* 6809 assembly program generated by cmoc 0.1.40 * VECTREX ORG 0 FCC 'g GCE 2015' FCB $80 FDB vx_music_1 FCB $FFFFFFF8 FCB $50 FCB $20 FCB $FFFFFFAA FCC 'CMOC' 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 Apply_vel_to_ship_pos(): defined at tgvectrex.c:2227 _Apply_vel_to_ship_pos EQU * PSHS U LEAU ,S * Line tgvectrex.c:2229: function call: Get_ship_vel() LDB 5,U variable id, declared at tgvectrex.c:2227 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_vel(): unsigned char LBSR _Get_ship_vel LEAS 2,S * Line tgvectrex.c:2230: function call: Get_ship_rotation() LDB 5,U variable id, declared at tgvectrex.c:2227 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_rotation(): unsigned char LBSR _Get_ship_rotation LEAS 2,S * Line tgvectrex.c:2234: function call: Change_ship_pos_by() * Line tgvectrex.c:2234: function call: mul_short_by_fp2_14_returning_short() * Line tgvectrex.c:2234: function call: fp2_14_cos() LDD G00185+0,PCR variable this_X_rotation, declared at tgvectrex.c:1353 PSHS B,A argument 1 of fp2_14_cos(): int LBSR _fp2_14_cos LEAS 2,S PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int * Line tgvectrex.c:2234: function call: mul_short_by_fp2_14_returning_short() * Line tgvectrex.c:2234: function call: fp2_14_cos() LDD G00186+0,PCR variable this_Y_rotation, declared at tgvectrex.c:1354 PSHS B,A argument 1 of fp2_14_cos(): int LBSR _fp2_14_cos LEAS 2,S PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00181+0,PCR variable this_vel, declared at tgvectrex.c:1347 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 4 of Change_ship_pos_by(): int * Line tgvectrex.c:2233: function call: mul_short_by_fp2_14_returning_short() * Line tgvectrex.c:2233: function call: fp2_14_sin() LDD G00185+0,PCR variable this_X_rotation, declared at tgvectrex.c:1353 PSHS B,A argument 1 of fp2_14_sin(): int LBSR _fp2_14_sin LEAS 2,S PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00181+0,PCR variable this_vel, declared at tgvectrex.c:1347 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 3 of Change_ship_pos_by(): int * Line tgvectrex.c:2232: function call: mul_short_by_fp2_14_returning_short() * Line tgvectrex.c:2232: function call: fp2_14_cos() LDD G00185+0,PCR variable this_X_rotation, declared at tgvectrex.c:1353 PSHS B,A argument 1 of fp2_14_cos(): int LBSR _fp2_14_cos LEAS 2,S PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int * Line tgvectrex.c:2232: function call: mul_short_by_fp2_14_returning_short() * Line tgvectrex.c:2232: function call: fp2_14_sin() LDD G00186+0,PCR variable this_Y_rotation, declared at tgvectrex.c:1354 PSHS B,A argument 1 of fp2_14_sin(): int LBSR _fp2_14_sin LEAS 2,S PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00181+0,PCR variable this_vel, declared at tgvectrex.c:1347 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 2 of Change_ship_pos_by(): int LDB 5,U variable id, declared at tgvectrex.c:2227 CLRA promoting byte argument to word PSHS B,A argument 1 of Change_ship_pos_by(): unsigned char LBSR _Change_ship_pos_by LEAS 8,S L00087 EQU * end of Apply_vel_to_ship_pos() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Change_ship_pos_by(): defined at tgvectrex.c:2112 _Change_ship_pos_by EQU * PSHS U LEAU ,S * Line tgvectrex.c:2118: assignment: += LDD 6,U variable dx, declared at tgvectrex.c:2112 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$01 decimal 1 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X ADDD ,S++ STD ,X * Line tgvectrex.c:2119: assignment: += LDD 8,U variable dy, declared at tgvectrex.c:2112 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$02 decimal 2 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X ADDD ,S++ STD ,X * Line tgvectrex.c:2120: assignment: += LDD 10,U variable dz, declared at tgvectrex.c:2112 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$03 decimal 3 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X ADDD ,S++ STD ,X L00077 EQU * end of Change_ship_pos_by() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Change_ship_rotation_by(): defined at tgvectrex.c:2123 _Change_ship_rotation_by EQU * PSHS U LEAU ,S * Line tgvectrex.c:2126: assignment: += LDD 6,U variable this_X_rotation, declared at tgvectrex.c:2123 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$04 decimal 4 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X ADDD ,S++ STD ,X * Line tgvectrex.c:2127: assignment: += LDD 8,U variable this_Y_rotation, declared at tgvectrex.c:2123 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$05 decimal 5 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X ADDD ,S++ STD ,X * Line tgvectrex.c:2128: assignment: += LDD 10,U variable this_Z_rotation, declared at tgvectrex.c:2123 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$06 decimal 6 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X ADDD ,S++ STD ,X L00078 EQU * end of Change_ship_rotation_by() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Change_ship_time_by(): defined at tgvectrex.c:2217 _Change_ship_time_by EQU * PSHS U LEAU ,S * Line tgvectrex.c:2219: assignment: += LDD 6,U variable dt, declared at tgvectrex.c:2217 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$09 decimal 9 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X ADDD ,S++ STD ,X L00085 EQU * end of Change_ship_time_by() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Change_ship_velocity_by(): defined at tgvectrex.c:2153 _Change_ship_velocity_by EQU * PSHS U LEAU ,S-- * Line tgvectrex.c:2156: init of variable this_speed LDD #$08 decimal 8 unsigned PSHS B,A LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA STD -2,U variable this_speed * Line tgvectrex.c:2161: if LDD #$14 decimal 20 signed PSHS B,A LEAX G00196+0,PCR address of array ships LDD -2,U variable this_speed LSLB ROLA LEAX D,X add byte offset LDD ,X get r-value CMPD ,S++ BLE L00208 * Line tgvectrex.c:2161: assignment: = LDD #$14 decimal 20 signed PSHS B,A LEAX G00196+0,PCR address of array ships LDD -2,U variable this_speed LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X L00208 EQU * else L00209 EQU * end if L00082 EQU * end of Change_ship_velocity_by() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Display_Vectrex_point(): defined at tgvectrex.c:181 _Display_Vectrex_point EQU * PSHS U LEAU ,S L00005 EQU * end of Display_Vectrex_point() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Display_Vectrex_vector(): defined at tgvectrex.c:176 _Display_Vectrex_vector EQU * PSHS U LEAU ,S L00004 EQU * end of Display_Vectrex_vector() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Draw_ShipsPassedTotal(): defined at tgvectrex.c:1957 _Draw_ShipsPassedTotal EQU * * Line tgvectrex.c:1958: function call: Drawbignumat() LDD #$82 decimal 130 signed PSHS B,A argument 3 of Drawbignumat(): int LDD #$C8 decimal 200 signed PSHS B,A argument 2 of Drawbignumat(): int LDD G00158+0,PCR variable ShipsPassedTotal, declared at tgvectrex.c:1308 PSHS B,A argument 1 of Drawbignumat(): int LBSR _Drawbignumat LEAS 6,S L00065 EQU * end of Draw_ShipsPassedTotal() RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_credits(): defined at tgvectrex.c:1974 _Draw_credits EQU * * Line tgvectrex.c:1976: assignment: = LDB #$9C constant expression: 65436 decimal SEX STD G00166+0,PCR * Line tgvectrex.c:1977: assignment: = LDD #$FF88 constant expression: 65416 decimal LDD #$FF88 STD G00167+0,PCR * Line tgvectrex.c:1978: function call: ch128str() LEAX G00120+0,PCR address of array CREDITS_STR128 PSHS X argument 1 of ch128str(): unsigned char[] LBSR _ch128str LEAS 2,S * Line tgvectrex.c:1979: if LDB G00136+0,PCR variable Credits CMPB #$09 LBHI L00210 LBRA L00211 L00210 EQU * then * Line tgvectrex.c:1980: function call: ch128() LDD #$0A decimal 10 signed PSHS B,A argument 1 of ch128(): int LBSR _ch128 LEAS 2,S LBRA L00212 jump over else clause L00211 EQU * else * Line tgvectrex.c:1982: function call: ch128() LDB G00136+0,PCR CLRA ADDD #$01 1 CLRA promoting byte argument to word PSHS B,A argument 1 of ch128(): unsigned char LBSR _ch128 LEAS 2,S L00212 EQU * end if L00067 EQU * end of Draw_credits() RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_highscore(): defined at tgvectrex.c:1938 _Draw_highscore EQU * * Line tgvectrex.c:1940: assignment: = LDD #$2A decimal 42 signed LDD #$2A STD G00166+0,PCR * Line tgvectrex.c:1941: assignment: = LDD #$82 decimal 130 signed LDD #$82 STD G00167+0,PCR * Line tgvectrex.c:1943: function call: ch96str() LEAX G00119+0,PCR address of array HIGH_SCORE_STR96 PSHS X argument 1 of ch96str(): unsigned char[] LBSR _ch96str LEAS 2,S * Line tgvectrex.c:1945: function call: Drawsmallnumat() LDD #$69 decimal 105 signed PSHS B,A argument 3 of Drawsmallnumat(): int LDD #$0900 constant expression: 2304 decimal PSHS B,A LDD #$01 decimal 1 signed PSHS B,A * Line tgvectrex.c:1945: function call: numdigits() LDD G00150+0,PCR variable HighScore, declared at tgvectrex.c:1298 PSHS B,A argument 1 of numdigits(): int LBSR _numdigits LEAS 2,S CLRA promotion of binary operand LEAS 1,S SUBB ,S+ CLRA promotion of binary operand PULS X LBSR MUL16 LSRA RORB LSRA RORB LSRA RORB LSRA RORB LSRA RORB LSRA RORB LSRA RORB PSHS B,A LDD #$CC decimal 204 signed SUBD ,S++ PSHS B,A argument 2 of Drawsmallnumat(): int LDD G00150+0,PCR variable HighScore, declared at tgvectrex.c:1298 PSHS B,A argument 1 of Drawsmallnumat(): int LBSR _Drawsmallnumat LEAS 6,S L00063 EQU * end of Draw_highscore() RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_last_game_score(): defined at tgvectrex.c:1986 _Draw_last_game_score EQU * * Line tgvectrex.c:1988: assignment: = LDD #$FF24 constant expression: 65316 decimal LDD #$FF24 STD G00166+0,PCR * Line tgvectrex.c:1989: assignment: = LDD #$82 decimal 130 signed LDD #$82 STD G00167+0,PCR * Line tgvectrex.c:1990: function call: ch96str() LEAX G00118+0,PCR address of array SCORE_STR96 PSHS X argument 1 of ch96str(): unsigned char[] LBSR _ch96str LEAS 2,S * Line tgvectrex.c:1991: function call: Drawsmallnumat() LDD #$69 decimal 105 signed PSHS B,A argument 3 of Drawsmallnumat(): int LDD #$FF24 constant expression: 65316 decimal PSHS B,A argument 2 of Drawsmallnumat(): int LDD G00151+0,PCR variable LastScore, declared at tgvectrex.c:1299 PSHS B,A argument 1 of Drawsmallnumat(): int LBSR _Drawsmallnumat LEAS 6,S L00068 EQU * end of Draw_last_game_score() RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_score(): defined at tgvectrex.c:1933 _Draw_score EQU * * Line tgvectrex.c:1935: function call: Drawbignumat() LDD #$82 decimal 130 signed PSHS B,A argument 3 of Drawbignumat(): int LDD #$FF24 constant expression: 65316 decimal PSHS B,A argument 2 of Drawbignumat(): int LDD G00152+0,PCR variable Score, declared at tgvectrex.c:1300 PSHS B,A argument 1 of Drawbignumat(): int LBSR _Drawbignumat LEAS 6,S L00062 EQU * end of Draw_score() RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_shields_left(): defined at tgvectrex.c:1928 _Draw_shields_left EQU * * Line tgvectrex.c:1930: function call: Drawbignumat() LDD #$8C decimal 140 signed PSHS B,A argument 3 of Drawbignumat(): int LDD #$FFF6 constant expression: 65526 decimal PSHS B,A argument 2 of Drawbignumat(): int LDD G00154+0,PCR variable Shields, declared at tgvectrex.c:1303 PSHS B,A argument 1 of Drawbignumat(): int LBSR _Drawbignumat LEAS 6,S L00061 EQU * end of Draw_shields_left() RTS * END FUNCTION ******************************************************************************* * FUNCTION Draw_ship_at_rotated_scale(): defined at tgvectrex.c:2179 _Draw_ship_at_rotated_scale EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:2183: function call: setintensity() LDD #$55 decimal 85 signed PSHS B,A argument 1 of setintensity(): int LBSR _setintensity LEAS 2,S * Line tgvectrex.c:2187: function call: Set_rotation_vars() LDD 16,U variable Zrot, declared at tgvectrex.c:2179 PSHS B,A argument 3 of Set_rotation_vars(): int LDD 14,U variable Yrot, declared at tgvectrex.c:2179 PSHS B,A argument 2 of Set_rotation_vars(): int LDD 12,U variable Xrot, declared at tgvectrex.c:2179 PSHS B,A argument 1 of Set_rotation_vars(): int LBSR _Set_rotation_vars LEAS 6,S * Line tgvectrex.c:2188: for init * Line tgvectrex.c:2188: assignment: = LEAX G00131+0,PCR address of array ShipMeshPointers LDB 5,U variable model CLRA index expression is of byte type LEAX D,X add byte offset LDB ,X get r-value STB -1,U LBRA L00214 jump to for condition L00213 EQU * * Line tgvectrex.c:2188: for body * Line tgvectrex.c:2196: function call: Transform_point() * Line tgvectrex.c:2196: function call: mul_short_by_fp2_14_returning_short() LDD 18,U variable scale_fp, declared at tgvectrex.c:2179 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LEAX G00132+0,PCR address of array ShipMesh PSHS X preserve array address, then eval array index LDD #$02 decimal 2 signed PSHS B,A LDA -1,U LDB #$06 MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value SEX promoting byte argument to word PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): char LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 3 of Transform_point(): int * Line tgvectrex.c:2195: function call: mul_short_by_fp2_14_returning_short() LDD 18,U variable scale_fp, declared at tgvectrex.c:2179 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LEAX G00132+0,PCR address of array ShipMesh PSHS X preserve array address, then eval array index LDD #$01 decimal 1 signed PSHS B,A LDA -1,U LDB #$06 MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value SEX promoting byte argument to word PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): char LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 2 of Transform_point(): int * Line tgvectrex.c:2194: function call: mul_short_by_fp2_14_returning_short() LDD 18,U variable scale_fp, declared at tgvectrex.c:2179 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LEAX G00132+0,PCR address of array ShipMesh PSHS X preserve array address, then eval array index CLRA CLRB PSHS B,A LDA -1,U LDB #$06 MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value SEX promoting byte argument to word PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): char LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 1 of Transform_point(): int LBSR _Transform_point LEAS 6,S * Line tgvectrex.c:2197: function call: Get_screenpos() LDD G00190+0,PCR variable transformed_Z, declared at tgvectrex.c:1362 PSHS B,A LDD 10,U variable z, declared at tgvectrex.c:2179 ADDD ,S++ PSHS B,A argument 3 of Get_screenpos(): int LDD G00189+0,PCR variable transformed_Y, declared at tgvectrex.c:1361 PSHS B,A LDD 8,U variable y, declared at tgvectrex.c:2179 ADDD ,S++ PSHS B,A argument 2 of Get_screenpos(): int LDD G00188+0,PCR variable transformed_X, declared at tgvectrex.c:1360 PSHS B,A LDD 6,U variable x, declared at tgvectrex.c:2179 ADDD ,S++ PSHS B,A argument 1 of Get_screenpos(): int LBSR _Get_screenpos LEAS 6,S * Line tgvectrex.c:2200: function call: gotoxy() LDX G00114+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00202+0,PCR variable screen_y, declared at tgvectrex.c:2051 ADDD ,S++ PSHS B,A argument 2 of gotoxy(): int LDX G00113+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00201+0,PCR variable screen_x, declared at tgvectrex.c:2050 ADDD ,S++ PSHS B,A argument 1 of gotoxy(): int LBSR _gotoxy LEAS 4,S * Line tgvectrex.c:2201: function call: putPenDown() LBSR _putPenDown * Line tgvectrex.c:2205: function call: Transform_point() * Line tgvectrex.c:2205: function call: mul_short_by_fp2_14_returning_short() LDD 18,U variable scale_fp, declared at tgvectrex.c:2179 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LEAX G00132+0,PCR address of array ShipMesh PSHS X preserve array address, then eval array index LDD #$05 decimal 5 signed PSHS B,A LDA -1,U LDB #$06 MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value SEX promoting byte argument to word PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): char LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 3 of Transform_point(): int * Line tgvectrex.c:2204: function call: mul_short_by_fp2_14_returning_short() LDD 18,U variable scale_fp, declared at tgvectrex.c:2179 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LEAX