* 6809 assembly program generated by cmoc 0.1.40 * 1 ORG 0 FCC 'g GCE 2017' FCB $80 FDB vx_music_1 FCB $FFFFFFF8 FCB $50 FCB $FFFFFFC0 FCB $FFFFFFB1 FCC 'B A R 100' FCB $80 FCB 0 program_start EQU * LBSR INILIB initialize standard library and global variables LBSR _main call main() LBSR _exit use LBSR to respect calling convention functions_start EQU * ******************************************************************************* * FUNCTION Draw_credits(): defined at main.c:725 _Draw_credits EQU * * Line main.c:728: function call: position_and_scale() LDY #$30 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$FFE2 optim: transformPshsDPshsD * optim: optimizePshsOps LDD #$FFD2 constant expression: 65490 decimal PSHS X,B,A optim: optimizePshsOps LBSR _position_and_scale LEAS 6,S * Line main.c:729: function call: SHOW_CREDITS() LBSR _SHOW_CREDITS * Line main.c:730: if LDB G00243+0,PCR variable Credits CMPB #$09 BLS L00253 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:731: function call: SHOW_NUM() CLRA CLRB PSHS B,A argument 4 of SHOW_NUM(): int * optim: stripExtraClrA_B * optim: stripExtraClrA_B PSHS B,A argument 3 of SHOW_NUM(): int * optim: stripExtraClrA_B * optim: stripExtraClrA_B PSHS B,A argument 2 of SHOW_NUM(): int * optim: stripExtraClrA_B LDB #$09 decimal 9 signed PSHS B,A argument 1 of SHOW_NUM(): int LBSR _SHOW_NUM LEAS 8,S BRA L00254 jump over else clause L00253 EQU * else * Line main.c:733: function call: SHOW_NUM() CLRA CLRB PSHS B,A argument 4 of SHOW_NUM(): int * optim: stripExtraClrA_B * optim: stripExtraClrA_B PSHS B,A argument 3 of SHOW_NUM(): int * optim: stripExtraClrA_B * optim: stripExtraClrA_B PSHS B,A argument 2 of SHOW_NUM(): int LDB G00243+0,PCR variable Credits, declared at main.c:596 * optim: stripExtraClrA_B PSHS B,A argument 1 of SHOW_NUM(): unsigned char LBSR _SHOW_NUM LEAS 8,S L00254 EQU * end if * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_crosshair(): defined at main.c:586 _Draw_crosshair EQU * PSHS U LEAU ,S * Line main.c:590: function call: position_and_scale() CLRA LDB #$18 decimal 24 signed PSHS B,A argument 3 of position_and_scale(): int LDB 7,U variable absy, declared at main.c:586 SEX promoting byte argument to word PSHS B,A argument 2 of position_and_scale(): char LDB 5,U variable absx, declared at main.c:586 SEX promoting byte argument to word PSHS B,A argument 1 of position_and_scale(): char LBSR _position_and_scale LEAS 6,S * Line main.c:591: function call: displaylist() LEAX G00089+0,PCR address of array crosshair PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Draw_highscore(): defined at main.c:701 _Draw_highscore EQU * * Line main.c:704: function call: position_and_scale() LDY #$20 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$7F optim: transformPshsDPshsD * optim: optimizePshsOps CLRA LDB #$28 decimal 40 signed PSHS X,B,A optim: optimizePshsOps LBSR _position_and_scale LEAS 6,S * Line main.c:705: function call: SHOW_HIGH_SCORE() LBSR _SHOW_HIGH_SCORE * Line main.c:706: function call: SHOW_NUM() LDY #$0100 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDY #$71 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$34 optim: transformPshsDPshsD * optim: optimizePshsOps LDD G00247+0,PCR variable HighScore, declared at main.c:602 PSHS X,B,A optim: optimizePshsOps LBSR _SHOW_NUM LEAS 8,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_insertcoin(): defined at main.c:709 _Draw_insertcoin EQU * * Line main.c:712: function call: intensity() LDB G00246+0,PCR variable global_flashing_intensity, declared at main.c:600 LSLB CLRA promoting byte argument to word PSHS B,A argument 1 of intensity(): unsigned char LBSR _intensity LEAS 2,S * Line main.c:713: function call: position_and_scale() LDY #$20 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$FFB0 optim: transformPshsDPshsD * optim: optimizePshsOps LDD #$FFD8 constant expression: 65496 decimal PSHS X,B,A optim: optimizePshsOps LBSR _position_and_scale LEAS 6,S * Line main.c:714: function call: SHOW_INSERT_COIN() LBSR _SHOW_INSERT_COIN * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_lastscore(): defined at main.c:693 _Draw_lastscore EQU * * Line main.c:696: function call: position_and_scale() LDY #$20 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$7F optim: transformPshsDPshsD * optim: optimizePshsOps LDD #$FF9C constant expression: 65436 decimal PSHS X,B,A optim: optimizePshsOps LBSR _position_and_scale LEAS 6,S * Line main.c:697: function call: SHOW_SCORE() LBSR _SHOW_SCORE * Line main.c:698: function call: SHOW_NUM() LDY #$0100 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDY #$71 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$FF9E optim: transformPshsDPshsD * optim: optimizePshsOps LDD G00248+0,PCR variable LastScore, declared at main.c:603 PSHS X,B,A optim: optimizePshsOps LBSR _SHOW_NUM LEAS 8,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_score(): defined at main.c:747 _Draw_score EQU * * Line main.c:749: function call: SHOW_NUM() LDY #$40 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDY #$78 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$FF9C optim: transformPshsDPshsD * optim: optimizePshsOps LDD G00249+0,PCR variable Score, declared at main.c:604 PSHS X,B,A optim: optimizePshsOps LBSR _SHOW_NUM LEAS 8,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_shields_remaining(): defined at main.c:742 _Draw_shields_remaining EQU * * Line main.c:744: function call: SHOW_NUM() LDY #$80 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDY #$7F optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$FFFB optim: transformPshsDPshsD * optim: optimizePshsOps CLRA LDB #$50 decimal 80 signed PSHS X,B,A optim: optimizePshsOps LBSR _SHOW_NUM LEAS 8,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_ships_remaining(): defined at main.c:737 _Draw_ships_remaining EQU * * Line main.c:739: function call: SHOW_NUM() LDY #$40 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDY #$78 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$5A optim: transformPshsDPshsD * optim: optimizePshsOps CLRA LDB #$0A decimal 10 signed PSHS X,B,A optim: optimizePshsOps LBSR _SHOW_NUM LEAS 8,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_start(): defined at main.c:717 _Draw_start EQU * * Line main.c:720: function call: intensity() LDB G00246+0,PCR variable global_flashing_intensity, declared at main.c:600 LSLB CLRA promoting byte argument to word PSHS B,A argument 1 of intensity(): unsigned char LBSR _intensity LEAS 2,S * Line main.c:721: function call: position_and_scale() LDY #$20 optim: transformPshsXPshsX PSHS Y optim: transformPshsXPshsX LDX #$FFB0 optim: transformPshsDPshsD * optim: optimizePshsOps LDD #$FFD9 constant expression: 65497 decimal PSHS X,B,A optim: optimizePshsOps LBSR _position_and_scale LEAS 6,S * Line main.c:722: function call: SHOW_PRESS_START() LBSR _SHOW_PRESS_START * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_CREDITS(): defined at font.h:126 _SHOW_CREDITS EQU * * Line font.h:126: function call: displaylist() LEAX G00093+0,PCR address of array CREDITS PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_HIGH_SCORE(): defined at font.h:85 _SHOW_HIGH_SCORE EQU * * Line font.h:85: function call: displaylist() LEAX G00092+0,PCR address of array HIGH_SCORE PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_INSERT_COIN(): defined at font.h:175 _SHOW_INSERT_COIN EQU * * Line font.h:175: function call: displaylist() LEAX G00094+0,PCR address of array INSERT_COIN PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N0(): defined at font.h:246 _SHOW_N0 EQU * * Line font.h:246: function call: displaylist() LEAX G00096+0,PCR address of array N0 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N1(): defined at font.h:252 _SHOW_N1 EQU * * Line font.h:252: function call: displaylist() LEAX G00097+0,PCR address of array N1 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N2(): defined at font.h:262 _SHOW_N2 EQU * * Line font.h:262: function call: displaylist() LEAX G00098+0,PCR address of array N2 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N3(): defined at font.h:272 _SHOW_N3 EQU * * Line font.h:272: function call: displaylist() LEAX G00099+0,PCR address of array N3 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N4(): defined at font.h:281 _SHOW_N4 EQU * * Line font.h:281: function call: displaylist() LEAX G00100+0,PCR address of array N4 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N5(): defined at font.h:290 _SHOW_N5 EQU * * Line font.h:290: function call: displaylist() LEAX G00101+0,PCR address of array N5 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N6(): defined at font.h:299 _SHOW_N6 EQU * * Line font.h:299: function call: displaylist() LEAX G00102+0,PCR address of array N6 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N7(): defined at font.h:306 _SHOW_N7 EQU * * Line font.h:306: function call: displaylist() LEAX G00103+0,PCR address of array N7 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N8(): defined at font.h:319 _SHOW_N8 EQU * * Line font.h:319: function call: displaylist() LEAX G00104+0,PCR address of array N8 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_N9(): defined at font.h:329 _SHOW_N9 EQU * * Line font.h:329: function call: displaylist() LEAX G00105+0,PCR address of array N9 PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_NUM(): defined at main.c:656 _SHOW_NUM EQU * PSHS U LEAU ,S LEAS -2,S * Line main.c:662: if LDD 10,U variable scale, declared at main.c:656 * optim: loadCmpZeroBeqOrBne BEQ L00256 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:662: function call: position_and_scale() CLRA LDB #$20 decimal 32 signed PSHS B,A argument 3 of position_and_scale(): int LDB 9,U variable absy, declared at main.c:656 SEX promoting byte argument to word PSHS B,A argument 2 of position_and_scale(): char LDB 7,U variable absx, declared at main.c:656 SEX promoting byte argument to word PSHS B,A argument 1 of position_and_scale(): char LBSR _position_and_scale LEAS 6,S L00256 EQU * else * Useless label removed * Line main.c:668: if LDD 4,U variable num ADDD #0 BLT L00259 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:668: assignment: = LDD 4,U variable num, declared at main.c:656 COMA COMB ADDD #1 STD 4,U L00259 EQU * else * Useless label removed * Line main.c:669: assignment: = CLRA CLRB * optim: removeClr STB -2,U * Line main.c:670: assignment: = * optim: stripExtraClrA_B * optim: stripConsecutiveLoadsToSameReg LDB #$01 STB -1,U * Line main.c:672: if LDD 4,U variable num CMPD #$B1E0 BGT L00262 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:672: assignment: += LDD 4,U variable num ADDD #$4E20 += operator at main.c:672 STD 4,U * Line main.c:672: assignment: += LDB -2,U variable digit ADDB #$02 += operator at main.c:672 STB -2,U * Line main.c:672: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00262 EQU * else * Useless label removed * Line main.c:673: if LDD 4,U variable num CMPD #$D8F0 BGT L00265 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:673: assignment: += LDD 4,U variable num ADDD #$2710 += operator at main.c:673 STD 4,U * Line main.c:673: assignment: += LDB -2,U variable digit ADDB #$01 += operator at main.c:673 STB -2,U * Line main.c:673: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00265 EQU * else * Useless label removed * Line main.c:674: if LDB -1,U variable zeroes, declared at main.c:657 * optim: loadCmpZeroBeqOrBne BNE L00268 * optim: branchToNextLocation * Useless label removed * Line main.c:674: function call: show_digit() LDB -2,U variable digit, declared at main.c:657 SEX promoting byte argument to word PSHS B,A argument 1 of show_digit(): char LBSR _show_digit LEAS 2,S L00268 EQU * else * Useless label removed * Line main.c:675: assignment: = CLRA CLRB * optim: removeClr STB -2,U * Line main.c:676: if LDD 4,U variable num CMPD #$E0C0 BGT L00271 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:676: assignment: += LDD 4,U variable num ADDD #$1F40 += operator at main.c:676 STD 4,U * Line main.c:676: assignment: += LDB -2,U variable digit ADDB #$08 += operator at main.c:676 STB -2,U * Line main.c:676: assignment: = CLRA CLRB * optim: removeClr STB -1,U BRA L00272 jump over else clause L00271 EQU * else * Line main.c:676: if LDD 4,U variable num CMPD #$F060 BGT L00274 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:676: assignment: += LDD 4,U variable num ADDD #$0FA0 += operator at main.c:676 STD 4,U * Line main.c:676: assignment: += LDB -2,U variable digit ADDB #$04 += operator at main.c:676 STB -2,U * Line main.c:676: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00274 EQU * else * Useless label removed L00272 EQU * end if * Line main.c:677: if LDD 4,U variable num CMPD #$F830 BGT L00277 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:677: assignment: += LDD 4,U variable num ADDD #$07D0 += operator at main.c:677 STD 4,U * Line main.c:677: assignment: += LDB -2,U variable digit ADDB #$02 += operator at main.c:677 STB -2,U * Line main.c:677: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00277 EQU * else * Useless label removed * Line main.c:678: if LDD 4,U variable num CMPD #$FC18 BGT L00280 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:678: assignment: += LDD 4,U variable num ADDD #$03E8 += operator at main.c:678 STD 4,U * Line main.c:678: assignment: += LDB -2,U variable digit ADDB #$01 += operator at main.c:678 STB -2,U * Line