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; Constant enumeration is useful for mons, maps, etc.
const_def: MACRO
if _NARG >= 1
const_value = \1
else
const_value = 0
endc
if _NARG >= 2
const_inc = \2
else
const_inc = 1
endc
ENDM
const: MACRO
\1 EQU const_value
const_value = const_value + const_inc
ENDM
INCLUDE "macros/pokedex.asm"
INCLUDE "macros/scrolling_text.asm"
INCLUDE "macros/sound.asm"
AdvanceFrame EQUS "$10"
JumpTable EQUS "$18"
ReadHalfword EQUS "$20"
dex_text EQUS "db " ; Start beginning of pokedex description
dex_line EQUS "db $0d," ; Start new line in pokedex description
dex_end EQUS "db $00" ; Terminate the pokedex description
dbw: MACRO
db \1
dw \2
ENDM
dwb: MACRO
dw \1
db \2
ENDM
dba: MACRO
dbw BANK(\1), \1
ENDM
dab: MACRO
dwb \1, BANK(\1)
ENDM
lb: MACRO
ld \1, (\2 << 8) | \3
ENDM
padded_dab: MACRO
dab \1
db $00
ENDM
dn: MACRO
rept _NARG / 2
db (\1) << 4 + (\2)
shift
shift
endr
ENDM
dx: MACRO
x = 8 * ((\1) - 1)
rept \1
db ((\2) >> x) & $ff
x = x + -8
endr
ENDM
bigdw: MACRO ; big-endian word
dx 2, \1
ENDM
callba: MACRO
ld [hFarCallTempA], a
IF _NARG > 1
ld a, BANK(\2)
ld hl, \2
call \1, BankSwitch
ELSE
ld a, BANK(\1)
ld hl, \1
call BankSwitch
ENDC
ENDM
bigBCD6: MACRO
; There is probably a better name for this macro.
; It write a BCD in big-endian form.
dn ((\1) / 10) % 10, (\1) % 10
dn ((\1) / 1000) % 10, ((\1) / 100) % 10
dn ((\1) / 100000) % 10, ((\1) / 10000) % 10
dn ((\1) / 10000000) % 10, ((\1) / 1000000) % 10
dn ((\1) / 1000000000) % 10, ((\1) / 100000000) % 10
dn ((\1) / 100000000000) % 10, ((\1) / 10000000000) % 10
ENDM
;\1 = X
;\2 = Y
;\3 = Reference Background Map (e.g. vBGMap or vBGWin)
coord: MACRO
ld \1, \4 + $20 * \3 + \2
ENDM
hlCoord EQUS "coord hl,"
deCoord EQUS "coord de,"
bcCoord EQUS "coord bc,"
tile EQUS "+ $10 *"
;\1 = 5-bit Blue value
;\2 = 5-bit Green value
;\3 = 5-bit Red value
RGB: MACRO
dw (\3 << 10 | \2 << 5 | \1)
ENDM
;\1 = pointer to 2bpp tile data
;\2 = destination for tile data in VRAM
;\3 = size of 2bpp tile data to copy
VIDEO_DATA_TILES: MACRO
dw \1
db Bank(\1)
dw \2
dw (\3 << 2)
ENDM
;\1 = pointer to 2bpp tile data
;\2 = bank of data
;\3 = destination for tile data in VRAM
;\4 = size of 2bpp tile data to copy
VIDEO_DATA_TILES_BANK: MACRO
dw \1
db \2
dw \3
dw (\4 << 2)
ENDM
;\1 = pointer to 2bpp tile data
;\2 = destination for tile data in VRAM
;\3 = size of 2bpp tile data to copy
VIDEO_DATA_TILES_BANK2: MACRO
dw \1
db Bank(\1)
dw \2
dw (\3 << 2) | $2
ENDM
;\1 = pointer to tilemap data
;\2 = destination for tilemap data in VRAM
;\3 = size of tilemap to copy
VIDEO_DATA_TILEMAP: MACRO
VIDEO_DATA_TILES \1, \2, \3
ENDM
;\1 = pointer to tilemap data
;\2 = destination for tilemap data in VRAM
;\3 = size of tilemap to copy
VIDEO_DATA_TILEMAP_BANK2: MACRO
VIDEO_DATA_TILES_BANK2 \1, \2, \3
ENDM
;\1 = pointer to background attribute data
;\2 = destination for background attribute data in VRAM
;\3 = size of background attribute data to copy
VIDEO_DATA_BGATTR: MACRO
VIDEO_DATA_TILES_BANK2 \1, \2, \3
ENDM
;\1 = pointer to palette data
;\2 = size of palette data
VIDEO_DATA_PALETTES: MACRO
dw \1
db Bank(\1)
dw $0000
dw (\2 << 1) | $1
ENDM
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