G00132+0,PCR address of array ShipMesh PSHS X preserve array address, then eval array index LDD #$04 decimal 4 signed PSHS B,A LDA -1,U LDB #$06 MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value SEX promoting byte argument to word PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): char LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 2 of Transform_point(): int * Line tgvectrex.c:2203: function call: mul_short_by_fp2_14_returning_short() LDD 18,U variable scale_fp, declared at tgvectrex.c:2179 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LEAX G00132+0,PCR address of array ShipMesh PSHS X preserve array address, then eval array index LDD #$03 decimal 3 signed PSHS B,A LDA -1,U LDB #$06 MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value SEX promoting byte argument to word PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): char LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A argument 1 of Transform_point(): int LBSR _Transform_point LEAS 6,S * Line tgvectrex.c:2206: function call: Get_screenpos() LDD G00190+0,PCR variable transformed_Z, declared at tgvectrex.c:1362 PSHS B,A LDD 10,U variable z, declared at tgvectrex.c:2179 ADDD ,S++ PSHS B,A argument 3 of Get_screenpos(): int LDD G00189+0,PCR variable transformed_Y, declared at tgvectrex.c:1361 PSHS B,A LDD 8,U variable y, declared at tgvectrex.c:2179 ADDD ,S++ PSHS B,A argument 2 of Get_screenpos(): int LDD G00188+0,PCR variable transformed_X, declared at tgvectrex.c:1360 PSHS B,A LDD 6,U variable x, declared at tgvectrex.c:2179 ADDD ,S++ PSHS B,A argument 1 of Get_screenpos(): int LBSR _Get_screenpos LEAS 6,S * Line tgvectrex.c:2209: function call: gotoxy() LDX G00114+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00202+0,PCR variable screen_y, declared at tgvectrex.c:2051 ADDD ,S++ PSHS B,A argument 2 of gotoxy(): int LDX G00113+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00201+0,PCR variable screen_x, declared at tgvectrex.c:2050 ADDD ,S++ PSHS B,A argument 1 of gotoxy(): int LBSR _gotoxy LEAS 4,S * Line tgvectrex.c:2211: function call: putPenUp() LBSR _putPenUp L00215 EQU * * Line tgvectrex.c:2188: for increment(s) INC -1,U L00214 EQU * * Line tgvectrex.c:2188: for condition LEAX G00131+0,PCR address of array ShipMeshPointers PSHS X preserve array address, then eval array index LDB 5,U CLRA ADDD #$01 1 CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LDB -1,U variable meshIndex, declared at tgvectrex.c:2181 CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBLO L00213 LBRA L00216 L00216 EQU * end for * Line tgvectrex.c:2214: function call: setintensity() LDD #$6E decimal 110 signed PSHS B,A argument 1 of setintensity(): int LBSR _setintensity LEAS 2,S L00084 EQU * end of Draw_ship_at_rotated_scale() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Drawbignum(): defined at tgvectrex.c:1911 _Drawbignum EQU * PSHS U LEAU ,S * Line tgvectrex.c:1913: function call: Drawnum() LDD #$80 decimal 128 signed PSHS B,A argument 2 of Drawnum(): int LDD 4,U variable num, declared at tgvectrex.c:1911 PSHS B,A argument 1 of Drawnum(): int LBSR _Drawnum LEAS 4,S L00058 EQU * end of Drawbignum() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Drawbignumat(): defined at tgvectrex.c:1916 _Drawbignumat EQU * PSHS U LEAU ,S * Line tgvectrex.c:1918: assignment: = LDD 6,U variable x, declared at tgvectrex.c:1916 LDD 6,U STD G00166+0,PCR * Line tgvectrex.c:1918: assignment: = LDD 8,U variable y, declared at tgvectrex.c:1916 LDD 8,U STD G00167+0,PCR * Line tgvectrex.c:1919: function call: Drawbignum() LDD 4,U variable num, declared at tgvectrex.c:1916 PSHS B,A argument 1 of Drawbignum(): int LBSR _Drawbignum LEAS 2,S L00059 EQU * end of Drawbignumat() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Drawnum(): defined at tgvectrex.c:1887 _Drawnum EQU * PSHS U LEAU ,S LEAS -3,S * Line tgvectrex.c:1890: init of variable tens LDD #$2710 10000 STD -2,U variable tens * Line tgvectrex.c:1892: assignment: = LDD #$04 decimal 4 unsigned LDB #$04 STB -3,U L00217 EQU * * Line tgvectrex.c:1893: for body * Line tgvectrex.c:1894: if LDD 4,U variable num CMPD -2,U variable tens LBGE L00221 LBRA L00223 L00223 EQU * LDB -3,U variable i, declared at tgvectrex.c:1889 TSTB BNE L00222 * Line tgvectrex.c:1896: function call: ch() LDB 7,U variable size, declared at tgvectrex.c:1887 CLRA promoting byte argument to word PSHS B,A argument 2 of ch(): unsigned char LDX 4,U left LDD -2,U right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD #$0A decimal 10 signed PULS X LBSR SDIV16 PSHS B,A LDD #$01 decimal 1 signed ADDD ,S++ CLRA promoting byte argument to word PSHS B,A argument 1 of ch(): unsigned char LBSR _ch LEAS 4,S L00222 EQU * else L00224 EQU * end if * Line tgvectrex.c:1898: assignment: /= LEAX -2,U variable tens, declared at tgvectrex.c:1890 PSHS X preserve address of left side of assignment LDD #$0A decimal 10 signed LDX [,S] get value of left side of assignment LBSR SDIV16 TFR X,D quotient to D STD [,S] store quotient at address of left side of assignment LEAS 2,S dispose of address of left side of assignment * Line tgvectrex.c:1899: if LDB -3,U variable i, declared at tgvectrex.c:1889 TSTB BNE L00226 LBRA L00056 return (tgvectrex.c:1899) L00226 EQU * else L00227 EQU * end if * Line tgvectrex.c:1900: assignment: -= LDB -3,U variable i SUBB #$01 -= operator at tgvectrex.c:1900 STB -3,U L00219 EQU * LBRA L00217 L00220 EQU * end for L00056 EQU * end of Drawnum() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Drawsmallnum(): defined at tgvectrex.c:1906 _Drawsmallnum EQU * PSHS U LEAU ,S * Line tgvectrex.c:1908: function call: Drawnum() LDD #$60 decimal 96 signed PSHS B,A argument 2 of Drawnum(): int LDD 4,U variable num, declared at tgvectrex.c:1906 PSHS B,A argument 1 of Drawnum(): int LBSR _Drawnum LEAS 4,S L00057 EQU * end of Drawsmallnum() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Drawsmallnumat(): defined at tgvectrex.c:1922 _Drawsmallnumat EQU * PSHS U LEAU ,S * Line tgvectrex.c:1924: assignment: = LDD 6,U variable x, declared at tgvectrex.c:1922 LDD 6,U STD G00166+0,PCR * Line tgvectrex.c:1924: assignment: = LDD 8,U variable y, declared at tgvectrex.c:1922 LDD 8,U STD G00167+0,PCR * Line tgvectrex.c:1925: function call: Drawsmallnum() LDD 4,U variable num, declared at tgvectrex.c:1922 PSHS B,A argument 1 of Drawsmallnum(): int LBSR _Drawsmallnum LEAS 2,S L00060 EQU * end of Drawsmallnumat() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_eigenvector_to(): defined at tgvectrex.c:2245 _Get_eigenvector_to EQU * PSHS U LEAU ,S * Line tgvectrex.c:2254: assignment: = * Line tgvectrex.c:2254: function call: Scratch_atan2_fakedegrees() LDD 8,U variable dz, declared at tgvectrex.c:2245 PSHS B,A argument 2 of Scratch_atan2_fakedegrees(): int LDD 4,U variable dx, declared at tgvectrex.c:2245 PSHS B,A argument 1 of Scratch_atan2_fakedegrees(): int LBSR _Scratch_atan2_fakedegrees LEAS 4,S STD G00194+0,PCR * Line tgvectrex.c:2256: if LDD 8,U variable dz ADDD #0 LBLT L00228 LBRA L00229 L00228 EQU * then * Line tgvectrex.c:2256: assignment: += LDD G00194+0,PCR variable dirXZ ADDD #$80 += operator at tgvectrex.c:2256 STD G00194+0,PCR L00229 EQU * else L00230 EQU * end if * Line tgvectrex.c:2259: assignment: = * Line tgvectrex.c:2259: function call: asin_of_fp2_14() LDD 6,U variable dy, declared at tgvectrex.c:2245 PSHS B,A * Line tgvectrex.c:2259: function call: isqrt() LDX 8,U left LDD 8,U right LBSR MUL16 PSHS B,A LDX 6,U left LDD 6,U right LBSR MUL16 PSHS B,A LDX 4,U left LDD 4,U right LBSR MUL16 ADDD ,S++ ADDD ,S++ PSHS B,A argument 1 of isqrt(): int LBSR _isqrt LEAS 2,S PULS X LBSR SDIV16 TFR X,D quotient PSHS B,A argument 1 of asin_of_fp2_14(): int LBSR _asin_of_fp2_14 LEAS 2,S STD G00195+0,PCR L00089 EQU * end of Get_eigenvector_to() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_screenpos(): defined at tgvectrex.c:2055 _Get_screenpos EQU * PSHS U LEAU ,S * Line tgvectrex.c:2057: assignment: = LDX #$0400 left LDD 4,U right LBSR MUL16 PSHS B,A LDD 8,U variable z, declared at tgvectrex.c:2055 PULS X LBSR SDIV16 TFR X,D quotient STD G00201+0,PCR * Line tgvectrex.c:2057: assignment: = LDX #$0400 left LDD 6,U right LBSR MUL16 PSHS B,A LDD 8,U variable z, declared at tgvectrex.c:2055 PULS X LBSR SDIV16 TFR X,D quotient STD G00202+0,PCR L00073 EQU * end of Get_screenpos() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_ship_destination(): defined at tgvectrex.c:2144 _Get_ship_destination EQU * PSHS U LEAU ,S * Line tgvectrex.c:2148: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$0A decimal 10 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00182+0,PCR * Line tgvectrex.c:2149: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$0B decimal 11 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00183+0,PCR * Line tgvectrex.c:2150: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$0C decimal 12 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00184+0,PCR L00081 EQU * end of Get_ship_destination() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_ship_pos(): defined at tgvectrex.c:2030 _Get_ship_pos EQU * PSHS U LEAU ,S * Line tgvectrex.c:2035: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$01 decimal 1 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00178+0,PCR * Line tgvectrex.c:2036: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$02 decimal 2 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00179+0,PCR * Line tgvectrex.c:2037: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$03 decimal 3 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00180+0,PCR L00070 EQU * end of Get_ship_pos() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_ship_rotation(): defined at tgvectrex.c:2131 _Get_ship_rotation EQU * PSHS U LEAU ,S * Line tgvectrex.c:2134: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$04 decimal 4 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00185+0,PCR * Line tgvectrex.c:2135: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$05 decimal 5 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00186+0,PCR * Line tgvectrex.c:2136: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$06 decimal 6 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00187+0,PCR L00079 EQU * end of Get_ship_rotation() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_ship_scale(): defined at tgvectrex.c:2040 _Get_ship_scale EQU * PSHS U LEAU ,S * Line tgvectrex.c:2042: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$07 decimal 7 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00175+0,PCR L00071 EQU * end of Get_ship_scale() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_ship_status(): defined at tgvectrex.c:2045 _Get_ship_status EQU * PSHS U LEAU ,S * Line tgvectrex.c:2047: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$0D decimal 13 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STB G00174+0,PCR L00072 EQU * end of Get_ship_status() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_ship_time(): defined at tgvectrex.c:2139 _Get_ship_time EQU * PSHS U LEAU ,S * Line tgvectrex.c:2141: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$09 decimal 9 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00176+0,PCR L00080 EQU * end of Get_ship_time() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_ship_type(): defined at tgvectrex.c:2445 _Get_ship_type EQU * PSHS U LEAU ,S * Line tgvectrex.c:2447: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index CLRA CLRB PSHS B,A LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STB G00177+0,PCR L00097 EQU * end of Get_ship_type() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Get_ship_vel(): defined at tgvectrex.c:2222 _Get_ship_vel EQU * PSHS U LEAU ,S * Line tgvectrex.c:2224: assignment: = LEAX G00196+0,PCR address of array ships CLRA LDB #$08 decimal 8 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD G00181+0,PCR L00086 EQU * end of Get_ship_vel() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Head_ship_towards_destination(): defined at tgvectrex.c:2292 _Head_ship_towards_destination EQU * PSHS U LEAU ,S * Line tgvectrex.c:2294: function call: Get_ship_pos() LDB 5,U variable id, declared at tgvectrex.c:2292 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_pos(): unsigned char LBSR _Get_ship_pos LEAS 2,S * Line tgvectrex.c:2295: function call: Get_ship_destination() LDB 5,U variable id, declared at tgvectrex.c:2292 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_destination(): unsigned char LBSR _Get_ship_destination LEAS 2,S * Line tgvectrex.c:2297: function call: Rotate_ship_toward_by_fakepercent() LDD #$10 decimal 16 signed PSHS B,A argument 5 of Rotate_ship_toward_by_fakepercent(): int LDD G00184+0,PCR variable this_Z_destination, declared at tgvectrex.c:1351 PSHS B,A argument 4 of Rotate_ship_toward_by_fakepercent(): int LDD G00183+0,PCR variable this_Y_destination, declared at tgvectrex.c:1350 PSHS B,A argument 3 of Rotate_ship_toward_by_fakepercent(): int LDD G00182+0,PCR variable this_X_destination, declared at tgvectrex.c:1349 PSHS B,A argument 2 of Rotate_ship_toward_by_fakepercent(): int LDB 5,U variable id, declared at tgvectrex.c:2292 CLRA promoting byte argument to word PSHS B,A argument 1 of Rotate_ship_toward_by_fakepercent(): unsigned char LBSR _Rotate_ship_toward_by_fakepercent LEAS 10,S L00092 EQU * end of Head_ship_towards_destination() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION InsertCoin(): defined at tgvectrex.c:1948 _InsertCoin EQU * * Line tgvectrex.c:1950: assignment: = LDD #$FF79 constant expression: 65401 decimal LDD #$FF79 STD G00166+0,PCR * Line tgvectrex.c:1951: assignment: = LDD #$FF88 constant expression: 65416 decimal LDD #$FF88 STD G00167+0,PCR * Line tgvectrex.c:1952: function call: setintensity() LDB G00142+0,PCR variable global_flashing_intensity, declared at tgvectrex.c:1282 CLRA promoting byte argument to word PSHS B,A argument 1 of setintensity(): unsigned char LBSR _setintensity LEAS 2,S * Line tgvectrex.c:1953: function call: ch128str() LEAX G00121+0,PCR address of array INSERT_COIN_STR128 PSHS X argument 1 of ch128str(): unsigned char[] LBSR _ch128str LEAS 2,S * Line tgvectrex.c:1954: function call: setintensity() LDD #$6E decimal 110 signed PSHS B,A argument 1 of setintensity(): int LBSR _setintensity LEAS 2,S L00064 EQU * end of InsertCoin() RTS * END FUNCTION ******************************************************************************* * FUNCTION Main_loop(): defined at tgvectrex.c:168 _Main_loop EQU * L00231 EQU * * Line tgvectrex.c:169: for body * Line tgvectrex.c:170: function call: playTailgunner() LBSR _playTailgunner * Line tgvectrex.c:172: assignment: += LDX #$03E8 left LDD G00104+0,PCR right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00106+0,PCR ADDD ,S++ STD G00106+0,PCR L00233 EQU * LBRA L00231 L00234 EQU * end for L00003 EQU * end of Main_loop() RTS * END FUNCTION ******************************************************************************* * FUNCTION Playintro(): defined at tgvectrex.c:1714 _Playintro EQU * * Line tgvectrex.c:1716: assignment: = LDD #$CE decimal 206 signed LDD #$CE STD G00137+0,PCR * Line tgvectrex.c:1716: assignment: = LDD #$40 decimal 64 signed LDB #$40 STB G00138+0,PCR * Line tgvectrex.c:1717: assignment: = CLRA CLRB LDD #$00 STD G00141+0,PCR * Line tgvectrex.c:1717: assignment: = CLRA CLRB LDD #$00 STD G00144+0,PCR * Line tgvectrex.c:1718: assignment: = CLRA CLRB LDD #$00 STD G00165+0,PCR L00044 EQU * end of Playintro() RTS * END FUNCTION ******************************************************************************* * FUNCTION Press_start(): defined at tgvectrex.c:1965 _Press_start EQU * * Line tgvectrex.c:1967: assignment: = LDD #$FF88 constant expression: 65416 decimal LDD #$FF88 STD G00166+0,PCR * Line tgvectrex.c:1968: assignment: = LDB #$F6 constant expression: 65526 decimal SEX STD G00167+0,PCR * Line tgvectrex.c:1969: function call: setintensity() LDB G00142+0,PCR variable global_flashing_intensity, declared at tgvectrex.c:1282 CLRA promoting byte argument to word PSHS B,A argument 1 of setintensity(): unsigned char LBSR _setintensity LEAS 2,S * Line tgvectrex.c:1970: function