main.c:678: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00280 EQU * else * Useless label removed * Line main.c:679: if LDB -1,U variable zeroes, declared at main.c:657 * optim: loadCmpZeroBeqOrBne BNE L00283 * optim: branchToNextLocation * Useless label removed * Line main.c:679: function call: show_digit() LDB -2,U variable digit, declared at main.c:657 SEX promoting byte argument to word PSHS B,A argument 1 of show_digit(): char LBSR _show_digit LEAS 2,S L00283 EQU * else * Useless label removed * Line main.c:680: assignment: = CLRA CLRB * optim: removeClr STB -2,U * Line main.c:681: if LDD 4,U variable num CMPD #$FCE0 BGT L00286 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:681: assignment: += LDD 4,U variable num ADDD #$0320 += operator at main.c:681 STD 4,U * Line main.c:681: assignment: += LDB -2,U variable digit ADDB #$08 += operator at main.c:681 STB -2,U * Line main.c:681: assignment: = CLRA CLRB * optim: removeClr STB -1,U BRA L00287 jump over else clause L00286 EQU * else * Line main.c:681: if LDD 4,U variable num CMPD #$FE70 BGT L00289 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:681: assignment: += LDD 4,U variable num ADDD #$0190 += operator at main.c:681 STD 4,U * Line main.c:681: assignment: += LDB -2,U variable digit ADDB #$04 += operator at main.c:681 STB -2,U * Line main.c:681: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00289 EQU * else * Useless label removed L00287 EQU * end if * Line main.c:682: if LDD 4,U variable num CMPD #$FF38 BGT L00292 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:682: assignment: += LDD 4,U variable num ADDD #$C8 += operator at main.c:682 STD 4,U * Line main.c:682: assignment: += LDB -2,U variable digit ADDB #$02 += operator at main.c:682 STB -2,U * Line main.c:682: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00292 EQU * else * Useless label removed * Line main.c:683: if LDD 4,U variable num CMPD #$FF9C BGT L00295 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:683: assignment: += LDD 4,U variable num ADDD #$64 += operator at main.c:683 STD 4,U * Line main.c:683: assignment: += LDB -2,U variable digit ADDB #$01 += operator at main.c:683 STB -2,U * Line main.c:683: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00295 EQU * else * Useless label removed * Line main.c:684: if LDB -1,U variable zeroes, declared at main.c:657 * optim: loadCmpZeroBeqOrBne BNE L00298 * optim: branchToNextLocation * Useless label removed * Line main.c:684: function call: show_digit() LDB -2,U variable digit, declared at main.c:657 SEX promoting byte argument to word PSHS B,A argument 1 of show_digit(): char LBSR _show_digit LEAS 2,S L00298 EQU * else * Useless label removed * Line main.c:685: assignment: = CLRA CLRB * optim: removeClr STB -2,U * Line main.c:686: if LDD 4,U variable num CMPD #$FFB0 BGT L00301 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:686: assignment: += LDD 4,U variable num ADDD #$50 += operator at main.c:686 STD 4,U * Line main.c:686: assignment: += LDB -2,U variable digit ADDB #$08 += operator at main.c:686 STB -2,U * Line main.c:686: assignment: = CLRA CLRB * optim: removeClr STB -1,U BRA L00302 jump over else clause L00301 EQU * else * Line main.c:686: if LDD 4,U variable num CMPD #$FFD8 BGT L00304 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:686: assignment: += LDD 4,U variable num ADDD #$28 += operator at main.c:686 STD 4,U * Line main.c:686: assignment: += LDB -2,U variable digit ADDB #$04 += operator at main.c:686 STB -2,U * Line main.c:686: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00304 EQU * else * Useless label removed L00302 EQU * end if * Line main.c:687: if LDD 4,U variable num CMPD #$FFEC BGT L00307 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:687: assignment: += LDD 4,U variable num ADDD #$14 += operator at main.c:687 STD 4,U * Line main.c:687: assignment: += LDB -2,U variable digit ADDB #$02 += operator at main.c:687 STB -2,U * Line main.c:687: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00307 EQU * else * Useless label removed * Line main.c:688: if LDD 4,U variable num CMPD #$FFF6 BGT L00310 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:688: assignment: += LDD 4,U variable num ADDD #$0A += operator at main.c:688 STD 4,U * Line main.c:688: assignment: += LDB -2,U variable digit ADDB #$01 += operator at main.c:688 STB -2,U * Line main.c:688: assignment: = CLRA CLRB * optim: removeClr STB -1,U L00310 EQU * else * Useless label removed * Line main.c:689: if LDB -1,U variable zeroes, declared at main.c:657 * optim: loadCmpZeroBeqOrBne BNE L00313 * optim: branchToNextLocation * Useless label removed * Line main.c:689: function call: show_digit() LDB -2,U variable digit, declared at main.c:657 SEX promoting byte argument to word PSHS B,A argument 1 of show_digit(): char LBSR _show_digit LEAS 2,S L00313 EQU * else * Useless label removed * Line main.c:690: function call: show_digit() LDD 4,U variable num, declared at main.c:656 COMA COMB ADDD #1 SEX promoting byte argument to word PSHS B,A argument 1 of show_digit(): char LBSR _show_digit LEAS 2,S * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION SHOW_PRESS_START(): defined at font.h:237 _SHOW_PRESS_START EQU * * Line font.h:237: function call: displaylist() LEAX G00095+0,PCR address of array PRESS_START PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION SHOW_SCORE(): defined at font.h:33 _SHOW_SCORE EQU * * Line font.h:33: function call: displaylist() LEAX G00091+0,PCR address of array SCORE PSHS X argument 1 of displaylist(): char[] LBSR _displaylist LEAS 2,S * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION clipoff(): defined at main.c:437 _clipoff EQU * PSHS U LEAU ,S * Line main.c:439: return with value CLRA LDB #$20 decimal 32 signed PSHS B,A LDD 6,U variable y ADDD #0 BLT L00315 if true CLRB BRA L00316 false L00315 EQU * LDB #1 L00316 EQU * TSTB BEQ L00317 if conditional expression is false LDD 6,U variable y, declared at main.c:437 COMA COMB ADDD #1 BRA L00318 end of true expression of conditional L00317 EQU * LDD 6,U variable y, declared at main.c:437 L00318 EQU * PSHS B,A LDD 4,U variable x ADDD #0 BLT L00319 if true CLRB BRA L00320 false L00319 EQU * LDB #1 L00320 EQU * TSTB BEQ L00321 if conditional expression is false LDD 4,U variable x, declared at main.c:437 COMA COMB ADDD #1 BRA L00322 end of true expression of conditional L00321 EQU * LDD 4,U variable x, declared at main.c:437 L00322 EQU * ADDD ,S++ CMPD ,S++ BLT L00323 if true CLRB BRA L00324 false L00323 EQU * LDB #1 L00324 EQU * CLRA cast from byte * optim: branchToNextLocation * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION displaylist(): defined at main.c:47 _displaylist EQU * PSHS U LEAU ,S * Line main.c:49: inline assembly * Inline assembly: PSHS X,Y,U,D,CC,DP ; err on the side of safety until I get this working... JSR DP_to_D0 LDX 4,U JSR Draw_VLp PULS DP,CC,D,U,Y,X * End of inline assembly. * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION draw_shields(): defined at main.c:568 _draw_shields EQU * PSHS U LEAU ,S LEAS -6,S * Line main.c:570: init of variable ptr LEAX G00088+0,PCR address of array shieldvec * optim: optimizeTfrOp STX -6,U optim: optimizeTfrOp * Line main.c:576: function call: position_and_scale() LDB 5,U variable scale, declared at main.c:568 CLRA promoting byte argument to word PSHS B,A argument 3 of position_and_scale(): unsigned char * optim: stripExtraClrA_B CLRB PSHS B,A argument 2 of position_and_scale(): int * optim: stripExtraClrA_B * optim: stripExtraClrA_B PSHS B,A argument 1 of position_and_scale(): int LBSR _position_and_scale LEAS 6,S * Line main.c:579: function call: move() LDB G00088+0,PCR index 0 in array shieldvec[] SEX promoting byte argument to word PSHS B,A argument 2 of move(): char LDB G00088+18,PCR index 18 in array shieldvec[] SEX promoting byte argument to word PSHS B,A argument 1 of move(): char LBSR _move LEAS 4,S * Line main.c:580: for init * Line main.c:580: assignment: = CLRA CLRB LDB #$00 optim: changeLoadDToLoadB STD -4,U BRA L00326 jump to for condition L00325 EQU * * Line main.c:580: for body * Line main.c:581: assignment: = LDX -6,U get pointer ptr LDB ,X+ indirection with post-increment STX -6,U store incremented pointer ptr STB -1,U * Line main.c:581: assignment: = LDX -6,U get pointer ptr LDB ,X+ indirection with post-increment STX -6,U store incremented pointer ptr STB -2,U * Line main.c:582: function call: line() * optim: storeLoad SEX promoting byte argument to word PSHS B,A argument 2 of line(): char LDB -1,U variable y1, declared at main.c:572 SEX promoting byte argument to word PSHS B,A argument 1 of line(): char LBSR _line LEAS 4,S * Useless label removed * Line main.c:580: for increment(s) LDD -4,U ADDD #1 STD -4,U L00326 EQU * * Line main.c:580: for condition LDD -4,U variable i CMPD #$0A BLT L00325 * optim: branchToNextLocation * Useless label removed * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION drawtgintro(): defined at main.c:631 _drawtgintro EQU * PSHS U LEAU ,S * Line main.c:632: function call: position_and_scale_and_intensity() LDB 7,U variable bright, declared at main.c:631 CLRA promoting byte argument to word PSHS B,A argument 4 of position_and_scale_and_intensity(): unsigned char LDB 5,U variable scale, declared at main.c:631 * optim: stripExtraClrA_B TFR D,X optim: stripExtraPulsX * optim: stripExtraClrA_B LDB #$02 decimal 2 signed * optim: stripExtraPulsX LBSR MUL16 TFR D,X optim: stripExtraPulsX CLRA LDB #$05 decimal 5 signed * optim: stripExtraPulsX LBSR SDIV16 TFR X,D quotient CLRA promoting byte argument to word PSHS B,A argument 3 of position_and_scale_and_intensity(): unsigned char * optim: stripExtraClrA_B CLRB PSHS B,A argument 2 of position_and_scale_and_intensity(): int * optim: stripExtraClrA_B * optim: stripExtraClrA_B PSHS B,A argument 1 of position_and_scale_and_intensity(): int LBSR _position_and_scale_and_intensity LEAS 8,S * Line main.c:633: function call: displaylist() LEAX G00236+0,PCR address of array placard * optim: optimizePshsOps CLRA LDB #$FF decimal 255 signed PSHS X,B,A optim: optimizePshsOps * optim: stripExtraClrA_B LDB #$80 decimal 128 signed PSHS B optim: stripPushLeas LDB G00244+0,PCR variable intro_rot, declared at main.c:598 * optim: removeClr * optim: stripPushLeas1 ADDB ,S+ * optim: stripExtraClrA_B LEAS 1,S optim: stripExtraClrA_B ANDB ,S+ * optim: stripExtraClrA_B LSLB ROLA PULS X retrieve array address * optimizeLoadDX LDD D,X get r-value PSHS B,A argument 1 of displaylist(): char * LBSR _displaylist LEAS 2,S * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION follow_crosshair(): defined at main.c:754 _follow_crosshair EQU * PSHS U LEAU ,S * Line main.c:756: assignment: += LDB G00250+0,PCR variable crosshair_x ADDB G00080+0,PCR variable XJoy STB G00250+0,PCR variable crosshair_x * Line main.c:756: assignment: += LDB G00251+0,PCR variable crosshair_y ADDB G00081+0,PCR variable YJoy STB G00251+0,PCR variable crosshair_y * Line main.c:757: function call: Draw_crosshair() * optim: storeLoad SEX promoting byte argument to word PSHS B,A argument 2 of Draw_crosshair(): char LDB G00250+0,PCR variable crosshair_x, declared at main.c:752 SEX promoting byte argument to word PSHS B,A argument 1 of Draw_crosshair(): char LBSR _Draw_crosshair LEAS 4,S * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION fp2_14_cos(): defined at main.c:624 _fp2_14_cos EQU * PSHS U LEAU ,S * Line main.c:626: return with value * Line main.c:626: function call: fp2_14_sin() LDD 4,U variable angle256 ADDD #$40 64 PSHS B,A argument 1 of fp2_14_sin(): int LBSR _fp2_14_sin LEAS 2,S * optim: branchToNextLocation * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION fp2_14_sin(): defined at main.c:619 _fp2_14_sin EQU * PSHS U LEAU ,S * Line main.c:621: if CLRA * LDB #$80 optim: optimizeStackOperations1 * PSHS B optim: optimizeStackOperations1 LDD 4,U variable angle256, declared at main.c:619 CLRA promotion of binary operand * optim: stripPushLeas1 CMPB #128 optim: optimizeStackOperations1 BLO L00330 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:621: return with value * Line main.c:621: function call: sinsymmetry() CLRA LDB #$7F decimal 127 signed PSHS B optim: stripPushLeas LDD 4,U variable angle256 ADDB #$80 optim: changeAddDToAddB CLRA promotion of binary operand * optim: stripPushLeas1 ANDB ,S+ * optim: stripExtraClrA_B PSHS B,A argument 1 of sinsymmetry(): unsigned char LBSR _sinsymmetry LEAS 2,S COMA COMB ADDD #1 BRA L00064 return (main.c:621) * optim: instrFollowingUncondBranch L00330 EQU * else * Line main.c:621: return with value * Line main.c:621: function call: sinsymmetry() LDB 5,U variable angle256, cast to byte ANDB #$7F CLRA promoting byte argument to word PSHS B,A argument 1 of sinsymmetry(): unsigned char LBSR _sinsymmetry LEAS 2,S BRA L00064 return (main.c:621) * Useless label removed L00064 EQU * end of fp2_14_sin() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION init_hardware(): defined at main.c:130 _init_hardware EQU * * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION init_stars(): defined at main.c:471 _init_stars EQU * PSHS U LEAU ,S LEAS -2,S * Line main.c:475: for init * Line main.c:475: assignment: = CLRA CLRB * optim: removeClr STB -1,U LBRA L00333 jump to for condition L00332 EQU * * Line main.c:475: for body * Line main.c:476: assignment: = * Line main.c:476: function call: star_x1() LDB -1,U variable star, declared at main.c:473 CLRA promoting byte argument to word PSHS