CharSet_Memory.asm

;==============================================================

; Find starting position of character set data
; by reading from “Game_Chset.asm”
; Add chset data into memory ($4800,x)
; Loop until all memory is filled.

;==============================================================
FillScoreScreen

lda SCORE_SCREEN_LO ; fetch the character set data
sta ZEROPAGE_POINTER_4
lda SCORE_SCREEN_HI
sta ZEROPAGE_POINTER_4 + 1

ldx #4
fy2 ldy #0
fs1 lda #42
sta (ZEROPAGE_POINTER_4),y
iny
bne fs1
inc ZEROPAGE_POINTER_4 + 1
dex
bne fy2
rts

FillScreen

lda MAIN_SCREEN_LO ; fetch the character set data
sta ZEROPAGE_POINTER_4
lda MAIN_SCREEN_HI
sta ZEROPAGE_POINTER_4 + 1

ldx #4
dy2 ldy #0
ds1 lda #0
sta (ZEROPAGE_POINTER_4),y
iny
bne ds1
inc ZEROPAGE_POINTER_4 + 1
dex
bne dy2
rts

ClearChsetMemory

lda CHSET_DATA_LOOKUP_LO ; fetch the character set data
sta ZEROPAGE_POINTER_1
lda CHSET_DATA_LOOKUP_HI
sta ZEROPAGE_POINTER_1 + 1

lda CHSET_MEM_LOOKUP_LO ; memory starts at $4800
sta ZEROPAGE_POINTER_2
lda CHSET_MEM_LOOKUP_HI
sta ZEROPAGE_POINTER_2 + 1

ldx #7
cly2 ldy #0

cls1
lda #0
sta (ZEROPAGE_POINTER_2),y
dey
bne chs1
inc ZEROPAGE_POINTER_1 + 1
inc ZEROPAGE_POINTER_2 + 1
dex
bpl cls1
rts

SwitchCharSet

lda CHSET_DATA_LOOKUP_LO ; fetch the character set data
sta ZEROPAGE_POINTER_4
lda CHSET_DATA_LOOKUP_HI
sta ZEROPAGE_POINTER_4 + 1

lda CHSET_MEM_LOOKUP_LO ; memory starts at $4800
sta ZEROPAGE_POINTER_1
lda CHSET_MEM_LOOKUP_HI
sta ZEROPAGE_POINTER_1 + 1

ldx #7
cy2 ldy #0
cs1 lda (ZEROPAGE_POINTER_4),y
sta (ZEROPAGE_POINTER_1),y
iny
bne cs1
inc ZEROPAGE_POINTER_1 + 1
dex
bne cy2
rts

SwitchCharSet2

lda CHSET_DATA_LOOKUP_LO ; fetch the character set data
sta ZEROPAGE_POINTER_1
lda CHSET_DATA_LOOKUP_HI
sta ZEROPAGE_POINTER_1 + 1

lda CHSET_MEM_LOOKUP_LO ; memory starts at $4800
sta ZEROPAGE_POINTER_2
lda CHSET_MEM_LOOKUP_HI
sta ZEROPAGE_POINTER_2 + 1

ldx #7
chy2 ldy #0

chs1
lda (ZEROPAGE_POINTER_1),y
sta (ZEROPAGE_POINTER_2),y
dey
bne chs1
inc ZEROPAGE_POINTER_1 + 1
inc ZEROPAGE_POINTER_2 + 1
dex
bpl chs1
rts

LoadChset

; Find starting address for GAMECHSET1_MEM
lda CHSET_DATA_LOOKUP_LO ; fetch the character set data
sta ZEROPAGE_POINTER_4
lda CHSET_DATA_LOOKUP_HI
sta ZEROPAGE_POINTER_4 + 1

; Find starting address for CHSET_LOC
lda CHSET_MEM_LOOKUP_LO ; memory starts at $4800
sta ZEROPAGE_POINTER_1
lda CHSET_MEM_LOOKUP_HI
sta ZEROPAGE_POINTER_1 + 1

ldx #7
ldy #0
titleloop1
;jsr ReadChset

;lda #0
; lda (ZEROPAGE_POINTER_4),y ; read MAP_CHAR_MEM
; sta (ZEROPAGE_POINTER_1),y
; clc
; adc ZEROPAGE_POINTER_1 ; inc $4800 (hi/low bytes)
; sta ZEROPAGE_POINTER_1
; iny
; lda (ZEROPAGE_POINTER_4),y
; adc #0
; sta ZEROPAGE_POINTER_1 + 1
; cpy #128
; bne loop1
; rts

lda (ZEROPAGE_POINTER_4),y
;lda #129
sta (ZEROPAGE_POINTER_1),y
iny
;cpy #255
bne titleloop1

; inc ZEROPAGE_POINTER_4 + 1
; inc ZEROPAGE_POINTER_1 + 1

lda ZEROPAGE_POINTER_4 + 1
adc #0
sta ZEROPAGE_POINTER_4 + 1 ; destination base address is in ZEROPAGE_POINTER_1
lda ZEROPAGE_POINTER_1 + 1
adc #0
sta ZEROPAGE_POINTER_1 + 1 ; destination base address is in ZEROPAGE_POINTER_1

inc ZEROPAGE_POINTER_4 + 1
inc ZEROPAGE_POINTER_1 + 1

; lda (ZEROPAGE_POINTER_4),y ; read MAP_CHAR_MEM
; sta (ZEROPAGE_POINTER_1),y
; clc
; adc ZEROPAGE_POINTER_1 ; inc $4800 (hi/low bytes)
; sta ZEROPAGE_POINTER_1
; iny
; lda (ZEROPAGE_POINTER_4),y
; adc #0
; sta ZEROPAGE_POINTER_1 + 1
dex
bne titleloop1
rts

lda ZEROPAGE_POINTER_4 ; GAMECHSET1_MEM
sta ZEROPAGE_POINTER_4
lda ZEROPAGE_POINTER_4 + 1
adc #0
sta ZEROPAGE_POINTER_4 + 1

lda ZEROPAGE_POINTER_1 ; CHSET_LOC ($4800)
sta ZEROPAGE_POINTER_1
lda ZEROPAGE_POINTER_1 + 1
adc #0
sta ZEROPAGE_POINTER_1 + 1
dex
bne loop1
rts

; ldy #0
; inx
; cpx #16 ; read 4×4 tiles (4×4=16 in total)
; bne loop1
rts

SwitchTitleSet

; Find starting address for GAMECHSET1_MEM
lda CHSET_DATA_LOOKUP_LO ; fetch the character set data
sta ZEROPAGE_POINTER_4
lda CHSET_DATA_LOOKUP_HI
sta ZEROPAGE_POINTER_4 + 1

; Find starting address for CHSET_LOC
lda CHSET_MEM_LOOKUP_LO ; memory starts at $4800
sta ZEROPAGE_POINTER_1
lda CHSET_MEM_LOOKUP_HI
sta ZEROPAGE_POINTER_1 + 1

ldx #7
ldy #0
loop1

lda (ZEROPAGE_POINTER_4),y
;lda #129
sta (ZEROPAGE_POINTER_1),y
iny
bne loop1

; inc ZEROPAGE_POINTER_4 + 1
; inc ZEROPAGE_POINTER_1 + 1

lda ZEROPAGE_POINTER_4 + 1
adc #0
sta ZEROPAGE_POINTER_4 + 1 ; destination base address is in ZEROPAGE_POINTER_1
lda ZEROPAGE_POINTER_1 + 1
adc #0
sta ZEROPAGE_POINTER_1 + 1 ; destination base address is in ZEROPAGE_POINTER_1

inc ZEROPAGE_POINTER_4 + 1
inc ZEROPAGE_POINTER_1 + 1
dex
bne loop1
rts

CHSET_DATA_LOOKUP_LO
byte GAMECHARS_MEM

CHSET_MEM_LOOKUP_LO
byte CHSET_LOC

MAIN_SCREEN_LO
byte SCREEN1_MEM

SCORE_SCREEN_LO
byte SCORE_SCREEN

StartLevel.asm

;===============================================================================
; CHAR PAD TOOLS
;===============================================================================
; Peter ‘Sig’ Hewett 2017
;——————————————————————————-
; Tools for integrating CharPad character sets, tiles, and maps
;===============================================================================
; Map Notes:
;
; CharPad setup : To make a level map, set up for 256 characters
; A tile size of 4×4
; Set number of tiles to 64
; Set map size to 64 x 32
; *IMPORTANT* set color to ‘per character’
;

;——————————————————————————-
; DRAW MAP
;——————————————————————————-
; Draw the entire map on the screen. This won’t be done that often as most updates
; to the screen will be scrolling. But for starting a level, resetting on death,
; or teleporting, we need to build the entire screen.
; This also sets up essential data for using the map.
; Initializes : MAP_POS_X
; MAP_POS_Y
; MAP_POS_ADDRESS
; MAP_X_DELTA
; MAP_Y_DELTA
;
; X = Start map X coord (top left corner)
; Y = Start map Y coord (top left corner)
;
; Uses ZEROPAGE_POINTER_4 (as TileDraw uses 1,2,3)
;——————————————————————————-

; New code: 10/16/23
; Pointing to TILE1_NUMBER_LOOKUP_LO,x
; Pointing to ATTRIB1_MEM

#region “DrawMap”
DrawMap

lda SHOW_GAME_TITLE
beq MainGame

;jsr BeginTitleScreen

MainGame
lda #0
sta MAP_X_DELTA
sta MAP_Y_DELTA

stx MAP_X_POS
sty MAP_Y_POS

;—————————————————————
; First find the address for the starting map position

ldx MAP_Y_POS

lda MAP_LINE_LOOKUP_LO,x ; fetch the address for the line (Y pos)
sta ZEROPAGE_POINTER_4
lda MAP_LINE_LOOKUP_HI,x
sta ZEROPAGE_POINTER_4 + 1

clc
lda ZEROPAGE_POINTER_4 ; add the x position
adc MAP_X_POS
sta ZEROPAGE_POINTER_4
lda ZEROPAGE_POINTER_4 + 1
adc #0
sta ZEROPAGE_POINTER_4 + 1 ; ZEROPAGE_POINTER_1 now holds the
; map start address

; Save this info for map usage
;copyPointer ZEROPAGE_POINTER_4, MAP_POS_ADDRESS

lda ZEROPAGE_POINTER_4
sta MAP_POS_ADDRESS
lda ZEROPAGE_POINTER_4 + 1
sta MAP_POS_ADDRESS + 1

;———————————————————————–
; Fetch map data and draw tile – coords are in ’tiles’ not
; character positions

ldy #0 ; holds X screen coord
ldx #0 ; holds Y screen coord

@loop
lda (ZEROPAGE_POINTER_4),y ; fetch map data
jsr DrawTile ; draw the tile

iny ; inc X and check for end of screen
cpy #10 ; draw 10 tiles left to right
bne @loop
; go down one line on the map (64 char)
;addPointer ZEROPAGE_POINTER_4, 100

lda ZEROPAGE_POINTER_4
clc
adc #100
sta ZEROPAGE_POINTER_4
lda ZEROPAGE_POINTER_4 + 1
adc #0
sta ZEROPAGE_POINTER_4 + 1

ldy #0
inx
cpx #6
bne @loop
rts
#endregion

;——————————————————————————-
; DRAW TILE
;——————————————————————————-
; This routine actually won’t be called that often. Most updates are scrolling,
; so there are very few circumstances that need a whole tile drawn at once.
;——————————————————————————-
;
; X = Screen tile Y coord – ‘flipped’ so it dovetails into the MapDraw
; Y = Screen tile X coord routine without exhanging data in registers
; A = Tile # to draw
;
; Restores registers off the stack A / X / Y
;——————————————————————————-