call: ch128str() LEAX G00122+0,PCR address of array PRESS_START_STR128 PSHS X argument 1 of ch128str(): unsigned char[] LBSR _ch128str LEAS 2,S * Line tgvectrex.c:1971: function call: setintensity() LDD #$6E decimal 110 signed PSHS B,A argument 1 of setintensity(): int LBSR _setintensity LEAS 2,S L00066 EQU * end of Press_start() RTS * END FUNCTION ******************************************************************************* * FUNCTION Render_lasers(): defined at tgvectrex.c:2377 _Render_lasers EQU * * Line tgvectrex.c:2380: if LDB G00108+0,PCR variable Pressed_Key CMPB #$0A LBEQ L00235 LBRA L00238 L00238 EQU * LDB G00108+0,PCR variable Pressed_Key CMPB #$0D LBEQ L00235 LBRA L00237 L00237 EQU * LDB G00111+0,PCR variable mouse_fire, declared at tgvectrex.c:142 TSTB LBNE L00235 LBRA L00236 L00235 EQU * then * Line tgvectrex.c:2381: assignment: = CLRA CLRB CLRB STB G00108+0,PCR * Line tgvectrex.c:2382: if LDB G00203+0,PCR variable firing, declared at tgvectrex.c:2376 TSTB LBNE L00240 LBRA L00241 L00241 EQU * LDB G00206+0,PCR variable reloaded, declared at tgvectrex.c:2376 TSTB LBNE L00239 LBRA L00240 L00239 EQU * then * Line tgvectrex.c:2384: assignment: = LDD #$01 decimal 1 signed LDB #$01 STB G00203+0,PCR * Line tgvectrex.c:2384: assignment: = CLRA CLRB CLRB STB G00206+0,PCR * Line tgvectrex.c:2385: assignment: = * Line tgvectrex.c:2385: function call: plot_fire() LDD G00110+0,PCR variable mouse_y, declared at tgvectrex.c:141 PSHS B,A argument 5 of plot_fire(): int LDD G00109+0,PCR variable mouse_x, declared at tgvectrex.c:141 PSHS B,A argument 4 of plot_fire(): int LDD #$28 decimal 40 signed PSHS B,A argument 3 of plot_fire(): int LDD #$28 decimal 40 signed PSHS B,A argument 2 of plot_fire(): int CLRA CLRB PSHS B,A argument 1 of plot_fire(): int LBSR _plot_fire LEAS 10,S STB G00204+0,PCR * Line tgvectrex.c:2386: assignment: = * Line tgvectrex.c:2386: function call: plot_fire() LDD G00110+0,PCR variable mouse_y, declared at tgvectrex.c:141 PSHS B,A argument 5 of plot_fire(): int LDD G00109+0,PCR variable mouse_x, declared at tgvectrex.c:141 PSHS B,A argument 4 of plot_fire(): int LDD #$28 decimal 40 signed PSHS B,A argument 3 of plot_fire(): int LDD #$03E8 decimal 1000 signed PSHS B,A argument 2 of plot_fire(): int LDD #$01 decimal 1 signed PSHS B,A argument 1 of plot_fire(): int LBSR _plot_fire LEAS 10,S STB G00205+0,PCR LBRA L00242 jump over else clause L00240 EQU * else * Line tgvectrex.c:2388: if LDB G00204+0,PCR variable firedone1, declared at tgvectrex.c:2376 TSTB LBNE L00244 LBRA L00243 L00243 EQU * then * Line tgvectrex.c:2389: assignment: = * Line tgvectrex.c:2389: function call: plot_fire() LDD G00110+0,PCR variable mouse_y, declared at tgvectrex.c:141 PSHS B,A argument 5 of plot_fire(): int LDD G00109+0,PCR variable mouse_x, declared at tgvectrex.c:141 PSHS B,A argument 4 of plot_fire(): int LDD G00200+0,PCR index 0 in array firey[] PSHS B,A argument 3 of plot_fire(): int LDD G00199+0,PCR index 0 in array firex[] PSHS B,A argument 2 of plot_fire(): int CLRA CLRB PSHS B,A argument 1 of plot_fire(): int LBSR _plot_fire LEAS 10,S STB G00204+0,PCR L00244 EQU * else L00245 EQU * end if * Line tgvectrex.c:2391: if LDB G00205+0,PCR variable firedone2, declared at tgvectrex.c:2376 TSTB LBNE L00247 LBRA L00246 L00246 EQU * then * Line tgvectrex.c:2392: assignment: = * Line tgvectrex.c:2392: function call: plot_fire() LDD G00110+0,PCR variable mouse_y, declared at tgvectrex.c:141 PSHS B,A argument 5 of plot_fire(): int LDD G00109+0,PCR variable mouse_x, declared at tgvectrex.c:141 PSHS B,A argument 4 of plot_fire(): int LDD G00200+2,PCR index 1 in array firey[] PSHS B,A argument 3 of plot_fire(): int LDD G00199+2,PCR index 1 in array firex[] PSHS B,A argument 2 of plot_fire(): int LDD #$01 decimal 1 signed PSHS B,A argument 1 of plot_fire(): int LBSR _plot_fire LEAS 10,S STB G00205+0,PCR L00247 EQU * else L00248 EQU * end if * Line tgvectrex.c:2394: assignment: = LDB G00204+0,PCR variable firedone1, declared at tgvectrex.c:2376 TSTB boolean negation: get Z flag TFR CC,B ANDB #4 keep Z flag LSRB shift Z flag to bit 0 of B LSRB TSTB || LBNE L00249 || yields true LDB G00205+0,PCR variable firedone2, declared at tgvectrex.c:2376 TSTB boolean negation: get Z flag TFR CC,B ANDB #4 keep Z flag LSRB shift Z flag to bit 0 of B LSRB TSTB || LBEQ L00250 L00249 EQU * || at tgvectrex.c:2394 yields true, B != 0 L00250 EQU * STB G00203+0,PCR L00242 EQU * end if LBRA L00251 jump over else clause L00236 EQU * else * Line tgvectrex.c:2397: if LDB G00203+0,PCR variable firing, declared at tgvectrex.c:2376 TSTB LBNE L00252 LBRA L00253 L00252 EQU * then * Line tgvectrex.c:2398: if LDB G00204+0,PCR variable firedone1, declared at tgvectrex.c:2376 TSTB LBNE L00255 LBRA L00254 L00254 EQU * then * Line tgvectrex.c:2399: assignment: = * Line tgvectrex.c:2399: function call: plot_fire() LDD G00110+0,PCR variable mouse_y, declared at tgvectrex.c:141 PSHS B,A argument 5 of plot_fire(): int LDD G00109+0,PCR variable mouse_x, declared at tgvectrex.c:141 PSHS B,A argument 4 of plot_fire(): int LDD G00200+0,PCR index 0 in array firey[] PSHS B,A argument 3 of plot_fire(): int LDD G00199+0,PCR index 0 in array firex[] PSHS B,A argument 2 of plot_fire(): int CLRA CLRB PSHS B,A argument 1 of plot_fire(): int LBSR _plot_fire LEAS 10,S STB G00204+0,PCR L00255 EQU * else L00256 EQU * end if * Line tgvectrex.c:2401: if LDB G00205+0,PCR variable firedone2, declared at tgvectrex.c:2376 TSTB LBNE L00258 LBRA L00257 L00257 EQU * then * Line tgvectrex.c:2402: assignment: = * Line tgvectrex.c:2402: function call: plot_fire() LDD G00110+0,PCR variable mouse_y, declared at tgvectrex.c:141 PSHS B,A argument 5 of plot_fire(): int LDD G00109+0,PCR variable mouse_x, declared at tgvectrex.c:141 PSHS B,A argument 4 of plot_fire(): int LDD G00200+2,PCR index 1 in array firey[] PSHS B,A argument 3 of plot_fire(): int LDD G00199+2,PCR index 1 in array firex[] PSHS B,A argument 2 of plot_fire(): int LDD #$01 decimal 1 signed PSHS B,A argument 1 of plot_fire(): int LBSR _plot_fire LEAS 10,S STB G00205+0,PCR L00258 EQU * else L00259 EQU * end if * Line tgvectrex.c:2404: assignment: = LDB G00204+0,PCR variable firedone1, declared at tgvectrex.c:2376 TSTB && LBEQ L00260 && at tgvectrex.c:2404 yields false, B == 0 LDB G00205+0,PCR variable firedone2, declared at tgvectrex.c:2376 TSTB && LBEQ L00260 && at tgvectrex.c:2404 yields false, B == 0 LDB #1 && yields true L00260 EQU * TSTB boolean negation: get Z flag TFR CC,B ANDB #4 keep Z flag LSRB shift Z flag to bit 0 of B LSRB STB G00203+0,PCR LBRA L00261 jump over else clause L00253 EQU * else * Line tgvectrex.c:2405: assignment: = LDD #$01 decimal 1 signed LDB #$01 STB G00206+0,PCR L00261 EQU * end if L00251 EQU * end if L00096 EQU * end of Render_lasers() RTS * END FUNCTION ******************************************************************************* * FUNCTION Render_ships(): defined at tgvectrex.c:2450 _Render_ships EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:2452: init of variable id CLR -1,U variable id * Line tgvectrex.c:2453: for init * Line tgvectrex.c:2453: assignment: = CLRA CLRB CLRB STB -1,U LBRA L00263 jump to for condition L00262 EQU * * Line tgvectrex.c:2453: for body * Line tgvectrex.c:2454: function call: Get_ship_status() LDB -1,U variable id, declared at tgvectrex.c:2452 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_status(): unsigned char LBSR _Get_ship_status LEAS 2,S * Line tgvectrex.c:2455: if LDB G00174+0,PCR variable this_status, declared at tgvectrex.c:1337 TSTB BNE L00267 * Line tgvectrex.c:2456: function call: Get_ship_type() LDB -1,U variable id, declared at tgvectrex.c:2452 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_type(): unsigned char LBSR _Get_ship_type LEAS 2,S * Line tgvectrex.c:2457: function call: Get_ship_pos() LDB -1,U variable id, declared at tgvectrex.c:2452 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_pos(): unsigned char LBSR _Get_ship_pos LEAS 2,S * Line tgvectrex.c:2458: function call: Get_ship_rotation() LDB -1,U variable id, declared at tgvectrex.c:2452 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_rotation(): unsigned char LBSR _Get_ship_rotation LEAS 2,S * Line tgvectrex.c:2459: function call: Get_ship_scale() LDB -1,U variable id, declared at tgvectrex.c:2452 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_scale(): unsigned char LBSR _Get_ship_scale LEAS 2,S * Line tgvectrex.c:2463: function call: Draw_ship_at_rotated_scale() LDD G00175+0,PCR variable this_scale_fp, declared at tgvectrex.c:1338 PSHS B,A argument 8 of Draw_ship_at_rotated_scale(): int LDD G00187+0,PCR variable this_Z_rotation, declared at tgvectrex.c:1355 PSHS B,A argument 7 of Draw_ship_at_rotated_scale(): int LDD G00186+0,PCR variable this_Y_rotation, declared at tgvectrex.c:1354 PSHS B,A argument 6 of Draw_ship_at_rotated_scale(): int LDD G00185+0,PCR variable this_X_rotation, declared at tgvectrex.c:1353 PSHS B,A argument 5 of Draw_ship_at_rotated_scale(): int LDD G00180+0,PCR variable this_Z, declared at tgvectrex.c:1345 PSHS B,A argument 4 of Draw_ship_at_rotated_scale(): int LDD G00179+0,PCR variable this_Y, declared at tgvectrex.c:1344 PSHS B,A argument 3 of Draw_ship_at_rotated_scale(): int LDD G00178+0,PCR variable this_X, declared at tgvectrex.c:1343 PSHS B,A argument 2 of Draw_ship_at_rotated_scale(): int LDB G00177+0,PCR variable this_model, declared at tgvectrex.c:1342 CLRA promoting byte argument to word PSHS B,A argument 1 of Draw_ship_at_rotated_scale(): unsigned char LBSR _Draw_ship_at_rotated_scale LEAS 16,S L00267 EQU * else L00268 EQU * end if L00264 EQU * * Line tgvectrex.c:2453: for increment(s) INC -1,U L00263 EQU * * Line tgvectrex.c:2453: for condition LDB -1,U variable id CMPB #$03 LBLO L00262 LBRA L00265 L00265 EQU * end for L00098 EQU * end of Render_ships() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Rotate_ship_toward_by_fakepercent(): defined at tgvectrex.c:2270 _Rotate_ship_toward_by_fakepercent EQU * PSHS U LEAU ,S * Line tgvectrex.c:2274: function call: Get_ship_pos() LDB 5,U variable id, declared at tgvectrex.c:2270 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_pos(): unsigned char LBSR _Get_ship_pos LEAS 2,S * Line tgvectrex.c:2275: function call: Get_eigenvector_to() LDD G00180+0,PCR variable this_Z, declared at tgvectrex.c:1345 PSHS B,A LDD 10,U variable z, declared at tgvectrex.c:2270 SUBD ,S++ PSHS B,A argument 3 of Get_eigenvector_to(): int LDD G00179+0,PCR variable this_Y, declared at tgvectrex.c:1344 PSHS B,A LDD 8,U variable y, declared at tgvectrex.c:2270 SUBD ,S++ PSHS B,A argument 2 of Get_eigenvector_to(): int LDD G00178+0,PCR variable this_X, declared at tgvectrex.c:1343 PSHS B,A LDD 6,U variable x, declared at tgvectrex.c:2270 SUBD ,S++ PSHS B,A argument 1 of Get_eigenvector_to(): int LBSR _Get_eigenvector_to LEAS 6,S * Line tgvectrex.c:2276: function call: Get_ship_rotation() LDB 5,U variable id, declared at tgvectrex.c:2270 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_rotation(): unsigned char LBSR _Get_ship_rotation LEAS 2,S * Line tgvectrex.c:2282: function call: Change_ship_rotation_by() LDD 12,U variable fakepercent, declared at tgvectrex.c:2270 PSHS B,A LDD G00187+0,PCR variable this_Z_rotation, declared at tgvectrex.c:1355 COMA COMB ADDD #1 PULS X LBSR MUL16 ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB PSHS B,A argument 4 of Change_ship_rotation_by(): int LDD 12,U variable fakepercent, declared at tgvectrex.c:2270 PSHS B,A LDD #$80 decimal 128 signed PSHS B,A LDD #$FF decimal 255 signed PSHS B,A LDD #$80 decimal 128 signed PSHS B,A LDD G00186+0,PCR variable this_Y_rotation, declared at tgvectrex.c:1354 PSHS B,A LDD G00194+0,PCR variable dirXZ, declared at tgvectrex.c:1366 SUBD ,S++ ADDD ,S++ ANDA ,S+ ANDB ,S+ SUBD ,S++ PULS X LBSR MUL16 ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB PSHS B,A argument 3 of Change_ship_rotation_by(): int LDD 12,U variable fakepercent, declared at tgvectrex.c:2270 PSHS B,A LDD #$80 decimal 128 signed PSHS B,A LDD #$FF decimal 255 signed PSHS B,A LDD #$80 decimal 128 signed PSHS B,A LDD G00185+0,PCR variable this_X_rotation, declared at tgvectrex.c:1353 PSHS B,A LDD G00195+0,PCR variable dirY, declared at tgvectrex.c:1367 SUBD ,S++ ADDD ,S++ ANDA ,S+ ANDB ,S+ SUBD ,S++ PULS X LBSR MUL16 ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB PSHS B,A argument 2 of Change_ship_rotation_by(): int LDB 5,U variable id, declared at tgvectrex.c:2270 CLRA promoting byte argument to word PSHS B,A argument 1 of Change_ship_rotation_by(): unsigned char LBSR _Change_ship_rotation_by LEAS 8,S L00091 EQU * end of Rotate_ship_toward_by_fakepercent() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Scratch_atan2_fakedegrees(): defined at tgvectrex.c:1158 _Scratch_atan2_fakedegrees EQU * PSHS U LEAU ,S-- * Line tgvectrex.c:1160: init of variable result LDD #$80 decimal 128 signed PSHS B,A * Line tgvectrex.c:1160: function call: fxpt_atan2() LDD 6,U variable y, declared at tgvectrex.c:1158 PSHS B,A argument 2 of fxpt_atan2(): int LDD 4,U variable x, declared at tgvectrex.c:1158 PSHS B,A argument 1 of fxpt_atan2(): int LBSR _fxpt_atan2 LEAS 4,S TFR A,B shift D 8 bits right CLRA unsigned SUBD ,S++ STD -2,U variable result * Line tgvectrex.c:1162: if LDD -2,U variable result CMPD #$FFC0 BGT L00270 * Line tgvectrex.c:1163: return with value LDD -2,U variable result ADDD #$80 128 LBRA L00024 return (tgvectrex.c:1163) LBRA L00271 jump over else clause L00270 EQU * else * Line tgvectrex.c:1164: if LDD -2,U variable result CMPD #$40 LBGE L00272 LBRA L00273 L00272 EQU * then * Line tgvectrex.c:1165: return with value LDD -2,U variable result ADDD #$FF80 65408 LBRA L00024 return (tgvectrex.c:1165) L00273 EQU * else L00274 EQU * end if L00271 EQU * end if * Line tgvectrex.c:1167: return with value LDD -2,U variable result, declared at tgvectrex.c:1160 LBRA L00024 return (tgvectrex.c:1167) L00024 EQU * end of Scratch_atan2_fakedegrees() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Set_rotation_vars(): defined at tgvectrex.c:2164 _Set_rotation_vars EQU * PSHS U LEAU ,S * Line tgvectrex.c:2166: assignment: = * Line tgvectrex.c:2166: function call: fp2_14_sin() LDD 4,U variable Xrot, declared at tgvectrex.c:2164 PSHS B,A argument 1 of fp2_14_sin(): int LBSR _fp2_14_sin LEAS 2,S STD G00162+0,PCR * Line tgvectrex.c:2167: assignment: = * Line tgvectrex.c:2167: function call: fp2_14_cos() LDD 4,U variable Xrot, declared at tgvectrex.c:2164 PSHS B,A argument 1 of fp2_14_cos(): int LBSR _fp2_14_cos LEAS 2,S STD G00159+0,PCR * Line tgvectrex.c:2168: assignment: = * Line tgvectrex.c:2168: function call: fp2_14_sin() LDD 6,U variable Yrot, declared at tgvectrex.c:2164 PSHS B,A argument 1 of fp2_14_sin(): int LBSR _fp2_14_sin LEAS 2,S STD G00163+0,PCR * Line tgvectrex.c:2169: assignment: = * Line tgvectrex.c:2169: function call: fp2_14_cos() LDD 6,U variable Yrot, declared at tgvectrex.c:2164 PSHS B,A argument 1 of fp2_14_cos(): int LBSR _fp2_14_cos LEAS 2,S STD G00160+0,PCR * Line tgvectrex.c:2170: assignment: = * Line tgvectrex.c:2170: function call: fp2_14_sin() LDD 8,U variable Zrot, declared at tgvectrex.c:2164 PSHS B,A argument 1 of fp2_14_sin(): int LBSR _fp2_14_sin LEAS 2,S STD G00164+0,PCR * Line tgvectrex.c:2171: assignment: = * Line tgvectrex.c:2171: function call: fp2_14_cos() LDD 8,U variable Zrot, declared at tgvectrex.c:2164 PSHS B,A argument 1 of fp2_14_cos(): int LBSR _fp2_14_cos LEAS 2,S STD G00161+0,PCR L00083 EQU * end of Set_rotation_vars() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Set_ship_destinationto(): defined at tgvectrex.c:2313 _Set_ship_destinationto EQU * PSHS U LEAU ,S * Line tgvectrex.c:2316: assignment: = LDD 6,U variable x, declared at tgvectrex.c:2313 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$0A decimal 10 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:2317: assignment: = LDD 8,U variable y, declared at tgvectrex.c:2313 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$0B decimal 11 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:2318: assignment: = LDD 10,U variable z, declared at tgvectrex.c:2313 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$0C