B,A argument 1 of star_x1(): unsigned char LBSR _star_x1 LEAS 2,S PSHS B,A LEAX G00240+0,PCR address of array pxa LDB -1,U variable star CLRA index expression is of byte type LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X * Line main.c:476: assignment: = * Line main.c:476: function call: star_y1() LDB -1,U variable star, declared at main.c:473 CLRA promoting byte argument to word PSHS B,A argument 1 of star_y1(): unsigned char LBSR _star_y1 LEAS 2,S PSHS B,A LEAX G00241+0,PCR address of array pya LDB -1,U variable star CLRA index expression is of byte type LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X * Line main.c:477: for init * Line main.c:477: assignment: = CLRA CLRB * optim: removeClr STB -2,U BRA L00337 jump to for condition L00336 EQU * * Line main.c:477: for body * Line main.c:477: function call: move_star() LDB -1,U variable star, declared at main.c:473 CLRA promoting byte argument to word PSHS B,A argument 1 of move_star(): unsigned char LBSR _move_star LEAS 2,S * Useless label removed * Line main.c:477: for increment(s) INC -2,U L00337 EQU * * Line main.c:477: for condition LDA -1,U LDB #$0D MUL result of type byte in B CLRA promotion of binary operand PSHS B optim: stripPushLeas LDB -2,U variable i, declared at main.c:473 * optim: stripExtraClrA_B * optim: stripPushLeas1 CMPB ,S+ compare with LSB BLO L00336 * optim: branchToNextLocation * Useless label removed * Useless label removed * Line main.c:475: for increment(s) INC -1,U L00333 EQU * * Line main.c:475: for condition LDB -1,U variable star CMPB #$10 LBLO L00332 * optim: branchToNextLocation * Useless label removed * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION intensity(): defined at /usr/local/share/cmoc/vectrex/bios.h:180 _intensity EQU * PSHS U LEAU ,S * Line /usr/local/share/cmoc/vectrex/bios.h:183: inline assembly * Inline assembly: LDA 5,U JSR Intensity_a * End of inline assembly. * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION irand(): defined at main.c:384 _irand EQU * PSHS U LEAU ,S * Line main.c:386: return with value * Line main.c:386: function call: urandom16() LBSR _urandom16 TFR D,X optim: stripExtraPulsX LDD 4,U variable max, declared at main.c:384 * optim: stripExtraPulsX LBSR SDIV16 * optim: branchToNextLocation * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION line(): defined at /usr/local/share/cmoc/vectrex/bios.h:371 _line EQU * PSHS U LEAU ,S * Line /usr/local/share/cmoc/vectrex/bios.h:374: inline assembly * Inline assembly: CLR Vec_Misc_Count ; To draw only 1 line, clear LDA 5,U LDB 7,U JSR Draw_Line_d * End of inline assembly. * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION main(): defined at main.c:776 _main EQU * PSHS U LEAU ,S LEAS -6,S * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = * Line main.c:781: assignment: = CLRA CLRB * optim: removeClr STB G00246+0,PCR STB G00243+0,PCR STB G00081+0,PCR STB G00080+0,PCR STB G00251+0,PCR STB G00250+0,PCR * optim: removeAndOrMulAddSub STD G00245+0,PCR STD G00238+0,PCR STD G00248+0,PCR STD G00247+0,PCR STD G00249+0,PCR STD G00086+0,PCR * Line main.c:783: function call: init_hardware() LBSR _init_hardware * Line main.c:784: function call: init_stars() LBSR _init_stars * Line main.c:786: function call: position_and_scale_and_intensity() LDX #$7F optim: transformPshsDPshsD * optim: optimizePshsOps CLRA LDB #$7F decimal 127 signed PSHS X,B,A optim: optimizePshsOps * optim: removeClr CLRB PSHS B,A argument 2 of position_and_scale_and_intensity(): int * optim: removeClr * optim: removeClr PSHS B,A argument 1 of position_and_scale_and_intensity(): int LBSR _position_and_scale_and_intensity LEAS 8,S * Line main.c:788: assignment: = * optim: stripConsecutiveLoadsToSameReg CLRA LDB #$48 STD G00249+0,PCR * Line main.c:788: assignment: = * optim: stripConsecutiveLoadsToSameReg LDD #$07FF STD G00247+0,PCR * Line main.c:788: assignment: = * optim: stripConsecutiveLoadsToSameReg CLRA LDB #$84 STD G00248+0,PCR L00340 EQU * * Line main.c:791: for body * Line main.c:796: assignment: = CLRA * optim: stripConsecutiveLoadsToSameReg LDB #$5F STB -2,U * Line main.c:797: assignment: = * optim: stripExtraClrA_B * optim: stripConsecutiveLoadsToSameReg LDB #$5E STB -1,U * Line main.c:798: assignment: = * optim: stripExtraClrA_B * optim: stripConsecutiveLoadsToSameReg LDB #$80 STB G00244+0,PCR * Line main.c:800: for init * Line main.c:800: assignment: = * optim: stripExtraClrA_B CLRB LDB #$00 optim: changeLoadDToLoadB STD -4,U BRA L00345 jump to for condition L00344 EQU * * Line main.c:800: for body * Line main.c:801: function call: next_frame() LBSR _next_frame * Line main.c:802: function call: drawtgintro() LDB -1,U variable placard_brightness, declared at main.c:778 LSRB CLRA promoting byte argument to word PSHS B,A argument 2 of drawtgintro(): unsigned char LDB -2,U variable placard_scale, declared at main.c:778 * optim: stripExtraClrA_B PSHS B,A argument 1 of drawtgintro(): unsigned char LBSR _drawtgintro LEAS 4,S LEAX -2,U variable placard_scale, declared at main.c:778 LDB ,X INC ,X LEAX -1,U variable placard_brightness, declared at main.c:778 LDB ,X INC ,X * Line main.c:804: function call: stars() CLRA LDB #$01 decimal 1 signed PSHS B,A argument 1 of stars(): int LBSR _stars LEAS 2,S * Line main.c:805: assignment: -= LDB G00244+0,PCR variable intro_rot SUBB #$02 -= operator at main.c:805 STB G00244+0,PCR * Useless label removed * Line main.c:800: for increment(s) LDD -4,U ADDD #1 STD -4,U L00345 EQU * * Line main.c:800: for condition LDD -4,U variable frames CMPD #$A0 LBLT L00344 * optim: branchToNextLocation * Useless label removed * Line main.c:810: for init * Line main.c:810: assignment: = CLRA CLRB LDB #$00 optim: changeLoadDToLoadB STD -6,U LBRA L00349 jump to for condition L00348 EQU * * Line main.c:810: for body * Line main.c:811: assignment: = CLRA * optim: stripConsecutiveLoadsToSameReg LDB #$78 STB -1,U * Line main.c:812: while L00353 EQU * while condition at main.c:812 LDB -1,U variable placard_brightness, declared at main.c:778 * optim: loadCmpZeroBeqOrBne BEQ L00354 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:813: function call: next_frame() LBSR _next_frame * Line main.c:814: function call: drawtgintro() LDB -1,U variable placard_brightness, declared at main.c:778 CLRA promoting byte argument to word PSHS B,A argument 2 of drawtgintro(): unsigned char LDB -2,U variable placard_scale, declared at main.c:778 * optim: stripExtraClrA_B PSHS B,A argument 1 of drawtgintro(): unsigned char LBSR _drawtgintro LEAS 4,S * Line main.c:815: function call: stars() CLRA LDB #$01 decimal 1 signed PSHS B,A argument 1 of stars(): int LBSR _stars LEAS 2,S * Line main.c:816: assignment: -= LDB -1,U variable placard_brightness SUBB #$08 -= operator at main.c:816 STB -1,U BRA L00353 go to while condition L00354 EQU * after end of while starting at main.c:812 * Line main.c:818: while L00356 EQU * while condition at main.c:818 LDB -1,U variable placard_brightness CMPB #$78 BEQ L00357 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:819: assignment: += LDB -1,U variable placard_brightness ADDB #$08 += operator at main.c:819 STB -1,U * Line main.c:820: function call: next_frame() LBSR _next_frame * Line main.c:821: function call: drawtgintro() LDB -1,U variable placard_brightness, declared at main.c:778 CLRA promoting byte argument to word PSHS B,A argument 2 of drawtgintro(): unsigned char LDB -2,U variable placard_scale, declared at main.c:778 * optim: stripExtraClrA_B PSHS B,A argument 1 of drawtgintro(): unsigned char LBSR _drawtgintro LEAS 4,S * Line main.c:822: function call: stars() CLRA LDB #$01 decimal 1 signed PSHS B,A argument 1 of stars(): int LBSR _stars LEAS 2,S BRA L00356 go to while condition L00357 EQU * after end of while starting at main.c:818 * Useless label removed * Line main.c:810: for increment(s) LDD -6,U ADDD #1 STD -6,U L00349 EQU * * Line main.c:810: for condition LDD -6,U variable i CMPD #$02 LBLT L00348 * optim: branchToNextLocation * Useless label removed * Line main.c:828: assignment: = CLRA * optim: stripConsecutiveLoadsToSameReg LDB #$78 STB -1,U * Line main.c:829: while L00359 EQU * while condition at main.c:829 LDB -1,U variable placard_brightness, declared at main.c:778 * optim: loadCmpZeroBeqOrBne BEQ L00360 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:830: function call: next_frame() LBSR _next_frame * Line main.c:831: function call: drawtgintro() LDB -1,U variable placard_brightness, declared at main.c:778 CLRA promoting byte argument to word PSHS B,A argument 2 of drawtgintro(): unsigned char LDB -2,U variable placard_scale, declared at main.c:778 * optim: stripExtraClrA_B PSHS B,A argument 1 of drawtgintro(): unsigned char LBSR _drawtgintro LEAS 4,S * Line main.c:832: function call: stars() CLRA LDB #$01 decimal 1 signed PSHS B,A argument 1 of stars(): int LBSR _stars LEAS 2,S * Line main.c:833: assignment: -= LDB -1,U variable placard_brightness SUBB #$08 -= operator at main.c:833 STB -1,U BRA L00359 go to while condition L00360 EQU * after end of while starting at main.c:829 * Line main.c:837: assignment: = CLRA CLRB * optim: stripExtraClrA_B STB G00246+0,PCR * Line main.c:837: assignment: = * optim: stripExtraClrA_B * optim: stripExtraClrA_B * optim: stripExtraClrA_B * optim: stripExtraClrA_B STD G00245+0,PCR * Line main.c:838: for init * Line main.c:838: assignment: = * optim: stripExtraClrA_B * optim: stripExtraClrA_B LDB #$00 optim: changeLoadDToLoadB STD -4,U L00361 EQU * * Line main.c:838: for body * Line main.c:839: if LDD -4,U variable frames CMPD #$50 BNE L00366 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:839: assignment: += LDB G00243+0,PCR variable Credits ADDB #$01 += operator at main.c:839 STB G00243+0,PCR L00366 EQU * else * Useless label removed * Line main.c:840: if LDD -4,U variable frames CMPD #$78 BNE L00369 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:840: assignment: += LDB G00243+0,PCR variable Credits ADDB #$01 += operator at main.c:840 STB G00243+0,PCR L00369 EQU * else * Useless label removed * Line main.c:841: function call: next_frame() LBSR _next_frame * Line main.c:842: function call: stars() CLRA LDB #$01 decimal 1 signed PSHS B,A argument 1 of stars(): int LBSR _stars LEAS 2,S * Line main.c:843: if LDB G00243+0,PCR variable Credits, declared at main.c:596 * optim: loadCmpZeroBeqOrBne BNE L00372 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:843: function call: Draw_insertcoin() LBSR _Draw_insertcoin BRA L00373 jump over else clause L00372 EQU * else * Line main.c:843: function call: Draw_start() LBSR _Draw_start * Line main.c:843: function call: Draw_credits() LBSR _Draw_credits L00373 EQU * end if * Line main.c:844: function call: intensity() CLRA LDB #$7F decimal 127 signed PSHS B,A argument 1 of intensity(): int LBSR _intensity LEAS 2,S * Line main.c:845: function call: Draw_lastscore() LBSR _Draw_lastscore * Line main.c:846: function call: Draw_highscore() LBSR _Draw_highscore * Line main.c:847: if LDB G00082+0,PCR variable button1, declared at main.c:95 * optim: loadCmpZeroBeqOrBne BEQ L00375 * optim: condBranchOverUncondBranch * Useless label removed BRA L00364 break L00375 EQU * else * Useless label removed * Useless label removed * Line main.c:838: for increment(s) LDD -4,U ADDD #1 STD -4,U LBRA L00361 L00364 EQU * end for * Line main.c:849: assignment: = CLRA CLRB * optim: stripExtraClrA_B STB G00243+0,PCR * Line main.c:852: for init * Line main.c:852: assignment: = * optim: stripExtraClrA_B * optim: stripExtraClrA_B * optim: stripExtraClrA_B * optim: stripExtraClrA_B STD -4,U LBRA L00378 jump to for condition L00377 EQU * * Line main.c:852: for body * Line main.c:853: function call: next_frame() LBSR _next_frame * Line main.c:854: function call: stars() CLRA LDB #$01 decimal 1 signed PSHS B,A argument 1 of stars(): int LBSR _stars LEAS 2,S * Line main.c:855: function call: intensity() CLRA LDB #$7F decimal 127 signed PSHS B,A argument 1 of intensity(): int LBSR _intensity LEAS 2,S * Line main.c:856: function call: Draw_ships_remaining() LBSR _Draw_ships_remaining * Line main.c:857: function call: Draw_shields_remaining() LBSR _Draw_shields_remaining * Line main.c:858: function call: Draw_score() LBSR _Draw_score * Line main.c:859: function call: follow_crosshair() * Line main.c:859: function call: fp2_14_cos() LDD -4,U variable frames, declared at main.c:777 PSHS B,A argument 1 of fp2_14_cos(): int LBSR _fp2_14_cos LEAS 2,S TFR A,B shift D 8 bits right SEX signed SEX promoting byte argument to word PSHS B,A argument 2 of follow_crosshair(): char * Line main.c:859: function call: fp2_14_sin() LDD -4,U variable frames, declared at main.c:777 PSHS B,A argument 1 of fp2_14_sin(): int LBSR _fp2_14_sin LEAS 2,S TFR A,B shift D 8 bits right SEX signed SEX promoting byte argument to word PSHS B,A argument 1 of follow_crosshair(): char LBSR _follow_crosshair LEAS 4,S * Line main.c:860: if LDB G00083+0,PCR variable button2, declared at main.c:95 * optim: loadCmpZeroBeqOrBne BEQ L00382 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:861: function call: intensity() * Line main.c:861: function call: pickrandom() LDX #$7F optim: transformPshsDPshsD * optim: optimizePshsOps CLRA LDB #$40 decimal 64 signed PSHS X,B,A optim: optimizePshsOps LBSR _pickrandom LEAS 4,S CLRA promoting byte argument to word PSHS B,A argument 1 of intensity(): unsigned char LBSR _intensity LEAS 2,S * Line main.c:862: if * Line main.c:862: function call: pickrandom() CLRA LDB #$1F decimal 31 signed PSHS B,A argument 2 of pickrandom(): int * optim: stripExtraClrA_B CLRB PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S ADDD #0 BEQ L00384 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:862: function call: draw_shields() CLRA LDB #$F0 decimal 240 signed PSHS B,A argument 1 of draw_shields(): int LBSR _draw_shields LEAS 2,S L00384 EQU * else * Useless label removed L00382 EQU * else * Useless label removed * Useless label removed * Line main.c:852: for increment(s) LDD -4,U ADDD #1 STD -4,U L00378 EQU * * Line main.c:852: for condition LDD -4,U variable frames CMPD #$FF LBLT L00377 * optim: branchToNextLocation * Useless label removed * Line main.c:869: for init * Line main.c:869: assignment: = CLRA CLRB LDB #$00 optim: changeLoadDToLoadB STD -4,U BRA L00388 jump to for condition L00387 EQU * * Line main.c:869: for body * Line main.c:870: function call: next_frame() LBSR _next_frame * Line main.c:871: function call: stars() CLRA LDB #$03 decimal 3 signed PSHS B,A argument 1 of stars(): int LBSR _stars LEAS 2,S * Line main.c:872: function call: intensity() * optim: optimize16BitStackOps2 * optim: optimize16BitStackOps2 CLRA LDB #$40 decimal 64 signed SUBD -4,U optim: optimize16BitStackOps2 CLRA promotion of binary operand PSHS B,A LDB #$02 optim: changeLoadDToLoadB LDA 1,S load LSB of left side of multiplication LEAS 2,S pop left side MUL only LSB used, left in B CLRA promoting byte argument to word PSHS B,A argument 1 of intensity(): unsigned char LBSR _intensity LEAS 2,S * Line main.c:873: function call: Draw_ships_remaining() LBSR _Draw_ships_remaining * Line main.c:874: function call: Draw_shields_remaining() LBSR _Draw_shields_remaining * Line main.c:875: function call: Draw_score() LBSR _Draw_score * Useless label removed * Line main.c:869: for increment(s) LDD -4,U ADDD #1 STD -4,U L00388 EQU * * Line main.c:869: for condition LDD -4,U variable frames CMPD #$40 BLT L00387 * optim: branchToNextLocation * Useless label removed * Useless label removed LBRA L00340 * Useless label removed * Line main.c:878: return with value * optim: instrFollowingUncondBranch * optim: instrFollowingUncondBranch * optim: instrFollowingUncondBranch * Line main.c:880: function call: SHOW_N0() * optim: instrFollowingUncondBranch * Line main.c:881: function call: SHOW_N1() * optim: instrFollowingUncondBranch * Line main.c:882: function call: SHOW_N2() * optim: instrFollowingUncondBranch * Line main.c:883: function call: SHOW_N3() * optim: instrFollowingUncondBranch * Line main.c:884: function call: SHOW_N4() * optim: instrFollowingUncondBranch * Line main.c:885: function call: SHOW_N5() * optim: instrFollowingUncondBranch * Line main.c:886: function call: SHOW_N6() * optim: instrFollowingUncondBranch * Line main.c:887: function call: SHOW_N7() * optim: instrFollowingUncondBranch * Line main.c:888: function call: SHOW_N8() * optim: instrFollowingUncondBranch * Line main.c:889: function call: SHOW_N9() * optim: instrFollowingUncondBranch * Useless label removed * optim: instrFollowingUncondBranch * optim: instrFollowingUncondBranch * END FUNCTION ******************************************************************************* * FUNCTION move(): defined at /usr/local/share/cmoc/vectrex/bios.h:358 _move EQU * PSHS U LEAU ,S * Line /usr/local/share/cmoc/vectrex/bios.h:361: inline assembly * Inline assembly: JSR DP_to_D0 LDA 5,U LDB 7,U JSR Moveto_d * End of inline assembly. * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION move_star(): defined at main.c:444 _move_star EQU * PSHS U LEAU ,S LEAS -4,S * Line main.c:448: assignment: = LEAX G00240+0,PCR address of array pxa LDB 5,U variable starno CLRA index expression is of byte type LSLB ROLA * optimizeLoadDX LDD D,X get r-value STD -4,U * Line main.c:448: assignment: = LEAX G00241+0,PCR address of array pya LDB 5,U variable starno CLRA index expression is of byte type LSLB ROLA * optimizeLoadDX LDD D,X get r-value STD -2,U * Line main.c:449: assignment: = LDD -4,U variable x, declared at main.c:446 PSHS B,A * optim: removeUselessLdd LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA SUBD ,S++ ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB STD -4,U * Line main.c:449: assignment: = LDD -2,U variable y, declared at main.c:446 PSHS B,A * optim: removeUselessLdd LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA SUBD ,S++ ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB STD -2,U * Line main.c:450: if * Line main.c:450: function call: clipoff() * optim: storeLoad ASRA RORB ASRA RORB ASRA RORB ASRA RORB PSHS B,A argument 2 of clipoff(): int LDD -4,U variable x, declared at main.c:446 ASRA RORB ASRA RORB ASRA RORB ASRA RORB PSHS B,A argument 1 of clipoff(): int LBSR _clipoff LEAS 4,S ADDD #0 BEQ L00392 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:451: assignment: = * Line main.c:451: function call: star_x1() LDB 5,U variable starno, declared at main.c:444 CLRA promoting byte argument to word PSHS B,A argument 1 of star_x1(): unsigned char LBSR _star_x1 LEAS 2,S STD -4,U * Line main.c:451: assignment: = * Line main.c:451: function call: star_y1() LDB 5,U variable starno, declared at main.c:444 CLRA promoting byte argument to word PSHS B,A argument 1 of star_y1(): unsigned char LBSR _star_y1 LEAS 2,S STD -2,U L00392 EQU * else * Useless label removed * Line main.c:453: assignment: = LDD -4,U variable x, declared at main.c:446 PSHS B,A LEAX G00240+0,PCR address of array pxa LDB 5,U variable starno CLRA index expression is of byte type LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X * Line main.c:453: assignment: = LDD -2,U variable y, declared at main.c:446 PSHS B,A LEAX G00241+0,PCR address of array pya LDB 5,U variable starno CLRA index expression is of byte type LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION next_frame(): defined at main.c:761 _next_frame EQU * * Line main.c:765: function call: wait_retrace() LBSR _wait_retrace * Line main.c:766: function call: poll_joystick() LBSR _poll_joystick * Line main.c:767: if LDD G00245+0,PCR variable frame_number CLRA optim: andA_B0 ANDB #$10 * optim: optimizeAndbTstb BNE L00395 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:768: assignment: += LDB G00246+0,PCR variable global_flashing_intensity ADDB #$04 += operator at main.c:768 STB G00246+0,PCR BRA L00396 jump over else clause L00395 EQU * else * Line main.c:770: assignment: -= LDB G00246+0,PCR variable global_flashing_intensity SUBB #$04 -= operator at main.c:770 STB G00246+0,PCR L00396 EQU * end if LEAX G00245+0,PCR variable frame_number, declared at main.c:599 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION pickrandom(): defined at main.c:389 _pickrandom EQU * PSHS U LEAU ,S * Line main.c:392: return with value LDD 4,U variable low, declared at main.c:389 PSHS B,A * Line main.c:392: function call: irand() LDX #$01 optim: transformPshsDPshsD PSHS X optim: transformPshsDPshsD * optim: optimize16BitStackOps2 * optim: optimize16BitStackOps2 LDD 6,U variable high, declared at main.c:389 SUBD 4,U optim: optimize16BitStackOps2 ADDD ,S++ PSHS B,A argument 1 of irand(): int LBSR _irand LEAS 2,S ADDD ,S++ * optim: branchToNextLocation * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION poll_joystick(): defined at main.c:97 _poll_joystick EQU * * Line main.c:99: function call through pointer LDD #$F1F8 decimal 61944 unsigned TFR D,X JSR ,X * Line main.c:100: if LDD #$FFF6 constant expression: 65526 decimal PSHS B optim: stripPushLeas LDB $C81B decimal 51227 SEX promotion of binary operand * optim: stripPushLeas1 CMPB ,S+ compare with LSB BGE L00398 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:102: assignment: = * optim: removeUnusedLoad LDB #$FF STB G00080+0,PCR BRA L00399 jump over else clause L00398 EQU * else * Line main.c:103: if CLRA LDB #$0A decimal 10 signed PSHS B optim: stripPushLeas LDB $C81B decimal 51227 SEX promotion of binary operand * optim: stripPushLeas1 CMPB ,S+ compare with LSB BLE L00401 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:105: assignment: = CLRA * optim: stripConsecutiveLoadsToSameReg LDB #$01 STB G00080+0,PCR BRA L00402 jump over else clause L00401 EQU * else * Line main.c:107: assignment: = CLRA CLRB * optim: removeClr STB G00080+0,PCR L00402 EQU * end if L00399 EQU * end if * Line main.c:109: if LDD #$FFF6 constant expression: 65526 decimal PSHS B optim: stripPushLeas LDB $C81C decimal 51228 SEX promotion of binary operand * optim: stripPushLeas1 CMPB ,S+ compare with LSB BGE L00404 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:111: assignment: = * optim: removeUnusedLoad LDB #$FF STB G00081+0,PCR BRA L00405 jump over else clause L00404 EQU * else * Line main.c:112: if CLRA LDB #$0A decimal 10 signed PSHS B optim: stripPushLeas LDB $C81C decimal 51228 SEX promotion of binary operand * optim: stripPushLeas1 CMPB ,S+ compare with LSB BLE L00407 * optim: condBranchOverUncondBranch * Useless label removed * Line main.c:114: assignment: = CLRA * optim: stripConsecutiveLoadsToSameReg LDB #$01 STB G00081+0,PCR BRA L00408 jump over else clause L00407 EQU * else * Line main.c:116: assignment: = CLRA CLRB * optim: removeClr STB G00081+0,PCR L00408 EQU * end if L00405 EQU * end if * Line main.c:118: inline assembly * Inline assembly: pshs x,y,u,dp lda #0 jsr $F1B4 ; read_btns_mask puls dp,u,y,x * End of inline assembly. * Line main.c:124: assignment: = CLRA LDB #$01 decimal 1 unsigned PSHS B,A LDB $C80F decimal 51215 SEX promotion of binary operand ANDA ,S+ ANDB ,S+ STB G00082+0,PCR * Line main.c:125: assignment: = CLRA LDB #$02 decimal 2 unsigned PSHS B,A LDB $C80F decimal 51215 SEX promotion of binary operand ANDA ,S+ ANDB ,S+ STB G00083+0,PCR * Line main.c:126: assignment: = CLRA LDB #$04 decimal 4 unsigned PSHS B,A LDB $C80F decimal 51215 SEX promotion of binary operand ANDA ,S+ ANDB ,S+ STB G00084+0,PCR * Line main.c:127: assignment: = CLRA LDB #$08 decimal 8 unsigned PSHS B,A LDB $C80F decimal 51215 SEX promotion of binary operand ANDA ,S+ ANDB ,S+ STB G00085+0,PCR * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION position_and_scale(): defined at main.c:553 _position_and_scale EQU * PSHS U LEAU ,S * Line main.c:555: function call: reset_beam() LBSR _reset_beam * Line main.c:556: function call: set_scale() CLRA LDB #$7F decimal 127 signed PSHS B,A argument 1 of set_scale(): int LBSR _set_scale LEAS 2,S * Line main.c:557: function call: move() LDB 5,U variable absx, declared at main.c:553 SEX promoting byte argument to word PSHS B,A argument 2 of move(): char LDB 7,U variable absy, declared at main.c:553 SEX promoting byte argument to word PSHS B,A argument 1 of move(): char LBSR _move LEAS 4,S * Line main.c:558: function call: set_scale() LDD 8,U variable scale, declared at main.c:553 CLRA promoting byte argument to word PSHS B,A argument 1 of set_scale(): unsigned char LBSR _set_scale LEAS 2,S * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION position_and_scale_and_intensity(): defined at main.c:561 _position_and_scale_and_intensity EQU * PSHS U LEAU ,S * Line main.c:563: function call: position_and_scale() LDD 8,U variable scale, declared at main.c:561 PSHS B,A argument 3 of position_and_scale(): int LDB 7,U variable absy, declared at main.c:561 SEX promoting byte argument to word PSHS B,A argument 2 of position_and_scale(): char LDB 5,U variable absx, declared at main.c:561 SEX promoting byte argument to word PSHS B,A argument 1 of position_and_scale(): char LBSR _position_and_scale LEAS 6,S * Line main.c:564: function call: intensity() LDB 11,U variable bright, declared at main.c:561 CLRA promoting byte argument to word PSHS B,A argument 1 of intensity(): unsigned char LBSR _intensity LEAS 2,S * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION reset_beam(): defined at /usr/local/share/cmoc/vectrex/bios.h:193 _reset_beam EQU * * Line /usr/local/share/cmoc/vectrex/bios.h:196: inline assembly * Inline assembly: JSR Reset0Ref * End of inline assembly. * Useless label removed RTS * END FUNCTION ******************************************************************************* * FUNCTION rotate_vl(): defined at main.c:58 _rotate_vl EQU * PSHS U LEAU ,S * Line main.c:60: assignment: = LDD 4,U STD $C836 * Line main.c:61: assignment: = LDD 6,U variable points ADDD #$FFFF 65535 * optim: pushDLoadXLoadD * optim: removeUnusedLoad * STD $C823 optim: removeAndOrMulAddSub * Line main.c:63: inline assembly * Inline assembly: PSHS X,Y,U,D,CC,DP ; err on the side of safety until I get this working... LDX 8,U LDU 10,U JSR $F616 ; Rot_VL / __VEC_SUB__ADROT PULS DP,CC,D,U,Y,X * End of inline assembly. * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION safedots(): defined at main.c:34 _safedots EQU * PSHS U LEAU ,S * Line main.c:35: inline assembly * Inline assembly: PSHS X,Y,U,D,CC,DP ; err on the side of safety until I get this working... JSR DP_to_D0 LDA 5,U STA $C823 ; Vec_Misc_Count LDX 6,U JSR $F2D5 ; Dot_List PULS DP,CC,D,U,Y,X * End of inline assembly. * Useless label removed LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION set_scale(): defined at /usr/local/share/cmoc/vectrex/bios.h:347 _set_scale EQU * PSHS U LEAU ,S * Line /usr/local/share/cmoc/vectrex/bios.h:350: inline assembly * Inline assembly: LDA 5,U STA . * This file is in the public domain. stdlib_start: * * INILIB LEAX 2,S X = initial stack pointer STX INISTK,PCR save this for exit() LEAX -256,X point to top of stack space STX end_of_sbrk_mem,PCR