#region “DrawTile”
DrawTile
sta PARAM1 ; save tile number
sty PARAM2 ; save X pos
stx PARAM3 ; save Y pos

saveRegs ; put registers on the stack to
; exit cleaner – this routine will
; likely be nested
;——————————————————
; First get the destination for the tile

lda PARAM3 ; fetch the Y pos (in tile coords)
asl ; point to next tile row (16 * 2) (16 * 3), etc.
asl ; multiply by 4 (tiles are 4 x 4 chars)
tax ; screen line in X

; tax (PARAM3: x reg = points to each tile row on screen)
; Tile 1: (asl, asl) * 4
; Tile 2: (asl, asl) * 4

; ZEROPAGE_POINTER_1 = screen char(tile number)
; The GetScreenLineAddress reads at ZEROPAGE_POINTER_1 (data)
; to see what tile exists there.

jsr GetScreenLineAddress ; fetch line address based on current displayed screen
; Y line address is in ZEROPAGE_POINTER_1

; Find the address for color memory
; ZEROPAGE_POINTER_3 = COLOR RAM

lda COLOR_LINE_OFFSET_TABLE_LO,x ; fetch color ram line address too
sta ZEROPAGE_POINTER_3
lda COLOR_LINE_OFFSET_TABLE_HI,x
sta ZEROPAGE_POINTER_3 + 1

lda PARAM2 ; get X coord
asl ; multiply by 4
asl
tax ; save it in x (x = COLOR RAM)
clc ; add to Y line address

; screen character data
adc ZEROPAGE_POINTER_1
sta ZEROPAGE_POINTER_1
lda ZEROPAGE_POINTER_1 + 1
adc #0
sta ZEROPAGE_POINTER_1 + 1 ; destination base address is in ZEROPAGE_POINTER_1
txa

; color ram data
clc
adc ZEROPAGE_POINTER_3 ; color ram destination is in ZEROPAGE_POINTER_3
sta ZEROPAGE_POINTER_3
lda ZEROPAGE_POINTER_3 + 1
adc #0
sta ZEROPAGE_POINTER_3 + 1

;————————————————————
; Fetch the source tile address

ldx PARAM1 ; Fetch the tile number
lda TILE_NUMBER_LOOKUP_LO,x
sta ZEROPAGE_POINTER_2
lda TILE_NUMBER_LOOKUP_HI,x
sta ZEROPAGE_POINTER_2 + 1
;————————————————————-
; Loop through and draw the tile

ldy #0
@drawloop1
lda (ZEROPAGE_POINTER_2),y ; Get the character code
sta (ZEROPAGE_POINTER_1),y ; store it on the screen
tax ; pass to X as an offset
lda ATTRIBUTE_MEM,x ; fetch the color/data attribute
sta (ZEROPAGE_POINTER_3),y ; write it to color ram

cpy #15 ; drawn the 15th character? We’re finished
beq @done1

tya ; save Y before the increment for our test
iny ; (saves having to inc it in 2 diff places)

; I need to count 0-3 to draw a row of tiles,
and #%00000011 ; but I need to count 0-15 to fetch the tile data
cmp #3 ; both NEED to use indirect Y addressing, and saving/
bne @drawloop1 ; fetching Y rapidly becomes a tangled nightmare.
; by masking out the last 2 bits in A, we get a number
; that counts 0-3 over and over without stopping the
; data fetch count 0-15. It’s also faster than my other
; options by quite a bit.

clc ; add new line
lda ZEROPAGE_POINTER_1 ; increment destination and color ram by 1 line – 4 chars
adc #40 – 4
sta ZEROPAGE_POINTER_1 ; by ‘backsetting’ our pointers, we don’t need to change Y
lda ZEROPAGE_POINTER_1 + 1 ; when drawing 0-3 characters, and can leave the 0-15
adc #0 ; count intact.
sta ZEROPAGE_POINTER_1 + 1 ; We have to increase them to the next line anyways, so this
; only saves time.
clc
lda ZEROPAGE_POINTER_3
adc #40 – 4
sta ZEROPAGE_POINTER_3
lda ZEROPAGE_POINTER_3 + 1
adc #0
sta ZEROPAGE_POINTER_3 + 1
jmp @drawloop1
@done1
restoreRegs ; pull registers back off the stack
rts

#endRegion

#region “DrawMap”
;TileMap

lda #0
sta MAP_X_DELTA
sta MAP_Y_DELTA

stx MAP_X_POS
sty MAP_Y_POS

;—————————————————————
; First find the address for the starting map position

ldx MAP_Y_POS

lda MAP_LINE_LOOKUP_LO,x ; fetch the address for the line (Y pos)
sta ZEROPAGE_POINTER_4
lda MAP_LINE_LOOKUP_HI,x
sta ZEROPAGE_POINTER_4 + 1

clc
lda ZEROPAGE_POINTER_4 ; add the x position
adc MAP_X_POS
sta ZEROPAGE_POINTER_4
lda ZEROPAGE_POINTER_4 + 1
adc #0
sta ZEROPAGE_POINTER_4 + 1 ; ZEROPAGE_POINTER_1 now holds the map
; start address

; Save this info for map usage
copyPointer ZEROPAGE_POINTER_4, MAP_POS_ADDRESS
;———————————————————————–
; Fetch map data and draw tile – coords are in ’tiles’ not
; character positions

ldy #0 ; holds X screen coord
ldx #0 ; holds Y screen coord

@loop
lda (ZEROPAGE_POINTER_4),y ; fetch map data
;jsr TileDraw ; draw the tile

iny ; inc X and check for end of screen
cpy #2 ; (10 tiles)
bne @loop
; go down one line on the map (64 char)
addPointer ZEROPAGE_POINTER_4, 100
ldy #0
inx
cpx #6
bne @loop
rts
#endregion

;——————————————————————————-
; DRAW TILE
;——————————————————————————-
; This routine actually won’t be called that often. Most updates are scrolling,
; so there are very few circumstances that need a whole tile drawn at once.
;——————————————————————————-
;
; X = Screen tile Y coord – ‘flipped’ so it dovetails into the MapDraw
; Y = Screen tile X coord routine without exhanging data in registers
; A = Tile # to draw
;
; Restores registers off the stack A / X / Y
;——————————————————————————-

#region “DrawTile”
;TileDraw
sta PARAM1 ; save tile number
sty PARAM2 ; save X pos
stx PARAM3 ; save Y pos

saveRegs ; put registers on the stack to
; exit cleaner – this routine will
; likely be nested
;——————————————————
; First get the destination for the tile

lda PARAM3 ; fetch the Y pos (in tile coords)
asl
asl ; multiply by 4 (tiles are 4 x 4 chars)
tax ; screen line in X

jsr GetScreenLineAddress ; fetch line address based on current displayed screen
; Y line address is in ZEROPAGE_POINTER_1

lda COLOR_LINE_OFFSET_TABLE_LO,x ; fetch color ram line address too
sta ZEROPAGE_POINTER_3
lda COLOR_LINE_OFFSET_TABLE_HI,x
sta ZEROPAGE_POINTER_3 + 1

lda PARAM2 ; get X coord
asl ; multiply by 4
asl
tax ; save it in x
clc ; add to Y line address
adc ZEROPAGE_POINTER_1
sta ZEROPAGE_POINTER_1
lda ZEROPAGE_POINTER_1 + 1
adc #0
sta ZEROPAGE_POINTER_1 + 1 ; destination base address is in ZEROPAGE_POINTER_1
txa
clc
adc ZEROPAGE_POINTER_3 ; color ram destination is in ZEROPAGE_POINTER_3
sta ZEROPAGE_POINTER_3
lda ZEROPAGE_POINTER_3 + 1
adc #0
sta ZEROPAGE_POINTER_3 + 1

;————————————————————
; Fetch the source tile address

ldx PARAM1 ; Fetch the tile number
lda TILE_NUMBER_LOOKUP_LO,x
sta ZEROPAGE_POINTER_2
lda TILE_NUMBER_LOOKUP_HI,x
sta ZEROPAGE_POINTER_2 + 1
;————————————————————-
; Loop through and draw the tile

ldy #0
@drawloop
lda (ZEROPAGE_POINTER_2),y ; Get the character code
sta (ZEROPAGE_POINTER_1),y ; store it on the screen
tax ; pass to X as an offset
lda ATTRIBUTE_MEM,x ; fetch the color/data attribute
sta (ZEROPAGE_POINTER_3),y ; write it to color ram

cpy #15 ; drawn the 15th character? We’re finished
beq @done

tya ; save Y before the increment for our test
iny ; (saves having to inc it in 2 diff places)

; I need to count 0-3 to draw a row of tiles,
and #%00000011 ; but I need to count 0-15 to fetch the tile data
cmp #3 ; both NEED to use indirect Y addressing, and saving/
bne @drawloop ; fetching Y rapidly becomes a tangled nightmare.
; by masking out the last 2 bits in A, we get a number
; that counts 0-3 over and over without stopping the
; data fetch count 0-15. It’s also faster than my other
; options by quite a bit.

clc ; add new line
lda ZEROPAGE_POINTER_1 ; increment destination and color ram by 1 line – 4 chars
adc #40 – 4
sta ZEROPAGE_POINTER_1 ; by ‘backsetting’ our pointers, we don’t need to change Y
lda ZEROPAGE_POINTER_1 + 1 ; when drawing 0-3 characters, and can leave the 0-15
adc #0 ; count intact.
sta ZEROPAGE_POINTER_1 + 1 ; We have to increase them to the next line anyways, so this
; only saves time.
clc
lda ZEROPAGE_POINTER_3
adc #40 – 4
sta ZEROPAGE_POINTER_3
lda ZEROPAGE_POINTER_3 + 1
adc #0
sta ZEROPAGE_POINTER_3 + 1
jmp @drawloop
@done
restoreRegs ; pull registers back off the stack
rts

;===============================================================================
; LEVEL DATA AND TABLES
;===============================================================================

CURRENT_LEVEL
byte 0

;CHAR_ADDRESS
; word LEVEL_1_CHARS

ATTRIB_ADDRESS
word ATTRIBUTE_MEM

TILE_ADDRESS
word TILE_MEM

MAP_ADDRESS
word LEVEL_1_MAP
;——————————————————————————-
; MAP DATA LOOKUP TABLE 1
;——————————————————————————-
; Lookup table to return an address to a map line (Y coord). This table assumes
; a landscape
; layout (64 x 32 tiles). A portrait style table will be done in the future to
; allow more vertical maps
;——————————————————————————-
MAP_LINE_LOOKUP_LO
byte <MAP_MEM
byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte

;; New lines – Parkour Big Map
byte byte byte byte byte byte byte byte byte byte byte byte byte

byte byte byte byte byte

byte byte byte byte byte

MAP_LINE_LOOKUP_HI
byte >MAP_MEM
byte >MAP_MEM + 100
byte >MAP_MEM + 200
byte >MAP_MEM + 300
byte >MAP_MEM + 400
byte >MAP_MEM + 500
byte >MAP_MEM + 600
byte >MAP_MEM + 700
byte >MAP_MEM + 800
byte >MAP_MEM + 900
byte >MAP_MEM + 1000 ; 10
byte >MAP_MEM + 1100
byte >MAP_MEM + 1200
byte >MAP_MEM + 1300
byte >MAP_MEM + 1400
byte >MAP_MEM + 1500
byte >MAP_MEM + 1600
byte >MAP_MEM + 1700
byte >MAP_MEM + 1800
byte >MAP_MEM + 1900
byte >MAP_MEM + 2000 ;20
byte >MAP_MEM + 2100
byte >MAP_MEM + 2200
byte >MAP_MEM + 2300 ; byte >MAP_MEM + 4700
byte >MAP_MEM + 2400
byte >MAP_MEM + 2500
byte >MAP_MEM + 2600
byte >MAP_MEM + 2700
byte >MAP_MEM + 2800
byte >MAP_MEM + 2900 ;30
byte >MAP_MEM + 3000
byte >MAP_MEM + 3100 ;32