decimal 12 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X L00094 EQU * end of Set_ship_destinationto() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Set_ship_status(): defined at tgvectrex.c:2066 _Set_ship_status EQU * PSHS U LEAU ,S * Line tgvectrex.c:2068: assignment: = LDB 7,U variable NewStatus, declared at tgvectrex.c:2066 CLRA PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$0D decimal 13 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X L00074 EQU * end of Set_ship_status() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Set_ship_velocityto(): defined at tgvectrex.c:2308 _Set_ship_velocityto EQU * PSHS U LEAU ,S * Line tgvectrex.c:2310: assignment: = LDD 6,U variable vel, declared at tgvectrex.c:2308 PSHS B,A LEAX G00196+0,PCR address of array ships CLRA LDB #$08 decimal 8 unsigned PSHS X,B,A optim: optimizePshsOps LDA 5,U LDB #$0E MUL result of type byte in B CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X L00093 EQU * end of Set_ship_velocityto() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Shield(): defined at tgvectrex.c:1994 _Shield EQU * * Line tgvectrex.c:1996: if LDD G00156+0,PCR variable shieldsubticksleft, declared at tgvectrex.c:1305 ADDD #0 LBEQ L00275 LBRA L00276 L00275 EQU * then * Line tgvectrex.c:1997: function call: startAsyncSound() LDD #$04 decimal 4 signed PSHS B,A argument 1 of startAsyncSound(): int LBSR _startAsyncSound LEAS 2,S * Line tgvectrex.c:2000: assignment: = * Line tgvectrex.c:2000: function call: div_int_by_int_returning_fp2_14() LDD #$03 decimal 3 signed PSHS B,A argument 2 of div_int_by_int_returning_fp2_14(): int LDD #$0A decimal 10 signed PSHS B,A argument 1 of div_int_by_int_returning_fp2_14(): int LBSR _div_int_by_int_returning_fp2_14 LEAS 4,S STD G00156+0,PCR * Line tgvectrex.c:2003: assignment: -= LDD G00154+0,PCR variable Shields SUBD #$01 -= operator at tgvectrex.c:2003 STD G00154+0,PCR LBRA L00277 jump over else clause L00276 EQU * else * Line tgvectrex.c:2005: assignment: -= LDD G00156+0,PCR variable shieldsubticksleft SUBD #$01 -= operator at tgvectrex.c:2005 STD G00156+0,PCR L00277 EQU * end if * Line tgvectrex.c:2007: function call: draw_shields() LBSR _draw_shields L00069 EQU * end of Shield() RTS * END FUNCTION ******************************************************************************* * FUNCTION Start_attack_wave(): defined at tgvectrex.c:1781 _Start_attack_wave EQU * PSHS U LEAU ,S LEAS -13,S * Line tgvectrex.c:1783: init of variable Z LDD #$07D0 2000 STD -7,U variable Z * Line tgvectrex.c:1783: init of variable scale_fp * Line tgvectrex.c:1783: function call: div_int_by_int_returning_fp2_14() LDD #$1388 decimal 5000 signed PSHS B,A argument 2 of div_int_by_int_returning_fp2_14(): int LDD #$07CF decimal 1999 signed PSHS B,A argument 1 of div_int_by_int_returning_fp2_14(): int LBSR _div_int_by_int_returning_fp2_14 LEAS 4,S STD -3,U variable scale_fp * Line tgvectrex.c:1787: for init * Line tgvectrex.c:1787: assignment: = CLRA CLRB CLRB STB -1,U LBRA L00279 jump to for condition L00278 EQU * * Line tgvectrex.c:1787: for body * Line tgvectrex.c:1788: assignment: = * Line tgvectrex.c:1788: function call: pickrandom() LDD #$03 decimal 3 signed PSHS B,A argument 2 of pickrandom(): int LDD #$01 decimal 1 signed PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S STD -13,U * Line tgvectrex.c:1789: if LDD -13,U variable randomedge CMPD #$01 BNE L00283 * Line tgvectrex.c:1790: assignment: = LDD #$FC7C constant expression: 64636 decimal LDD #$FC7C STD -11,U * Line tgvectrex.c:1790: assignment: = * Line tgvectrex.c:1790: function call: pickrandom() LDD #$01F4 decimal 500 signed PSHS B,A argument 2 of pickrandom(): int LDD #$FE0C constant expression: 65036 decimal PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S STD -9,U * Line tgvectrex.c:1790: assignment: = LDD #$40 decimal 64 signed LDD #$40 STD -5,U LBRA L00284 jump over else clause L00283 EQU * else * Line tgvectrex.c:1791: if LDD -13,U variable randomedge CMPD #$02 BNE L00286 * Line tgvectrex.c:1792: assignment: = * Line tgvectrex.c:1792: function call: pickrandom() LDD #$01F4 decimal 500 signed PSHS B,A argument 2 of pickrandom(): int LDD #$FE0C constant expression: 65036 decimal PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S STD -11,U * Line tgvectrex.c:1792: assignment: = LDD #$02BC decimal 700 signed LDD #$02BC STD -9,U * Line tgvectrex.c:1792: assignment: = CLRA CLRB LDD #$00 STD -5,U LBRA L00287 jump over else clause L00286 EQU * else * Line tgvectrex.c:1794: assignment: = LDD #$0384 decimal 900 signed LDD #$0384 STD -11,U * Line tgvectrex.c:1794: assignment: = * Line tgvectrex.c:1794: function call: pickrandom() LDD #$01F4 decimal 500 signed PSHS B,A argument 2 of pickrandom(): int LDD #$FE0C constant expression: 65036 decimal PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S STD -9,U * Line tgvectrex.c:1794: assignment: = LDD #$C0 constant expression: 192 decimal LDD #$C0 STD -5,U L00287 EQU * end if L00284 EQU * end if * Line tgvectrex.c:1796: function call: initialise_ship() LDD -3,U variable scale_fp, declared at tgvectrex.c:1783 PSHS B,A argument 9 of initialise_ship(): int LDD -5,U variable Zrot, declared at tgvectrex.c:1783 PSHS B,A argument 8 of initialise_ship(): int LDD #$80 decimal 128 signed PSHS B,A argument 7 of initialise_ship(): int LDD #$C0 constant expression: 192 decimal PSHS B,A argument 6 of initialise_ship(): int LDD -7,U variable Z, declared at tgvectrex.c:1783 PSHS B,A argument 5 of initialise_ship(): int LDD -9,U variable Y, declared at tgvectrex.c:1783 PSHS B,A argument 4 of initialise_ship(): int LDD -11,U variable X, declared at tgvectrex.c:1783 PSHS B,A argument 3 of initialise_ship(): int LDB G00173+0,PCR variable nextwaveshiptype, declared at tgvectrex.c:1331 CLRA promoting byte argument to word PSHS B,A argument 2 of initialise_ship(): unsigned char LDB -1,U variable i, declared at tgvectrex.c:1785 CLRA promoting byte argument to word PSHS B,A argument 1 of initialise_ship(): unsigned char LBSR _initialise_ship LEAS 18,S L00280 EQU * * Line tgvectrex.c:1787: for increment(s) INC -1,U L00279 EQU * * Line tgvectrex.c:1787: for condition LDB -1,U variable i CMPB #$03 LBLO L00278 LBRA L00281 L00281 EQU * end for * Line tgvectrex.c:1801: assignment: = LDD #$03 decimal 3 signed PSHS B,A LDB G00173+0,PCR CLRA ADDD #$01 1 CLRA promotion of binary operand ANDA ,S+ ANDB ,S+ STB G00173+0,PCR * Line tgvectrex.c:1803: assignment: = CLRA CLRB LDD #$00 STD G00157+0,PCR L00047 EQU * end of Start_attack_wave() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Start_new_game(): defined at tgvectrex.c:1806 _Start_new_game EQU * * Line tgvectrex.c:1808: assignment: = LDD #$02 decimal 2 signed LDD #$02 STD G00165+0,PCR * Line tgvectrex.c:1809: assignment: = CLRA CLRB LDD #$00 STD G00152+0,PCR * Line tgvectrex.c:1811: assignment: = LDD #$50 decimal 80 signed LDD #$50 STD G00154+0,PCR * Line tgvectrex.c:1812: assignment: = CLRA CLRB LDD #$00 STD G00158+0,PCR * Line tgvectrex.c:1814: assignment: = CLRA CLRB CLRB STB G00173+0,PCR * Line tgvectrex.c:1817: function call: Start_attack_wave() LBSR _Start_attack_wave * Line tgvectrex.c:1821: assignment: = * Line tgvectrex.c:1821: function call: millis() LBSR _millis STD G00149+0,PCR L00048 EQU * end of Start_new_game() RTS * END FUNCTION ******************************************************************************* * FUNCTION Transform_point(): defined at tgvectrex.c:2101 _Transform_point EQU * PSHS U LEAU ,S * Line tgvectrex.c:2104: assignment: = * Line tgvectrex.c:2104: function call: mul_short_by_fp2_14_returning_short() LDD G00162+0,PCR variable sinX, declared at tgvectrex.c:1313 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD 8,U variable z, declared at tgvectrex.c:2101 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A * Line tgvectrex.c:2104: function call: mul_short_by_fp2_14_returning_short() LDD G00159+0,PCR variable cosX, declared at tgvectrex.c:1310 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD 6,U variable y, declared at tgvectrex.c:2101 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S SUBD ,S++ STD G00191+0,PCR * Line tgvectrex.c:2105: assignment: = * Line tgvectrex.c:2105: function call: mul_short_by_fp2_14_returning_short() LDD G00159+0,PCR variable cosX, declared at tgvectrex.c:1310 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD 8,U variable z, declared at tgvectrex.c:2101 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A * Line tgvectrex.c:2105: function call: mul_short_by_fp2_14_returning_short() LDD G00162+0,PCR variable sinX, declared at tgvectrex.c:1313 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD 6,U variable y, declared at tgvectrex.c:2101 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S ADDD ,S++ STD G00192+0,PCR * Line tgvectrex.c:2106: assignment: = * Line tgvectrex.c:2106: function call: mul_short_by_fp2_14_returning_short() LDD G00163+0,PCR variable sinY, declared at tgvectrex.c:1314 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD 4,U variable x, declared at tgvectrex.c:2101 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A * Line tgvectrex.c:2106: function call: mul_short_by_fp2_14_returning_short() LDD G00160+0,PCR variable cosY, declared at tgvectrex.c:1311 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00192+0,PCR variable XZ, declared at tgvectrex.c:1364 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S SUBD ,S++ STD G00190+0,PCR * Line tgvectrex.c:2107: assignment: = * Line tgvectrex.c:2107: function call: mul_short_by_fp2_14_returning_short() LDD G00160+0,PCR variable cosY, declared at tgvectrex.c:1311 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD 4,U variable x, declared at tgvectrex.c:2101 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A * Line tgvectrex.c:2107: function call: mul_short_by_fp2_14_returning_short() LDD G00163+0,PCR variable sinY, declared at tgvectrex.c:1314 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00192+0,PCR variable XZ, declared at tgvectrex.c:1364 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S ADDD ,S++ STD G00193+0,PCR * Line tgvectrex.c:2108: assignment: = * Line tgvectrex.c:2108: function call: mul_short_by_fp2_14_returning_short() LDD G00164+0,PCR variable sinZ, declared at tgvectrex.c:1315 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00191+0,PCR variable XY, declared at tgvectrex.c:1363 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A * Line tgvectrex.c:2108: function call: mul_short_by_fp2_14_returning_short() LDD G00161+0,PCR variable cosZ, declared at tgvectrex.c:1312 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00193+0,PCR variable YX, declared at tgvectrex.c:1365 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S SUBD ,S++ STD G00188+0,PCR * Line tgvectrex.c:2109: assignment: = * Line tgvectrex.c:2109: function call: mul_short_by_fp2_14_returning_short() LDD G00161+0,PCR variable cosZ, declared at tgvectrex.c:1312 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00191+0,PCR variable XY, declared at tgvectrex.c:1363 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A * Line tgvectrex.c:2109: function call: mul_short_by_fp2_14_returning_short() LDD G00164+0,PCR variable sinZ, declared at tgvectrex.c:1315 PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00193+0,PCR variable YX, declared at tgvectrex.c:1365 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S ADDD ,S++ STD G00189+0,PCR L00076 EQU * end of Transform_point() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Update_ship(): defined at tgvectrex.c:2321 _Update_ship EQU * PSHS U LEAU ,S * Line tgvectrex.c:2323: function call: Get_ship_pos() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_pos(): unsigned char LBSR _Get_ship_pos LEAS 2,S * Line tgvectrex.c:2324: function call: Apply_vel_to_ship_pos() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Apply_vel_to_ship_pos(): unsigned char LBSR _Apply_vel_to_ship_pos LEAS 2,S * Line tgvectrex.c:2326: function call: Change_ship_velocity_by() * Line tgvectrex.c:2326: function call: div_int_by_int_returning_fp2_14() LDD #$0A decimal 10 signed PSHS B,A argument 2 of div_int_by_int_returning_fp2_14(): int LDD #$01 decimal 1 signed PSHS B,A argument 1 of div_int_by_int_returning_fp2_14(): int LBSR _div_int_by_int_returning_fp2_14 LEAS 4,S PSHS B,A argument 2 of Change_ship_velocity_by(): int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Change_ship_velocity_by(): unsigned char LBSR _Change_ship_velocity_by LEAS 4,S * Line tgvectrex.c:2327: if LDD G00180+0,PCR variable this_Z CMPD #$64 LBLT L00290 LBRA L00289 L00290 EQU * LDD G00153+0,PCR variable UsingShields CMPD #$01 BNE L00289 * Line tgvectrex.c:2328: function call: startAsyncSound() LDD #$01 decimal 1 signed PSHS B,A argument 1 of startAsyncSound(): int LBSR _startAsyncSound LEAS 2,S * Line tgvectrex.c:2332: function call: Set_ship_destinationto() LDD #$0BB8 constant expression: 3000 decimal PSHS B,A argument 4 of Set_ship_destinationto(): int * Line tgvectrex.c:2331: function call: pickrandom() LDD #$64 decimal 100 signed PSHS B,A argument 2 of pickrandom(): int LDD #$FF9C constant expression: 65436 decimal PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S PSHS B,A argument 3 of Set_ship_destinationto(): int * Line tgvectrex.c:2330: function call: pickrandom() LDD #$64 decimal 100 signed PSHS B,A argument 2 of pickrandom(): int LDD #$FF9C constant expression: 65436 decimal PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S PSHS B,A argument 2 of Set_ship_destinationto(): int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Set_ship_destinationto(): unsigned char LBSR _Set_ship_destinationto LEAS 8,S * Line tgvectrex.c:2334: function call: Get_ship_vel() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_vel(): unsigned char LBSR _Get_ship_vel LEAS 2,S * Line tgvectrex.c:2335: function call: Set_ship_velocityto() LDD G00181+0,PCR variable this_vel, declared at tgvectrex.c:1347 COMA COMB ADDD #1 PSHS B,A argument 2 of Set_ship_velocityto(): int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Set_ship_velocityto(): unsigned char LBSR _Set_ship_velocityto LEAS 4,S * Line tgvectrex.c:2336: function call: Apply_vel_to_ship_pos() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Apply_vel_to_ship_pos(): unsigned char LBSR _Apply_vel_to_ship_pos LEAS 2,S * Line tgvectrex.c:2337: function call: Head_ship_towards_destination() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Head_ship_towards_destination(): unsigned char LBSR _Head_ship_towards_destination LEAS 2,S * Line tgvectrex.c:2338: function call: Change_ship_time_by() LDD #$01 decimal 1 signed PSHS B,A argument 2 of Change_ship_time_by(): int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Change_ship_time_by(): unsigned char LBSR _Change_ship_time_by LEAS 4,S * Line tgvectrex.c:2339: function call: Get_ship_pos() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_pos(): unsigned char LBSR _Get_ship_pos LEAS 2,S L00289 EQU * else L00291 EQU * end if * Line tgvectrex.c:2341: if LDD G00180+0,PCR variable this_Z CMPD #$09C4 BLE L00293 * Line tgvectrex.c:2342: function call: Set_ship_status() LDD #$02 decimal 2 unsigned PSHS B,A argument 2 of Set_ship_status(): unsigned int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Set_ship_status(): unsigned char LBSR _Set_ship_status LEAS 4,S LBRA L00294 jump over else clause L00293 EQU * else * Line tgvectrex.c:2344: if LDD G00180+0,PCR variable this_Z CMPD #$32 LBLT L00295 LBRA L00297 L00297 EQU * LDD G00178+0,PCR variable this_X CMPD #$F894 LBLT L00295 LBRA L00300 L00300 EQU * LDD G00178+0,PCR variable this_X CMPD #$076C LBGT L00295 LBRA L00299 L00299 EQU * LDD G00179+0,PCR variable this_Y CMPD #$F894 LBLT L00295 LBRA L00298 L00298 EQU * LDD G00179+0,PCR variable this_Y CMPD #$076C BLE L00296 * Line tgvectrex.c:2345: if LDD G00180+0,PCR variable this_Z CMPD #$32 LBLT L00301 LBRA L00302 L00301 EQU * then * Line tgvectrex.c:2346: function call: Set_ship_status() LDD #$03 decimal 3 unsigned PSHS B,A argument 2 of Set_ship_status(): unsigned int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Set_ship_status(): unsigned