sbrk() will not allocate past this LEAX program_end,PCR end of generated code STX program_break,PCR initial Unix-like "program break" (cf sbrk) LBRA INITGL initialize global variables * void exit(int exitStatus); * * Clean up before returning control to CoCo DECB. * * MUST be called by BSR, LBSR or JSR, not jumped to with BRA, LBRA or JMP, * so that 2,S can be used to get 'exitStatus'. * _exit BRA _exit The eternal Vectrex loop on exit... * 1 BIOS Vec_Snd_Shadow EQU $C800 ;Shadow of sound chip registers (15 bytes) Vec_Btn_State EQU $C80F ;Current state of all joystick buttons Vec_Prev_Btns EQU $C810 ;Previous state of all joystick buttons Vec_Buttons EQU $C811 ;Current toggle state of all buttons Vec_Button_1_1 EQU $C812 ;Current toggle state of stick 1 button 1 Vec_Button_1_2 EQU $C813 ;Current toggle state of stick 1 button 2 Vec_Button_1_3 EQU $C814 ;Current toggle state of stick 1 button 3 Vec_Button_1_4 EQU $C815 ;Current toggle state of stick 1 button 4 Vec_Button_2_1 EQU $C816 ;Current toggle state of stick 2 button 1 Vec_Button_2_2 EQU $C817 ;Current toggle state of stick 2 button 2 Vec_Button_2_3 EQU $C818 ;Current toggle state of stick 2 button 3 Vec_Button_2_4 EQU $C819 ;Current toggle state of stick 2 button 4 Vec_Joy_Resltn EQU $C81A ;Joystick A/D resolution (0x80=min 0x00=max) Vec_Joy_1_X EQU $C81B ;Joystick 1 left/right Vec_Joy_1_Y EQU $C81C ;Joystick 1 up/down Vec_Joy_2_X EQU $C81D ;Joystick 2 left/right Vec_Joy_2_Y EQU $C81E ;Joystick 2 up/down Vec_Joy_Mux EQU $C81F ;Joystick enable/mux flags (4 bytes) Vec_Joy_Mux_1_X EQU $C81F ;Joystick 1 X enable/mux flag (=1) Vec_Joy_Mux_1_Y EQU $C820 ;Joystick 1 Y enable/mux flag (=3) Vec_Joy_Mux_2_X EQU $C821 ;Joystick 2 X enable/mux flag (=5) Vec_Joy_Mux_2_Y EQU $C822 ;Joystick 2 Y enable/mux flag (=7) Vec_Misc_Count EQU $C823 ;Misc counter/flag byte, zero when not in use Vec_0Ref_Enable EQU $C824 ;Check0Ref enable flag Vec_Loop_Count EQU $C825 ;Loop counter word (incremented in Wait_Recal) Vec_Brightness EQU $C827 ;Default brightness Vec_Dot_Dwell EQU $C828 ;Dot dwell time? Vec_Pattern EQU $C829 ;Dot pattern (bits) Vec_Text_HW EQU $C82A ;Default text height and width Vec_Text_Height EQU $C82A ;Default text height Vec_Text_Width EQU $C82B ;Default text width Vec_Str_Ptr EQU $C82C ;Temporary string pointer for Print_Str Vec_Counters EQU $C82E ;Six bytes of counters Vec_Counter_1 EQU $C82E ;First counter byte Vec_Counter_2 EQU $C82F ;Second counter byte Vec_Counter_3 EQU $C830 ;Third counter byte Vec_Counter_4 EQU $C831 ;Fourth counter byte Vec_Counter_5 EQU $C832 ;Fifth counter byte Vec_Counter_6 EQU $C833 ;Sixth counter byte Vec_RiseRun_Tmp EQU $C834 ;Temp storage word for rise/run Vec_Angle EQU $C836 ;Angle for rise/run and rotation calculations Vec_Run_Index EQU $C837 ;Index pair for run ;* $C839 ;Pointer to copyright string during startup Vec_Rise_Index EQU $C839 ;Index pair for rise ;* $C83B ;High score cold-start flag (=0 if valid) Vec_RiseRun_Len EQU $C83B ;length for rise/run ;* $C83C ;temp byte Vec_Rfrsh EQU $C83D ;Refresh time (divided by 1.5MHz) Vec_Rfrsh_lo EQU $C83D ;Refresh time low byte Vec_Rfrsh_hi EQU $C83E ;Refresh time high byte Vec_Music_Work EQU $C83F ;Music work buffer (14 bytes, backwards?) Vec_Music_Wk_A EQU $C842 ; register 10 ;* $C843 ; register 9 ;* $C844 ; register 8 Vec_Music_Wk_7 EQU $C845 ; register 7 Vec_Music_Wk_6 EQU $C846 ; register 6 Vec_Music_Wk_5 EQU $C847 ; register 5 ;* $C848 ; register 4 ;* $C849 ; register 3 ;* $C84A ; register 2 Vec_Music_Wk_1 EQU $C84B ; register 1 ;* $C84C ; register 0 Vec_Freq_Table EQU $C84D ;Pointer to note-to-fr.EQUency table (normally 0xFC8D) Vec_Max_Players EQU $C84F ;Maximum number of players for Select_Game Vec_Max_Games EQU $C850 ;Maximum number of games for Select_Game Vec_ADSR_Table EQU $C84F ;Storage for first music header word (ADSR table) Vec_Twang_Table EQU $C851 ;Storage for second music header word ('twang' table) Vec_Music_Ptr EQU $C853 ;Music data pointer Vec_Expl_ChanA EQU $C853 ;Used by Explosion_Snd - bit for first channel used? Vec_Expl_Chans EQU $C854 ;Used by Explosion_Snd - bits for all channels used? Vec_Music_Chan EQU $C855 ;Current sound channel number for Init_Music Vec_Music_Flag EQU $C856 ;Music active flag (0x00=off 0x01=start 0x80=on) Vec_Duration EQU $C857 ;Duration counter for Init_Music Vec_Music_Twang EQU $C858 ;3 word 'twang' table used by Init_Music Vec_Expl_1 EQU $C858 ;Four bytes copied from Explosion_Snds U-reg parameters Vec_Expl_2 EQU $C859 ; Vec_Expl_3 EQU $C85A ; Vec_Expl_4 EQU $C85B ; Vec_Expl_Chan EQU $C85C ;Used by Explosion_Snd - channel number in use? Vec_Expl_ChanB EQU $C85D ;Used by Explosion_Snd - bit for second channel used? Vec_ADSR_Timers EQU $C85E ;ADSR timers for each sound channel (3 bytes) Vec_Music_Freq EQU $C861 ;Storage for base fr.EQUency of each channel (3 words) ;* $C85E ;Scratch 'score' storage for Display_Option (7 bytes) Vec_Expl_Flag EQU $C867 ;Explosion_Snd initialization flag? ;* $C868...0xC876 ;Unused? Vec_Expl_Timer EQU $C877 ;Used by Explosion_Snd ;* $C878 ;Unused? Vec_Num_Players EQU $C879 ;Number of players selected in Select_Game Vec_Num_Game EQU $C87A ;Game number selected in Select_Game Vec_Seed_Ptr EQU $C87B ;Pointer to 3-byte random number seed (=0xC87D) Vec_Random_Seed EQU $C87D ;Default 3-byte random number seed ; ;* $C880 - 0xCBEA is user RAM ; ; Vec_Default_Stk EQU $CBEA ;Default top-of-stack Vec_High_Score EQU $CBEB ;High score storage (7 bytes) Vec_SWI3_Vector EQU $CBF2 ;SWI2/SWI3 interrupt vector (3 bytes) Vec_SWI2_Vector EQU $CBF2 ;SWI2/SWI3 interrupt vector (3 bytes) Vec_FIRQ_Vector EQU $CBF5 ;FIRQ interrupt vector (3 bytes) Vec_IRQ_Vector EQU $CBF8 ;IRQ interrupt vector (3 bytes) Vec_SWI_Vector EQU $CBFB ;SWI/NMI interrupt vector (3 bytes) Vec_NMI_Vector EQU $CBFB ;SWI/NMI interrupt vector (3 bytes) Vec_Cold_Flag EQU $CBFE ;Cold start flag (warm start if = 0x7321) ; VIA_port_b EQU $D000 ;VIA port B data I/O register ;* 0 sample/hold (0=enable mux 1=disable mux) ;* 1 mux sel 0 ;* 2 mux sel 1 ;* 3 sound BC1 ;* 4 sound BDIR ;* 5 comparator input ;* 6 external device (slot pin 35) initialized to input ;* 7 /RAMP VIA_port_a EQU $D001 ;VIA port A data I/O register (handshaking) VIA_DDR_b EQU $D002 ;VIA port B data direction register (0=input 1=output) VIA_DDR_a EQU $D003 ;VIA port A data direction register (0=input 1=output) VIA_t1_cnt_lo EQU $D004 ;VIA timer 1 count register lo (scale factor) VIA_t1_cnt_hi EQU $D005 ;VIA timer 1 count register hi VIA_t1_lch_lo EQU $D006 ;VIA timer 1 latch register lo VIA_t1_lch_hi EQU $D007 ;VIA timer 1 latch register hi VIA_t2_lo EQU $D008 ;VIA timer 2 count/latch register lo (refresh) VIA_t2_hi EQU $D009 ;VIA timer 2 count/latch register hi VIA_shift_reg EQU $D00A ;VIA shift register VIA_aux_cntl EQU $D00B ;VIA auxiliary control register ;* 0 PA latch enable ;* 1 PB latch enable ;* 2 \ 110=output to CB2 under control of phase 2 clock ;* 3 > shift register control (110 is the only mode used by the Vectrex ROM) ;* 4 / ;* 5 0=t2 one shot 1=t2 free running ;* 6 0=t1 one shot 1=t1 free running ;* 7 0=t1 disable PB7 output 1=t1 enable PB7 output VIA_cntl EQU $D00C ;VIA control register ;* 0 CA1 control CA1 -> SW7 0=IRQ on low 1=IRQ on high ;* 1 ;* 2 > CA2 control CA2 -> /ZERO 110=low 111=high ;* 3 / ;* 4 CB1 control CB1 -> NC 0=IRQ on low 1=IRQ on high ;* 5 ;* 6 > CB2 control CB2 -> /BLANK 110=low 111=high ;* 7 / VIA_int_flags EQU $D00D ;VIA interrupt flags register ;* bit cleared by ;* 0 CA2 interrupt flag reading or writing port A I/O ;* 1 CA1 interrupt flag reading or writing port A I/O ;* 2 shift register interrupt flag reading or writing shift register ;* 3 CB2 interrupt flag reading or writing port B I/O ;* 4 CB1 interrupt flag reading or writing port A I/O ;* 5 timer 2 interrupt flag read t2 low or write t2 high ;* 6 timer 1 interrupt flag read t1 count low or write t1 high ;* 7 IRQ status flag write logic 0 to IER or IFR bit VIA_int_enable EQU $D00E ;VIA interrupt enable register ;* 0 CA2 interrupt enable ;* 1 CA1 interrupt enable ;* 2 shift register interrupt enable ;* 3 CB2 interrupt enable ;* 4 CB1 interrupt enable ;* 5 timer 2 interrupt enable ;* 6 timer 1 interrupt enable ;* 7 IER set/clear control VIA_port_a_nohs EQU $D00F ;VIA port A data I/O register (no handshaking) Cold_Start EQU $F000 ; Warm_Start EQU $F06C ; Init_VIA EQU $F14C ; Init_OS_RAM EQU $F164 ; Init_OS EQU $F18B ; Wait_Recal EQU $F192 ; Set_Refresh EQU $F1A2 ; DP_to_D0 EQU $F1AA ; DP_to_C8 EQU $F1AF ; Read_Btns_Mask EQU $F1B4 ; Read_Btns EQU $F1BA ; Joy_Analog EQU $F1F5 ; Joy_Digital EQU $F1F8 ; Sound_Byte EQU $F256 ; Sound_Byte_x EQU $F259 ; Sound_Byte_raw EQU $F25B ; Clear_Sound EQU $F272 ; Sound_Bytes EQU $F27D ; Sound_Bytes_x EQU $F284 ; Do_Sound EQU $F289 ; Do_Sound_x EQU $F28C ; Intensity_1F EQU $F29D ; Intensity_3F EQU $F2A1 ; Intensity_5F EQU $F2A5 ; Intensity_7F EQU $F2A9 ; Intensity_a EQU $F2AB ; Dot_ix_b EQU $F2BE ; Dot_ix EQU $F2C1 ; Dot_d EQU $F2C3 ; Dot_here EQU $F2C5 ; Dot_List EQU $F2D5 ; Dot_List_Reset EQU $F2DE ; Recalibrate EQU $F2E6 ; Moveto_x_7F EQU $F2F2 ; Moveto_d_7F EQU $F2FC ; Moveto_ix_FF EQU $F308 ; Moveto_ix_7F EQU $F30C ; Moveto_ix_b EQU $F30E ; Used to be named Moveto_ix_a but this is wrong. Moveto_ix EQU $F310 ; Moveto_d EQU $F312 ; Reset0Ref_D0 EQU $F34A ; Check0Ref EQU $F34F ; Reset0Ref EQU $F354 ; Reset_Pen EQU $F35B ; Reset0Int EQU $F36B ; Print_Str_hwyx EQU $F373 ; Print_Str_yx EQU $F378 ; Print_Str_d EQU $F37A ; Print_List_hw EQU $F385 ; Print_List EQU $F38A ; Print_List_chk EQU $F38C ; Print_Ships_x EQU $F391 ; Print_Ships EQU $F393 ; Mov_Draw_VLc_a EQU $F3AD ;count y x y x ... Mov_Draw_VL_b EQU $F3B1 ;y x y x ... Mov_Draw_VLcs EQU $F3B5 ;count scale y x y x ... Mov_Draw_VL_ab EQU $F3B7 ;y x y x ... Mov_Draw_VL_a EQU $F3B9 ;y x y x ... Mov_Draw_VL EQU $F3BC ;y x y x ... Mov_Draw_VL_d EQU $F3BE ;y x y x ... Draw_VLc EQU $F3CE ;count y x y x ... Draw_VL_b EQU $F3D2 ;y x y x ... Draw_VLcs EQU $F3D6 ;count scale y x y x ... Draw_VL_ab EQU $F3D8 ;y x y x ... Draw_VL_a EQU $F3DA ;y x y x ... Draw_VL EQU $F3DD ;y x y x ... Draw_Line_d EQU $F3DF ;y x y x ... Draw_VLp_FF EQU $F404 ;pattern y x pattern y x ... 0x01 Draw_VLp_7F EQU $F408 ;pattern y x pattern y x ... 0x01 Draw_VLp_scale EQU $F40C ;scale pattern y x pattern y x ... 0x01 Draw_VLp_b EQU $F40E ;pattern y x pattern y x ... 0x01 Draw_VLp EQU $F410 ;pattern y x pattern y x ... 0x01 Draw_Pat_VL_a EQU $F434 ;y x y x ... Draw_Pat_VL EQU $F437 ;y x y x ... Draw_Pat_VL_d EQU $F439 ;y x y x ... Draw_VL_mode EQU $F46E ;mode y x mode y x ... 0x01 Print_Str EQU $F495 ; Random_3 EQU $F511 ; Random EQU $F517 ; Init_Music_Buf EQU $F533 ; Clear_x_b EQU $F53F ; Clear_C8_RAM EQU $F542 ;never used by GCE carts? Clear_x_256 EQU $F545 ; Clear_x_d EQU $F548 ; Clear_x_b_80 EQU $F550 ; Clear_x_b_a EQU $F552 ; Dec_3_Counters EQU $F55A ; Dec_6_Counters EQU $F55E ; Dec_Counters EQU $F563 ; Delay_3 EQU $F56D ;30 cycles Delay_2 EQU $F571 ;25 cycles Delay_1 EQU $F575 ;20 cycles Delay_0 EQU $F579 ;12 cycles Delay_b EQU $F57A ;5*B + 10 cycles Delay_RTS EQU $F57D ;5 cycles Bitmask_a EQU $F57E ; Abs_a_b EQU $F584 ; Abs_b EQU $F58B ; Rise_Run_Angle EQU $F593 ; Get_Rise_Idx EQU $F5D9 ; Get_Run_Idx EQU $F5DB ; Get_Rise_Run EQU $F5EF ; Rise_Run_X EQU $F5FF ; Rise_Run_Y EQU $F601 ; Rise_Run_Len EQU $F603 ; Rot_VL_ab EQU $F610 ; Rot_VL EQU $F616 ; Rot_VL_Mode_a EQU $F61F ; Rot_VL_Mode EQU $F62B ; Rot_VL_dft EQU $F637 ; Xform_Run_a EQU $F65B ; Xform_Run EQU $F65D ; Xform_Rise_a EQU $F661 ; Xform_Rise EQU $F663 ; Move_Mem_a_1 EQU $F67F ; Move_Mem_a EQU $F683 ; Init_Music_chk EQU $F687 ; Init_Music EQU $F68D ; Init_Music_x EQU $F692 ; Select_Game EQU $F7A9 ; Clear_Score EQU $F84F ; Add_Score_a EQU $F85E ; Add_Score_d EQU $F87C ; Strip_Zeros EQU $F8B7 ; Compare_Score EQU $F8C7 ; New_High_Score EQU $F8D8 ; Obj_Will_Hit_u EQU $F8E5 ; Obj_Will_Hit EQU $F8F3 ; Obj_Hit EQU $F8FF ; Explosion_Snd EQU $F92E ; Draw_Grid_VL EQU $FF9F ; Char_Table EQU $F9F4 ; Char_Table Char_Table_End EQU $FBD4 ; Char_Table_End vx_music_1 EQU $FD0D ; Poweron music, crazy coaster and narrow escape vx_music_2 EQU $FD1D ; Music for Berzerk vx_music_3 EQU $FD81 vx_music_4 EQU $FDD3 ; Music for Scramble vx_music_5 EQU $FE38 ; Music for Solar Quest vx_music_6 EQU $FE76 vx_music_7 EQU $FEC6 vx_music_8 EQU $FEF8 ; Music for Melody Master vx_music_9 EQU $FF26 vx_music_10 EQU $FF44 vx_music_11 EQU $FF62 vx_music_12 EQU $FF7A vx_music_13 EQU $FF8F nop_handler: RTS * NOTE on _CMOC_NEED_*_ identifiers. * Each C function declared in should be mentioned in the * stdLibTable[] array of FunctionCallExpr::emitCode(). Then, its body * in this file should be delimited by #ifdef _CMOC_NEED__. * * MUL16 however is not a C function. It is a utility function. Whenever * a call to such a function is emitted, it should be emitted using * callUtility(), and its body in this file should be delimited by * #ifdef _CMOC_NEED__. Utility function names * must NOT be mentioned in stdLibTable[]. * * Note the leading and trailing underscore character. * * Multiply D by X, unsigned; return result in D; preserve X. MUL16 PSHS U,X,B,A U pushed to create 2 temp bytes at 4,S LDB 3,S low byte of original X MUL STD 4,S keep for later LDD 1,S low byte of orig D, high byte of orig X MUL ADDB 5,S only low byte is needed STB 5,S LDA 1,S low byte of orig D LDB 3,S low byte of orig X MUL ADDA 5,S LEAS 6,S RTS * Divide X by D, signed; return quotient in X, remainder in D. * Non-zero remainder is negative iff dividend is negative. SDIV16 PSHS