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Computed pixel aspect ratio (PAR) by presuming a display aspect ratio (DAR) of 4/3 for a classic CRT and using the given driver resolutions as storage aspect ratio (SAR).

git-svn-id: svn://svn.cc65.org/cc65/trunk@5001 b7a2c559-68d2-44c3-8de9-860c34a00d81
This commit is contained in:
ol.sc 2011-04-30 12:46:03 +00:00
parent fd048a0125
commit 14cfadbc75
21 changed files with 21 additions and 21 deletions

@ -84,7 +84,7 @@ Y2 := ptr4
pages: .byte 2 ; Number of screens available
.byte 7 ; System font X size
.byte 8 ; System font Y size
.word $100 ; Aspect ratio
.word $00EA ; Aspect ratio (based on 4/3 display)
; Next comes the jump table. With the exception of IRQ, all entries must be
; valid and may point to an RTS for test versions (function not implemented).

@ -54,7 +54,7 @@ Y2 := ptr4
.byte 1 ; Number of screens available
.byte 8 ; System font X size
.byte 8 ; System font Y size
.word $100 ; Aspect ratio
.word $0198 ; Aspect ratio (based on 4/3 display)
; Next comes the jump table. With the exception of IRQ, all entries must be
; valid and may point to an RTS for test versions (function not implemented).

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0400 ; 4:1
aspect = $0330 ; based on 4/3 display
; Free memory needed
mem_needed = 7147
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0400 ; 4:1
aspect = $0330 ; based on 4/3 display
; Free memory needed
mem_needed = 15339
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0400 ; 4:1
aspect = $0330 ; based on 4/3 display
; Free memory needed
mem_needed = 7147
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0200 ; 2:1
aspect = $0198 ; based on 4/3 display
; Free memory needed
mem_needed = 3305
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0200 ; 2:1
aspect = $0198 ; based on 4/3 display
; Free memory needed
mem_needed = 7147
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0200 ; 2:1
aspect = $0198 ; based on 4/3 display
; Free memory needed
mem_needed = 15339
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0100 ; 1:1
aspect = $00CC ; based on 4/3 display
; Free memory needed
mem_needed = 1
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0100 ; 1:1
aspect = $00CC ; based on 4/3 display
; Free memory needed
mem_needed = 1
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0100 ; 1:1
aspect = $00CC ; based on 4/3 display
; Free memory needed
mem_needed = 185
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0100 ; 1:1
aspect = $00CC ; based on 4/3 display
; Free memory needed
mem_needed = 1193
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0100 ; 1:1
aspect = $00CC ; based on 4/3 display
; Free memory needed
mem_needed = 3209
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0100 ; 1:1
aspect = $00CC ; based on 4/3 display
; Free memory needed
mem_needed = 7147
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0100 ; 1:1
aspect = $00CC ; based on 4/3 display
; Free memory needed
mem_needed = 15339
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0400 ; 4:1
aspect = $0330 ; based on 4/3 display
; Free memory needed
mem_needed = 7147
; Number of screen pages

@ -34,7 +34,7 @@
; Screen memory size in bytes
scrsize = x_res * y_res / ppb
; Pixel aspect ratio
aspect = $0400 ; 4:1
aspect = $0330 ; based on 4/3 display
; Free memory needed
mem_needed = 15339
; Number of screen pages

@ -29,7 +29,7 @@
.byte 1 ; Number of screens available
xsize: .byte 6 ; System font X size
.byte 8 ; System font Y size
.word $100 ; Aspect ratio
.word $011C ; Aspect ratio (based on 4/3 display)
; Next comes the jump table. Currently all entries must be valid and may point
; to an RTS for test versions (function not implemented).

@ -62,7 +62,7 @@ yres: .word 200 ; Y resolution
pages: .byte 1 ; Number of screens available
.byte 8 ; System font X size
.byte 8 ; System font Y size
.word $100 ; Aspect ratio
.word $006A ; Aspect ratio (based on 4/3 display)
; Next comes the jump table. Currently all entries must be valid and may point
; to an RTS for test versions (function not implemented).

@ -63,7 +63,7 @@ yres: .word 480 ; Y resolution
pages: .byte 0 ; Number of screens available
.byte 8 ; System font X size
.byte 8 ; System font Y size
.word $100 ; Aspect ratio
.word $0100 ; Aspect ratio (based on 4/3 display)
; Next comes the jump table. Currently all entries must be valid and may point
; to an RTS for test versions (function not implemented).

@ -30,7 +30,7 @@
.byte 1 ; Number of screens available
.byte 8 ; System font X size
.byte 8 ; System font Y size
.word $100 ; Aspect ratio
.word $00D4 ; Aspect ratio (based on 4/3 display)
; Next comes the jump table. With the exception of IRQ, all entries must be
; valid and may point to an RTS for test versions (function not implemented).