char LBSR _Set_ship_status LEAS 4,S LBRA L00303 jump over else clause L00302 EQU * else * Line tgvectrex.c:2348: function call: Set_ship_status() LDD #$04 decimal 4 unsigned PSHS B,A argument 2 of Set_ship_status(): unsigned int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Set_ship_status(): unsigned char LBSR _Set_ship_status LEAS 4,S L00303 EQU * end if * Line tgvectrex.c:2350: assignment: += LDD G00157+0,PCR variable ShipsPassedThisWave ADDD #$01 += operator at tgvectrex.c:2350 STD G00157+0,PCR * Line tgvectrex.c:2351: assignment: += LDD G00158+0,PCR variable ShipsPassedTotal ADDD #$01 += operator at tgvectrex.c:2351 STD G00158+0,PCR LBRA L00304 jump over else clause L00296 EQU * else * Line tgvectrex.c:2353: function call: Get_ship_destination() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_destination(): unsigned char LBSR _Get_ship_destination LEAS 2,S * Line tgvectrex.c:2354: if LDD G00178+0,PCR variable this_X, declared at tgvectrex.c:1343 ADDD #0 LBEQ L00308 LBRA L00305 L00308 EQU * LDD G00179+0,PCR variable this_Y, declared at tgvectrex.c:1344 ADDD #0 LBEQ L00307 LBRA L00305 L00307 EQU * LDD G00180+0,PCR variable this_Z CMPD #$07D0 LBGT L00306 LBRA L00305 L00305 EQU * then * Line tgvectrex.c:2356: function call: Get_ship_time() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_time(): unsigned char LBSR _Get_ship_time LEAS 2,S * Line tgvectrex.c:2357: if LDD #$27 decimal 39 signed PSHS B,A LDX G00176+0,PCR left LDD #$28 right LBSR SDIV16 CMPD ,S++ BNE L00310 * Line tgvectrex.c:2358: function call: Get_ship_pos() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_pos(): unsigned char LBSR _Get_ship_pos LEAS 2,S * Line tgvectrex.c:2359: if LDD G00180+0,PCR variable this_Z CMPD #$03E8 LBLT L00311 LBRA L00312 L00311 EQU * then * Line tgvectrex.c:2360: function call: Set_ship_destinationto() CLRA CLRB PSHS B,A argument 4 of Set_ship_destinationto(): int CLRA CLRB PSHS B,A argument 3 of Set_ship_destinationto(): int CLRA CLRB PSHS B,A argument 2 of Set_ship_destinationto(): int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Set_ship_destinationto(): unsigned char LBSR _Set_ship_destinationto LEAS 8,S LBRA L00313 jump over else clause L00312 EQU * else * Line tgvectrex.c:2366: function call: Set_ship_destinationto() LDD #$FF38 constant expression: 65336 decimal PSHS B,A argument 4 of Set_ship_destinationto(): int * Line tgvectrex.c:2365: function call: pickrandom() LDX #$C8 left LDD G00180+0,PCR right LBSR MUL16 PSHS B,A LDD #$07D0 decimal 2000 signed PULS X LBSR SDIV16 TFR X,D quotient PSHS B,A argument 2 of pickrandom(): int LDX #$FF38 left LDD G00180+0,PCR right LBSR MUL16 PSHS B,A LDD #$07D0 decimal 2000 signed PULS X LBSR SDIV16 TFR X,D quotient PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S PSHS B,A argument 3 of Set_ship_destinationto(): int * Line tgvectrex.c:2364: function call: pickrandom() LDX #$012C left LDD G00180+0,PCR right LBSR MUL16 PSHS B,A LDD #$07D0 decimal 2000 signed PULS X LBSR SDIV16 TFR X,D quotient PSHS B,A argument 2 of pickrandom(): int LDX #$FED4 left LDD G00180+0,PCR right LBSR MUL16 PSHS B,A LDD #$07D0 decimal 2000 signed PULS X LBSR SDIV16 TFR X,D quotient PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S PSHS B,A argument 2 of Set_ship_destinationto(): int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Set_ship_destinationto(): unsigned char LBSR _Set_ship_destinationto LEAS 8,S L00313 EQU * end if L00310 EQU * else L00314 EQU * end if L00306 EQU * else L00315 EQU * end if * Line tgvectrex.c:2370: function call: Head_ship_towards_destination() LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Head_ship_towards_destination(): unsigned char LBSR _Head_ship_towards_destination LEAS 2,S * Line tgvectrex.c:2371: function call: Change_ship_time_by() LDD #$01 decimal 1 signed PSHS B,A argument 2 of Change_ship_time_by(): int LDB 5,U variable id, declared at tgvectrex.c:2321 CLRA promoting byte argument to word PSHS B,A argument 1 of Change_ship_time_by(): unsigned char LBSR _Change_ship_time_by LEAS 4,S L00304 EQU * end if L00294 EQU * end if L00095 EQU * end of Update_ship() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION Update_ships(): defined at tgvectrex.c:2468 _Update_ships EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:2470: init of variable shipid CLR -1,U variable shipid * Line tgvectrex.c:2471: for init * Line tgvectrex.c:2471: assignment: = CLRA CLRB CLRB STB -1,U LBRA L00317 jump to for condition L00316 EQU * * Line tgvectrex.c:2471: for body * Line tgvectrex.c:2472: function call: Get_ship_status() LDB -1,U variable shipid, declared at tgvectrex.c:2470 CLRA promoting byte argument to word PSHS B,A argument 1 of Get_ship_status(): unsigned char LBSR _Get_ship_status LEAS 2,S * Line tgvectrex.c:2473: if LDB G00174+0,PCR variable this_status CMPB #$02 LBLO L00320 LBRA L00321 L00320 EQU * then * Line tgvectrex.c:2474: function call: Update_ship() LDB -1,U variable shipid, declared at tgvectrex.c:2470 CLRA promoting byte argument to word PSHS B,A argument 1 of Update_ship(): unsigned char LBSR _Update_ship LEAS 2,S L00321 EQU * else L00322 EQU * end if L00318 EQU * * Line tgvectrex.c:2471: for increment(s) INC -1,U L00317 EQU * * Line tgvectrex.c:2471: for condition LDB -1,U variable shipid CMPB #$03 LBLO L00316 LBRA L00319 L00319 EQU * end for L00099 EQU * end of Update_ships() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION asin_of_fp2_14(): defined at tgvectrex.c:946 _asin_of_fp2_14 EQU * PSHS U LEAU ,S * Line tgvectrex.c:963: if LDD 4,U variable angle CMPD #$80 BLE L00324 * Line tgvectrex.c:963: return with value LEAX G00124+0,PCR address of array asintab PSHS X preserve array address, then eval array index LDD 4,U variable angle, declared at tgvectrex.c:946 PSHS B,A LDD #$0100 decimal 256 signed SUBD ,S++ LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB COMA COMB ADDD #1 LBRA L00018 return (tgvectrex.c:963) L00324 EQU * else L00325 EQU * end if * Line tgvectrex.c:964: return with value LEAX G00124+0,PCR address of array asintab LDD 4,U variable angle LSLB ROLA LEAX D,X add byte offset LDD ,X get r-value ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB LBRA L00018 return (tgvectrex.c:964) L00018 EQU * end of asin_of_fp2_14() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION ch(): defined at tgvectrex.c:1852 _ch EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:1854: if LDB 5,U variable charno, declared at tgvectrex.c:1852 TSTB LBNE L00326 LBRA L00327 L00326 EQU * then * Line tgvectrex.c:1858: for init * Line tgvectrex.c:1858: assignment: = LEAX G00128+0,PCR address of array font_index PSHS X preserve array address, then eval array index LDB 5,U CLRA ADDD #$FFFF 65535 CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value STB -1,U LBRA L00329 jump to for condition L00328 EQU * * Line tgvectrex.c:1858: for body * Line tgvectrex.c:1859: function call: segment() LDD 6,U variable textscale, declared at tgvectrex.c:1852 PSHS B,A argument 2 of segment(): int LEAX G00126+0,PCR address of array font_points LDB -1,U variable i CLRA index expression is of byte type LEAX D,X add byte offset LDB ,X get r-value CLRA promoting byte argument to word PSHS B,A argument 1 of segment(): unsigned char LBSR _segment LEAS 4,S L00330 EQU * * Line tgvectrex.c:1858: for increment(s) INC -1,U L00329 EQU * * Line tgvectrex.c:1858: for condition LEAX G00127+0,PCR address of array font_length PSHS X preserve array address, then eval array index LDB 5,U CLRA ADDD #$FFFF 65535 CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LEAX G00128+0,PCR address of array font_index PSHS X preserve array address, then eval array index LDB 5,U CLRA ADDD #$FFFF 65535 CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA promotion of binary operand PSHS B,A LDB -1,U variable i, declared at tgvectrex.c:1855 CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBLO L00328 LBRA L00331 L00331 EQU * end for L00327 EQU * else L00332 EQU * end if * Line tgvectrex.c:1863: assignment: += LDX #$18 left LDD 6,U right LBSR MUL16 PSHS B,A LDD #$80 decimal 128 signed PULS X LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00166+0,PCR ADDD ,S++ STD G00166+0,PCR L00051 EQU * end of ch() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION ch128(): defined at tgvectrex.c:1877 _ch128 EQU * PSHS U LEAU ,S * Line tgvectrex.c:1879: function call: ch() LDD #$80 decimal 128 signed PSHS B,A argument 2 of ch(): int LDB 5,U variable charno, declared at tgvectrex.c:1877 CLRA promoting byte argument to word PSHS B,A argument 1 of ch(): unsigned char LBSR _ch LEAS 4,S L00054 EQU * end of ch128() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION ch128str(): defined at tgvectrex.c:1882 _ch128str EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:1884: for init * Line tgvectrex.c:1884: assignment: = LDD #$01 decimal 1 signed LDB #$01 STB -1,U LBRA L00334 jump to for condition L00333 EQU * * Line tgvectrex.c:1884: for body * Line tgvectrex.c:1884: function call: ch128() LDX 4,U pointer text LDB -1,U variable i CLRA index expression is of byte type LEAX D,X add byte offset LDB ,X get r-value CLRA promoting byte argument to word PSHS B,A argument 1 of ch128(): unsigned char LBSR _ch128 LEAS 2,S L00335 EQU * * Line tgvectrex.c:1884: for increment(s) INC -1,U L00334 EQU * * Line tgvectrex.c:1884: for condition LDX 4,U get pointer value LDB ,X CLRA promotion of binary operand PSHS B,A LDB -1,U variable i, declared at tgvectrex.c:1883 CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBLS L00333 LBRA L00336 L00336 EQU * end for L00055 EQU * end of ch128str() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION ch96(): defined at tgvectrex.c:1867 _ch96 EQU * PSHS U LEAU ,S * Line tgvectrex.c:1869: function call: ch() LDD #$60 decimal 96 signed PSHS B,A argument 2 of ch(): int LDB 5,U variable charno, declared at tgvectrex.c:1867 CLRA promoting byte argument to word PSHS B,A argument 1 of ch(): unsigned char LBSR _ch LEAS 4,S L00052 EQU * end of ch96() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION ch96str(): defined at tgvectrex.c:1872 _ch96str EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:1874: for init * Line tgvectrex.c:1874: assignment: = LDD #$01 decimal 1 signed LDB #$01 STB -1,U LBRA L00338 jump to for condition L00337 EQU * * Line tgvectrex.c:1874: for body * Line tgvectrex.c:1874: function call: ch96() LDX 4,U pointer text LDB -1,U variable i CLRA index expression is of byte type LEAX D,X add byte offset LDB ,X get r-value CLRA promoting byte argument to word PSHS B,A argument 1 of ch96(): unsigned char LBSR _ch96 LEAS 2,S L00339 EQU * * Line tgvectrex.c:1874: for increment(s) INC -1,U L00338 EQU * * Line tgvectrex.c:1874: for condition LDX 4,U get pointer value LDB ,X CLRA promotion of binary operand PSHS B,A LDB -1,U variable i, declared at tgvectrex.c:1873 CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBLS L00337 LBRA L00340 L00340 EQU * end for L00053 EQU * end of ch96str() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION clipoff(): defined at tgvectrex.c:1461 _clipoff EQU * PSHS U LEAU ,S * Line tgvectrex.c:1465: return with value LDD 4,U variable x, declared at tgvectrex.c:1461 PSHS B,A LDD #$FFB0 constant expression: 65456 decimal CMPD ,S++ LBLE L00344 if true CLRB BRA L00345 false L00344 EQU * LDB #1 L00345 EQU * TSTB && LBEQ L00343 && at tgvectrex.c:1465 yields false, B == 0 LDD 4,U variable x CMPD #$50 LBLT L00346 if true CLRB BRA L00347 false L00346 EQU * LDB #1 L00347 EQU * TSTB && LBEQ L00343 && at tgvectrex.c:1465 yields false, B == 0 LDB #1 && yields true L00343 EQU * TSTB && LBEQ L00342 && at tgvectrex.c:1465 yields false, B == 0 LDD 6,U variable y, declared at tgvectrex.c:1461 PSHS B,A LDD #$FFC0 constant expression: 65472 decimal CMPD ,S++ LBLE L00348 if true CLRB BRA L00349 false L00348 EQU * LDB #1 L00349 EQU * TSTB && LBEQ L00342 && at tgvectrex.c:1465 yields false, B == 0 LDB #1 && yields true L00342 EQU * TSTB && LBEQ L00341 && at tgvectrex.c:1465 yields false, B == 0 LDD 6,U variable y CMPD #$40 LBLT L00350 if true CLRB BRA L00351 false L00350 EQU * LDB #1 L00351 EQU * TSTB && LBEQ L00341 && at tgvectrex.c:1465 yields false, B == 0 LDB #1 && yields true L00341 EQU * LBRA L00033 return (tgvectrex.c:1465) L00033 EQU * end of clipoff() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION debug_ship(): defined at tgvectrex.c:1746 _debug_ship EQU * PSHS U LEAU ,S LEAS -30,S * Line tgvectrex.c:1749: init of variable ship_next LDA 5,U LDB #$0E MUL result of type byte in B CLRA STD -2,U variable ship_next * Line tgvectrex.c:1752: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -30,U * Line tgvectrex.c:1753: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -28,U * Line tgvectrex.c:1754: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -26,U * Line tgvectrex.c:1755: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -24,U * Line tgvectrex.c:1756: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -22,U * Line tgvectrex.c:1757: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -20,U * Line tgvectrex.c:1758: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -18,U * Line tgvectrex.c:1759: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -16,U * Line tgvectrex.c:1760: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -14,U * Line tgvectrex.c:1761: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -12,U * Line tgvectrex.c:1762: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -10,U * Line tgvectrex.c:1763: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -8,U * Line tgvectrex.c:1764: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -6,U * Line tgvectrex.c:1765: assignment: = LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -2,U variable ship_next, declared at tgvectrex.c:1749 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value STD -4,U L00046 EQU * end of debug_ship() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION div_int_by_int_returning_fp2_14(): defined at tgvectrex.c:1399 _div_int_by_int_returning_fp2_14 EQU * PSHS U LEAU ,S-- * Line tgvectrex.c:1402: init of variable sign LDD #$01 1 STD -2,U variable sign * Line tgvectrex.c:1403: if LDD 4,U variable num ADDD #0 LBLT L00352 LBRA L00353 L00352 EQU * then * Line tgvectrex.c:1403: assignment: = LDD 4,U variable num, declared at tgvectrex.c:1399 COMA COMB ADDD #1 STD 4,U * Line tgvectrex.c:1403: assignment: = LDD -2,U variable sign, declared at tgvectrex.c:1402 COMA COMB ADDD #1 STD -2,U L00353 EQU * else L00354 EQU * end if * Line tgvectrex.c:1404: if LDD 6,U variable den ADDD #0 LBLT L00355 LBRA L00356 L00355 EQU * then * Line tgvectrex.c:1404: assignment: = LDD 6,U variable den, declared at tgvectrex.c:1399 COMA COMB ADDD #1 STD 6,U * Line tgvectrex.c:1404: assignment: = LDD -2,U variable sign, declared at tgvectrex.c:1402 COMA COMB ADDD #1 STD -2,U L00356 EQU * else L00357 EQU * end if * Line tgvectrex.c:1405: return with value LDD -2,U variable sign, declared at tgvectrex.c:1402 PSHS B,A * Line tgvectrex.c:1405: function call: muldiv() LDD 6,U variable den, declared at tgvectrex.c:1399 PSHS B,A argument 3 of muldiv(): int LDD #$4000 constant expression: 16384 decimal PSHS B,A argument 2 of muldiv(): int LDD 4,U variable num, declared at tgvectrex.c:1399 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S PULS X LBSR MUL16 LBRA L00030 return (tgvectrex.c:1405) L00030 EQU * end of div_int_by_int_returning_fp2_14() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION draw_crosshair(): defined at tgvectrex.c:1677 _draw_crosshair EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:1680: for init * Line tgvectrex.c:1680: assignment: = CLRA CLRB CLRB STB -1,U LBRA L00359 jump to for condition L00358 EQU * * Line tgvectrex.c:1680: for body * Line tgvectrex.c:1683: function call: Display_Vectrex_vector() LDD #$80 decimal 128 signed PSHS B,A LEAX G00129+0,PCR address of array crosshair PSHS X preserve array address, then eval array index LDD #$03 decimal 3 signed PSHS B,A LDB -1,U to be multiplied by 4 LSLB LSLB CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LDD 6,U variable y, declared at