mirror of
https://github.com/uffejakobsen/acme.git
synced 2024-09-23 20:55:01 +00:00
cf115c042e
git-svn-id: https://svn.code.sf.net/p/acme-crossass/code-0/trunk@10 4df02467-bbd4-4a76-a152-e7ce94205b78
157 lines
4.4 KiB
Plaintext
157 lines
4.4 KiB
Plaintext
;ACME 0.94.4
|
|
|
|
!ifdef lib_cbm_c128_vdc_a !eof
|
|
lib_cbm_c128_vdc_a = 1
|
|
|
|
; access macros
|
|
|
|
!macro vdc_lda {
|
|
- bit vdc_state
|
|
bpl -
|
|
lda vdc_data
|
|
}
|
|
|
|
!macro vdc_sta {
|
|
- bit vdc_state
|
|
bpl -
|
|
sta vdc_data
|
|
}
|
|
|
|
!macro vdc_ldx {
|
|
- bit vdc_state
|
|
bpl -
|
|
ldx vdc_data
|
|
}
|
|
|
|
!macro vdc_stx {
|
|
- bit vdc_state
|
|
bpl -
|
|
stx vdc_data
|
|
}
|
|
|
|
!macro vdc_ldy {
|
|
- bit vdc_state
|
|
bpl -
|
|
ldy vdc_data
|
|
}
|
|
|
|
!macro vdc_sty {
|
|
- bit vdc_state
|
|
bpl -
|
|
sty vdc_data
|
|
}
|
|
|
|
; color codes
|
|
|
|
; These are the colors officially available on the C128 - the same names as if
|
|
; using a C64's VIC, but different codes of course.
|
|
|
|
; color name RGBI VIC equivalent
|
|
vdccolor_BLACK = %.... ; 0
|
|
vdccolor_WHITE = %#### ; 15
|
|
vdccolor_RED = %#... ; 8
|
|
vdccolor_CYAN = %.### ; 7
|
|
vdccolor_PURPLE = %#.## ; 11
|
|
vdccolor_GREEN = %.#.. ; 4
|
|
vdccolor_BLUE = %..#. ; 2
|
|
vdccolor_YELLOW = %##.# ; 13
|
|
vdccolor_ORANGE = %#.#. ; 10 (on VDC, this is in fact a dark shade of purple)
|
|
vdccolor_BROWN = %##.. ; 12
|
|
vdccolor_LRED = %#..# ; 9
|
|
vdccolor_GRAY1 = %.##. ; 6 (on VDC, this is in fact a dark shade of cyan)
|
|
vdccolor_GRAY2 = %...# ; 1 (this is almost, but not quite, entirely black)
|
|
vdccolor_LGREEN = %.#.# ; 5
|
|
vdccolor_LBLUE = %..## ; 3
|
|
vdccolor_GRAY3 = %###. ; 14
|
|
|
|
; The following alternative names are much easier to remember when you're used
|
|
; to writing programs for the VDC: There are eight main colors, and each one is
|
|
; available in a light and a dark shade - even black and white!
|
|
|
|
; primary colors RGBI code
|
|
vdccolor_DRED = %#...
|
|
vdccolor_DGREEN = %.#..
|
|
vdccolor_DBLUE = %..#.
|
|
vdccolor_LRED = %#..#
|
|
vdccolor_LGREEN = %.#.#
|
|
vdccolor_LBLUE = %..##
|
|
|
|
; secondary colors RGBI code
|
|
vdccolor_LCYAN = %.###
|
|
vdccolor_LMAGENTA = %#.##
|
|
vdccolor_LYELLOW = %##.#
|
|
vdccolor_DCYAN = %.##.
|
|
vdccolor_DMAGENTA = %#.#.
|
|
vdccolor_DYELLOW = %##..
|
|
|
|
; black & white RGBI code
|
|
vdccolor_DBLACK = %....
|
|
vdccolor_LBLACK = %...#
|
|
vdccolor_LWHITE = %####
|
|
vdccolor_DWHITE = %###.