; New lines – Parkour Big Map

byte >MAP_MEM + 3200
byte >MAP_MEM + 3300
byte >MAP_MEM + 3400
byte >MAP_MEM + 3500
byte >MAP_MEM + 3600
byte >MAP_MEM + 3700
byte >MAP_MEM + 3800
byte >MAP_MEM + 3900
byte >MAP_MEM + 4000
byte >MAP_MEM + 4100
byte >MAP_MEM + 4200
byte >MAP_MEM + 4300
byte >MAP_MEM + 4400
byte >MAP_MEM + 4500
byte >MAP_MEM + 4600
byte >MAP_MEM + 4700
byte >MAP_MEM + 4800
byte >MAP_MEM + 4900
byte >MAP_MEM + 5000

byte >MAP_MEM + 5010
byte >MAP_MEM + 5020
byte >MAP_MEM + 5030
byte >MAP_MEM + 5040
byte >MAP_MEM + 5050

;MAP1_LINE_LOOKUP_LO
; byte <MAP1_MEM
; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte

;;; New lines – Parkour Big Map
; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte

; byte ; byte ; byte ; byte ; byte

; byte ; byte ; byte ; byte ; byte

;MAP1_LINE_LOOKUP_HI
; byte >MAP1_MEM
; byte >MAP1_MEM + 100
; byte >MAP1_MEM + 200
; byte >MAP1_MEM + 300
; byte >MAP1_MEM + 400
; byte >MAP1_MEM + 500
; byte >MAP1_MEM + 600
; byte >MAP1_MEM + 700
; byte >MAP1_MEM + 800
; byte >MAP1_MEM + 900
; byte >MAP1_MEM + 1000 ; 10
; byte >MAP1_MEM + 1100
; byte >MAP1_MEM + 1200
; byte >MAP1_MEM + 1300
; byte >MAP1_MEM + 1400
; byte >MAP1_MEM + 1500
; byte >MAP1_MEM + 1600
; byte >MAP1_MEM + 1700
; byte >MAP1_MEM + 1800
; byte >MAP1_MEM + 1900
; byte >MAP1_MEM + 2000 ;20
; byte >MAP1_MEM + 2100
; byte >MAP1_MEM + 2200
; byte >MAP1_MEM + 2300 ; byte >MAP_MEM + 4700
; byte >MAP1_MEM + 2400
; byte >MAP1_MEM + 2500
; byte >MAP1_MEM + 2600
; byte >MAP1_MEM + 2700
; byte >MAP1_MEM + 2800
; byte >MAP1_MEM + 2900 ;30
; byte >MAP1_MEM + 3000
; byte >MAP1_MEM + 3100 ;32

;;; New lines – Parkour Big Map

; byte >MAP1_MEM + 3200
; byte >MAP1_MEM + 3300
; byte >MAP1_MEM + 3400
; byte >MAP1_MEM + 3500
; byte >MAP1_MEM + 3600
; byte >MAP1_MEM + 3700
; byte >MAP1_MEM + 3800
; byte >MAP1_MEM + 3900
; byte >MAP1_MEM + 4000
; byte >MAP1_MEM + 4100
; byte >MAP1_MEM + 4200
; byte >MAP1_MEM + 4300
; byte >MAP1_MEM + 4400
; byte >MAP1_MEM + 4500
; byte >MAP1_MEM + 4600
; byte >MAP1_MEM + 4700
; byte >MAP1_MEM + 4800
; byte >MAP1_MEM + 4900
; byte >MAP1_MEM + 5000

; byte >MAP1_MEM + 5010
; byte >MAP1_MEM + 5020
; byte >MAP1_MEM + 5030
; byte >MAP1_MEM + 5040
; byte >MAP1_MEM + 5050

;——————————————————————————-
; TILE ADDRESS LOOKUP TABLE
;——————————————————————————-
; Lookup table to find the start address of a tile on the current map.
; All current level tiles are
; held in TILE_MEM, there are 64 entries
;——————————————————————————-

; Each tile in a complete row contains 16 characters
; Tile1 = 16 (16 + 0)
; Tile2 = 32 (16 * 2)
; Tile3 = 48 (16 * 3)

TILE_NUMBER_LOOKUP_LO
byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte

TILE_NUMBER_LOOKUP_HI
byte >TILE_MEM ; 0
byte >TILE_MEM + 16
byte >TILE_MEM + 32
byte >TILE_MEM + 48
byte >TILE_MEM + 64
byte >TILE_MEM + 80
byte >TILE_MEM + 96
byte >TILE_MEM + 112
byte >TILE_MEM + 128
byte >TILE_MEM + 144
byte >TILE_MEM + 160 ; 10
byte >TILE_MEM + 176
byte >TILE_MEM + 192
byte >TILE_MEM + 208
byte >TILE_MEM + 224
byte >TILE_MEM + 240
byte >TILE_MEM + 256
byte >TILE_MEM + 272
byte >TILE_MEM + 288
byte >TILE_MEM + 304
byte >TILE_MEM + 320 ; 20
byte >TILE_MEM + 336
byte >TILE_MEM + 352
byte >TILE_MEM + 368
byte >TILE_MEM + 384
byte >TILE_MEM + 400
byte >TILE_MEM + 416
byte >TILE_MEM + 432
byte >TILE_MEM + 448
byte >TILE_MEM + 464
byte >TILE_MEM + 480 ; 30
byte >TILE_MEM + 496
byte >TILE_MEM + 512
byte >TILE_MEM + 528
byte >TILE_MEM + 544
byte >TILE_MEM + 560
byte >TILE_MEM + 576
byte >TILE_MEM + 592
byte >TILE_MEM + 608
byte >TILE_MEM + 624
byte >TILE_MEM + 640 ; 40
byte >TILE_MEM + 656
byte >TILE_MEM + 672
byte >TILE_MEM + 688
byte >TILE_MEM + 704
byte >TILE_MEM + 720
byte >TILE_MEM + 736
byte >TILE_MEM + 752
byte >TILE_MEM + 768
byte >TILE_MEM + 784
byte >TILE_MEM + 800 ;50
byte >TILE_MEM + 816
byte >TILE_MEM + 832
byte >TILE_MEM + 848
byte >TILE_MEM + 864
byte >TILE_MEM + 880
byte >TILE_MEM + 896
byte >TILE_MEM + 912
byte >TILE_MEM + 928
byte >TILE_MEM + 944
byte >TILE_MEM + 960 ; 10
byte >TILE_MEM + 976
byte >TILE_MEM + 992
byte >TILE_MEM + 1008
byte >TILE_MEM + 1024 ; 64

;TILE1_NUMBER_LOOKUP_LO
; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte

;TILE1_NUMBER_LOOKUP_HI
; byte >TILE1_MEM ; 0
; byte >TILE1_MEM + 16
; byte >TILE1_MEM + 32
; byte >TILE1_MEM + 48
; byte >TILE1_MEM + 64
; byte >TILE1_MEM + 80
; byte >TILE1_MEM + 96
; byte >TILE1_MEM + 112
; byte >TILE1_MEM + 128
; byte >TILE1_MEM + 144
; byte >TILE1_MEM + 160 ; 10
; byte >TILE1_MEM + 176
; byte >TILE1_MEM + 192
; byte >TILE1_MEM + 208
; byte >TILE1_MEM + 224
; byte >TILE1_MEM + 240
; byte >TILE1_MEM + 256
; byte >TILE1_MEM + 272
; byte >TILE1_MEM + 288
; byte >TILE1_MEM + 304
; byte >TILE1_MEM + 320 ; 20
; byte >TILE1_MEM + 336
; byte >TILE1_MEM + 352
; byte >TILE1_MEM + 368
; byte >TILE1_MEM + 384
; byte >TILE1_MEM + 400
; byte >TILE1_MEM + 416
; byte >TILE1_MEM + 432
; byte >TILE1_MEM + 448
; byte >TILE1_MEM + 464
; byte >TILE1_MEM + 480 ; 30
; byte >TILE1_MEM + 496
; byte >TILE1_MEM + 512
; byte >TILE1_MEM + 528
; byte >TILE1_MEM + 544
; byte >TILE1_MEM + 560
; byte >TILE1_MEM + 576
; byte >TILE1_MEM + 592
; byte >TILE1_MEM + 608
; byte >TILE1_MEM + 624
; byte >TILE1_MEM + 640 ; 40
; byte >TILE1_MEM + 656
; byte >TILE1_MEM + 672
; byte >TILE1_MEM + 688
; byte >TILE1_MEM + 704
; byte >TILE1_MEM + 720
; byte >TILE1_MEM + 736
; byte >TILE1_MEM + 752
; byte >TILE1_MEM + 768
; byte >TILE1_MEM + 784
; byte >TILE1_MEM + 800 ;50
; byte >TILE1_MEM + 816
; byte >TILE1_MEM + 832
; byte >TILE1_MEM + 848
; byte >TILE1_MEM + 864
; byte >TILE1_MEM + 880
; byte >TILE1_MEM + 896
; byte >TILE1_MEM + 912
; byte >TILE1_MEM + 928
; byte >TILE1_MEM + 944
; byte >TILE1_MEM + 960 ; 10
; byte >TILE1_MEM + 976
; byte >TILE1_MEM + 992
; byte >TILE1_MEM + 1008
; byte >TILE1_MEM + 1024 ; 64

;GAMECHMAP_LO
; byte <GAMECH_MAP
;GAMECHMAP_HI
; byte >GAMECH_MAP

;GAMECHARS_LO
; byte <GAMECHARS_MEM
;GAMECHARS_HI
; byte >GAMECHARS_MEM

;GAMEATTRIBS_LO
; byte <GAME_CHATTRIBS
;GAMEATTRIBS_HI
; byte >GAME_CHATTRIBS

GAME_CHTILES_LO
byte GAME_CHTILES_HI
byte >MAP_CHAR_MEM

VIC_Registers.asm

;===============================================================================
; VIC II REGISTER INCLUDE FILE
;===============================================================================
; Peter ‘Sig’ Hewett aka Retroromicon
; – 2016
;===============================================================================

; VIC II REGISTERS
VIC_SPRITE_X_POS = $D000 ; Increment by 2 bytes for the next sprite x pos
VIC_SPRITE_Y_POS = $D001 ; Increment by 2 bytes for the next sprite y pos
VIC_SPRITE_X_EXTEND = $D010 ; Bits #0 – 7 : Extended X bit for sprites 0-7

VIC_SCREEN_CONTROL_Y = $D011
VIC_SCREEN_CONTROL = $D011 ; Screen Control Register 1
; Bits #0-#2: Vertical raster scroll
; Bit #3 : Screen Height 0 = 24 rows 1 = 25 rows
; Bit #4 : 0 = Screen off 1 = Screen on (normal function)
; Bit #5 : 0 = Text Mode ; 1 = Bitmap mode
; Bit #6 : 1 = Extended Background Mode on
; Bit #7 : Read current raster line (bit #8)
; Write: Raster line to generate interrupt at (bit #8)
;

VIC_RASTER_LINE = $D012 ; Read: Current raster line (bits #0-#7)
; Write: Raster line to generate interrupt at (bits #0-#7).