tgvectrex.c:1677 ADDD ,S++ SUBD ,S++ PSHS B,A argument 4 of Display_Vectrex_vector(): int LDD #$80 decimal 128 signed PSHS B,A LEAX G00129+0,PCR address of array crosshair PSHS X preserve array address, then eval array index LDD #$02 decimal 2 signed PSHS B,A LDB -1,U to be multiplied by 4 LSLB LSLB CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LDD 4,U variable x, declared at tgvectrex.c:1677 ADDD ,S++ SUBD ,S++ PSHS B,A argument 3 of Display_Vectrex_vector(): int LDD #$80 decimal 128 signed PSHS B,A LEAX G00129+0,PCR address of array crosshair PSHS X preserve array address, then eval array index LDD #$01 decimal 1 signed PSHS B,A LDB -1,U to be multiplied by 4 LSLB LSLB CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LDD 6,U variable y, declared at tgvectrex.c:1677 ADDD ,S++ SUBD ,S++ PSHS B,A argument 2 of Display_Vectrex_vector(): int LDD #$80 decimal 128 signed PSHS B,A LEAX G00129+0,PCR address of array crosshair PSHS X preserve array address, then eval array index LDB -1,U to be multiplied by 4 LSLB LSLB CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LDD 4,U variable x, declared at tgvectrex.c:1677 ADDD ,S++ SUBD ,S++ PSHS B,A argument 1 of Display_Vectrex_vector(): int LBSR _Display_Vectrex_vector LEAS 8,S L00360 EQU * * Line tgvectrex.c:1680: for increment(s) INC -1,U L00359 EQU * * Line tgvectrex.c:1680: for condition LDB -1,U variable i CMPB #$0A LBLO L00358 LBRA L00361 L00361 EQU * end for L00042 EQU * end of draw_crosshair() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION draw_shields(): defined at tgvectrex.c:1658 _draw_shields EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:1662: if CLRA CLRB PSHS B,A * Line tgvectrex.c:1662: function call: pickrandom() LDD #$03 decimal 3 signed PSHS B,A argument 2 of pickrandom(): int CLRA CLRB PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S CMPD ,S++ BLE L00363 * Line tgvectrex.c:1664: function call: setintensity() * Line tgvectrex.c:1664: function call: pickrandom() LDD #$7F decimal 127 signed PSHS B,A argument 2 of pickrandom(): int LDD #$50 decimal 80 signed PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S CLRA promoting byte argument to word PSHS B,A argument 1 of setintensity(): unsigned char LBSR _setintensity LEAS 2,S * Line tgvectrex.c:1665: for init * Line tgvectrex.c:1665: assignment: = CLRA CLRB CLRB STB -1,U LBRA L00365 jump to for condition L00364 EQU * * Line tgvectrex.c:1665: for body * Line tgvectrex.c:1671: function call: Display_Vectrex_vector() LEAX G00130+0,PCR address of array shieldvec PSHS X preserve array address, then eval array index LDD #$03 decimal 3 signed PSHS B,A LDB -1,U to be multiplied by 2 LSLB CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LDD G00114+0,PCR variable ScreenHeight, declared at tgvectrex.c:143 PULS X LBSR MUL16 LSRA RORB LSRA RORB LSRA RORB PSHS B,A argument 4 of Display_Vectrex_vector(): unsigned int LEAX G00130+0,PCR address of array shieldvec PSHS X preserve array address, then eval array index LDD #$02 decimal 2 signed PSHS B,A LDB -1,U to be multiplied by 2 LSLB CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LDD G00113+0,PCR variable ScreenWidth, declared at tgvectrex.c:143 PULS X LBSR MUL16 LSRA RORB LSRA RORB LSRA RORB PSHS B,A argument 3 of Display_Vectrex_vector(): unsigned int LEAX G00130+0,PCR address of array shieldvec PSHS X preserve array address, then eval array index LDD #$01 decimal 1 signed PSHS B,A LDB -1,U to be multiplied by 2 LSLB CLRA promotion of binary operand LEAS 1,S ADDB ,S+ CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LDD G00114+0,PCR variable ScreenHeight, declared at tgvectrex.c:143 PULS X LBSR MUL16 LSRA RORB LSRA RORB LSRA RORB PSHS B,A argument 2 of Display_Vectrex_vector(): unsigned int LEAX G00130+0,PCR address of array shieldvec PSHS X preserve array address, then eval array index LDB -1,U to be multiplied by 2 LSLB CLRA index expression is of byte type PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand PSHS B,A LDD G00113+0,PCR variable ScreenWidth, declared at tgvectrex.c:143 PULS X LBSR MUL16 LSRA RORB LSRA RORB LSRA RORB PSHS B,A argument 1 of Display_Vectrex_vector(): unsigned int LBSR _Display_Vectrex_vector LEAS 8,S L00366 EQU * * Line tgvectrex.c:1665: for increment(s) INC -1,U L00365 EQU * * Line tgvectrex.c:1665: for condition LDB -1,U variable i CMPB #$0C LBLO L00364 LBRA L00367 L00367 EQU * end for * Line tgvectrex.c:1673: function call: setintensity() LDD #$6E decimal 110 signed PSHS B,A argument 1 of setintensity(): int LBSR _setintensity LEAS 2,S L00363 EQU * else L00368 EQU * end if L00041 EQU * end of draw_shields() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION draw_text_line(): defined at tgvectrex.c:1824 _draw_text_line EQU * PSHS U LEAU ,S * Line tgvectrex.c:1826: function call: Display_Vectrex_vector() LDX G00114+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00167+0,PCR variable texty, declared at tgvectrex.c:1323 PSHS B,A LDD 10,U variable toy, declared at tgvectrex.c:1824 ADDD ,S++ ADDD ,S++ PSHS B,A argument 4 of Display_Vectrex_vector(): int LDX G00113+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00166+0,PCR variable textx, declared at tgvectrex.c:1322 PSHS B,A LDD 8,U variable tox, declared at tgvectrex.c:1824 ADDD ,S++ ADDD ,S++ PSHS B,A argument 3 of Display_Vectrex_vector(): int LDX G00114+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00167+0,PCR variable texty, declared at tgvectrex.c:1323 PSHS B,A LDD 6,U variable fromy, declared at tgvectrex.c:1824 ADDD ,S++ ADDD ,S++ PSHS B,A argument 2 of Display_Vectrex_vector(): int LDX G00113+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD G00166+0,PCR variable textx, declared at tgvectrex.c:1322 PSHS B,A LDD 4,U variable fromx, declared at tgvectrex.c:1824 ADDD ,S++ ADDD ,S++ PSHS B,A argument 1 of Display_Vectrex_vector(): int LBSR _Display_Vectrex_vector LEAS 8,S L00049 EQU * end of draw_text_line() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION draw_tg_intro_with_rolling_rotation(): defined at tgvectrex.c:1417 _draw_tg_intro_with_rolling_rotation EQU * PSHS U LEAU ,S LEAS -10,S * Line tgvectrex.c:1419: if LDD 4,U variable from_x CMPD 8,U variable to_x LBNE L00369 LBRA L00371 L00371 EQU * LDD 6,U variable from_y CMPD 10,U variable to_y LBNE L00369 LBRA L00370 L00369 EQU * then * Line tgvectrex.c:1424: assignment: = LDD 4,U variable from_x, declared at tgvectrex.c:1417 LDD 4,U STD G00170+0,PCR * Line tgvectrex.c:1424: assignment: = LDD 6,U variable from_y, declared at tgvectrex.c:1417 LDD 6,U STD G00171+0,PCR * Line tgvectrex.c:1424: assignment: = CLRA CLRB LDD #$00 STD G00172+0,PCR * Line tgvectrex.c:1426: assignment: = LDD 8,U variable to_x, declared at tgvectrex.c:1417 LDD 8,U STD -10,U * Line tgvectrex.c:1426: assignment: = LDD 10,U variable to_y, declared at tgvectrex.c:1417 LDD 10,U STD -8,U * Line tgvectrex.c:1426: assignment: = CLRA CLRB LDD #$00 STD -6,U * Line tgvectrex.c:1427: assignment: += * Line tgvectrex.c:1427: function call: mul_short_by_fp2_14_returning_short() * Line tgvectrex.c:1427: function call: fp2_14_sin() LDB 13,U variable rot, declared at tgvectrex.c:1417 CLRA promoting byte argument to word PSHS B,A argument 1 of fp2_14_sin(): unsigned char LBSR _fp2_14_sin LEAS 2,S PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD -8,U variable PackY, declared at tgvectrex.c:1420 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A LDD -6,U ADDD ,S++ STD -6,U * Line tgvectrex.c:1428: assignment: = * Line tgvectrex.c:1428: function call: mul_short_by_fp2_14_returning_short() * Line tgvectrex.c:1428: function call: fp2_14_cos() LDB 13,U variable rot, declared at tgvectrex.c:1417 CLRA promoting byte argument to word PSHS B,A argument 1 of fp2_14_cos(): unsigned char LBSR _fp2_14_cos LEAS 2,S PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD -8,U variable PackY, declared at tgvectrex.c:1420 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S STD -8,U * Line tgvectrex.c:1430: assignment: += LDD -6,U variable PackZ ADDD G00137+0,PCR variable intro_z STD -6,U variable PackZ * Line tgvectrex.c:1432: assignment: = LDX #$0400 left LDD -10,U right LBSR MUL16 PSHS B,A LDD -6,U variable PackZ, declared at tgvectrex.c:1420 PSHS B,A LDD #$0400 decimal 1024 signed ADDD ,S++ PULS X LBSR SDIV16 TFR X,D quotient STD -4,U * Line tgvectrex.c:1433: assignment: = LDX #$0400 left LDD -8,U right LBSR MUL16 PSHS B,A LDD -6,U variable PackZ, declared at tgvectrex.c:1420 PSHS B,A LDD #$0400 decimal 1024 signed ADDD ,S++ PULS X LBSR SDIV16 TFR X,D quotient STD -2,U * Line tgvectrex.c:1434: function call: gotoxy() LDD -2,U variable screeny, declared at tgvectrex.c:1422 PSHS B,A LDD G00116+0,PCR variable intro_y, declared at tgvectrex.c:145 ADDD ,S++ PSHS B,A argument 2 of gotoxy(): int LDD -4,U variable screenx, declared at tgvectrex.c:1421 PSHS B,A LDD G00115+0,PCR variable intro_x, declared at tgvectrex.c:144 ADDD ,S++ PSHS B,A argument 1 of gotoxy(): int LBSR _gotoxy LEAS 4,S * Line tgvectrex.c:1436: assignment: += * Line tgvectrex.c:1436: function call: mul_short_by_fp2_14_returning_short() * Line tgvectrex.c:1436: function call: fp2_14_sin() LDB 13,U variable rot, declared at tgvectrex.c:1417 CLRA promoting byte argument to word PSHS B,A argument 1 of fp2_14_sin(): unsigned char LBSR _fp2_14_sin LEAS 2,S PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00171+0,PCR variable tgy, declared at tgvectrex.c:1328 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S PSHS B,A LDD G00172+0,PCR ADDD ,S++ STD G00172+0,PCR * Line tgvectrex.c:1437: assignment: = * Line tgvectrex.c:1437: function call: mul_short_by_fp2_14_returning_short() * Line tgvectrex.c:1437: function call: fp2_14_cos() LDB 13,U variable rot, declared at tgvectrex.c:1417 CLRA promoting byte argument to word PSHS B,A argument 1 of fp2_14_cos(): unsigned char LBSR _fp2_14_cos LEAS 2,S PSHS B,A argument 2 of mul_short_by_fp2_14_returning_short(): int LDD G00171+0,PCR variable tgy, declared at tgvectrex.c:1328 PSHS B,A argument 1 of mul_short_by_fp2_14_returning_short(): int LBSR _mul_short_by_fp2_14_returning_short LEAS 4,S STD G00171+0,PCR * Line tgvectrex.c:1439: assignment: += LDD G00172+0,PCR variable tgz ADDD G00137+0,PCR variable intro_z STD G00172+0,PCR variable tgz * Line tgvectrex.c:1441: assignment: = LDX #$0400 left LDD G00170+0,PCR right LBSR MUL16 PSHS B,A LDD G00172+0,PCR variable tgz, declared at tgvectrex.c:1329 PSHS B,A LDD #$0400 decimal 1024 signed ADDD ,S++ PULS X LBSR SDIV16 TFR X,D quotient STD -4,U * Line tgvectrex.c:1442: assignment: = LDX #$0400 left LDD G00171+0,PCR right LBSR MUL16 PSHS B,A LDD G00172+0,PCR variable tgz, declared at tgvectrex.c:1329 PSHS B,A LDD #$0400 decimal 1024 signed ADDD ,S++ PULS X LBSR SDIV16 TFR X,D quotient STD -2,U * Line tgvectrex.c:1445: function call: putPenDown() LBSR _putPenDown * Line tgvectrex.c:1445: function call: gotoxy() LDD -2,U variable screeny, declared at tgvectrex.c:1422 PSHS B,A LDD G00116+0,PCR variable intro_y, declared at tgvectrex.c:145 ADDD ,S++ PSHS B,A argument 2 of gotoxy(): int LDD -4,U variable screenx, declared at tgvectrex.c:1421 PSHS B,A LDD G00115+0,PCR variable intro_x, declared at tgvectrex.c:144 ADDD ,S++ PSHS B,A argument 1 of gotoxy(): int LBSR _gotoxy LEAS 4,S * Line tgvectrex.c:1445: function call: putPenUp() LBSR _putPenUp L00370 EQU * else L00372 EQU * end if L00031 EQU * end of draw_tg_intro_with_rolling_rotation() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION drawtgintro(): defined at tgvectrex.c:1687 _drawtgintro EQU * PSHS U LEAU ,S LEAS -10,S * Line tgvectrex.c:1690: if LDD G00165+0,PCR variable stopintroflag CMPD #$02 BNE L00374 LBRA L00043 return (tgvectrex.c:1690) L00374 EQU * else L00375 EQU * end if * Line tgvectrex.c:1692: if CLRA CLRB PSHS B,A * Line tgvectrex.c:1692: function call: fp2_14_cos() LDB G00138+0,PCR variable intro_rot, declared at tgvectrex.c:1270 CLRA promoting byte argument to word PSHS B,A argument 1 of fp2_14_cos(): unsigned char LBSR _fp2_14_cos LEAS 2,S CMPD ,S++ BLE L00377 * Line tgvectrex.c:1694: assignment: = LDD #$27 constant expression: 39 decimal LDB #$27 STB -1,U LBRA L00378 jump over else clause L00377 EQU * else * Line tgvectrex.c:1696: assignment: = LDD #$08 decimal 8 signed LDB #$08 STB -1,U L00378 EQU * end if * Line tgvectrex.c:1700: assignment: = CLRA CLRB LDD #$00 STD G00169+0,PCR * Line tgvectrex.c:1701: for init * Line tgvectrex.c:1701: assignment: = CLRA CLRB CLRB STB -10,U LBRA L00380 jump to for condition L00379 EQU * * Line tgvectrex.c:1701: for body * Line tgvectrex.c:1702: assignment: = LDD #$80 decimal 128 signed PSHS B,A LEAX G00125+0,PCR address of array tg_intro_placard PSHS X preserve array address, then eval array index LEAX G00169+0,PCR variable tgi, declared at tgvectrex.c:1326 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand LEAS 1,S SUBB ,S+ CLRA STD -9,U * Line tgvectrex.c:1703: assignment: = LDD #$80 decimal 128 signed PSHS B,A LEAX G00125+0,PCR address of array tg_intro_placard PSHS X preserve array address, then eval array index LEAX G00169+0,PCR variable tgi, declared at tgvectrex.c:1326 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand LEAS 1,S SUBB ,S+ CLRA STD -7,U * Line tgvectrex.c:1704: assignment: = LDD #$80 decimal 128 signed PSHS B,A LEAX G00125+0,PCR address of array tg_intro_placard PSHS X preserve array address, then eval array index LEAX G00169+0,PCR variable tgi, declared at tgvectrex.c:1326 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand LEAS 1,S SUBB ,S+ CLRA STD -5,U * Line tgvectrex.c:1705: assignment: = LDD #$80 decimal 128 signed PSHS B,A LEAX G00125+0,PCR address of array tg_intro_placard PSHS X preserve array address, then eval array index LEAX G00169+0,PCR variable tgi, declared at tgvectrex.c:1326 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value PULS X retrieve array address LEAX D,X add byte offset LDB ,X get r-value CLRA promotion of binary operand LEAS 1,S SUBB ,S+ CLRA STD -3,U * Line tgvectrex.c:1707: function call: draw_tg_intro_with_rolling_rotation() LDB G00138+0,PCR variable intro_rot, declared at tgvectrex.c:1270 CLRA promoting byte argument to word PSHS B,A argument 5 of draw_tg_intro_with_rolling_rotation(): unsigned char LDD -5,U variable tgto_x, declared at tgvectrex.c:1699 PSHS B,A argument 4 of draw_tg_intro_with_rolling_rotation(): int LDD -3,U variable tgto_y, declared at tgvectrex.c:1699 PSHS B,A argument 3 of draw_tg_intro_with_rolling_rotation(): int LDD -9,U variable tgfrom_x, declared at tgvectrex.c:1699 PSHS B,A argument 2 of draw_tg_intro_with_rolling_rotation(): int LDD -7,U variable tgfrom_y, declared at tgvectrex.c:1699 PSHS B,A argument 1 of draw_tg_intro_with_rolling_rotation(): int LBSR _draw_tg_intro_with_rolling_rotation LEAS 10,S L00381 EQU * * Line tgvectrex.c:1701: for increment(s) INC -10,U L00380 EQU * * Line tgvectrex.c:1701: for condition LDB -10,U variable i CMPB -1,U variable objects LBLO L00379 LBRA L00382 L00382 EQU * end for * Line tgvectrex.c:1711: function call: setintensity() LDD #$6E decimal 110 signed PSHS B,A argument 1 of setintensity(): int LBSR _setintensity LEAS 2,S L00043 EQU * end of drawtgintro() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION fp2_14_cos(): defined at tgvectrex.c:1386 _fp2_14_cos EQU * PSHS U LEAU ,S * Line tgvectrex.c:1388: return with value * Line tgvectrex.c:1388: 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 LBRA L00028 return (tgvectrex.c:1388) L00028 EQU * end of fp2_14_cos() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION fp2_14_sin(): defined at tgvectrex.c:1381 _fp2_14_sin EQU * PSHS U LEAU ,S * Line tgvectrex.c:1383: if LDD #$80 decimal 128 unsigned PSHS B,A LDD 4,U variable angle256, declared at tgvectrex.c:1381 CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBHS L00383 LBRA L00384 L00383 EQU * then * Line tgvectrex.c:1383: return with value * Line tgvectrex.c:1383: function call: sinsymmetry() LDD #$7F decimal 127 signed PSHS B,A LDD 4,U variable angle256 ADDD #$FF80 65408 CLRA promotion of binary operand ANDA ,S+ ANDB ,S+ CLRA promoting byte argument to word PSHS B,A argument 1 of sinsymmetry(): unsigned char LBSR _sinsymmetry