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b90efb0f7f
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b90efb0f7f | ||
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58ec54fc97 | ||
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114e753b64 |
8
blk/522
8
blk/522
@ -4,13 +4,13 @@
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2 *
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2 *
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OVER J 64 * I + + C@ 'X' = IF 1+ THEN
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OVER J 64 * I + + C@ 'X' = IF 1+ THEN
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LOOP 32 * C, LOOP DROP ;
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LOOP 32 * C, LOOP DROP ;
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: _l ( spit a line of u glyphs )
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: _l ( a u -- a, spit a line of u glyphs )
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( u ) 0 DO ( a )
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( u ) 0 DO ( a )
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DUP I 3 * + _g
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DUP I 3 * + _g
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LOOP DROP ;
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LOOP ;
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: CPFNT3x5
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: CPFNT3x5
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0 , 0 , 0 C, ( space char )
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0 , 0 , 0 C, ( space char )
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530 LOAD BLK( 21 _l 192 + 21 _l 192 + 21 _l ( 63 )
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530 BLK@ BLK( 21 _l 192 + 21 _l 192 + 21 _l ( 63 )
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531 LOAD BLK( 21 _l 192 + 10 _l ( 94! )
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531 BLK@ BLK( 21 _l 192 + 10 _l ( 94! )
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;
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;
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29
blk/555
29
blk/555
@ -1,16 +1,15 @@
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( Required config: TI_MEM )
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( Required config: TI_MEM )
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: TI_MEM+ [ TI_MEM LITN ] + ;
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: TI_MEM+ [ TI_MEM LITN ] @ + ;
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: LCD_PORT_CMD 0x10 ;
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TI_MEM : TI_MEM [ LITN ] ;
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: LCD_PORT_DATA 0x11 ;
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: LCD_PORT_CMD 0x10 ; : LCD_PORT_DATA 0x11 ;
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: FNT_WIDTH 3 ;
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: FNTW 3 ; : FNTH 5 ;
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: FNT_HEIGHT 5 ;
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( Wait until the lcd is ready to receive a command. It's a bit
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( Current Y position on the LCD, that is, where we're going to
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weird to implement a waiting routine in asm, but the forth
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spit our next glyph. )
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version is a bit heavy and we don't want to wait longer than
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: LCD_CURY 0 TI_MEM+ ;
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we have to. )
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: LCD_CURX 1 TI_MEM+ ;
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CODE LCDWAIT
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( two pixel buffers that are 8 pixels wide (1b) by FNT_HEIGHT
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BEGIN,
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pixels high. This is where we compose our resulting pixels
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0x10 INAn,
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blocks when spitting a glyph. )
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RLA, ( When 7th bit is clr, we can send a new cmd )
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: LCD_BUF 2 TI_MEM+ ;
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JRC, AGAIN,
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;CODE
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1 2 LOADR+
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19
blk/556
19
blk/556
@ -1,11 +1,8 @@
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: _wait ( Wait until the lcd is ready to receive a command )
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( Current Y position on the LCD, that is, where we're going to
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( When 7th bit is cleared, we can send a new command )
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spit our next glyph. )
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BEGIN LCD_PORT_CMD PC@ 0x80 AND NOT UNTIL ;
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: LCD_CURY 0 TI_MEM+ ;
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: _cmd LCD_PORT_CMD PC! _wait ;
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: LCD_CURX 1 TI_MEM+ ;
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: _data! LCD_PORT_DATA PC! _wait ;
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( two pixel buffers that are 8 pixels wide (1b) by FNT_HEIGHT
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: _data@ LCD_PORT_DATA PC@ _wait ;
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pixels high. This is where we compose our resulting pixels
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: LCDOFF 0x02 ( CMD_DISABLE ) _cmd ;
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blocks when spitting a glyph. )
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: _col! ( col -- )
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: LCD_BUF 2 TI_MEM+ ;
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0x20 ( CMD_COL ) + _cmd ;
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: _row! ( row -- )
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0x80 ( CMD_ROW ) + _cmd ;
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16
blk/557
16
blk/557
@ -1,3 +1,13 @@
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( Load a "glyph line" from buffer, left part being in MSB and
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: _cmd LCD_PORT_CMD PC! LCDWAIT ;
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right part being in LSB. )
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: _data! LCD_PORT_DATA PC! LCDWAIT ;
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: _gl@
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: _data@ LCD_PORT_DATA PC@ LCDWAIT ;
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: LCDOFF 0x02 ( CMD_DISABLE ) _cmd ;
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: LCDON 0x03 ( CMD_ENABLE ) _cmd ;
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: _col! ( col -- )
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0x20 ( CMD_COL ) + _cmd ;
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: _row! ( row -- )
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0x80 ( CMD_ROW ) + _cmd ;
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: LCD$
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H@ TI_MEM ! FNTH 2 * 2+ ALLOT
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LCDON 0x01 ( 8-bit mode ) _cmd
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;
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17
blk/558
17
blk/558
@ -1,5 +1,16 @@
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: _glyph> ( a -- )
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: _glyph> ( a -- )
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LCD_CURY C@ _row! LCD_CURX C@ 8 /MOD _col! ( a coff )
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LCD_CURY C@ _row! LCD_CURX C@ 8 /MOD _col! ( a coff )
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0x05 ( XINC ) _cmd _data@ DROP
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0x05 ( XINC ) _cmd _data@ DROP SWAP
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FNT_HEIGHT 0 DO LOOP
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FNTH 0 DO ( coff a )
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C@+ 2 PICK 8 -^ LSHIFT
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_data@ 8 LSHIFT OR
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LCD_BUF I + 2DUP FNTH + C!