X,B,A CLR ,-S counter: number of negative arguments (0..2) CLR ,-S boolean: was dividend negative? TSTA is divisor negative? BGE SDIV16_10 if not INC 1,S COMA negate divisor COMB ADDD #1 STD 2,S SDIV16_10 LDD 4,S is dividend negative? BGE SDIV16_20 if not INC ,S INC 1,S COMA negate dividend COMB ADDD #1 STD 4,S SDIV16_20 LDD 2,S reload divisor LDX 4,S reload dividend BSR DIV16 * Counter is 0, 1 or 2. Quotient negative if counter is 1. LSR 1,S check bit 0 of counter (1 -> negative quotient) BCC SDIV16_30 quotient not negative EXG X,D put quotient in D and remainder in X COMA negate quotient COMB ADDD #1 EXG X,D return quotient and remainder in X and D SDIV16_30 * Negate the remainder if the dividend was negative. TST ,S was dividend negative? BEQ SDIV16_40 if not COMA negate remainder COMB ADDD #1 SDIV16_40 LEAS 6,S RTS * Divide X by D, unsigned; return quotient in X, remainder in D. DIV16 PSHS X,B,A LDB #16 PSHS B CLRA CLRB PSHS B,A * 0,S=16-bit quotient; 2,S=loop counter; * 3,S=16-bit divisor; 5,S=16-bit dividend D16010 LSL 6,S shift MSB of dividend into carry ROL 5,S shift carry and MSB of dividend, into carry ROLB new bit of dividend now in bit 0 of B ROLA CMPD 3,S does the divisor "fit" into D? BLO D16020 if not SUBD 3,S ORCC #1 set carry BRA D16030 D16020 ANDCC #$FE reset carry D16030 ROL 1,S shift carry into quotient ROL ,S DEC 2,S another bit of the dividend to process? BNE D16010 if yes PULS X quotient to return LEAS 5,S RTS _ LBUFMX EQU 250 number of available bytes in LINBUF buffer PUTCHR RTS ; Floating-point is only supported in the Extended Color Basic environment. ; stdlib_end: ******************************************************************************* * Initialize global variables. INITGL EQU * * Line main.c:365: init of variable digitlist * Element 0 of array (element type is char *) LEAX G00096+0,PCR address of array N0 STX G00107+0,PCR offset in variable digitlist * Element 1 of array (element type is char *) LEAX G00097+0,PCR address of array N1 STX G00107+2,PCR offset in variable digitlist * Element 2 of array (element type is char *) LEAX G00098+0,PCR address of array N2 STX G00107+4,PCR offset in variable digitlist * Element 3 of array (element type is char *) LEAX G00099+0,PCR address of array N3 STX G00107+6,PCR offset in variable digitlist * Element 4 of array (element type is char *) LEAX G00100+0,PCR address of array N4 STX G00107+8,PCR offset in variable digitlist * Element 5 of array (element type is char *) LEAX G00101+0,PCR address of array N5 STX G00107+10,PCR offset in variable digitlist * Element 6 of array (element type is char *) LEAX G00102+0,PCR address of array N6 STX G00107+12,PCR offset in variable digitlist * Element 7 of array (element type is char *) LEAX G00103+0,PCR address of array N7 STX G00107+14,PCR offset in variable digitlist * Element 8 of array (element type is char *) LEAX G00104+0,PCR address of array N8 STX G00107+16,PCR offset in variable digitlist * Element 9 of array (element type is char *) LEAX G00105+0,PCR address of array N9 STX G00107+18,PCR offset in variable digitlist * Line placard.h:6653: init of variable placard * Element 0 of array (element type is char *) LEAX G00108+0,PCR address of array placard64 STX G00236+0,PCR offset in variable placard * Element 1 of array (element type is char *) LEAX G00108+0,PCR address of array placard64 STX G00236+2,PCR offset in variable placard * Element 2 of array (element type is char *) LEAX G00235+0,PCR address of array placard66 STX G00236+4,PCR offset in variable placard * Element 3 of array (element type is char *) LEAX G00235+0,PCR address of array placard66 STX G00236+6,PCR offset in variable placard * Element 4 of array (element type is char *) LEAX G00234+0,PCR address of array placard68 STX G00236+8,PCR offset in variable placard * Element 5 of array (element type is char *) LEAX G00234+0,PCR address of array placard68 STX G00236+10,PCR offset in variable placard * Element 6 of array (element type is char *) LEAX G00233+0,PCR address of array placard70 STX G00236+12,PCR offset in variable placard * Element 7 of array (element type is char *) LEAX G00233+0,PCR address of array placard70 STX G00236+14,PCR offset in variable placard * Element 8 of array (element type is char *) LEAX G00232+0,PCR address of array placard72 STX G00236+16,PCR offset in variable placard * Element 9 of array (element type is char *) LEAX G00232+0,PCR address of array placard72 STX G00236+18,PCR offset in variable placard * Element 10 of array (element type is char *) LEAX G00231+0,PCR address of array placard74 STX G00236+20,PCR offset in variable placard * Element 11 of array (element type is char *) LEAX G00231+0,PCR address of array placard74 STX G00236+22,PCR offset in variable placard * Element 12 of array (element type is char *) LEAX G00230+0,PCR address of array placard76 STX G00236+24,PCR offset in variable placard * Element 13 of array (element type is char *) LEAX G00230+0,PCR address of array placard76 STX G00236+26,PCR offset in variable placard * Element 14 of array (element type is char *) LEAX G00229+0,PCR address of array placard78 STX G00236+28,PCR offset in variable placard * Element 15 of array (element type is char *) LEAX G00229+0,PCR address of array placard78 STX G00236+30,PCR offset in variable placard * Element 16 of array (element type is char *) LEAX G00228+0,PCR address of array placard80 STX G00236+32,PCR offset in variable placard * Element 17 of array (element type is char *) LEAX G00228+0,PCR address of array placard80 STX G00236+34,PCR offset in variable placard * Element 18 of array (element type is char *) LEAX G00227+0,PCR address of array placard82 STX G00236+36,PCR offset in variable placard * Element 19 of array (element type is char *) LEAX G00227+0,PCR address of array placard82 STX G00236+38,PCR offset in variable placard * Element 20 of array (element type is char *) LEAX G00226+0,PCR address of array placard84 STX G00236+40,PCR offset in variable placard * Element 21 of array (element type is char *) LEAX G00226+0,PCR address of array placard84 STX G00236+42,PCR offset in variable placard * Element 22 of array (element type is char *) LEAX G00225+0,PCR address of array placard86 STX G00236+44,PCR offset in variable placard * Element 23 of array (element type is char *) LEAX G00225+0,PCR address of array placard86 STX G00236+46,PCR offset in variable placard * Element 24 of array (element type is char *) LEAX G00224+0,PCR address of array placard88 STX G00236+48,PCR offset in variable placard * Element 25 of array (element type is char *) LEAX G00224+0,PCR address of array placard88 STX G00236+50,PCR offset in variable placard * Element 26 of array (element type is char *) LEAX G00223+0,PCR address of array placard90 STX G00236+52,PCR offset in variable placard * Element 27 of array (element type is char *) LEAX G00223+0,PCR address of array placard90 STX G00236+54,PCR offset in variable placard * Element 28 of array (element type is char *) LEAX G00222+0,PCR address of array placard92 STX G00236+56,PCR offset in variable placard * Element 29 of array (element type is char *) LEAX G00222+0,PCR address of array placard92 STX G00236+58,PCR offset in variable placard * Element 30 of array (element type is char *) LEAX G00221+0,PCR address of array placard94 STX G00236+60,PCR offset in variable placard * Element 31 of array (element type is char *) LEAX G00221+0,PCR address of array placard94 STX G00236+62,PCR offset in variable placard * Element 32 of array (element type is char *) LEAX G00220+0,PCR address of array placard96 STX G00236+64,PCR offset in variable placard * Element 33 of array (element type is char *) LEAX G00220+0,PCR address of array placard96 STX G00236+66,PCR offset in variable placard * Element 34 of array (element type is char *) LEAX G00219+0,PCR address of array placard98 STX G00236+68,PCR offset in variable placard * Element 35 of array (element type is char *) LEAX G00219+0,PCR address of array placard98 STX G00236+70,PCR offset in variable placard * Element 36 of array (element type is char *) LEAX G00218+0,PCR address of array placard100 STX G00236+72,PCR offset in variable placard * Element 37 of array (element type is char *) LEAX G00218+0,PCR address of array placard100 STX G00236+74,PCR offset in variable placard * Element 38 of array (element type is char *) LEAX G00217+0,PCR address of array placard102 STX G00236+76,PCR offset in variable placard * Element 39 of array (element type is char *) LEAX G00217+0,PCR address of array placard102 STX G00236+78,PCR offset in variable placard * Element 40 of array (element type is char *) LEAX G00216+0,PCR address of array placard104 STX G00236+80,PCR offset in variable placard * Element 41 of array (element type is char *) LEAX G00216+0,PCR address of array placard104 STX G00236+82,PCR offset in variable placard * Element 42 of array (element type is char *) LEAX G00215+0,PCR address of array placard106 STX G00236+84,PCR offset in variable placard * Element 43 of array (element type is char *) LEAX G00215+0,PCR address of array placard106 STX G00236+86,PCR offset in variable placard * Element 44 of array (element type is char *) LEAX G00214+0,PCR address of array placard108 STX G00236+88,PCR offset in variable placard * Element 45 of array (element type is char *) LEAX G00214+0,PCR address of array placard108 STX G00236+90,PCR offset in variable placard * Element 46 of array (element type is char *) LEAX G00213+0,PCR address of array placard110 STX G00236+92,PCR offset in variable placard * Element 47 of array (element type is char *) LEAX G00213+0,PCR address of array placard110 STX G00236+94,PCR offset in variable placard * Element 48 of array (element type is char *) LEAX G00212+0,PCR address of array placard112 STX G00236+96,PCR offset in variable placard * Element 49 of array (element type is char *) LEAX G00212+0,PCR address of array placard112 STX G00236+98,PCR offset in variable placard * Element 50 of array (element type is char *) LEAX G00211+0,PCR address of array placard114 STX G00236+100,PCR offset in variable placard * Element 51 of array (element type is char *) LEAX G00211+0,PCR address of array placard114 STX G00236+102,PCR offset in variable placard * Element 52 of array (element type is char *) LEAX G00210+0,PCR address of array placard116 STX G00236+104,PCR offset in variable placard * Element 53 of array (element type is char *) LEAX G00210+0,PCR address of array placard116 STX G00236+106,PCR offset in variable placard * Element 54 of array (element type is char *) LEAX G00209+0,PCR address of array placard118 STX G00236+108,PCR offset in variable placard * Element 55 of array (element type is char *) LEAX G00209+0,PCR address of array placard118 STX G00236+110,PCR offset in variable placard * Element 56 of array (element type is char *) LEAX G00208+0,PCR address of array placard120 STX G00236+112,PCR offset in variable placard * Element 57 of array (element type is char *) LEAX G00208+0,PCR address of array placard120 STX G00236+114,PCR offset in variable placard * Element 58 of array (element type is char *) LEAX G00207+0,PCR address of array placard122 STX G00236+116,PCR offset in variable placard * Element 59 of array (element type is char *) LEAX G00207+0,PCR address of array placard122 STX G00236+118,PCR offset in variable placard * Element 60 of array (element type is char *) LEAX G00206+0,PCR address of array placard124 STX G00236+120,PCR offset in variable placard * Element 61 of array (element type is char *) LEAX G00206+0,PCR address of array placard124 STX G00236+122,PCR offset in variable placard * Element 62 of array (element type is char *) LEAX G00205+0,PCR address of array placard126 STX G00236+124,PCR offset in variable placard * Element 63 of array (element type is char *) LEAX G00205+0,PCR address of array placard126 STX G00236+126,PCR offset in variable placard * Element 64 of array (element type is char *) LEAX G00204+0,PCR address of array placard128 STX G00236+128,PCR offset in variable placard * Element 65 of array (element type is char *) LEAX G00204+0,PCR address of array placard128 STX G00236+130,PCR offset in variable placard * Element 66 of array (element type is char *) LEAX G00203+0,PCR address of array placard130 STX G00236+132,PCR offset in variable placard * Element 67 of array (element type is char *) LEAX G00203+0,PCR address of array placard130 STX G00236+134,PCR offset in variable placard * Element 68 of array (element type is char *) LEAX G00202+0,PCR address of array placard132 STX G00236+136,PCR offset in variable placard * Element 69 of array (element type is char *) LEAX G00202+0,PCR address of array placard132 STX G00236+138,PCR offset in variable placard * Element 70 of array (element type is char *) LEAX G00201+0,PCR address of array placard134 STX G00236+140,PCR offset in variable placard * Element 71 of array (element type is char *) LEAX G00201+0,PCR address of array placard134 STX G00236+142,PCR offset in variable placard * Element 72 of array (element type is char *) LEAX G00200+0,PCR address of array placard136 STX G00236+144,PCR offset in variable placard * Element 73 of array (element type is char *) LEAX G00200+0,PCR address of array placard136 STX G00236+146,PCR offset in variable placard * Element 74 of array (element type is char *) LEAX G00199+0,PCR address of array placard138 STX G00236+148,PCR offset in variable placard * Element 75 of array (element type is char *) LEAX G00199+0,PCR address of array placard138 STX G00236+150,PCR offset in variable placard * Element 76 of array (element type is char *) LEAX G00198+0,PCR address of array placard140 STX G00236+152,PCR offset in variable placard * Element 77 of array (element type is char *) LEAX G00198+0,PCR address of array placard140 STX G00236+154,PCR offset in variable placard * Element 78 of array (element type is char *) LEAX G00197+0,PCR address of array placard142 STX G00236+156,PCR offset in variable placard * Element 79 of array (element type is char *) LEAX G00197+0,PCR address of array placard142 STX G00236+158,PCR offset in variable placard * Element 80 of array (element type is char *) LEAX G00196+0,PCR address of array placard144 STX G00236+160,PCR offset in variable placard * Element 81 of array (element type is char *) LEAX G00196+0,PCR address of array placard144 STX G00236+162,PCR offset in variable placard * Element 82 of array (element type is char *) LEAX G00195+0,PCR address of array placard146 STX G00236+164,PCR offset in variable placard * Element 83 of array (element type is char *) LEAX G00195+0,PCR address of array placard146 STX G00236+166,PCR offset in variable placard * Element 84 of array (element type is char *) LEAX G00194+0,PCR address of array placard148 STX G00236+168,PCR offset in variable placard * Element 85 of array (element type is char *) LEAX G00194+0,PCR address of array placard148 STX G00236+170,PCR offset in variable placard * Element 86 of array (element type is char *) LEAX G00193+0,PCR address of array placard150 STX G00236+172,PCR offset in variable placard * Element 87 of array (element type is char *) LEAX G00193+0,PCR address of array placard150 STX G00236+174,PCR offset in variable placard * Element 88 of array (element type is char *) LEAX G00192+0,PCR address of array placard152 STX G00236+176,PCR offset in variable placard * Element 89 of array (element type is char *) LEAX G00192+0,PCR address of array placard152 STX G00236+178,PCR offset in variable placard * Element 90 of array (element type is char *) LEAX G00191+0,PCR address of array placard154 STX G00236+180,PCR offset in variable placard * Element 91 of array (element type is char *) LEAX G00191+0,PCR address of array placard154 STX G00236+182,PCR offset in variable placard * Element 92 of array (element type is char *) LEAX G00190+0,PCR address of array placard156 STX G00236+184,PCR offset in variable placard * Element 93 of array (element type is char *) LEAX G00190+0,PCR address of array placard156 STX G00236+186,PCR offset in variable placard * Element 94 of array (element type is char *) LEAX G00189+0,PCR address of array placard158 STX G00236+188,PCR offset in variable placard * Element 95 of array (element type is char *) LEAX G00189+0,PCR address of array placard158 STX G00236+190,PCR offset in variable placard * Element 96 of array (element type is char *) LEAX G00188+0,PCR address of array placard160 STX G00236+192,PCR offset in variable placard * Element 97 of array (element type is char *) LEAX G00188+0,PCR address of array placard160 STX G00236+194,PCR offset in variable placard * Element 98 of array (element type is char *) LEAX G00187+0,PCR address of array placard162 STX G00236+196,PCR offset in variable placard * Element 99 of array (element type is char *) LEAX G00187+0,PCR address of array placard162 STX G00236+198,PCR offset in variable placard * Element 100 of array (element type is char *) LEAX G00186+0,PCR address of array placard164 STX G00236+200,PCR offset in variable placard * Element 101 of array (element type is char *) LEAX G00186+0,PCR address of array placard164 STX G00236+202,PCR offset in variable placard * Element 102 of array (element type is char *) LEAX G00185+0,PCR address of array placard166 STX G00236+204,PCR offset in variable placard * Element 103 of array (element type is char *) LEAX G00185+0,PCR address of array placard166 STX G00236+206,PCR offset in variable placard * Element 104 of array (element type is char *) LEAX G00184+0,PCR address of array placard168 STX G00236+208,PCR offset in variable placard * Element 105 of array (element type is char *) LEAX G00184+0,PCR address of array placard168 STX G00236+210,PCR offset in variable placard * Element 106 of array (element type is char *) LEAX G00183+0,PCR address of array placard170 STX G00236+212,PCR offset in variable placard * Element 107 of array (element type is char *) LEAX G00183+0,PCR address of array placard170 STX G00236+214,PCR offset in variable placard * Element 108 of array (element type is char *) LEAX G00182+0,PCR address of array placard172 STX G00236+216,PCR offset in variable placard * Element 109 of array (element type is char *) LEAX G00182+0,PCR address of array placard172 STX G00236+218,PCR offset in variable placard * Element 110 of array (element type is char *) LEAX G00181+0,PCR address of array placard174 STX G00236+220,PCR offset in variable placard * Element 111 of array (element type is char *) LEAX G00181+0,PCR address of array placard174 STX G00236+222,PCR offset in variable placard * Element 112 of array (element type is char *) LEAX G00180+0,PCR address of array placard176 STX G00236+224,PCR offset in variable placard * Element 113 of array (element type is char *) LEAX G00180+0,PCR address of array placard176 STX G00236+226,PCR offset in variable placard * Element 114 of array (element type is char *) LEAX G00179+0,PCR address of array placard178 STX G00236+228,PCR offset in variable placard * Element 115 of array (element type is char *) LEAX G00179+0,PCR address of array placard178 STX G00236+230,PCR offset in variable placard * Element 116 of array (element type is char *) LEAX G00178+0,PCR address of array placard180 STX G00236+232,PCR offset in variable placard * Element 117 of array (element type is char *) LEAX G00178+0,PCR address of array placard180 STX G00236+234,PCR offset in variable placard * Element 118 of array (element type is char *) LEAX G00177+0,PCR address of array placard182 STX G00236+236,PCR offset in variable placard * Element 119 of array (element type is char *) LEAX G00177+0,PCR address of array placard182 STX G00236+238,PCR offset in variable placard * Element 120 of array (element type is char *) LEAX G00176+0,PCR address of array placard184 STX G00236+240,PCR offset in variable placard * Element 121 of array (element type is char *) LEAX G00176+0,PCR address of array placard184 STX G00236+242,PCR offset in variable placard * Element 122 of array (element type is char *) LEAX G00175+0,PCR address of array placard186 STX G00236+244,PCR offset in variable placard * Element 123 of array (element type is char *) LEAX G00175+0,PCR address of array placard186 STX G00236+246,PCR offset in variable placard * Element 124 of array (element type is char *) LEAX G00174+0,PCR address of array placard188 STX G00236+248,PCR offset in variable placard * Element 125 of array (element type is char *) LEAX G00174+0,PCR address of array placard188 STX G00236+250,PCR offset in variable placard * Element 126 of array (element type is char *) LEAX G00173+0,PCR address of array placard190 STX G00236+252,PCR offset in variable placard * Element 127 of array (element type is char *) LEAX G00173+0,PCR address of array placard190 STX G00236+254,PCR offset in variable placard * Element 128 of array (element type is char *) LEAX G00172+0,PCR address of array placard192 STX G00236+256,PCR offset in variable placard * Element 129 of array (element type is char *) LEAX G00172+0,PCR address of array placard192 STX G00236+258,PCR offset in variable placard * Element 130 of array (element type is char *) LEAX G00171+0,PCR address of array placard194 STX G00236+260,PCR offset in variable placard * Element 131 of array (element type is char *) LEAX G00171+0,PCR address of array placard194 STX G00236+262,PCR offset in variable placard * Element 132 of array (element type is char *) LEAX G00170+0,PCR address of array placard196 STX G00236+264,PCR offset in variable placard * Element 133 of array (element type is char *) LEAX G00170+0,PCR address of array placard196 STX G00236+266,PCR offset in variable placard * Element 134 of array (element type is char *) LEAX G00169+0,PCR address of array placard198 STX G00236+268,PCR offset in variable placard * Element 135 of array (element type is char *) LEAX G00169+0,PCR address of array placard198 STX G00236+270,PCR offset in variable placard * Element 136 of array (element type is char *) LEAX G00168+0,PCR address of array placard200 STX G00236+272,PCR offset in variable placard * Element 137 of array (element type is char *) LEAX G00168+0,PCR address of array placard200 STX G00236+274,PCR offset in variable placard * Element 138 of array (element type is char *) LEAX G00167+0,PCR address of array placard202 STX G00236+276,PCR offset in variable placard * Element 139 of array (element type is char *) LEAX G00167+0,PCR address of array placard202 STX G00236+278,PCR offset in variable placard * Element 140 of array (element type is char *) LEAX G00166+0,PCR address of array placard204 STX G00236+280,PCR offset in variable placard * Element 141 of array (element type is char *) LEAX G00166+0,PCR address of array placard204 STX G00236+282,PCR offset in variable placard * Element 142 of array (element type is char *) LEAX G00165+0,PCR address of array placard206 STX G00236+284,PCR offset in variable placard * Element 143 of array (element type is char *) LEAX G00165+0,PCR address of array placard206 STX G00236+286,PCR offset in variable placard * Element 144 of array (element type is char *) LEAX G00164+0,PCR address of array placard208 STX G00236+288,PCR offset in variable placard * Element 145 of array (element type is char *) LEAX G00164+0,PCR address of array placard208 STX G00236+290,PCR offset in variable placard * Element 146 of array (element type is char *) LEAX G00163+0,PCR address of array placard210 STX G00236+292,PCR offset in variable placard * Element 147 of array (element type is char *) LEAX G00163+0,PCR address of array placard210 STX G00236+294,PCR offset in variable placard * Element 148 of array (element type is char *) LEAX G00162+0,PCR address of array placard212 STX G00236+296,PCR offset in variable placard * Element 149 of array (element type is char *) LEAX G00162+0,PCR address of array placard212 STX G00236+298,PCR offset in variable placard * Element 150 of array (element type is char *) LEAX G00161+0,PCR address of array placard214 STX G00236+300,PCR offset in variable placard * Element 151 of array (element type is char *) LEAX G00161+0,PCR address of array placard214 STX G00236+302,PCR offset in variable placard * Element 152 of array (element type is char *) LEAX G00160+0,PCR address of array placard216 STX G00236+304,PCR offset in variable placard * Element 153 of array (element type is char *) LEAX G00160+0,PCR address of array placard216 STX G00236+306,PCR offset in variable placard * Element 154 of array (element type is char *) LEAX G00159+0,PCR address of array placard218 STX G00236+308,PCR offset in variable placard * Element 155 of array (element type is char *) LEAX G00159+0,PCR address of array placard218 STX G00236+310,PCR offset in variable placard * Element 156 of array (element type is char *) LEAX G00158+0,PCR address of array placard220 STX G00236+312,PCR offset in variable placard * Element 157 of array (element type is char *) LEAX G00158+0,PCR address of array placard220 STX G00236+314,PCR offset in variable placard * Element 158 of array (element type is char *) LEAX G00157+0,PCR address of array placard222 STX G00236+316,PCR offset in variable placard * Element 159 of array (element type is char *) LEAX G00157+0,PCR address of array placard222 STX G00236+318,PCR offset in variable placard * Element 160 of array (element type is char *) LEAX G00156+0,PCR address of array placard224 STX G00236+320,PCR offset in variable placard * Element 161 of array (element type is char *) LEAX G00156+0,PCR address of array placard224 STX G00236+322,PCR offset in variable placard * Element 162 of array (element type is char *) LEAX G00155+0,PCR address of array placard226 STX G00236+324,PCR offset in variable placard * Element 163 of array (element type is char *) LEAX G00155+0,PCR address of array placard226 STX G00236+326,PCR offset in variable placard * Element 164 of array (element type is char *) LEAX G00154+0,PCR address of array placard228 STX G00236+328,PCR offset in variable placard * Element 165 of array (element type is char *) LEAX G00154+0,PCR address of array placard228 STX G00236+330,PCR offset in variable placard * Element 166 of array (element type is char *) LEAX G00153+0,PCR address of array placard230 STX G00236+332,PCR offset in variable placard * Element 167 of array (element type is char *) LEAX G00153+0,PCR address of array placard230 STX G00236+334,PCR offset in variable placard * Element 168 of array (element type is char *) LEAX G00152+0,PCR address of array placard232 STX G00236+336,PCR offset in variable placard * Element 169 of array (element type is char *) LEAX G00152+0,PCR address of array placard232 STX G00236+338,PCR offset in variable placard * Element 170 of array (element type is char *) LEAX G00151+0,PCR address of array placard234 STX G00236+340,PCR offset in variable placard * Element 171 of array (element type is char *) LEAX G00151+0,PCR address of array