LEAS 2,S COMA COMB ADDD #1 LBRA L00027 return (tgvectrex.c:1383) LBRA L00385 jump over else clause L00384 EQU * else * Line tgvectrex.c:1383: return with value * Line tgvectrex.c:1383: 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 LBRA L00027 return (tgvectrex.c:1383) L00385 EQU * end if L00027 EQU * end of fp2_14_sin() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION fxpt_atan2(): defined at tgvectrex.c:1109 _fxpt_atan2 EQU * PSHS U LEAU ,S LEAS -10,S * Line tgvectrex.c:1111: if LDD 6,U variable x CMPD 4,U variable y LBEQ L00386 LBRA L00387 L00386 EQU * then * Line tgvectrex.c:1112: if LDD 4,U variable y ADDD #0 LBGT L00388 LBRA L00389 L00388 EQU * then * Line tgvectrex.c:1113: return with value LDD #$2000 decimal 8192 unsigned LBRA L00023 return (tgvectrex.c:1113) LBRA L00390 jump over else clause L00389 EQU * else * Line tgvectrex.c:1114: if LDD 4,U variable y ADDD #0 LBLT L00391 LBRA L00392 L00391 EQU * then * Line tgvectrex.c:1115: return with value LDD #$A000 decimal 40960 unsigned LBRA L00023 return (tgvectrex.c:1115) LBRA L00393 jump over else clause L00392 EQU * else * Line tgvectrex.c:1117: return with value CLRA CLRB LBRA L00023 return (tgvectrex.c:1117) L00393 EQU * end if L00390 EQU * end if L00387 EQU * else L00394 EQU * end if * Line tgvectrex.c:1120: assignment: = * Line tgvectrex.c:1120: function call: s16_nabs() LDD 4,U variable y, declared at tgvectrex.c:1109 PSHS B,A argument 1 of s16_nabs(): int LBSR _s16_nabs LEAS 2,S STD -4,U * Line tgvectrex.c:1120: assignment: = * Line tgvectrex.c:1120: function call: s16_nabs() LDD 6,U variable x, declared at tgvectrex.c:1109 PSHS B,A argument 1 of s16_nabs(): int LBSR _s16_nabs LEAS 2,S STD -2,U * Line tgvectrex.c:1121: if LDD -2,U variable nabs_x CMPD -4,U variable nabs_y LBLT L00395 LBRA L00396 L00395 EQU * then * Line tgvectrex.c:1122: init of variable y_over_x * Line tgvectrex.c:1122: function call: q15_div() LDD 6,U variable x, declared at tgvectrex.c:1109 PSHS B,A argument 2 of q15_div(): int LDD 4,U variable y, declared at tgvectrex.c:1109 PSHS B,A argument 1 of q15_div(): int LBSR _q15_div LEAS 4,S STD -10,U variable y_over_x * Line tgvectrex.c:1123: init of variable correction * Line tgvectrex.c:1123: function call: q15_mul() * Line tgvectrex.c:1123: function call: s16_nabs() LDD -10,U variable y_over_x, declared at tgvectrex.c:1122 PSHS B,A argument 1 of s16_nabs(): int LBSR _s16_nabs LEAS 2,S PSHS B,A argument 2 of q15_mul(): int LDD #$0B1F decimal 2847 signed PSHS B,A argument 1 of q15_mul(): int LBSR _q15_mul LEAS 4,S STD -8,U variable correction * Line tgvectrex.c:1124: init of variable unrotated * Line tgvectrex.c:1124: function call: q15_mul() LDD -10,U variable y_over_x, declared at tgvectrex.c:1122 PSHS B,A argument 2 of q15_mul(): int LDD -8,U variable correction, declared at tgvectrex.c:1123 PSHS B,A LDD #$2B1F decimal 11039 signed ADDD ,S++ PSHS B,A argument 1 of q15_mul(): int LBSR _q15_mul LEAS 4,S STD -6,U variable unrotated * Line tgvectrex.c:1125: if LDD 6,U variable x ADDD #0 LBGT L00397 LBRA L00398 L00397 EQU * then * Line tgvectrex.c:1126: return with value LDD -6,U variable unrotated, declared at tgvectrex.c:1124 LBRA L00023 return (tgvectrex.c:1126) LBRA L00399 jump over else clause L00398 EQU * else * Line tgvectrex.c:1128: return with value LDD -6,U variable unrotated, declared at tgvectrex.c:1124 PSHS B,A LDD #$8000 decimal 32768 unsigned ADDD ,S++ LBRA L00023 return (tgvectrex.c:1128) L00399 EQU * end if LBRA L00400 jump over else clause L00396 EQU * else * Line tgvectrex.c:1131: init of variable x_over_y * Line tgvectrex.c:1131: function call: q15_div() LDD 4,U variable y, declared at tgvectrex.c:1109 PSHS B,A argument 2 of q15_div(): int LDD 6,U variable x, declared at tgvectrex.c:1109 PSHS B,A argument 1 of q15_div(): int LBSR _q15_div LEAS 4,S STD -10,U variable x_over_y * Line tgvectrex.c:1132: init of variable correction * Line tgvectrex.c:1132: function call: q15_mul() * Line tgvectrex.c:1132: function call: s16_nabs() LDD -10,U variable x_over_y, declared at tgvectrex.c:1131 PSHS B,A argument 1 of s16_nabs(): int LBSR _s16_nabs LEAS 2,S PSHS B,A argument 2 of q15_mul(): int LDD #$0B1F decimal 2847 signed PSHS B,A argument 1 of q15_mul(): int LBSR _q15_mul LEAS 4,S STD -8,U variable correction * Line tgvectrex.c:1133: init of variable unrotated * Line tgvectrex.c:1133: function call: q15_mul() LDD -10,U variable x_over_y, declared at tgvectrex.c:1131 PSHS B,A argument 2 of q15_mul(): int LDD -8,U variable correction, declared at tgvectrex.c:1132 PSHS B,A LDD #$2B1F decimal 11039 signed ADDD ,S++ PSHS B,A argument 1 of q15_mul(): int LBSR _q15_mul LEAS 4,S STD -6,U variable unrotated * Line tgvectrex.c:1134: if LDD 4,U variable y ADDD #0 LBGT L00401 LBRA L00402 L00401 EQU * then * Line tgvectrex.c:1135: return with value LDD -6,U variable unrotated, declared at tgvectrex.c:1133 PSHS B,A LDD #$4000 decimal 16384 unsigned SUBD ,S++ LBRA L00023 return (tgvectrex.c:1135) LBRA L00403 jump over else clause L00402 EQU * else * Line tgvectrex.c:1137: return with value LDD -6,U variable unrotated, declared at tgvectrex.c:1133 PSHS B,A LDD #$C000 decimal 49152 unsigned SUBD ,S++ LBRA L00023 return (tgvectrex.c:1137) L00403 EQU * end if L00400 EQU * end if L00023 EQU * end of fxpt_atan2() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION gotoxy(): defined at tgvectrex.c:878 _gotoxy EQU * PSHS U LEAU ,S * Line tgvectrex.c:883: if LDB G00133+0,PCR variable pen CMPB #$01 BNE L00405 * Line tgvectrex.c:883: function call: Display_Vectrex_vector() LDD 6,U variable y, declared at tgvectrex.c:878 PSHS B,A argument 4 of Display_Vectrex_vector(): int LDD 4,U variable x, declared at tgvectrex.c:878 PSHS B,A argument 3 of Display_Vectrex_vector(): int LDD G00135+0,PCR variable last_y, declared at tgvectrex.c:877 PSHS B,A argument 2 of Display_Vectrex_vector(): int LDD G00134+0,PCR variable last_x, declared at tgvectrex.c:877 PSHS B,A argument 1 of Display_Vectrex_vector(): int LBSR _Display_Vectrex_vector LEAS 8,S L00405 EQU * else L00406 EQU * end if * Line tgvectrex.c:884: assignment: = LDD 4,U variable x, declared at tgvectrex.c:878 LDD 4,U STD G00134+0,PCR * Line tgvectrex.c:884: assignment: = LDD 6,U variable y, declared at tgvectrex.c:878 LDD 6,U STD G00135+0,PCR L00013 EQU * end of gotoxy() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION graphics_initialisation(): defined at tgvectrex.c:161 _graphics_initialisation EQU * PSHS U LEAU ,S * Line tgvectrex.c:164: assignment: = LDD #$0320 decimal 800 signed LDD #$0320 STD G00114+0,PCR * Line tgvectrex.c:165: assignment: = LDD #$0400 decimal 1024 signed LDD #$0400 STD G00113+0,PCR L00002 EQU * end of graphics_initialisation() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION init_stars(): defined at tgvectrex.c:1547 _init_stars EQU * PSHS U LEAU ,S-- * Line tgvectrex.c:1551: for init * Line tgvectrex.c:1551: assignment: = CLRA CLRB CLRB STB -1,U LBRA L00408 jump to for condition L00407 EQU * * Line tgvectrex.c:1551: for body * Line tgvectrex.c:1552: assignment: = * Line tgvectrex.c:1552: function call: star_x1() LDB -1,U variable star, declared at tgvectrex.c:1549 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 G00197+0,PCR address of array px 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 tgvectrex.c:1552: assignment: = * Line tgvectrex.c:1552: function call: star_y1() LDB -1,U variable star, declared at tgvectrex.c:1549 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 G00198+0,PCR address of array py 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 tgvectrex.c:1553: for init * Line tgvectrex.c:1553: assignment: = CLRA CLRB CLRB STB -2,U LBRA L00412 jump to for condition L00411 EQU * * Line tgvectrex.c:1553: for body * Line tgvectrex.c:1553: function call: move_star() LDB -1,U variable star, declared at tgvectrex.c:1549 CLRA promoting byte argument to word PSHS B,A argument 1 of move_star(): unsigned char LBSR _move_star LEAS 2,S L00413 EQU * * Line tgvectrex.c:1553: for increment(s) INC -2,U L00412 EQU * * Line tgvectrex.c:1553: for condition LDA -1,U LDB #$0D MUL result of type byte in B CLRA promotion of binary operand PSHS B,A LDB -2,U variable i, declared at tgvectrex.c:1549 CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBLO L00411 LBRA L00414 L00414 EQU * end for L00409 EQU * * Line tgvectrex.c:1551: for increment(s) INC -1,U L00408 EQU * * Line tgvectrex.c:1551: for condition LDB -1,U variable star CMPB #$10 LBLO L00407 LBRA L00410 L00410 EQU * end for L00038 EQU * end of init_stars() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION initialise_ship(): defined at tgvectrex.c:1721 _initialise_ship EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:1723: init of variable ship_next LDA 5,U LDB #$0E MUL result of type byte in B STB -1,U variable ship_next * Line tgvectrex.c:1726: assignment: = LDB 7,U variable model_type, declared at tgvectrex.c:1721 CLRA PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1727: assignment: = LDD 8,U variable x, declared at tgvectrex.c:1721 PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1728: assignment: = LDD 10,U variable y, declared at tgvectrex.c:1721 PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1729: assignment: = LDD 12,U variable z, declared at tgvectrex.c:1721 PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1730: assignment: = LDD 14,U variable Xrot, declared at tgvectrex.c:1721 PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1731: assignment: = LDD 16,U variable Yrot, declared at tgvectrex.c:1721 PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1732: assignment: = LDD 18,U variable Zrot, declared at tgvectrex.c:1721 PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1733: assignment: = LDD 20,U variable scale_fp, declared at tgvectrex.c:1721 PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1734: assignment: = LDD #$14 decimal 20 signed PSHS B,A * Line tgvectrex.c:1734: function call: pickrandom() LDD #$78 decimal 120 signed PSHS B,A argument 2 of pickrandom(): int LDD #$50 decimal 80 signed PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S PULS X LBSR MUL16 PSHS B,A LDD #$64 decimal 100 signed PULS X LBSR SDIV16 TFR X,D quotient PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1736: assignment: = CLRA CLRB PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1737: assignment: = * Line tgvectrex.c:1737: function call: pickrandom() LDD #$0190 decimal 400 signed PSHS B,A argument 2 of pickrandom(): int LDD #$FE70 constant expression: 65136 decimal PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1738: assignment: = * Line tgvectrex.c:1738: function call: pickrandom() LDD #$012C decimal 300 signed PSHS B,A argument 2 of pickrandom(): int LDD #$FED4 constant expression: 65236 decimal PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1739: assignment: = LDD 12,U variable z, declared at tgvectrex.c:1721 PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1743: assignment: = CLRA CLRB PSHS B,A LEAX G00196+0,PCR address of array ships PSHS X preserve array address, then eval array index LEAX -1,U variable ship_next, declared at tgvectrex.c:1723 LDB ,X INC ,X CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,S++ STD ,X L00045 EQU * end of initialise_ship() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION irand(): defined at tgvectrex.c:887 _irand EQU * PSHS U LEAU ,S * Line tgvectrex.c:889: return with value * Line tgvectrex.c:889: function call: urandom16() LBSR _urandom16 PSHS B,A LDD 4,U variable max, declared at tgvectrex.c:887 PULS X LBSR SDIV16 LBRA L00014 return (tgvectrex.c:889) L00014 EQU * end of irand() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION isqrt(): defined at tgvectrex.c:913 _isqrt EQU * PSHS U LEAU ,S LEAS -6,S * Line tgvectrex.c:915: init of variable res CLRA CLRB STD -6,U variable res * Line tgvectrex.c:916: init of variable one LDD #$4000 16384 STD -4,U variable one * Line tgvectrex.c:920: while L00416 EQU * while condition at tgvectrex.c:920 LDD -4,U variable one CMPD 4,U variable op LBHI L00415 LBRA L00417 L00415 EQU * while body * Line tgvectrex.c:920: assignment: >>= LEAX -4,U variable one, declared at tgvectrex.c:916 LDD ,X get word to be shifted LSRA RORB LSRA RORB STD ,X store shifted word LBRA L00416 go to while condition L00417 EQU * after end of while starting at tgvectrex.c:920 * Line tgvectrex.c:922: while L00419 EQU * while condition at tgvectrex.c:922 LDD -4,U variable one, declared at tgvectrex.c:916 ADDD #0 LBNE L00418 LBRA L00420 L00418 EQU * while body * Line tgvectrex.c:923: if * Line tgvectrex.c:923: assignment: = LDD -4,U variable one, declared at tgvectrex.c:916 PSHS B,A LDD -6,U variable res, declared at tgvectrex.c:915 ADDD ,S++ STD -2,U PSHS B,A LDD 4,U variable op, declared at tgvectrex.c:913 CMPD ,S++ LBHS L00421 LBRA L00422 L00421 EQU * then * Line tgvectrex.c:924: assignment: -= LDD 4,U variable op SUBD -2,U variable limit STD 4,U variable op * Line tgvectrex.c:925: assignment: += LDD -6,U variable res ADDD -4,U variable one STD -6,U variable res * Line tgvectrex.c:926: assignment: += LDD -6,U variable res ADDD -4,U variable one STD -6,U variable res L00422 EQU * else L00423 EQU * end if * Line tgvectrex.c:928: assignment: >>= LEAX -6,U variable res, declared at tgvectrex.c:915 LDD ,X get word to be shifted LSRA RORB STD ,X store shifted word * Line tgvectrex.c:929: assignment: >>= LEAX -4,U variable one, declared at tgvectrex.c:916 LDD ,X get word to be shifted LSRA RORB LSRA RORB STD ,X store shifted word LBRA L00419 go to while condition L00420 EQU * after end of while starting at tgvectrex.c:922 * Line tgvectrex.c:935: return with value LDD -6,U variable res, declared at tgvectrex.c:915 LBRA L00017 return (tgvectrex.c:935) L00017 EQU * end of isqrt() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION main(): defined at tgvectrex.c:2805 _main EQU * PSHS U LEAU ,S LEAS -4,S * Line tgvectrex.c:2814: function call: pre_graphics_initialisation() LBSR _pre_graphics_initialisation * Line tgvectrex.c:2816: function call: graphics_initialisation() LDD -2,U variable argv, declared at tgvectrex.c:2808 PSHS B,A argument 2 of graphics_initialisation(): char ** LEAX -4,U variable argc, declared at tgvectrex.c:2807 PSHS X argument 1 of graphics_initialisation(): int * LBSR _graphics_initialisation LEAS 4,S * Line tgvectrex.c:2818: function call: post_graphics_initialisation() LBSR _post_graphics_initialisation * Line tgvectrex.c:2820: function call: Main_loop() LBSR _Main_loop * Line tgvectrex.c:2822: return with value CLRA CLRB LBRA L00103 return (tgvectrex.c:2822) L00103 EQU * end of main() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION millis(): defined at tgvectrex.c:204 _millis EQU * * Line tgvectrex.c:212: return with value LDD G00106+0,PCR variable millis_time, declared at tgvectrex.c:138 LBRA L00009 return (tgvectrex.c:212) L00009 EQU * end of millis() RTS * END FUNCTION ******************************************************************************* * FUNCTION mouseX(): defined at tgvectrex.c:190 _mouseX EQU * * Line tgvectrex.c:196: return with value CLRA CLRB LBRA L00007 return (tgvectrex.c:196) L00007 EQU * end of mouseX() RTS * END FUNCTION ******************************************************************************* * FUNCTION mouseY(): defined at tgvectrex.c:199 _mouseY EQU * * Line tgvectrex.c:201: return with value CLRA CLRB LBRA L00008 return (tgvectrex.c:201) L00008 EQU * end of mouseY() RTS * END FUNCTION ******************************************************************************* * FUNCTION move_star(): defined at tgvectrex.c:1529 _move_star EQU * PSHS U LEAU ,S LEAS -4,S * Line tgvectrex.c:1531: init of variable x LEAX G00197+0,PCR address of array px LDB 5,U variable starno CLRA index expression is of byte type LSLB ROLA LEAX D,X add byte offset LDD ,X get r-value STD -4,U variable x * Line tgvectrex.c:1531: init of variable y LEAX G00198+0,PCR address of array py LDB 5,U variable starno CLRA index expression is of byte type LSLB ROLA LEAX D,X add byte offset LDD ,X get r-value STD -2,U variable y * Line tgvectrex.c:1534: assignment: = LDD -4,U