VIC_SPRITE_ENABLE = $D015 ; (53269) set bits 0-8 to enable repective sprite

VIC_SCREEN_CONTROL_X = $D016
VIC_CONTROL = $D016 ; Screen Control Register 2
; Bits #0-#2 : Horizontal raster scroll
; Bit #3 : Screen Width ; 0 = 38 cols 1 = 40 cols
; Bit #4 : 1 = Multicolor mode on
; Default : $C8 (%11001000)

VIC_MEMORY_CONTROL = $D018 ; MEMORY SETUP REGISTER BITS
; Bits #1-#3 in text mode are a pointer
; to character memory relative to VIC_BANK ($DD00)
; %000, 0 : $0000-$07FF
; %001, 1 : $0800-$0FFF
; %010, 2 : $1000-$17FF
; %011, 3 : $1800-$1FFF
; %100, 4 : $2000-$27FF
; %101, 5 : $2800-$2FFF
; %110, 6 : $3000-$37FF
; %111, 7 : $3800-$3FFF
; Values %010 and %011 in VIC Bank #0 and #2
; select Character ROM instead
;
; In bitmap mode, pointer to bitmap memory
; (bit #13) relative to VIC_BANK address ($DD00)
; %0xx, 0 : $0000-$1FFFF
; %1xx, 4 : $2000-$3FFFF
;
; Bits #4-#7 : Pointer to screen memory (bits #10-#13)
; relative to VIC_BANK address ($DD00)
; %0000, 0 : $0000 – $03FF
; %0001, 1 : $0400 – $07FF
; %0010, 2 : $0800 – $0BFF
; %0011, 3 : $0C00 – $0FFF
; %0100, 4 : $1000 – $13FF
; %0101, 5 : $1400 – $17FF
; %0110, 6 : $1800 – $1BFF
; %0111, 7 : $1C00 – $1FFF
; %1000, 8 : $2000 – $23FF
; %1001, 9 : $2400 – $27FF
; %1010, 10 : $2800 – $2BFF
; %1011, 11 : $2C00 – $2FFF
; %1100, 12 : $3000 – $33FF
; %1101, 13 : $3400 – $37FF
; %1110, 14 : $3800 – $3BFF
; %1111, 15 : $3C00 – $3FFF

VIC_MASK_IRQ = $D019

VIC_INTERRUPT_CONTROL = $D01A ; (53274) Interrupt control register
; Bit #0 1 = Raster interupt enabled
; Bit #1 1 = Sprite – Background collision interupt enabled
; Bit #2 1 = Sprite – Sprite collision interrupt enabled
; Bit #3 1 = Light pen interrupt enabled

VIC_SPRITE_MULTICOLOR = $D01C ; (53276) Sprite Multicolor mode register
; #bit – set individual sprites to multicolor
; Bit #x = 0 – SpriteX is single color 1 = Sprite x is multicolor
;

VIC_BORDER_COLOR = $D020 ; (53280) Border color
VIC_BACKGROUND_COLOR = $D021 ; (53281) Background color
VIC_CHARSET_MULTICOLOR_1 = $D022 ; (53282) Extra Background Color 1 – Multicolor 1
VIC_CHARSET_MULTICOLOR_2 = $D023 ; (53283) Extra Background Color 2 – Multicolor 2
VIC_CHARSET_MULTICOLOR_3 = $D024 ; (53284) Extra Background Color 3
VIC_SPRITE_MULTICOLOR_1 = $D025 ; (53285) Sprite extra color 1
VIC_SPRITE_MULTICOLOR_2 = $D026 ; (53286) Sprite extra color 2
VIC_SPRITE_COLOR = $D027 ; (53287) Sprite Color ($D027 – $D02E = Sprites 0 – 7)

; CIA REGISTERS
PORT_A = $DC00 ; CIA PORT A – Joystick #2
JOY_2 = $DC00 ; Keyboard Matrix columns and Joystick #2
; Read Bits:
; Bit #0 0 = Port 2 Joystick up pressed
; Bit #1 0 = Port 2 Joystick down pressed
; Bit #2 0 = Port 2 Joystick left pressed
; Bit #3 0 = Port 2 Joystick right pressed
; Bit #4 0 = Port 2 Joystick fire pressed
; Write Bits:
; Bit #x : 0 = Select keyboard matrix column #x
; Bit #6-#7 : Padle selection %01 = Paddle 1; #10 = Paddle #2

INT_CONTROL = $DC0D ; Interrupt control and status register
; Read Bits
; #0 – 1 = Timer A underflow occurred
; #1 – 1 = Timer B underflow occurred
; #2 – 1 = TOD is equal to alarm time
; #3 – 1 = A complete byte has been received into or
; sent from serial shift register
; #4 – Signal level on FLAG pin, datasette input
; #7 – An interrupt has been generated
;
; Write Bits
; #0 – 1 = Enable interrupts generated by timer A underflow
; #1 – 1 = Enable interrupts generated by timer B underflow
; #2 – 1 = Enable TOD alarm interrupt
; #3 – 1 = Enable interrupts generated by a byte having been
; recieved/sent via serial shift register
; #4 – 1 = Enable interrupts generated by positivy edge on FLAG pin
; #7 – Fill bit ; bits #0-#6 that are set to 1, get their values from
; this bit; bits #0-#6, that are set to 0, are left unchanged

VIC_BANK = $DD00
CIA_PRA = $DD00 ; CIA#2 – PORT_A, serial bus access
; Bits #0-#1 : VIC bank values
; %00 – Bank #3 – $C000 – $FFFF
; %01 – Bank #2 – $8000 – $BFFF
; %10 – Bank #1 – $4000 – $7FFF
; %11 – Bank #0 – $0000 – $3FFF
; Bit #2 – RS232 TXD line, output bit
; Bit #3 – Serial bus ATN OUT; 0 = high; 1 = low
; Bit #4 – Serial bus CLOCK OUT; 0 – high; 1 = low
; Bit #5 – Serial bus DATA OUT; 0 – low ; 1 = high
; Bit #6 – Serial bus CLOCK IN; 0 = low; 1 = high
; Bit #7 – Serial bus DATA IN; 0 = low; 1 = high

;——————————————————————————-
; ZERO PAGE
;——————————————————————————-
PROC_PORT = $0001
; Bits #0 – #2 : Configuration for memory areas $A000-$BFFF,
; $D000-$DFFF and $E000-$FFFF
; Values : %x00 : RAM visible in all 3 areas
; %x01 : RAM visible at $A000-$BFFF and $E000-$FFFF
; %x10 : RAM visible at $A000-$BFFF ; KERNAL ROM visible at $E000-$FFFF
; %x11 : BASIC ROM visible at $A000-$BFFF; KERNAL ROM visible at $E000-$FFFF
; %1xx : I/O area visible at $D000-$DFFF (Except for the value %100, see above)
;
; Bit #3 : Datasette output signal level
; Bit #4 : Datasette button status; 0 = One or more of PLAY,RECORD,FFWD or REW pressed
; 1 = No button pressed
; Bit #5 : Datasette motor control; 0 = on; 1 = off
;
; Default: #$37, %00110111
;——————————————————————————-
; COLORS
;——————————————————————————-
COLOR_BLACK = 0
COLOR_WHITE = 1
COLOR_RED = 2
COLOR_CYAN = 3
COLOR_VIOLET = 4
COLOR_GREEN = 5
COLOR_BLUE = 6
COLOR_YELLOW = 7
COLOR_ORANGE = 8
COLOR_BROWN = 9
COLOR_LTRED = 10
COLOR_GREY1 = 11
COLOR_GREY2 = 12
COLOR_LTGREEN = 13
COLOR_LTBLUE = 14
COLOR_GREY3 = 15

Game_Chset.asm

; This is actually the binary data from CharPad for the character set (main game screen)

byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00
byte $00,$20,$00,$03,$8f,$0f,$0f,$3f,$00,$00,$fd,$fd,$fd,$fd,$fd,$fd
byte $02,$00,$3f,$3f,$3f,$3f,$3f,$3f,$00,$00,$08,$c0,$f0,$f0,$f0,$fc
byte $33,$3f,$3f,$3f,$3f,$3f,$3f,$00,$fd,$fd,$fd,$fd,$fd,$fd,$f1,$01
byte $3f,$3f,$3f,$3f,$3f,$3f,$0f,$00,$cc,$fc,$fc,$fc,$fc,$fc,$fc,$0c
byte $15,$00,$3f,$3f,$3f,$3f,$3f,$3f,$55,$01,$fd,$fd,$fd,$fd,$fd,$fd
byte $54,$00,$fc,$fc,$fc,$fc,$fc,$fc,$3f,$3f,$00,$2a,$2a,$3a,$0f,$00
byte $fd,$fd,$01,$a9,$a9,$a9,$ff,$00,$3f,$3f,$00,$2a,$2a,$ea,$ff,$00
byte $fc,$fc,$00,$a8,$a8,$ac,$f0,$00,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$ff
byte $ff,$ff,$bb,$ef,$ff,$ef,$ef,$eb,$ff,$fe,$bc,$2f,$cb,$f2,$fa,$fe
byte $ff,$ff,$bb,$2f,$ff,$ef,$ef,$eb,$bf,$ff,$ee,$fb,$fb,$fb,$fb,$fb
byte $ff,$ef,$ee,$fa,$fa,$fb,$eb,$fb,$ef,$ff,$bf,$ff,$ff,$ff,$ff,$bf
byte $af,$ee,$ef,$eb,$ae,$ae,$ae,$ef,$fb,$fb,$fb,$fa,$ff,$ff,$ff,$ff
byte $bb,$fb,$fb,$aa,$fb,$fb,$fa,$e8,$fe,$ef,$cb,$e3,$8b,$f2,$fc,$ff
byte $ef,$ef,$ff,$ef,$ef,$ef,$af,$2f,$ff,$fe,$f8,$f3,$ff,$ff,$ff,$ff
byte $bb,$3b,$fb,$fb,$fb,$fb,$ea,$aa,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$be
byte $2b,$eb,$ef,$ef,$ef,$ef,$ab,$aa,$30,$03,$00,$3f,$07,$30,$30,$f0
byte $03,$f0,$e0,$c8,$30,$2c,$0f,$f0,$03,$20,$00,$88,$cc,$2f,$3c,$00
byte $00,$32,$00,$0c,$c3,$08,$f0,$70,$e3,$3f,$f3,$00,$8c,$00,$00,$03
byte $00,$c3,$0b,$83,$0f,$80,$30,$f1,$0f,$80,$0c,$33,$c3,$e3,$0c,$f0
byte $3c,$cc,$3c,$cf,$e0,$c0,$cc,$02,$8e,$0f,$0c,$30,$0c,$cc,$cc,$00
byte $f0,$00,$3f,$83,$0c,$fc,$3f,$0f,$c0,$f0,$cc,$c1,$03,$0f,$30,$b0
byte $80,$0c,$00,$03,$30,$00,$3c,$30,$00,$00,$8c,$01,$30,$0c,$c0,$0f
byte $03,$cf,$00,$20,$c3,$33,$0f,$00,$3f,$08,$f0,$3c,$3f,$03,$0c,$30
byte $33,$cf,$03,$e0,$0f,$fc,$f0,$0c,$00,$00,$00,$00,$00,$00,$00,$c0
byte $00,$00,$00,$32,$0e,$c9,$c9,$29,$c0,$00,$00,$9b,$56,$55,$55,$55
byte $00,$00,$00,$00,$03,$80,$60,$68,$25,$a5,$95,$55,$55,$56,$59,$55
byte $55,$95,$55,$55,$55,$55,$55,$55,$5a,$56,$55,$95,$65,$59,$55,$55
byte $30,$80,$a3,$68,$58,$56,$55,$55,$ff,$f0,$c0,$c0,$c0,$c0,$00,$00
byte $ff,$3f,$3f,$03,$03,$03,$03,$03,$10,$00,$00,$00,$00,$00,$00,$00
byte $03,$03,$03,$03,$00,$00,$00,$00,$00,$40,$00,$00,$00,$00,$00,$00
byte $00,$00,$04,$00,$00,$00,$00,$00,$95,$56,$7c,$aa,$c0,$cc,$f3,$ff
byte $6a,$dd,$d6,$2b,$89,$21,$00,$fc,$44,$58,$49,$4d,$f5,$4f,$0c,$04
byte $00,$00,$00,$00,$00,$00,$00,$00,$55,$a5,$a9,$29,$89,$21,$01,$fe
byte $94,$e8,$c8,$e0,$c0,$cc,$f0,$f0,$05,$0b,$04,$04,$0d,$0f,$0d,$05
byte $00,$00,$00,$00,$00,$c0,$70,$c0,$95,$ea,$c8,$e2,$c0,$cc,$f3,$ff
byte $54,$a4,$a8,$28,$88,$20,$00,$fc,$01,$01,$05,$06,$c6,$06,$0e,$14
byte $55,$a5,$a9,$29,$89,$2a,$8a,$fe,$94,$e8,$c8,$e0,$c0,$cc,$f3,$ab
byte $05,$1b,$05,$04,$05,$07,$0b,$09,$b0,$ce,$30,$aa,$ec,$a8,$2a,$a2
byte $ea,$cc,$32,$2b,$8a,$2a,$22,$0a,$cc,$e0,$23,$c8,$3a,$82,$a2,$8a
byte $8e,$20,$ca,$0c,$b3,$2a,$08,$2a,$3f,$fb,$65,$eb,$fe,$7e,$9b,$eb
byte $a0,$fb,$aa,$bf,$e6,$fa,$be,$ad,$a2,$fe,$5a,$ff,$ba,$be,$a7,$7f
byte $aa,$fb,$69,$be,$db,$ff,$aa,$ee,$ae,$ee,$aa,$ea,$3a,$aa,$0a,$ff
byte $ef,$af,$aa,$d7,$ff,$be,$aa,$ff,$fe,$af,$aa,$db,$ea,$aa,$aa,$73
byte $fb,$ef,$aa,$5b,$ea,$38,$a2,$de,$65,$a5,$a9,$29,$89,$2a,$8a,$fe
byte $94,$e8,$c9,$e1,$d4,$cc,$f3,$ab,$89,$b3,$1a,$49,$29,$a9,$51,$34
byte $3d,$d4,$da,$e8,$e9,$fa,$98,$c5,$95,$56,$7c,$aa,$00,$cc,$33,$cf
byte $6a,$dd,$d6,$2b,$8b,$21,$01,$fe,$be,$e9,$8a,$f2,$c0,$cc,$f3,$ff
byte $a9,$59,$9a,$e9,$89,$21,$01,$ce,$97,$eb,$cb,$e3,$c3,$cf,$f3,$ff
byte $d5,$a5,$e9,$e9,$c9,$e1,$01,$fe,$95,$ea,$f8,$22,$c0,$0c,$00,$cf
byte $57,$b5,$ab,$2b,$89,$23,$00,$c3,$55,$a5,$a9,$e9,$89,$21,$01,$ce
byte $95,$ea,$08,$e2,$00,$cc,$33,$ab,$55,$a5,$a9,$29,$89,$a1,$a2,$fe
byte $95,$ea,$c8,$e2,$c0,$cc,$e3,$eb,$00,$80,$61,$41,$5f,$31,$3c,$10
byte $00,$0a,$ab,$e8,$62,$48,$00,$3f,$00,$aa,$aa,$aa,$aa,$aa,$aa,$ff
byte $00,$00,$00,$00,$00,$01,$05,$03,$50,$20,$10,$10,$70,$70,$70,$50
byte $16,$2b,$23,$0b,$03,$33,$0f,$0f,$55,$5a,$6a,$68,$62,$48,$40,$bf
byte $40,$40,$50,$90,$93,$90,$b0,$14,$15,$1a,$2a,$28,$22,$08,$00,$3f
byte $56,$ab,$23,$8b,$03,$33,$cf,$ff,$50,$e4,$50,$10,$50,$d0,$e0,$60
byte $16,$2b,$23,$0b,$03,$33,$cf,$ea,$55,$5a,$6a,$68,$62,$a8,$a2,$bf
byte $ff,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$3f,$3f,$3f,$3f,$3f,$3f,$3f,$3f
byte $ff,$cf,$ff,$ff,$fc,$3f,$f7,$ff,$ff,$cf,$ff,$ff,$7c,$3f,$ff,$ff
byte $af,$8f,$9f,$af,$ac,$2f,$af,$ff,$aa,$aa,$aa,$aa,$aa,$aa,$aa,$aa
byte $a8,$a8,$a8,$a8,$a8,$a8,$a8,$a8,$6a,$6a,$6a,$6a,$6a,$6a,$6a,$6a
byte $aa,$aa,$aa,$a2,$aa,$aa,$aa,$aa,$a8,$a8,$88,$a8,$a8,$a8,$a8,$a8
byte $ff,$ff,$ff,$ff,$ff,$ff,$ff,$ff,$fc,$ff,$ff,$ff,$ff,$ff,$ff,$ff
byte $ff,$ff,$ff,$ff,$ff,$ff,$ff,$fc,$ff,$ff,$ff,$ff,$ff,$ff,$cf,$ff
byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$c0
byte $00,$30,$03,$c0,$f0,$ff,$ff,$3f,$00,$00,$00,$30,$00,$c3,$ff,$ff
byte $00,$0c,$3f,$ff,$ff,$ff,$ff,$ff,$00,$30,$00,$c0,$fc,$ff,$f3,$ff
byte $fd,$ff,$ff,$ff,$df,$cf,$ef,$f3,$fe,$ff,$ff,$ef,$ff,$ff,$ff,$ff
byte $fc,$ff,$ff,$3f,$ff,$ff,$ff,$ff,$3f,$ff,$fc,$ff,$ff,$ff,$ff,$bf
byte $f3,$ff,$ff,$cf,$ff,$ff,$ff,$ff,$3f,$fc,$3f,$ff,$ff,$ff,$ff,$ff
byte $7f,$ff,$fc,$ff,$ff,$ff,$3f,$ff,$fa,$69,$be,$9a,$aa,$aa,$a6,$88
byte $aa,$aa,$aa,$aa,$aa,$ac,$b0,$81,$ee,$b6,$fa,$06,$0a,$0a,$0e,$fb
byte $ae,$9a,$aa,$9a,$a9,$aa,$ae,$ea,$22,$0a,$2a,$aa,$aa,$aa,$8f,$00
byte $80,$a2,$aa,$a2,$b0,$c0,$2a,$aa,$aa,$aa,$aa,$aa,$aa,$2a,$0a,$40
byte $88,$a4,$a8,$aa,$aa,$aa,$a2,$08,$0a,$b9,$aa,$aa,$aa,$aa,$a0,$84
byte $ea,$aa,$aa,$ab,$ab,$af,$bc,$00,$0e,$3a,$2a,$2a,$2a,$1a,$01,$02
byte $ae,$aa,$aa,$aa,$aa,$aa,$aa,$2a,$2a,$2a,$2a,$a0,$ac,$a4,$20,$a0
byte $80,$a2,$a2,$a2,$ba,$c0,$28,$aa,$aa,$ae,$aa,$aa,$aa,$ea,$1a,$01
byte $88,$80,$a0,$a8,$aa,$aa,$a4,$08,$fc,$ff,$ff,$ff,$ff,$ff,$ff,$ff
byte $ff,$ff,$ff,$ff,$ff,$ff,$ff,$fc,$ff,$ff,$ff,$ff,$ff,$ff,$cf,$ff
byte $00,$ff,$ff,$aa,$00,$ff,$ff,$aa,$00,$3e,$3a,$2a,$00,$f3,$e3,$a2
byte $55,$77,$53,$5c,$73,$5c,$d0,$f0,$df,$ff,$df,$fc,$fc,$3f,$cf,$00
byte $cf,$ff,$cf,$fc,$fc,$3f,$ff,$00,$cf,$ff,$cf,$fc,$fc,$3f,$cf,$00
byte $ff,$ff,$ff,$fc,$ff,$ff,$cf,$cc,$ff,$cf,$ff,$fc,$ff,$ff,$cf,$cc
byte $ab,$af,$af,$bf,$b3,$bf,$b3,$3f,$ff,$ff,$c0,$ff,$c0,$c0,$00,$00
byte $ff,$ff,$03,$fd,$01,$03,$00,$00,$aa,$fa,$fa,$fe,$fe,$7e,$de,$e4
byte $bf,$bf,$b3,$b3,$b3,$bf,$bf,$33,$e6,$e6,$e6,$e6,$e6,$e6,$e6,$e4
byte $b3,$b3,$b3,$b3,$b3,$b3,$b3,$33,$b3,$b3,$b3,$bf,$b3,$b3,$b3,$b3
byte $e6,$e6,$e6,$e6,$e6,$e6,$e6,$e6,$00,$76,$ba,$fe,$65,$aa,$aa,$aa
byte $00,$6d,$ae,$f7,$99,$aa,$aa,$aa,$00,$6d,$ae,$ff,$5a,$aa,$aa,$aa
byte $00,$6e,$aa,$7f,$96,$aa,$aa,$aa,$bf,$af,$ab,$aa,$aa,$aa,$ff,$00
byte $aa,$aa,$aa,$aa,$aa,$aa,$ff,$00,$aa,$aa,$ba,$aa,$ab,$aa,$ff,$00
byte $aa,$aa,$aa,$aa,$aa,$aa,$ff,$0c,$aa,$aa,$ba,$aa,$aa,$aa,$fb,$aa
byte $ac,$a8,$ac,$a8,$a8,$ac,$ac,$bc,$aa,$aa,$aa,$aa,$aa,$aa,$eb,$ff
byte $aa,$aa,$aa,$aa,$ae,$be,$ff,$fb,$aa,$aa,$aa,$aa,$ae,$be,$fe,$fa
byte $aa,$aa,$aa,$a9,$aa,$aa,$eb,$ff,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f
byte $00,$00,$aa,$aa,$55,$00,$00,$00,$f0,$fc,$f8,$f8,$f8,$f8,$f8,$f8
byte $aa,$aa,$aa,$00,$00,$00,$00,$00,$f0,$fc,$f8,$f8,$f8,$f8,$f8,$fc
byte $aa,$aa,$aa,$55,$00,$00,$00,$00,$f0,$fc,$fc,$f8,$f8,$f8,$f8,$f8
byte $00,$00,$10,$00,$00,$00,$00,$00,$00,$10,$00,$00,$00,$00,$00,$00
byte $00,$00,$00,$10,$00,$00,$00,$00,$00,$00,$10,$00,$00,$00,$10,$00
byte $00,$00,$00,$00,$00,$10,$00,$00,$ab,$a8,$aa,$aa,$aa,$aa,$aa,$aa
byte $ff,$ff,$30,$3f,$3f,$3f,$3f,$33,$ff,$ff,$0e,$f9,$f9,$39,$39,$39
byte $aa,$6a,$aa,$aa,$aa,$aa,$aa,$aa,$33,$33,$33,$33,$33,$3f,$3f,$8f
byte $39,$39,$39,$39,$39,$f9,$f8,$e2,$aa,$aa,$aa,$aa,$aa,$aa,$aa,$00
byte $aa,$aa,$a2,$aa,$aa,$aa,$aa,$00,$aa,$a2,$aa,$aa,$aa,$aa,$aa,$00
byte $aa,$aa,$a2,$aa,$aa,$aa,$aa,$aa,$a8,$a8,$a8,$a8,$a8,$88,$a8,$a8
byte $6a,$6a,$6a,$6a,$6a,$62,$6a,$6a,$80,$a0,$a0,$a0,$a0,$a0,$a0,$a0
byte $00,$3c,$0c,$3c,$3c,$3c,$3c,$3c,$2a,$2a,$2a,$2a,$2a,$2a,$2a,$2a
byte $a0,$a0,$a0,$a0,$a0,$a0,$a0,$a0,$aa,$aa,$aa,$ab,$ab,$ac,$ac,$00
byte $bf,$f0,$ca,$2a,$a9,$a9,$a9,$00,$f6,$0f,$ab,$aa,$aa,$aa,$aa,$00
byte $aa,$aa,$6a,$ea,$da,$ba,$b6,$30,$00,$ac,$ac,$ac,$ac,$ac,$ac,$00
byte $00,$a9,$a1,$a0,$a0,$aa,$aa,$aa,$00,$aa,$aa,$6a,$1a,$86,$aa,$aa
byte $30,$b6,$b6,$b6,$b6,$b6,$b2,$04,$a8,$ab,$aa,$aa,$aa,$aa,$aa,$00
byte $aa,$2a,$ca,$f3,$bf,$a0,$a8,$00,$aa,$aa,$ab,$ff,$fd,$0a,$2a,$00
byte $da,$da,$6a,$aa,$aa,$aa,$aa,$00,$aa,$aa,$aa,$aa,$00,$00,$ff,$ff
byte $a8,$a8,$a8,$a8,$00,$00,$ff,$ff,$aa,$00,$00,$a0,$aa,$aa,$aa,$00
byte $00,$00,$aa,$aa,$aa,$aa,$aa,$aa,$00,$00,$a8,$a8,$8a,$a2,$aa,$aa
byte $00,$00,$aa,$2a,$0a,$82,$a0,$a8,$00,$aa,$ba,$aa,$aa,$ab,$aa,$aa
byte $00,$aa,$aa,$aa,$aa,$aa,$aa,$aa,$aa,$aa,$aa,$aa,$ff,$ff,$ff,$ff
byte $aa,$3a,$3a,$3a,$3a,$3a,$aa,$ff,$aa,$0e,$0e,$0e,$0e,$0e,$aa,$ff
byte $55,$a5,$a9,$29,$89,$2a,$8a,$02,$15,$ea,$08,$e2,$00,$cc,$33,$ab
byte $55,$a5,$a9,$29,$89,$a1,$a2,$02,$95,$2a,$08,$22,$00,$00,$20,$28