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SWAP 8 RSHIFT SWAP C!
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LOOP 2DROP
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LCD_CURY C@ _row!
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FNTH 0 DO LCD_BUF I + C@ _data! LOOP
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LCD_CURY C@ _row! LCD_CURX C@ 8 / 1+ _col!
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FNTH 0 DO LCD_BUF FNTH + I + C@ _data! LOOP
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LCD_CURX C@ FNTW + 1+
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DUP [ 96 FNTW - LITN ] > IF DROP 0 THEN
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LCD_CURX C! ;
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@ -10,6 +10,7 @@ void t6a04_init(T6A04 *lcd)
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lcd->currow = 0;
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lcd->currow = 0;
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lcd->curcol = 0;
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lcd->curcol = 0;
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lcd->just_moved = true;
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lcd->just_moved = true;
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lcd->has8bitmode = false;
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}
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}
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uint8_t t6a04_cmd_rd(T6A04 *lcd)
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uint8_t t6a04_cmd_rd(T6A04 *lcd)
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@ -225,11 +225,8 @@ void draw_pixels()
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void event_loop()
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void event_loop()
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{
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{
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while (1) {
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while (1) {
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emul_step();
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emul_steps(100);
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if (lcd_changed) {
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if (lcd_changed) {
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// To avoid overdrawing, we'll let the CPU run a bit to finish its
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// drawing operation.
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emul_steps(100);
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draw_pixels();
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draw_pixels();
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}
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}
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// A low tech way of checking when the window was closed. The proper way
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// A low tech way of checking when the window was closed. The proper way
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@ -1,15 +1,15 @@
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TARGET = os.bin
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TARGET = stage1.bin
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BASEDIR = ../..
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BASEDIR = ../..
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ZASM = $(BASEDIR)/emul/zasm/zasm
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FDIR = $(BASEDIR)/forth
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KERNEL = $(BASEDIR)/kernel
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EDIR = $(BASEDIR)/emul
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APPS = $(BASEDIR)/apps
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STAGE2 = $(EDIR)/stage2
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EMUL = $(BASEDIR)/emul/hw/ti/ti84
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EMUL = $(BASEDIR)/emul/hw/ti/ti84
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MKTIUPGRADE = mktiupgrade
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MKTIUPGRADE = mktiupgrade
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.PHONY: all
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.PHONY: all
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all: $(TARGET)
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all: $(TARGET)
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$(TARGET): glue.asm
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$(TARGET): xcomp.fs $(STAGE2)
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$(ZASM) $(KERNEL) $(APPS) < glue.asm > $@
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cat xcomp.fs | $(STAGE2) > $@
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$(EMUL):
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$(EMUL):
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$(MAKE) -C ${@:%/ti84=%}
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$(MAKE) -C ${@:%/ti84=%}
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25
recipes/ti84/xcomp.fs
Normal file
25
recipes/ti84/xcomp.fs
Normal file
@ -0,0 +1,25 @@
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0x8000 CONSTANT RAMSTART
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0xb000 CONSTANT RS_ADDR
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RAMSTART 0x70 + CONSTANT TI_MEM
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212 LOAD ( z80 assembler )
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262 LOAD ( xcomp )
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522 LOAD ( font compiler )
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: CODE XCODE ;
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: IMMEDIATE XIMM ;
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: (entry) (xentry) ;
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: : [ ' X: , ] ;
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CURRENT @ XCURRENT !
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282 LOAD ( boot.z80 )
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555 LOAD ( ti.z80 )
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393 LOAD ( icore )
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(entry) ~FNT CPFNT3x5
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(entry) _
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( Update LATEST )
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PC ORG @ 8 + !
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422 437 XPACKR ( core )
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556 558 XPACKR ( ti )
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," 42 42 PC! LCD$ ' ~FNT 5 + _glyph> 43 43 PC! BYE "
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ORG @ 256 /MOD 2 PC! 2 PC!
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H@ 256 /MOD 2 PC! 2 PC!
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