Cyanne

Keybase proof

I hereby claim:

• I am Cyanne on github.
• I am cyanne (https://keybase.io/cyanne) on keybase.
• I have a public key whose fingerprint is 4427 F114 64EC FCB6 A268 2965 131A 04BC 3C0E C53B

To claim this, I am signing this object:

Cyanne

# Customized key mapping table for Plus42 (Windows version)
#
# Format: [Ctrl|Alt|Shift]* <KeyCode> : <macro>
# <KeyCode> is a numeric Windows key code; <macro> is a sequence of zero or
# more HP-42S key codes. The HP-42S key codes must be between 1 and 255;
# codes 1..37 correspond to actual keys on the calculator's keyboard, while
# codes 38..255 can be used to refer to extra keys defined by customized skins.
#
# Anything from a "#" until the end of the line is a comment, and is ignored.
# White space (Space, Tab) separates tokens in the key map, but is otherwise

Cyanne

<?xml version="1.0" encoding="UTF-8"?>
<skin>
	<picture file="prime_screen.png"/>
	<picture_hover file="prime_screen.png"/>
	<picture_pressed file="prime_screen.png"/>
	<screen x="0" y="0" width="320" height="240"/>
	<matrix width="320" height="240"/>
	<leds r="0" rx="0" ry="0" gx="0" gy="0" bx="0" by="0"/>
	<maximized x="0" y="0" width="320" height="240"/>
	<trans lang="EN" id="Screen (Custom)"/>

Cyanne

<?xml version="1.0" encoding="UTF-8"?>
<skin>
	<picture file="prime_compact_L.png"/>
	<picture_hover file="prime_compact_L_hover.png"/>
	<picture_pressed file="prime_compact_L.png"/>
	<screen x="5" y="62" width="320" height="240"/>
	<matrix width="320" height="240"/>
	<leds r="0" rx="0" ry="0" gx="0" gy="0" bx="0" by="0"/>
	<maximized x="335" y="0" width="327" height="420"/>
	<trans lang="EN" id="Horizontal (Custom)"/>

Cyanne

; Burger pieces:
;  #$00 - nothing             Keys:
;  #$01 - bottom bread A      1: bottom bread
;  #$02 - bottom bread B      2: sauce
;  #$03 - sauce               3: lettuce
;  #$04 - lettuce             4: tomato
;  #$05 - tomato              5: patty
;  #$06 - patty A             6: cheese
;  #$07 - patty B             7: top bread
;  #$08 - cheese

Cyanne

 LDX $00     ; Initialize X: Drawing position
 
loop:
 LDA $ff     ; Load key register.
 CMP $00     ; ╮ Loop back on no input.
 BEQ loop    ; ╯ 

 STA $0200,X ; Draw dot for key input color
 LDA #$00    ; ╮ Polling done, reinitialize
 STA $ff     ; ╯ input register.

Cyanne

StoreGun:
 ; Line order data starting at $20
 LDA #$00   ; Gun 1 Blue Laser Upper Row
 STA $20
 LDA #$60   ; 2 red
 STA $21
 LDA #$68   ; 3 green
 STA $22
 LDA #$00   ; 4 blue
 STA $23

Cyanne

; A: Timer, X: Heart color, Y: Color counter
 LDY #$ff  ; Pulse offset
 STY $0010
 LDX #$06   ; Color 1
 STX $0001
 LDX #$0e   ; Color 2
 STX $0002
 LDX #$03   ; Color 3
 STX $0003  
 LDX #$01   ; Color 4

Cyanne

; A: Heart color, X: Timer multiplier, Y: Timer counter.
 LDY #$00
 LDA #$02   ; Dark color
 LDX #$05   ; Short timer multiplier
 STA $0000
 STX $0001
start: 
 LDA #$0a   ; Light color
 LDX #$0a   ; Long timer multiplier
draw:

Cyanne

#separator:pipe
#html:true
$00<br><br><center><img src="https://cyanne.net/images/table.png"></center> | BRK impl
$01<br><br><center><img src="https://cyanne.net/images/table.png"></center> | ORA X,ind
$05<br><br><center><img src="https://cyanne.net/images/table.png"></center> | ORA zpg
$06<br><br><center><img src="https://cyanne.net/images/table.png"></center> | ASL zpg
$08<br><br><center><img src="https://cyanne.net/images/table.png"></center> | PHP impl
$09<br><br><center><img src="https://cyanne.net/images/table.png"></center> | ORA #
$0a<br><br><center><img src="https://cyanne.net/images/table.png"></center> | ASL A
$0d<br><br><center><img src="https://cyanne.net/images/table.png"></center> | ORA abs