TitleScreen.asm

;===============================================================================
; CHAR PAD TOOLS
;===============================================================================
; Peter ‘Sig’ Hewett 2017
;——————————————————————————-
; Tools for integrating CharPad character sets, tiles, and maps
;===============================================================================
; Map Notes:
;
; CharPad setup : To make a level map, set up for 256 characters
; A tile size of 4×4
; Set number of tiles to 64
; Set map size to 64 x 32
; *IMPORTANT* set color to ‘per character’
;

;——————————————————————————-
; DRAW MAP
;——————————————————————————-
; Draw the entire map on the screen. This won’t be done that often as most updates
; to the screen will be scrolling. But for starting a level, resetting on death,
; or teleporting, we need to build the entire screen.
; This also sets up essential data for using the map.
; Initializes : MAP_POS_X
; MAP_POS_Y
; MAP_POS_ADDRESS
; MAP_X_DELTA
; MAP_Y_DELTA
;
; X = Start map X coord (top left corner)
; Y = Start map Y coord (top left corner)
;
; Uses ZEROPAGE_POINTER_4 (as TileDraw uses 1,2,3)
;——————————————————————————-

BeginTitleScreen
; lda #SCREEN1_MEM
; sta CURRENT_SCREEN + 1

; lda #SCREEN2_MEM
; sta CURRENT_BUFFER + 1

#region “DrawMap”
DrawTitleMap

ldx #14 ; (129,26=default), 25,35
ldy #0 ; 7, 43

lda #0
sta MAP_X_DELTA
sta MAP_Y_DELTA

stx MAP_X_POS
sty MAP_Y_POS

;—————————————————————
; First find the address for the starting map position

ldx MAP_Y_POS

lda TITLE_MAP_LINE_LOOKUP_LO,x ; fetch the address for the line (Y pos)
sta ZEROPAGE_POINTER_4
lda TITLE_MAP_LINE_LOOKUP_HI,x
sta ZEROPAGE_POINTER_4 + 1

clc
lda ZEROPAGE_POINTER_4 ; add the x position
adc MAP_X_POS
sta ZEROPAGE_POINTER_4
lda ZEROPAGE_POINTER_4 + 1
adc #0
sta ZEROPAGE_POINTER_4 + 1 ; ZEROPAGE_POINTER_1 now holds the
; map start address

; Save this info for map usage
;copyPointer ZEROPAGE_POINTER_4, MAP_POS_ADDRESS

lda ZEROPAGE_POINTER_4
sta MAP_POS_ADDRESS
lda ZEROPAGE_POINTER_4 + 1
sta MAP_POS_ADDRESS + 1

;———————————————————————–
; Fetch map data and draw tile – coords are in ’tiles’ not
; character positions

ldy #0 ; holds X screen coord
ldx #0 ; holds Y screen coord

@loop
lda (ZEROPAGE_POINTER_4),y ; fetch map data
jsr DrawTitleTile ; draw the tile

iny ; inc X and check for end of screen
cpy #10 ; draw 10 tiles left to right
bne @loop
; go down one line on the map (64 char)
;addPointer ZEROPAGE_POINTER_4, 100

lda ZEROPAGE_POINTER_4
clc
adc #100
sta ZEROPAGE_POINTER_4
lda ZEROPAGE_POINTER_4 + 1
adc #0
sta ZEROPAGE_POINTER_4 + 1

ldy #0
inx
cpx #6
bne @loop
rts

WaitToStartGame
jsr JoystickReady

; Wait for fire button to restart Game
lda #%00010000 ; Mask for bit 0
bit JOY_2 ; check zero = jumping (button pressed)
bne WaitToStartGame
rts
#endregion

;——————————————————————————-
; DRAW TILE
;——————————————————————————-
; This routine actually won’t be called that often. Most updates are scrolling,
; so there are very few circumstances that need a whole tile drawn at once.
;——————————————————————————-
;
; X = Screen tile Y coord – ‘flipped’ so it dovetails into the MapDraw
; Y = Screen tile X coord routine without exhanging data in registers
; A = Tile # to draw
;
; Restores registers off the stack A / X / Y
;——————————————————————————-

#region “DrawTile”
DrawTitleTile
sta PARAM1 ; save tile number
sty PARAM2 ; save X pos
stx PARAM3 ; save Y pos

saveRegs ; put registers on the stack to
; exit cleaner – this routine will
; likely be nested
;——————————————————
; First get the destination for the tile

lda PARAM3 ; fetch the Y pos (in tile coords)
asl
asl ; multiply by 4 (tiles are 4 x 4 chars)
tax ; screen line in X

jsr GetScreenLineAddress ; fetch line address based on current displayed screen
; Y line address is in ZEROPAGE_POINTER_1

lda COLOR_LINE_OFFSET_TABLE_LO,x ; fetch color ram line address too
sta ZEROPAGE_POINTER_3
lda COLOR_LINE_OFFSET_TABLE_HI,x
sta ZEROPAGE_POINTER_3 + 1

lda PARAM2 ; get X coord
asl ; multiply by 4
asl
tax ; save it in x
clc ; add to Y line address
adc ZEROPAGE_POINTER_1
sta ZEROPAGE_POINTER_1
lda ZEROPAGE_POINTER_1 + 1
adc #0
sta ZEROPAGE_POINTER_1 + 1 ; destination base address is in ZEROPAGE_POINTER_1
txa
clc
adc ZEROPAGE_POINTER_3 ; color ram destination is in ZEROPAGE_POINTER_3
sta ZEROPAGE_POINTER_3
lda ZEROPAGE_POINTER_3 + 1
adc #0
sta ZEROPAGE_POINTER_3 + 1

;————————————————————
; Fetch the source tile address

ldx PARAM1 ; Fetch the tile number
lda TITLE_TILE_NUMBER_LOOKUP_LO,x
sta ZEROPAGE_POINTER_2
lda TITLE_TILE_NUMBER_LOOKUP_HI,x
sta ZEROPAGE_POINTER_2 + 1
;————————————————————-
; Loop through and draw the tile

ldy #0
@drawloop
lda (ZEROPAGE_POINTER_2),y ; Get the character code
sta (ZEROPAGE_POINTER_1),y ; store it on the screen
tax ; pass to X as an offset
lda TITLE_ATTRIBUTE_MEM,x ; fetch the color/data attribute
sta (ZEROPAGE_POINTER_3),y ; write it to color ram

cpy #15 ; drawn the 15th character? We’re finished
beq @done

tya ; save Y before the increment for our test
iny ; (saves having to inc it in 2 diff places)

; I need to count 0-3 to draw a row of tiles,
and #%00000011 ; but I need to count 0-15 to fetch the tile data
cmp #3 ; both NEED to use indirect Y addressing, and saving/
bne @drawloop ; fetching Y rapidly becomes a tangled nightmare.
; by masking out the last 2 bits in A, we get a number
; that counts 0-3 over and over without stopping the
; data fetch count 0-15. It’s also faster than my other
; options by quite a bit.

clc ; add new line
lda ZEROPAGE_POINTER_1 ; increment destination and color ram by 1 line – 4 chars
adc #40 – 4
sta ZEROPAGE_POINTER_1 ; by ‘backsetting’ our pointers, we don’t need to change Y
lda ZEROPAGE_POINTER_1 + 1 ; when drawing 0-3 characters, and can leave the 0-15
adc #0 ; count intact.
sta ZEROPAGE_POINTER_1 + 1 ; We have to increase them to the next line anyways, so this
; only saves time.
clc
lda ZEROPAGE_POINTER_3
adc #40 – 4
sta ZEROPAGE_POINTER_3
lda ZEROPAGE_POINTER_3 + 1
adc #0
sta ZEROPAGE_POINTER_3 + 1
jmp @drawloop
@done
restoreRegs ; pull registers back off the stack
rts

#endRegion

;===============================================================================
; LEVEL DATA AND TABLES
;===============================================================================

CURRENT_LEVEL
byte 0

;CHAR_ADDRESS
; word LEVEL_1_CHARS

TITLE_ATTRIB_ADDRESS
word ATTRIBUTE_MEM

;TITLE_TILE_ADDRESS
; word TITLE_TILE_MEM

;TITLE_MAP_ADDRESS
; word LEVEL_1_MAP
;——————————————————————————-
; MAP DATA LOOKUP TABLE 1
;——————————————————————————-
; Lookup table to return an address to a map line (Y coord). This table assumes
; a landscape
; layout (64 x 32 tiles). A portrait style table will be done in the future to
; allow more vertical maps
;——————————————————————————-
TITLE_MAP_LINE_LOOKUP_LO
byte TITLE_MAP_MEM
byte >TITLE_MAP_MEM + 100
byte >TITLE_MAP_MEM + 200
byte >TITLE_MAP_MEM + 300
byte >TITLE_MAP_MEM + 400
byte >TITLE_MAP_MEM + 500
byte >TITLE_MAP_MEM + 600
byte >TITLE_MAP_MEM + 700
byte >TITLE_MAP_MEM + 800
byte >TITLE_MAP_MEM + 900
byte >TITLE_MAP_MEM + 1000 ; 10
byte >TITLE_MAP_MEM + 1100
byte >TITLE_MAP_MEM + 1200
byte >TITLE_MAP_MEM + 1300
byte >TITLE_MAP_MEM + 1400
byte >TITLE_MAP_MEM + 1500
byte >TITLE_MAP_MEM + 1600
byte >TITLE_MAP_MEM + 1700
byte >TITLE_MAP_MEM + 1800
byte >TITLE_MAP_MEM + 1900
byte >TITLE_MAP_MEM + 2000 ;20
byte >TITLE_MAP_MEM + 2100
byte >TITLE_MAP_MEM + 2200
byte >TITLE_MAP_MEM + 2300 ; byte >TITLE_MAP_MEM + 4700
byte >TITLE_MAP_MEM + 2400
byte >TITLE_MAP_MEM + 2500
byte >TITLE_MAP_MEM + 2600
byte >TITLE_MAP_MEM + 2700
byte >TITLE_MAP_MEM + 2800
byte >TITLE_MAP_MEM + 2900 ;30
byte >TITLE_MAP_MEM + 3000
byte >TITLE_MAP_MEM + 3100 ;32