|
|
|
|
; if you don't like the concept of shaded black/white, then use these:
|
|
|
|
; gray level RGBI code
|
|
vdccolor_BLACK = %.... ; "dark black" => "black"
|
|
vdccolor_DGRAY = %...# ; "light black" => "dark grey"
|
|
vdccolor_LGRAY = %###. ; "dark white" => "light grey"
|
|
vdccolor_WHITE = %#### ; "light white" => "white"
|
|
|
|
; attribute flags (2rufRGBI)
|
|
vdcattr_2ND = %#....... ; second character set
|
|
vdcattr_REVS = %.#...... ; reverse mode
|
|
vdcattr_UL = %..#..... ; underline
|
|
vdcattr_FLASH = %...#.... ; flash
|
|
vdcattr_R = %....#... ; red
|
|
vdcattr_G = %.....#.. ; green
|
|
vdcattr_B = %......#. ; blue
|
|
vdcattr_I = %.......# ; intensity
|
|
|
|
; direct registers
|
|
vdc_state = $d600 ; 1b "ready", 1b "lightpen", 1b "rescan", 5b "version"
|
|
vdc_reg = $d600
|
|
vdc_data = $d601
|
|
|
|
; indirect registers
|
|
vdcr_htotal = $00 ; card columns (total), minus one
|
|
vdcr_columns = $01 ; card columns actually displayed
|
|
vdcr_hdisp = $01
|
|
vdcr_hsync_pos = $02 ; card to send horizontal sync in
|
|
vdcr_syncwidth = $03 ; 4b vertical, 4b horizontal
|
|
vdcr_vtotal = $04 ; card lines (total), minus one
|
|
vdcr_vadjust = $05 ; additionally scan lines
|
|
vdcr_lines = $06 ; card lines actually displayed
|
|
vdcr_vdisp = $06
|
|
vdcr_vsync_pos = $07 ; card line to send vertical sync in
|
|
vdcr_interlace = $08 ; interlace mode
|
|
vdcr_cardheight = $09 ; 5b total, minus one
|
|
vdcr_crsr_start = $0a ; 2b mode, 5b scanline
|
|
vdcr_crsr_end = $0b ; 5b scanline
|
|
vdcr_display_hi = $0c ; RAM address of display buffer
|
|
vdcr_display_lo = $0d
|
|
vdcr_crsr_hi = $0e ; RAM address of cursor
|
|
vdcr_crsr_lo = $0f
|
|
vdcr_lp_y = $10 ; y position of light pen
|
|
vdcr_lp_x = $11 ; x position
|
|
vdcr_ram_hi = $12 ; RAM address of register $1f
|
|
vdcr_ram_lo = $13
|
|
vdcr_attr_hi = $14 ; RAM address of attribute buffer
|
|
vdcr_attr_lo = $15
|
|
vdcr_cardwidth_charwidth = $16; 4b total, 4b displayed
|
|
vdcr_charheight = $17 ; 5b displayed, minus one
|
|
vdcr_control_v = $18 ; vertical scroll and much other stuff
|
|
vdcr_control_h = $19 ; horizontal scroll and much other stuff
|
|
vdcr_color = $1a ; 4b foreground, 4b background
|
|
vdcr_row_inc = $1b ; Address increment per row
|
|
vdcr_charset = $1c ; 3b charset pointer, 1b RAM type, 4b unused
|
|
vdcr_underline = $1d ; 5b scanline
|
|
vdcr_cycles = $1e ; number of write- or copy-cycles. 0 means 256.
|
|
vdcr_access = $1f ; RAM content of address r$12/13
|
|
vdcr_source_hi = $20 ; RAM address of cycle start
|
|
vdcr_source_lo = $21
|
|
vdcr_enable_start = $22 ; column to enable display in
|
|
vdcr_enable_end = $23 ; column to disable display in
|
|
vdcr_dram_refresh = $24 ; RAM refresh rate
|
|
vdcr_sync_polarity = $25 ; only in type 2 VDCs
|