BMP commands to show how READY can
LOCATE 1 10 ECHO be used to print shaded triangle modes as a line element.

DELAY 1000

{ OPEN as NEW file: READY001.MAC. 12:53:02 a.m., Sunday, April 10, 2005. }

INITIALIZE

LOAD ASCII ASCII\EXHOLE.ASC
# 1 LINETYPE 14 1 0 0

{ GOTO :DO150 }
{ GOTO :DOWEB }

:DO300

LET$ DRIVER.VAR = "DRIVERS\300D8X11.JET"
LET SCALE.VAR = 360

JET MAKE OPAGE.1 $DRIVER.VAR
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 1 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC


JET MAKE OPAGE.1 $DRIVER.VAR
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 41 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC


JET MAKE OPAGE.1 $DRIVER.VAR
LET LS1XDEG_.VAR = 0
LET LS1YDEG_.VAR = -90
LET LS1ZDEG_.VAR = -45
LET LS0LAMB_.VAR = 1
LET LS0REFL_.VAR = 0
LET LS1BRIG_.VAR = 1
LET LS1REFL_.VAR = 1
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 61 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC


JET MAKE OPAGE.1 $DRIVER.VAR
LET LS1XDEG_.VAR = 0
LET LS1YDEG_.VAR = -90
LET LS1ZDEG_.VAR = -45
LET LS0LAMB_.VAR = 1
LET LS0REFL_.VAR = 0
LET LS1BRIG_.VAR = 1
LET LS1REFL_.VAR = 1
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 64 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC



JET MAKE BMPS1.JET $DRIVER.VAR
# 2 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYA01.BMP $DRIVER.VAR


JET MAKE BMPS1.JET $DRIVER.VAR
# 3 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYA41.BMP $DRIVER.VAR


JET MAKE BMPS1.JET $DRIVER.VAR
# 4 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYA61.BMP $DRIVER.VAR


JET MAKE BMPS1.JET $DRIVER.VAR
# 5 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYA64.BMP $DRIVER.VAR


{ STRIP READY001.MAC }

:DO150


INITIALIZE

LOAD ASCII ASCII\EXHOLE.ASC
# 1 LINETYPE 14 1 0 0

LET$ DRIVER.VAR = "DRIVERS\150D8X11.JET"
LET SCALE.VAR = 360

JET MAKE OPAGE.1 $DRIVER.VAR
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 1 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC

JET MAKE OPAGE.1 $DRIVER.VAR
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 41 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC

JET MAKE OPAGE.1 $DRIVER.VAR
LET LS1XDEG_.VAR = 0
LET LS1YDEG_.VAR = -90
LET LS1ZDEG_.VAR = -45
LET LS0LAMB_.VAR = 1
LET LS0REFL_.VAR = 0
LET LS1BRIG_.VAR = 1
LET LS1REFL_.VAR = 1
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 61 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC

JET MAKE OPAGE.1 $DRIVER.VAR
LET LS1XDEG_.VAR = 0
LET LS1YDEG_.VAR = -90
LET LS1ZDEG_.VAR = -45
LET LS0LAMB_.VAR = 1
LET LS0REFL_.VAR = 0
LET LS1BRIG_.VAR = 1
LET LS1REFL_.VAR = 1
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 64 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC


JET MAKE BMPS1.JET $DRIVER.VAR
# 2 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYB01.BMP $DRIVER.VAR

JET MAKE BMPS1.JET $DRIVER.VAR
# 3 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYB41.BMP $DRIVER.VAR

JET MAKE BMPS1.JET $DRIVER.VAR
# 4 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYB61.BMP $DRIVER.VAR

JET MAKE BMPS1.JET $DRIVER.VAR
# 5 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYB64.BMP $DRIVER.VAR




:DOWEB


INITIALIZE

LOAD ASCII ASCII\EXHOLE.ASC
# 1 LINETYPE 14 1 0 0

LET$ DRIVER.VAR = "DRIVERS\WEB800.JET"
LET SCALE.VAR = 120


JET MAKE OPAGE.1 $DRIVER.VAR
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 1 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC


JET MAKE OPAGE.1 $DRIVER.VAR
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 41 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC


JET MAKE OPAGE.1 $DRIVER.VAR
LET LS1XDEG_.VAR = 0
LET LS1YDEG_.VAR = -90
LET LS1ZDEG_.VAR = -45
LET LS0LAMB_.VAR = 1
LET LS0REFL_.VAR = 0
LET LS1BRIG_.VAR = 1
LET LS1REFL_.VAR = 1
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 61 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC


JET MAKE OPAGE.1 $DRIVER.VAR
LET LS1XDEG_.VAR = 0
LET LS1YDEG_.VAR = -90
LET LS1ZDEG_.VAR = -45
LET LS0LAMB_.VAR = 1
LET LS0REFL_.VAR = 0
LET LS1BRIG_.VAR = 1
LET LS1REFL_.VAR = 1
JET MAKE OPAGE.2 $DRIVER.VAR
# 1 JET ADD 30 -20 0 -15 SCALE.VAR 64 0 0 OPAGE.1 $DRIVER.VAR
JET COMBINE OPAGE.1 OPAGE.2 OPAGE.2 O $DRIVER.VAR
JET TRACE 111 240 ASCII\READYR.ASC OPAGE.2 $DRIVER.VAR
FILES RELEASE JET OPAGE.1
FILES RELEASE JET OPAGE.2
LOAD ASCII ASCII\READYR.ASC


JET MAKE BMPS1.JET $DRIVER.VAR
# 2 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYC01.BMP $DRIVER.VAR


JET MAKE BMPS1.JET $DRIVER.VAR
# 3 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYC41.BMP $DRIVER.VAR


JET MAKE BMPS1.JET $DRIVER.VAR
# 4 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYC61.BMP $DRIVER.VAR


JET MAKE BMPS1.JET $DRIVER.VAR
# 5 JET ADD 0 0 0 -1.0000000000E+18 240 1 0 0 BMPS1.JET $DRIVER.VAR
CONVERT PAGE BMP BMPS1.JET READYC64.BMP $DRIVER.VAR


; End Macro
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