;; New lines – Parkour Big Map

byte >TITLE_MAP_MEM + 3200
byte >TITLE_MAP_MEM + 3300
byte >TITLE_MAP_MEM + 3400
byte >TITLE_MAP_MEM + 3500
byte >TITLE_MAP_MEM + 3600
byte >TITLE_MAP_MEM + 3700
byte >TITLE_MAP_MEM + 3800
byte >TITLE_MAP_MEM + 3900
byte >TITLE_MAP_MEM + 4000
byte >TITLE_MAP_MEM + 4100
byte >TITLE_MAP_MEM + 4200
byte >TITLE_MAP_MEM + 4300
byte >TITLE_MAP_MEM + 4400
byte >TITLE_MAP_MEM + 4500
byte >TITLE_MAP_MEM + 4600
byte >TITLE_MAP_MEM + 4700
byte >TITLE_MAP_MEM + 4800
byte >TITLE_MAP_MEM + 4900
byte >TITLE_MAP_MEM + 5000

byte >TITLE_MAP_MEM + 5010
byte >TITLE_MAP_MEM + 5020
byte >TITLE_MAP_MEM + 5030
byte >TITLE_MAP_MEM + 5040
byte >TITLE_MAP_MEM + 5050

;——————————————————————————-
; TILE ADDRESS LOOKUP TABLE
;——————————————————————————-
; Lookup table to find the start address of a tile on the current map.
; All current level tiles are
; held in TILE_MEM, there are 64 entries
;——————————————————————————-

;TILE_NUMBER_LOOKUP_LO
; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte ; byte

;TILE_NUMBER_LOOKUP_HI
; byte >TILE_MEM ; 0
; byte >TILE_MEM + 16
; byte >TILE_MEM + 32
; byte >TILE_MEM + 48
; byte >TILE_MEM + 64
; byte >TILE_MEM + 80
; byte >TILE_MEM + 96
; byte >TILE_MEM + 112
; byte >TILE_MEM + 128
; byte >TILE_MEM + 144
; byte >TILE_MEM + 160 ; 10
; byte >TILE_MEM + 176
; byte >TILE_MEM + 192
; byte >TILE_MEM + 208
; byte >TILE_MEM + 224
; byte >TILE_MEM + 240
; byte >TILE_MEM + 256
; byte >TILE_MEM + 272
; byte >TILE_MEM + 288
; byte >TILE_MEM + 304
; byte >TILE_MEM + 320 ; 20
; byte >TILE_MEM + 336
; byte >TILE_MEM + 352
; byte >TILE_MEM + 368
; byte >TILE_MEM + 384
; byte >TILE_MEM + 400
; byte >TILE_MEM + 416
; byte >TILE_MEM + 432
; byte >TILE_MEM + 448
; byte >TILE_MEM + 464
; byte >TILE_MEM + 480 ; 30
; byte >TILE_MEM + 496
; byte >TILE_MEM + 512
; byte >TILE_MEM + 528
; byte >TILE_MEM + 544
; byte >TILE_MEM + 560
; byte >TILE_MEM + 576
; byte >TILE_MEM + 592
; byte >TILE_MEM + 608
; byte >TILE_MEM + 624
; byte >TILE_MEM + 640 ; 40
; byte >TILE_MEM + 656
; byte >TILE_MEM + 672
; byte >TILE_MEM + 688
; byte >TILE_MEM + 704
; byte >TILE_MEM + 720
; byte >TILE_MEM + 736
; byte >TILE_MEM + 752
; byte >TILE_MEM + 768
; byte >TILE_MEM + 784
; byte >TILE_MEM + 800 ;50
; byte >TILE_MEM + 816
; byte >TILE_MEM + 832
; byte >TILE_MEM + 848
; byte >TILE_MEM + 864
; byte >TILE_MEM + 880
; byte >TILE_MEM + 896
; byte >TILE_MEM + 912
; byte >TILE_MEM + 928
; byte >TILE_MEM + 944
; byte >TILE_MEM + 960 ; 10
; byte >TILE_MEM + 976
; byte >TILE_MEM + 992
; byte >TILE_MEM + 1008
; byte >TILE_MEM + 1024 ; 64

TITLE_TILE_NUMBER_LOOKUP_LO
byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte byte

TITLE_TILE_NUMBER_LOOKUP_HI
byte >TITLE_TILE_MEM ; 0
byte >TITLE_TILE_MEM + 16
byte >TITLE_TILE_MEM + 32
byte >TITLE_TILE_MEM + 48
byte >TITLE_TILE_MEM + 64
byte >TITLE_TILE_MEM + 80
byte >TITLE_TILE_MEM + 96
byte >TITLE_TILE_MEM + 112
byte >TITLE_TILE_MEM + 128
byte >TITLE_TILE_MEM + 144
byte >TITLE_TILE_MEM + 160 ; 10
byte >TITLE_TILE_MEM + 176
byte >TITLE_TILE_MEM + 192
byte >TITLE_TILE_MEM + 208
byte >TITLE_TILE_MEM + 224
byte >TITLE_TILE_MEM + 240
byte >TITLE_TILE_MEM + 256
byte >TITLE_TILE_MEM + 272
byte >TITLE_TILE_MEM + 288
byte >TITLE_TILE_MEM + 304
byte >TITLE_TILE_MEM + 320 ; 20
byte >TITLE_TILE_MEM + 336
byte >TITLE_TILE_MEM + 352
byte >TITLE_TILE_MEM + 368
byte >TITLE_TILE_MEM + 384
byte >TITLE_TILE_MEM + 400
byte >TITLE_TILE_MEM + 416
byte >TITLE_TILE_MEM + 432
byte >TITLE_TILE_MEM + 448
byte >TITLE_TILE_MEM + 464
byte >TITLE_TILE_MEM + 480 ; 30
byte >TITLE_TILE_MEM + 496
byte >TITLE_TILE_MEM + 512
byte >TITLE_TILE_MEM + 528
byte >TITLE_TILE_MEM + 544
byte >TITLE_TILE_MEM + 560
byte >TITLE_TILE_MEM + 576
byte >TITLE_TILE_MEM + 592
byte >TITLE_TILE_MEM + 608
byte >TITLE_TILE_MEM + 624
byte >TITLE_TILE_MEM + 640 ; 40
byte >TITLE_TILE_MEM + 656
byte >TITLE_TILE_MEM + 672
byte >TITLE_TILE_MEM + 688
byte >TITLE_TILE_MEM + 704
byte >TITLE_TILE_MEM + 720
byte >TITLE_TILE_MEM + 736
byte >TITLE_TILE_MEM + 752
byte >TITLE_TILE_MEM + 768
byte >TITLE_TILE_MEM + 784
byte >TITLE_TILE_MEM + 800 ;50
byte >TITLE_TILE_MEM + 816
byte >TITLE_TILE_MEM + 832
byte >TITLE_TILE_MEM + 848
byte >TITLE_TILE_MEM + 864
byte >TITLE_TILE_MEM + 880
byte >TITLE_TILE_MEM + 896
byte >TITLE_TILE_MEM + 912
byte >TITLE_TILE_MEM + 928
byte >TITLE_TILE_MEM + 944
byte >TITLE_TILE_MEM + 960 ; 10
byte >TITLE_TILE_MEM + 976
byte >TITLE_TILE_MEM + 992
byte >TITLE_TILE_MEM + 1008
byte >TITLE_TILE_MEM + 1024 ; 64

SHOW_GAME_TITLE
byte 1

TitleMap_Charpad.asm

TITLE_MAP_MEM

byte $0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f
byte $0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f
byte $0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f
byte $0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$05,$0f,$0f,$0f,$0f,$0f,$0f
byte $0f,$0f,$05,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$08,$08,$0f,$0f,$0f
byte $0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f
byte $05,$0f,$0f,$15,$0f,$05,$0f,$0f,$0f,$05,$0f,$0f,$0f,$0f,$0f,$05
byte $0f,$0f,$0f,$19,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$18,$0f,$0f,$0f
byte $0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$05,$0f
byte $0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$19,$0f,$0f,$0f,$00,$0f,$0f
byte $0f,$0f,$18,$0f,$0f,$0f,$18,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$08
byte $08,$08,$0f,$0f,$0f,$0f,$0f,$19,$0f,$0f,$19,$0f,$0f,$0f,$05,$0f
byte $0f,$0f,$0f,$0f,$18,$0f,$0f,$15,$08,$18,$0f,$09,$06,$19,$18,$0f
byte $0f,$0f,$00,$00,$0f,$0f,$0f,$18,$0f,$0f,$0f,$0f,$02,$0f,$0f,$00
byte $00,$00,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$19,$0f,$05,$0f,$02,$0f,$0f
byte $0f,$0f,$18,$17,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$0f,$19,$00,$0f,$02
byte $0f,$00,$00,$0f,$05,$0f,$00,$0f,$0f,$18,$00,$18,$0f,$0f,$0f,$0f
byte $0f,$02,$0f,$08,$08,$08,$08,$0f,$18,$0f,$0f,$00,$0f,$0f,$18,$0f
byte $0f,$18,$18,$17,$0f,$16,$1f,$16,$1f,$1f,$16,$15,$08,$00,$0f,$09
byte $06,$19,$00,$09,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f
byte $1f,$1f,$1f,$1f,$09,$1f,$1f,$1f,$1f,$1f,$1f,$06,$18,$19,$18,$19
byte $09,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$06
byte $00,$00,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f,$1f
byte $1f,$1f,$1f,$1f,$1f,$1f,$1f,$08,$08,$08,$08,$06,$00,$0f,$00,$00
byte $0f,$0f,$00,$0f,$0f,$00,$00,$00,$0f,$16,$15,$16,$15,$15,$16,$15
byte $08,$06,$00,$09,$06,$00,$00,$09,$0b,$01,$0b,$08,$0b,$01,$0b,$08
byte $0b,$01,$0b,$08,$0b,$01,$0b,$08,$09,$0b,$01,$08,$0b,$01,$0b,$06
byte $00,$00,$00,$00,$09,$0b,$01,$0b,$08,$01,$0b,$08,$0b,$01,$08,$0b
byte $01,$0b,$0b,$06,$00,$00,$08,$0b,$01,$0b,$08,$0b,$01,$0b,$08,$0b
byte $01,$0b,$08,$0b,$01,$0b,$08,$0b,$01,$0b,$08,$0b,$01,$0b,$08,$06
byte $00,$0f,$00,$00,$0f,$18,$00,$18,$0f,$00,$00,$00,$0f,$16,$1e,$16
byte $1e,$1e,$16,$15,$08,$06,$00,$09,$06,$00,$00,$09,$07,$07,$07,$07
byte $07,$07,$07,$08,$07,$07,$07,$08,$07,$07,$07,$08,$09,$08,$08,$08
byte $08,$08,$08,$06,$00,$00,$00,$00,$09,$08,$08,$08,$08,$08,$08,$08
byte $08,$08,$08,$08,$08,$08,$08,$06,$00,$00,$08,$08,$08,$08,$08,$08
byte $08,$08,$08,$08,$08,$08,$08,$08,$08,$08,$08,$08,$08,$08,$08,$08
byte $08,$08,$08,$06,$00,$04,$00,$00,$0f,$00,$00,$00,$0f,$00,$00,$00
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byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
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byte $15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15
byte $15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15
byte $15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15
byte $15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15,$15
byte $15,$15,$15,$15