placard234 STX G00236+342,PCR offset in variable placard * Element 172 of array (element type is char *) LEAX G00150+0,PCR address of array placard236 STX G00236+344,PCR offset in variable placard * Element 173 of array (element type is char *) LEAX G00150+0,PCR address of array placard236 STX G00236+346,PCR offset in variable placard * Element 174 of array (element type is char *) LEAX G00149+0,PCR address of array placard238 STX G00236+348,PCR offset in variable placard * Element 175 of array (element type is char *) LEAX G00149+0,PCR address of array placard238 STX G00236+350,PCR offset in variable placard * Element 176 of array (element type is char *) LEAX G00148+0,PCR address of array placard240 STX G00236+352,PCR offset in variable placard * Element 177 of array (element type is char *) LEAX G00148+0,PCR address of array placard240 STX G00236+354,PCR offset in variable placard * Element 178 of array (element type is char *) LEAX G00147+0,PCR address of array placard242 STX G00236+356,PCR offset in variable placard * Element 179 of array (element type is char *) LEAX G00147+0,PCR address of array placard242 STX G00236+358,PCR offset in variable placard * Element 180 of array (element type is char *) LEAX G00146+0,PCR address of array placard244 STX G00236+360,PCR offset in variable placard * Element 181 of array (element type is char *) LEAX G00146+0,PCR address of array placard244 STX G00236+362,PCR offset in variable placard * Element 182 of array (element type is char *) LEAX G00145+0,PCR address of array placard246 STX G00236+364,PCR offset in variable placard * Element 183 of array (element type is char *) LEAX G00145+0,PCR address of array placard246 STX G00236+366,PCR offset in variable placard * Element 184 of array (element type is char *) LEAX G00144+0,PCR address of array placard248 STX G00236+368,PCR offset in variable placard * Element 185 of array (element type is char *) LEAX G00144+0,PCR address of array placard248 STX G00236+370,PCR offset in variable placard * Element 186 of array (element type is char *) LEAX G00143+0,PCR address of array placard250 STX G00236+372,PCR offset in variable placard * Element 187 of array (element type is char *) LEAX G00143+0,PCR address of array placard250 STX G00236+374,PCR offset in variable placard * Element 188 of array (element type is char *) LEAX G00142+0,PCR address of array placard252 STX G00236+376,PCR offset in variable placard * Element 189 of array (element type is char *) LEAX G00142+0,PCR address of array placard252 STX G00236+378,PCR offset in variable placard * Element 190 of array (element type is char *) LEAX G00141+0,PCR address of array placard254 STX G00236+380,PCR offset in variable placard * Element 191 of array (element type is char *) LEAX G00141+0,PCR address of array placard254 STX G00236+382,PCR offset in variable placard * Element 192 of array (element type is char *) LEAX G00140+0,PCR address of array placard0 STX G00236+384,PCR offset in variable placard * Element 193 of array (element type is char *) LEAX G00140+0,PCR address of array placard0 STX G00236+386,PCR offset in variable placard * Element 194 of array (element type is char *) LEAX G00139+0,PCR address of array placard2 STX G00236+388,PCR offset in variable placard * Element 195 of array (element type is char *) LEAX G00139+0,PCR address of array placard2 STX G00236+390,PCR offset in variable placard * Element 196 of array (element type is char *) LEAX G00138+0,PCR address of array placard4 STX G00236+392,PCR offset in variable placard * Element 197 of array (element type is char *) LEAX G00138+0,PCR address of array placard4 STX G00236+394,PCR offset in variable placard * Element 198 of array (element type is char *) LEAX G00137+0,PCR address of array placard6 STX G00236+396,PCR offset in variable placard * Element 199 of array (element type is char *) LEAX G00137+0,PCR address of array placard6 STX G00236+398,PCR offset in variable placard * Element 200 of array (element type is char *) LEAX G00136+0,PCR address of array placard8 STX G00236+400,PCR offset in variable placard * Element 201 of array (element type is char *) LEAX G00136+0,PCR address of array placard8 STX G00236+402,PCR offset in variable placard * Element 202 of array (element type is char *) LEAX G00135+0,PCR address of array placard10 STX G00236+404,PCR offset in variable placard * Element 203 of array (element type is char *) LEAX G00135+0,PCR address of array placard10 STX G00236+406,PCR offset in variable placard * Element 204 of array (element type is char *) LEAX G00134+0,PCR address of array placard12 STX G00236+408,PCR offset in variable placard * Element 205 of array (element type is char *) LEAX G00134+0,PCR address of array placard12 STX G00236+410,PCR offset in variable placard * Element 206 of array (element type is char *) LEAX G00133+0,PCR address of array placard14 STX G00236+412,PCR offset in variable placard * Element 207 of array (element type is char *) LEAX G00133+0,PCR address of array placard14 STX G00236+414,PCR offset in variable placard * Element 208 of array (element type is char *) LEAX G00132+0,PCR address of array placard16 STX G00236+416,PCR offset in variable placard * Element 209 of array (element type is char *) LEAX G00132+0,PCR address of array placard16 STX G00236+418,PCR offset in variable placard * Element 210 of array (element type is char *) LEAX G00131+0,PCR address of array placard18 STX G00236+420,PCR offset in variable placard * Element 211 of array (element type is char *) LEAX G00131+0,PCR address of array placard18 STX G00236+422,PCR offset in variable placard * Element 212 of array (element type is char *) LEAX G00130+0,PCR address of array placard20 STX G00236+424,PCR offset in variable placard * Element 213 of array (element type is char *) LEAX G00130+0,PCR address of array placard20 STX G00236+426,PCR offset in variable placard * Element 214 of array (element type is char *) LEAX G00129+0,PCR address of array placard22 STX G00236+428,PCR offset in variable placard * Element 215 of array (element type is char *) LEAX G00129+0,PCR address of array placard22 STX G00236+430,PCR offset in variable placard * Element 216 of array (element type is char *) LEAX G00128+0,PCR address of array placard24 STX G00236+432,PCR offset in variable placard * Element 217 of array (element type is char *) LEAX G00128+0,PCR address of array placard24 STX G00236+434,PCR offset in variable placard * Element 218 of array (element type is char *) LEAX G00127+0,PCR address of array placard26 STX G00236+436,PCR offset in variable placard * Element 219 of array (element type is char *) LEAX G00127+0,PCR address of array placard26 STX G00236+438,PCR offset in variable placard * Element 220 of array (element type is char *) LEAX G00126+0,PCR address of array placard28 STX G00236+440,PCR offset in variable placard * Element 221 of array (element type is char *) LEAX G00126+0,PCR address of array placard28 STX G00236+442,PCR offset in variable placard * Element 222 of array (element type is char *) LEAX G00125+0,PCR address of array placard30 STX G00236+444,PCR offset in variable placard * Element 223 of array (element type is char *) LEAX G00125+0,PCR address of array placard30 STX G00236+446,PCR offset in variable placard * Element 224 of array (element type is char *) LEAX G00124+0,PCR address of array placard32 STX G00236+448,PCR offset in variable placard * Element 225 of array (element type is char *) LEAX G00124+0,PCR address of array placard32 STX G00236+450,PCR offset in variable placard * Element 226 of array (element type is char *) LEAX G00123+0,PCR address of array placard34 STX G00236+452,PCR offset in variable placard * Element 227 of array (element type is char *) LEAX G00123+0,PCR address of array placard34 STX G00236+454,PCR offset in variable placard * Element 228 of array (element type is char *) LEAX G00122+0,PCR address of array placard36 STX G00236+456,PCR offset in variable placard * Element 229 of array (element type is char *) LEAX G00122+0,PCR address of array placard36 STX G00236+458,PCR offset in variable placard * Element 230 of array (element type is char *) LEAX G00121+0,PCR address of array placard38 STX G00236+460,PCR offset in variable placard * Element 231 of array (element type is char *) LEAX G00121+0,PCR address of array placard38 STX G00236+462,PCR offset in variable placard * Element 232 of array (element type is char *) LEAX G00120+0,PCR address of array placard40 STX G00236+464,PCR offset in variable placard * Element 233 of array (element type is char *) LEAX G00120+0,PCR address of array placard40 STX G00236+466,PCR offset in variable placard * Element 234 of array (element type is char *) LEAX G00119+0,PCR address of array placard42 STX G00236+468,PCR offset in variable placard * Element 235 of array (element type is char *) LEAX G00119+0,PCR address of array placard42 STX G00236+470,PCR offset in variable placard * Element 236 of array (element type is char *) LEAX G00118+0,PCR address of array placard44 STX G00236+472,PCR offset in variable placard * Element 237 of array (element type is char *) LEAX G00118+0,PCR address of array placard44 STX G00236+474,PCR offset in variable placard * Element 238 of array (element type is char *) LEAX G00117+0,PCR address of array placard46 STX G00236+476,PCR offset in variable placard * Element 239 of array (element type is char *) LEAX G00117+0,PCR address of array placard46 STX G00236+478,PCR offset in variable placard * Element 240 of array (element type is char *) LEAX G00116+0,PCR address of array placard48 STX G00236+480,PCR offset in variable placard * Element 241 of array (element type is char *) LEAX G00116+0,PCR address of array placard48 STX G00236+482,PCR offset in variable placard * Element 242 of array (element type is char *) LEAX G00115+0,PCR address of array placard50 STX G00236+484,PCR offset in variable placard * Element 243 of array (element type is char *) LEAX G00115+0,PCR address of array placard50 STX G00236+486,PCR offset in variable placard * Element 244 of array (element type is char *) LEAX G00114+0,PCR address of array placard52 STX G00236+488,PCR offset in variable placard * Element 245 of array (element type is char *) LEAX G00114+0,PCR address of array placard52 STX G00236+490,PCR offset in variable placard * Element 246 of array (element type is char *) LEAX G00113+0,PCR address of array placard54 STX G00236+492,PCR offset in variable placard * Element 247 of array (element type is char *) LEAX G00113+0,PCR address of array placard54 STX G00236+494,PCR offset in variable placard * Element 248 of array (element type is char *) LEAX G00112+0,PCR address of array placard56 STX G00236+496,PCR offset in variable placard * Element 249 of array (element type is char *) LEAX G00112+0,PCR address of array placard56 STX G00236+498,PCR offset in variable placard * Element 250 of array (element type is char *) LEAX G00111+0,PCR address of array placard58 STX G00236+500,PCR offset in variable placard * Element 251 of array (element type is char *) LEAX G00111+0,PCR address of array placard58 STX G00236+502,PCR offset in variable placard * Element 252 of array (element type is char *) LEAX G00110+0,PCR address of array placard60 STX G00236+504,PCR offset in variable placard * Element 253 of array (element type is char *) LEAX G00110+0,PCR address of array placard60 STX G00236+506,PCR offset in variable placard * Element 254 of array (element type is char *) LEAX G00109+0,PCR address of array placard62 STX G00236+508,PCR offset in variable placard * Element 255 of array (element type is char *) LEAX G00109+0,PCR address of array placard62 STX G00236+510,PCR offset in variable placard * Line main.c:481: init of variable starfield_scale LDB #$FF 255 STB G00242+0,PCR variable starfield_scale RTS end of global variable initialization ******************************************************************************* program_end EQU * ******************************************************************************* * WRITABLE DATA SECTION ORG $C880 writable_globals_start EQU * ******************************************************************************* * WRITABLE GLOBAL VARIABLES * Globals with static initializers * Uninitialized globals G00080 EQU * RMB 1 XJoy G00081 EQU * RMB 1 YJoy G00082 EQU * RMB 1 button1 G00083 EQU * RMB 1 button2 G00084 EQU * RMB 1 button3 G00085 EQU * RMB 1 button4 G00086 EQU * RMB 2 Debug G00107 EQU * RMB 20 digitlist G00236 EQU * RMB 512 placard G00237 EQU * RMB 8 rotated G00238 EQU * RMB 2 rseed G00239 EQU * RMB 32 pxy G00240 EQU * RMB 32 pxa G00241 EQU * RMB 32 pya G00242 EQU * RMB 1 starfield_scale G00243 EQU * RMB 1 Credits G00244 EQU * RMB 1 intro_rot G00245 EQU * RMB 2 frame_number G00246 EQU * RMB 1 global_flashing_intensity G00247 EQU * RMB 2 HighScore G00248 EQU * RMB 2 LastScore G00249 EQU * RMB 2 Score G00250 EQU * RMB 1 crosshair_x G00251 EQU * RMB 1 crosshair_y ******************************************************************************* * stdlib-data.inc - Global variables used by stdlib.inc. * * By Pierre Sarrazin . * This file is in the public domain. * * Each variable must be defined only with an RMB directive. * It must be initialized by INILIB in stdlib.inc. INISTK RMB 2 receives initial stack pointer end_of_sbrk_mem RMB 2 program_break RMB 2 writable_globals_end EQU * ******************************************************************************* END