TITLE_ATTRIBUTE_MEM

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byte $3a,$1a,$1a,$1a,$1a,$2a,$1a,$1a,$1a,$1a,$1a,$1a,$1a,$1a,$1a,$1a
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byte $1a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$08,$08,$08,$08,$08,$4e
byte $4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e
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byte $3a,$3a,$3a,$3a,$3a,$3a,$3a,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e
byte $0e,$0e,$0e,$0e,$0e,$08,$08,$08,$5b,$5b,$5b,$5b,$5b,$5b,$5b,$0e
byte $0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e
byte $0e,$0e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$5e

TITLE_TILE_MEM

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byte $5a,$5b,$5c,$5a,$5d,$5b,$5c,$5a,$5a,$5e,$5c,$5a,$5d,$5b,$5c,$5a
byte $5f,$5f,$5f,$5f,$60,$5f,$5f,$5f,$61,$5f,$5f,$5f,$5f,$5f,$5f,$62
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byte $02,$b7,$b8,$02,$02,$14,$14,$02,$14,$15,$15,$14,$14,$15,$15,$14
byte $02,$b9,$14,$02,$02,$15,$14,$02,$02,$14,$ba,$02,$02,$bb,$14,$02
byte $bc,$bd,$be,$bc,$bc,$bd,$be,$bc,$bf,$c0,$c1,$c2,$bc,$c3,$c4,$bc
byte $c5,$c5,$c5,$c5,$c6,$c5,$c6,$c6,$c5,$c7,$c5,$c5,$c7,$c5,$c5,$c6
byte $c8,$c9,$ca,$c8,$cb,$cc,$cc,$cd,$ce,$cc,$cc,$cd,$ce,$cc,$cc,$cd
byte $cf,$cf,$cf,$cf,$d0,$d1,$d2,$d3,$d4,$d5,$d6,$d7,$d8,$d9,$da,$db
byte $bc,$bd,$bc,$bc,$dc,$dd,$dc,$dc,$de,$de,$de,$de,$df,$e0,$e1,$df
byte $e2,$e2,$e2,$e3,$e4,$e4,$e4,$e4,$e5,$e6,$e6,$e6,$e7,$e8,$e9,$ea

Game_Maps.asm

MAP_MEM

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byte $1e,$1e,$1e,$1e,$1e,$15,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$15
byte $00,$00,$00,$00,$1e,$15,$1e,$1e,$1e,$1e,$1e,$15,$1e,$1e,$1e,$1e
byte $1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$15,$1d,$1d,$1d,$1d,$1d,$1d,$15
byte $1d,$1d,$1d,$1d,$1d,$1d,$1d,$14,$14,$14,$14,$14,$14,$15,$00,$00
byte $1e,$15,$1e,$14,$14,$15,$0a,$15,$1e,$1e,$1e,$1e,$15,$0a,$0a,$0a
byte $0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$15,$0a,$0a,$0a,$15,$14
byte $1e,$1e,$1e,$15,$00,$00,$00,$00,$00,$15,$00,$00,$00,$00,$14,$14
byte $0a,$0a,$0a,$15,$00,$00,$00,$00,$14,$15,$14,$14,$14,$14,$14,$15
byte $14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$15,$00,$00,$00
byte $00,$00,$00,$15,$00,$00,$00,$00,$00,$00,$00,$14,$14,$1d,$1d,$1d
byte $1d,$15,$00,$00,$14,$15,$14,$14,$14,$15,$0a,$15,$14,$14,$14,$14
byte $15,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$0a,$15,$0a
byte $0a,$0a,$0a,$0a,$14,$14,$14,$15,$1e,$1e,$1e,$1e,$1e,$15,$00,$00
byte $04,$00,$14,$14,$1e,$1e,$1e,$15,$00,$00,$00,$00,$1d,$15,$1d,$1d
byte $1d,$1d,$1d,$15,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$14,$14
byte $15,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$14
byte $14,$00,$00,$00,$00,$15,$00,$00,$1d,$15,$1d,$14,$14,$15,$0a,$15
byte $14,$07,$07,$07,$15,$0a,$15,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e
byte $15,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$15,$1d,$1d,$1d,$1d
byte $1d,$15,$1d,$1d,$1d,$1d,$1d,$1d,$1d,$1d,$1d,$00,$00,$00,$00,$00
byte $00,$15,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00
byte $00,$04,$14,$14,$15,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d
byte $0d,$0d,$0d,$14,$14,$00,$00,$00,$00,$15,$00,$00,$00,$15,$00,$14
byte $14,$15,$00,$00,$00,$00,$00,$00,$15,$00,$15,$14,$14,$14,$14,$14
byte $14,$14,$14,$14,$15,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00
byte $00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00
byte $00,$00,$00,$00,$00,$15,$00,$00,$00,$00,$00,$00,$08,$08,$08,$08
byte $08,$08,$08,$15,$08,$08,$14,$14,$15,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$14,$14,$0d,$0d,$0d,$0d,$0d,$0d,$0d
byte $0d,$15,$0d,$14,$14,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$15,$14
byte $0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$15,$0d,$0d,$0d,$0d,$0d,$0d,$0d
byte $0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d
byte $0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$0d,$15,$0d,$0d,$0d,$0d,$0d,$0d
byte $0d,$0d,$0d,$0d,$0d,$0d,$0d,$15,$0d,$0d,$14,$14,$15,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$14,$14,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$14,$14,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$14,$14,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$14,$14
byte $15,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$14
byte $14,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$14,$14,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$14,$14,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$14,$14,$15,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c
byte $0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$0c,$14
byte $14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14
byte $14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14
byte $14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14
byte $14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14
byte $14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14
byte $14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14,$14
byte $14,$14,$14,$14

ATTRIBUTE1_MEM

byte $03,$0b,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e
byte $1e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e
byte $0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e
byte $0e,$0e,$0e,$2e,$0e,$2b,$2b,$2b,$2e,$0e,$0e,$0b,$0e,$0b,$0b,$1e
byte $38,$3e,$33,$18,$38,$1e,$3e,$18,$38,$3e,$18,$28,$3e,$1e,$1e,$1e
byte $1e,$28,$18,$18,$18,$18,$18,$18,$18,$18,$18,$18,$1e,$1e,$18,$18
byte $1e,$18,$18,$1e,$1e,$1e,$1e,$18,$18,$3e,$18,$18,$3e,$3e,$18,$18
byte $3e,$18,$18,$3e,$18,$18,$0a,$0a,$0a,$0a,$0a,$0b,$0b,$0b,$0b,$0b
byte $4e,$4e,$4e,$4e,$4b,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e,$4e
byte $4e,$0e,$0e,$0e,$0e,$0e,$0e,$0b,$0b,$0e,$0e,$0e,$0e,$0e,$0e,$0e
byte $0b,$0e,$0e,$0e,$0e,$0e,$1e,$1e,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0e
byte $0e,$0e,$0e,$0e,$0e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e,$1e
byte $1e,$1e,$1e,$3a,$3b,$3a,$3b,$3a,$3b,$3a,$0b,$0b,$0b,$0b,$0b,$0e
byte $0e,$0e,$0b,$0e,$0e,$0b,$0b,$0b,$5b,$5b,$5b,$5b,$5b,$5b,$5b,$0e
byte $0e,$0e,$0e,$0e,$0b,$0b,$0e,$0e,$0e,$0e,$0e,$0e,$0e,$0b,$0b,$0b
byte $0b,$1e,$1b,$1e,$1e,$1e,$1b,$1e,$1b,$5b

TILE_MEM
byte $00,$01,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00,$00
byte $02,$03,$04,$05,$06,$07,$08,$09,$0a,$0b,$0a,$0c,$0d,$0e,$0f,$10
byte $11,$12,$13,$14,$15,$16,$17,$18,$19,$1a,$1b,$1c,$1d,$1e,$1f,$20
byte $21,$22,$23,$24,$25,$26,$27,$28,$29,$2a,$2b,$2c,$2d,$2e,$2f,$30
byte $01,$01,$01,$01,$01,$31,$01,$01,$32,$33,$34,$01,$35,$36,$37,$38
byte $11,$39,$3a,$11,$11,$3b,$3c,$11,$11,$01,$3d,$11,$11,$3e,$01,$11
byte $3f,$40,$41,$42,$43,$44,$45,$46,$47,$48,$49,$42,$4a,$4b,$4c,$42
byte $4d,$4e,$4f,$50,$51,$52,$53,$54,$55,$56,$57,$58,$59,$5a,$5b,$5c
byte $5d,$5e,$5f,$60,$43,$61,$62,$63,$47,$64,$47,$65,$4a,$66,$67,$68
byte $42,$69,$6a,$6b,$6c,$6d,$6e,$6f,$42,$70,$71,$72,$42,$73,$74,$75
byte $76,$77,$78,$76,$76,$77,$76,$76,$79,$77,$76,$76,$76,$77,$7a,$76
byte $7b,$7c,$7d,$7b,$7e,$7c,$7d,$7b,$7b,$7f,$7d,$7b,$7e,$7c,$7d,$7b
byte $80,$80,$80,$80,$81,$80,$80,$80,$82,$80,$80,$80,$80,$80,$80,$83
byte $84,$84,$85,$84,$86,$87,$88,$89,$8a,$8b,$8c,$8d,$8e,$8f,$81,$90
byte $91,$92,$93,$94,$95,$96,$97,$98,$99,$9a,$9b,$9c,$9d,$9e,$9f,$a0
byte $11,$11,$11,$11,$a1,$11,$11,$11,$a2,$11,$11,$11,$11,$11,$11,$a3
byte $a4,$a5,$a5,$a5,$a4,$a5,$a5,$a5,$a4,$a5,$a5,$a5,$a5,$a5,$a5,$a5
byte $30,$30,$00,$a6,$30,$00,$a6,$a6,$00,$a6,$a7,$a8,$a6,$a7,$a9,$a8
byte $30,$aa,$30,$aa,$ab,$30,$aa,$30,$30,$aa,$30,$aa,$aa,$30,$aa,$30
byte $ac,$ad,$ae,$af,$b0,$01,$01,$b1,$b2,$01,$01,$b1,$b3,$01,$01,$b4
byte $b5,$b6,$b7,$b8,$b9,$ba,$bb,$bc,$bd,$be,$bf,$c0,$c1,$be,$c2,$c1
byte $c3,$c4,$c4,$c5,$c3,$c6,$c6,$c7,$c3,$c6,$c6,$c5,$c3,$c8,$c8,$c9
byte $ca,$11,$11,$11,$01,$11,$11,$11,$01,$ca,$01,$01,$01,$01,$ca,$01
byte $11,$cb,$3d,$11,$11,$01,$01,$11,$01,$ca,$ca,$01,$01,$ca,$ca,$01
byte $11,$cc,$01,$11,$11,$ca,$01,$11,$11,$01,$cd,$11,$11,$ce,$01,$11
byte $7b,$7c,$7d,$7b,$7b,$7c,$7d,$7b,$cf,$d0,$d1,$d2,$7b,$d3,$d4,$7b
byte $d5,$d5,$d5,$d5,$d6,$d5,$d6,$d6,$d5,$d7,$d5,$d5,$d7,$d5,$d5,$d6
byte $d8,$d9,$da,$d8,$db,$dc,$dc,$dd,$de,$dc,$dc,$dd,$de,$dc,$dc,$dd
byte $d5,$d5,$d5,$d5,$df,$e0,$e1,$e2,$e3,$e4,$e5,$e6,$e7,$e8,$e9,$ea
byte $7b,$7c,$7b,$7b,$eb,$ec,$eb,$eb,$ed,$ed,$ed,$ed,$ee,$ef,$f0,$ee
byte $f1,$f1,$f1,$f2,$f3,$f3,$f3,$f3,$f4,$f5,$f5,$f5,$f6,$f7,$f8,$f9