variable x, declared at tgvectrex.c:1531 PSHS B,A LDD -4,U variable x, declared at tgvectrex.c:1531 LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA SUBD ,S++ ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB STD -4,U * Line tgvectrex.c:1534: assignment: = LDD -2,U variable y, declared at tgvectrex.c:1531 PSHS B,A LDD -2,U variable y, declared at tgvectrex.c:1531 LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA LSLB ROLA SUBD ,S++ ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB STD -2,U * Line tgvectrex.c:1535: if * Line tgvectrex.c:1535: function call: clipoff() LDD -2,U variable y, declared at tgvectrex.c:1531 PSHS B,A argument 2 of clipoff(): int LDD -4,U variable x, declared at tgvectrex.c:1531 PSHS B,A argument 1 of clipoff(): int LBSR _clipoff LEAS 4,S TSTB LBNE L00424 LBRA L00425 L00424 EQU * then * Line tgvectrex.c:1536: assignment: = * Line tgvectrex.c:1536: function call: star_x1() LDB 5,U variable starno, declared at tgvectrex.c:1529 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 tgvectrex.c:1536: assignment: = * Line tgvectrex.c:1536: function call: star_y1() LDB 5,U variable starno, declared at tgvectrex.c:1529 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 L00425 EQU * else L00426 EQU * end if * Line tgvectrex.c:1538: assignment: = LDD -4,U variable x, declared at tgvectrex.c:1531 PSHS B,A LEAX G00197+0,PCR address of array px 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 tgvectrex.c:1538: assignment: = LDD -2,U variable y, declared at tgvectrex.c:1531 PSHS B,A LEAX G00198+0,PCR address of array py LDB 5,U variable starno CLRA index expression is of byte type LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X L00036 EQU * end of move_star() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION mul_short_by_fp2_14_returning_short(): defined at tgvectrex.c:1391 _mul_short_by_fp2_14_returning_short EQU * PSHS U LEAU ,S-- * Line tgvectrex.c:1393: init of variable sign LDD #$01 1 STD -2,U variable sign * Line tgvectrex.c:1394: if LDD 4,U variable num ADDD #0 LBLT L00427 LBRA L00428 L00427 EQU * then * Line tgvectrex.c:1394: assignment: = LDD 4,U variable num, declared at tgvectrex.c:1391 COMA COMB ADDD #1 STD 4,U * Line tgvectrex.c:1394: assignment: = LDD -2,U variable sign, declared at tgvectrex.c:1393 COMA COMB ADDD #1 STD -2,U L00428 EQU * else L00429 EQU * end if * Line tgvectrex.c:1395: if LDD 6,U variable fp ADDD #0 LBLT L00430 LBRA L00431 L00430 EQU * then * Line tgvectrex.c:1395: assignment: = LDD 6,U variable fp, declared at tgvectrex.c:1391 COMA COMB ADDD #1 STD 6,U * Line tgvectrex.c:1395: assignment: = LDD -2,U variable sign, declared at tgvectrex.c:1393 COMA COMB ADDD #1 STD -2,U L00431 EQU * else L00432 EQU * end if * Line tgvectrex.c:1396: return with value LDD -2,U variable sign, declared at tgvectrex.c:1393 PSHS B,A * Line tgvectrex.c:1396: function call: muldiv() LDD #$4000 constant expression: 16384 decimal PSHS B,A argument 3 of muldiv(): int LDD 6,U variable fp, declared at tgvectrex.c:1391 PSHS B,A argument 2 of muldiv(): int LDD 4,U variable num, declared at tgvectrex.c:1391 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S PULS X LBSR MUL16 LBRA L00029 return (tgvectrex.c:1396) L00029 EQU * end of mul_short_by_fp2_14_returning_short() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION muldiv(): defined at tgvectrex.c:1046 _muldiv EQU * PSHS U LEAU ,S LEAS -8,S * Line tgvectrex.c:1052: init of variable q CLRA CLRB STD -8,U variable q * Line tgvectrex.c:1052: init of variable r CLRA CLRB STD -6,U variable r * Line tgvectrex.c:1055: if LDD 4,U variable a CMPD 6,U variable b LBLO L00433 LBRA L00434 L00433 EQU * then * Line tgvectrex.c:1056: assignment: = LDX 6,U left LDD 8,U right LBSR DIV16 TFR X,D quotient STD -4,U * Line tgvectrex.c:1057: assignment: = LDX 6,U left LDD 8,U right LBSR DIV16 STD -2,U * Line tgvectrex.c:1058: while L00436 EQU * while condition at tgvectrex.c:1058 LDD 4,U variable a, declared at tgvectrex.c:1046 ADDD #0 LBNE L00435 LBRA L00437 L00435 EQU * while body * Line tgvectrex.c:1059: if LDD 4,U variable a ANDA #$00 ANDB #$01 ADDD #0 LBNE L00438 LBRA L00439 L00438 EQU * then * Line tgvectrex.c:1059: assignment: += LDD -8,U variable q ADDD -4,U variable qn STD -8,U variable q * Line tgvectrex.c:1059: assignment: += LDD -6,U variable r ADDD -2,U variable rn STD -6,U variable r * Line tgvectrex.c:1059: if LDD -6,U variable r CMPD 8,U variable c LBHS L00440 LBRA L00441 L00440 EQU * then LEAX -8,U variable q, declared at tgvectrex.c:1052 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value * Line tgvectrex.c:1059: assignment: -= LDD -6,U variable r SUBD 8,U variable c STD -6,U variable r L00441 EQU * else L00442 EQU * end if L00439 EQU * else L00443 EQU * end if * Line tgvectrex.c:1060: assignment: >>= LEAX 4,U variable a, declared at tgvectrex.c:1046 LDD ,X get word to be shifted LSRA RORB STD ,X store shifted word * Line tgvectrex.c:1060: assignment: <<= LEAX -4,U variable qn, declared at tgvectrex.c:1052 LDD ,X get word to be shifted LSLB ROLA STD ,X store shifted word * Line tgvectrex.c:1060: assignment: <<= LEAX -2,U variable rn, declared at tgvectrex.c:1052 LDD ,X get word to be shifted LSLB ROLA STD ,X store shifted word * Line tgvectrex.c:1060: if LDD -2,U variable rn CMPD 8,U variable c LBHS L00444 LBRA L00445 L00444 EQU * then LEAX -4,U variable qn, declared at tgvectrex.c:1052 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value * Line tgvectrex.c:1060: assignment: -= LDD -2,U variable rn SUBD 8,U variable c STD -2,U variable rn L00445 EQU * else L00446 EQU * end if LBRA L00436 go to while condition L00437 EQU * after end of while starting at tgvectrex.c:1058 LBRA L00447 jump over else clause L00434 EQU * else * Line tgvectrex.c:1064: assignment: = LDX 4,U left LDD 8,U right LBSR DIV16 TFR X,D quotient STD -4,U * Line tgvectrex.c:1065: assignment: = LDX 4,U left LDD 8,U right LBSR DIV16 STD -2,U * Line tgvectrex.c:1066: while L00449 EQU * while condition at tgvectrex.c:1066 LDD 6,U variable b, declared at tgvectrex.c:1046 ADDD #0 LBNE L00448 LBRA L00450 L00448 EQU * while body * Line tgvectrex.c:1067: if LDD 6,U variable b ANDA #$00 ANDB #$01 ADDD #0 LBNE L00451 LBRA L00452 L00451 EQU * then * Line tgvectrex.c:1067: assignment: += LDD -8,U variable q ADDD -4,U variable qn STD -8,U variable q * Line tgvectrex.c:1067: assignment: += LDD -6,U variable r ADDD -2,U variable rn STD -6,U variable r * Line tgvectrex.c:1067: if LDD -6,U variable r CMPD 8,U variable c LBHS L00453 LBRA L00454 L00453 EQU * then LEAX -8,U variable q, declared at tgvectrex.c:1052 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value * Line tgvectrex.c:1067: assignment: -= LDD -6,U variable r SUBD 8,U variable c STD -6,U variable r L00454 EQU * else L00455 EQU * end if L00452 EQU * else L00456 EQU * end if * Line tgvectrex.c:1068: assignment: >>= LEAX 6,U variable b, declared at tgvectrex.c:1046 LDD ,X get word to be shifted LSRA RORB STD ,X store shifted word * Line tgvectrex.c:1068: assignment: <<= LEAX -4,U variable qn, declared at tgvectrex.c:1052 LDD ,X get word to be shifted LSLB ROLA STD ,X store shifted word * Line tgvectrex.c:1068: assignment: <<= LEAX -2,U variable rn, declared at tgvectrex.c:1052 LDD ,X get word to be shifted LSLB ROLA STD ,X store shifted word * Line tgvectrex.c:1068: if LDD -2,U variable rn CMPD 8,U variable c LBHS L00457 LBRA L00458 L00457 EQU * then LEAX -4,U variable qn, declared at tgvectrex.c:1052 LDD ,X ADDD #1 STD ,X SUBD #1 post increment yields initial value * Line tgvectrex.c:1068: assignment: -= LDD -2,U variable rn SUBD 8,U variable c STD -2,U variable rn L00458 EQU * else L00459 EQU * end if LBRA L00449 go to while condition L00450 EQU * after end of while starting at tgvectrex.c:1066 L00447 EQU * end if * Line tgvectrex.c:1071: return with value LDD -8,U variable q, declared at tgvectrex.c:1052 LBRA L00020 return (tgvectrex.c:1071) L00020 EQU * end of muldiv() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION numdigits(): defined at tgvectrex.c:1180 _numdigits EQU * PSHS U LEAU ,S LEAS -1,S * Line tgvectrex.c:1183: init of variable result CLR -1,U variable result * Line tgvectrex.c:1187: do-while L00460 EQU * do-while body * Line tgvectrex.c:1185: assignment: = LDX 4,U left LDD #$0A right LBSR SDIV16 TFR X,D quotient STD 4,U LEAX -1,U variable result, declared at tgvectrex.c:1183 LDB ,X INC ,X L00461 EQU * do-while condition at tgvectrex.c:1187 LDD 4,U variable num ADDD #0 LBGT L00460 LBRA L00462 LBRA L00460 go to start of do-while body L00462 EQU * after end of do-while starting at tgvectrex.c:1187 * Line tgvectrex.c:1188: return with value LDB -1,U variable result, declared at tgvectrex.c:1183 LBRA L00025 return (tgvectrex.c:1188) L00025 EQU * end of numdigits() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION pickrandom(): defined at tgvectrex.c:892 _pickrandom EQU * PSHS U LEAU ,S * Line tgvectrex.c:895: return with value LDD 4,U variable low, declared at tgvectrex.c:892 PSHS B,A * Line tgvectrex.c:895: function call: irand() LDD #$01 decimal 1 signed PSHS B,A LDD 4,U variable low, declared at tgvectrex.c:892 PSHS B,A LDD 6,U variable high, declared at tgvectrex.c:892 SUBD ,S++ ADDD ,S++ PSHS B,A argument 1 of irand(): int LBSR _irand LEAS 2,S ADDD ,S++ LBRA L00015 return (tgvectrex.c:895) L00015 EQU * end of pickrandom() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION playTailgunner(): defined at tgvectrex.c:2480 _playTailgunner EQU * * Line tgvectrex.c:2487: assignment: = * Line tgvectrex.c:2487: function call: fp2_14_sin() LDB G00143+0,PCR variable flashingtexttimer, declared at tgvectrex.c:1283 CLRA promoting byte argument to word PSHS B,A argument 1 of fp2_14_sin(): unsigned char LBSR _fp2_14_sin LEAS 2,S TFR A,B shift D 8 bits right SEX signed ASRB PSHS B,A LDD #$5F decimal 95 signed ADDD ,S++ STB G00142+0,PCR * Line tgvectrex.c:2488: assignment: = LDB G00143+0,PCR CLRA ADDD #$08 8 STB G00143+0,PCR * Line tgvectrex.c:2491: if LDB G00108+0,PCR variable Pressed_Key CMPB #$33 BNE L00464 * Line tgvectrex.c:2492: assignment: = CLRA CLRB CLRB STB G00108+0,PCR * Line tgvectrex.c:2493: assignment: += LDB G00136+0,PCR variable Credits ADDB #$01 += operator at tgvectrex.c:2493 STB G00136+0,PCR * Line tgvectrex.c:2494: function call: startAsyncSound() LDD #$06 decimal 6 signed PSHS B,A argument 1 of startAsyncSound(): int LBSR _startAsyncSound LEAS 2,S * Line tgvectrex.c:2495: if LDD G00145+0,PCR variable Mode CMPD #$04 LBLT L00465 LBRA L00466 L00465 EQU * then * Line tgvectrex.c:2496: assignment: = LDD #$04 decimal 4 signed LDD #$04 STD G00145+0,PCR L00466 EQU * else L00467 EQU * end if L00464 EQU * else L00468 EQU * end if * Line tgvectrex.c:2500: if LDD G00145+0,PCR variable Mode CMPD #$06 LBEQ L00471 LBRA L00470 L00471 EQU * LDD G00157+0,PCR variable ShipsPassedThisWave ADDD #0 LBGT L00469 LBRA L00470 L00469 EQU * then * Line tgvectrex.c:2501: function call: stars() LDD #$04 decimal 4 signed PSHS B,A argument 1 of stars(): int LBSR _stars LEAS 2,S LBRA L00472 jump over else clause L00470 EQU * else * Line tgvectrex.c:2503: function call: stars() LDD #$01 decimal 1 signed PSHS B,A argument 1 of stars(): int LBSR _stars LEAS 2,S L00472 EQU * end if * Line tgvectrex.c:2526: if LDD G00145+0,PCR variable Mode, declared at tgvectrex.c:1288 ADDD #0 LBEQ L00473 LBRA L00474 L00473 EQU * then * Line tgvectrex.c:2538: function call: Playintro() LBSR _Playintro * Line tgvectrex.c:2544: assignment: = LDD #$01 decimal 1 signed LDD #$01 STD G00145+0,PCR LBRA L00475 jump over else clause L00474 EQU * else * Line tgvectrex.c:2546: if LDD G00145+0,PCR variable Mode CMPD #$01 BNE L00477 * Line tgvectrex.c:2550: function call: Draw_highscore() LBSR _Draw_highscore * Line tgvectrex.c:2551: function call: Draw_last_game_score() LBSR _Draw_last_game_score * Line tgvectrex.c:2553: if LDD G00141+0,PCR variable flashing_intro_timer ADDD #0 LBGT L00478 LBRA L00479 L00478 EQU * then * Line tgvectrex.c:2554: assignment: -= LDD G00141+0,PCR variable flashing_intro_timer SUBD #$01 -= operator at tgvectrex.c:2554 STD G00141+0,PCR * Line tgvectrex.c:2555: function call: setintensity() LDB G00142+0,PCR variable global_flashing_intensity, declared at tgvectrex.c:1282 CLRA promoting byte argument to word PSHS B,A argument 1 of setintensity(): unsigned char LBSR _setintensity LEAS 2,S * Line tgvectrex.c:2556: if LDD G00141+0,PCR variable flashing_intro_timer, declared at tgvectrex.c:1281 ADDD #0 LBEQ L00480 LBRA L00481 L00480 EQU * then * Line tgvectrex.c:2557: assignment: = LDD #$40 decimal 64 signed LDB #$40 STB G00138+0,PCR * Line tgvectrex.c:2558: assignment: = LDD #$CE decimal 206 signed LDD #$CE STD G00137+0,PCR * Line tgvectrex.c:2559: assignment: = LDD #$3C decimal 60 signed LDD #$3C STD G00144+0,PCR L00481 EQU * else L00482 EQU * end if L00479 EQU * else L00483 EQU * end if * Line tgvectrex.c:2563: if LDD G00144+0,PCR variable hide_intro_timer, declared at tgvectrex.c:1285 ADDD #0 LBEQ L00484 LBRA L00485 L00484 EQU * then * Line tgvectrex.c:2565: function call: drawtgintro() LBSR _drawtgintro * Line tgvectrex.c:2575: if LDD G00141+0,PCR variable flashing_intro_timer, declared at tgvectrex.c:1281 ADDD #0 LBEQ L00486 LBRA L00487 L00486 EQU * then * Line tgvectrex.c:2576: assignment: -= LDB G00138+0,PCR variable intro_rot SUBB #$02 -= operator at tgvectrex.c:2576 STB G00138+0,PCR * Line tgvectrex.c:2577: assignment: -= LDD G00137+0,PCR variable intro_z SUBD #$01 -= operator at tgvectrex.c:2577 STD G00137+0,PCR * Line tgvectrex.c:2578: if LDD G00137+0,PCR variable intro_z CMPD #$FF39 LBLT L00488 LBRA L00489 L00488 EQU * then * Line tgvectrex.c:2580: if LDD G00165+0,PCR variable stopintroflag CMPD #$01 BNE L00491 LBRA L00100 return (tgvectrex.c:2581) L00491 EQU * else L00492 EQU * end if * Line tgvectrex.c:2583: assignment: = LDD #$81 decimal 129 signed LDD #$81 STD G00141+0,PCR * Line tgvectrex.c:2584: assignment: = CLRA CLRB CLRB STB G00138+0,PCR L00489 EQU * else L00493 EQU * end if L00487 EQU * else L00494 EQU * end if LBRA L00495 jump over else clause L00485 EQU * else * Line tgvectrex.c:2588: function call: setintensity() LDD #$6E decimal 110 signed PSHS B,A argument 1 of setintensity(): int LBSR _setintensity LEAS 2,S * Line tgvectrex.c:2589: assignment: -= LDD G00144+0,PCR variable hide_intro_timer SUBD #$01 -= operator at tgvectrex.c:2589 STD G00144+0,PCR * Line tgvectrex.c:2590: if LDD G00144+0,PCR variable hide_intro_timer, declared at tgvectrex.c:1285 ADDD #0 LBEQ L00496 LBRA L00497 L00496 EQU * then * Line tgvectrex.c:2591: function call: Start_new_game() LBSR _Start_new_game * Line tgvectrex.c:2592: assignment: = LDD #$02 decimal 2 signed LDD #$02 STD G00145+0,PCR L00497 EQU * else L00498 EQU * end if L00495 EQU * end if LBRA L00499 jump over else clause L00477 EQU * else * Line tgvectrex.c:2596: if LDD G00145+0,PCR variable Mode CMPD #$02 BNE L00501 * Line tgvectrex.c:2605: function call: Update_ships() LBSR _Update_ships * Line tgvectrex.c:2606: function call: Render_ships() LBSR _Render_ships * Line tgvectrex.c:2607: function call: Draw_highscore() LBSR _Draw_highscore * Line tgvectrex.c:2608: function call: Draw_last_game_score() LBSR _Draw_last_game_score * Line tgvectrex.c:2616: if LDD #$02 decimal 2 unsigned PSHS B,A LDD G00196+26,PCR index 13 in array ships[] CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBHS L00505 LBRA L00503 L00505 EQU * LDD #$02 decimal 2 unsigned PSHS B,A LDD G00196+54,PCR index 27 in array ships[] CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBHS L00504 LBRA L00503 L00504 EQU * LDD #$02 decimal 2 unsigned PSHS B,A LDD G00196+82,PCR index 41 in array ships[] CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBHS L00502 LBRA L00503 L00502 EQU * then * Line tgvectrex.c:2619: assignment: = LDD #$C8 decimal 200 signed LDD #$C8 STD G00139+0,PCR * Line tgvectrex.c:2620: assignment: = LDD #$03 decimal 3 signed LDD #$03 STD G00145+0,PCR L00503 EQU * else L00506 EQU * end if LBRA L00507 jump over else clause L00501 EQU * else * Line tgvectrex.c:2629: if LDD G00145+0,PCR variable Mode CMPD #$03 BNE L00509 * Line tgvectrex.c:2634: function call: Draw_highscore() LBSR _Draw_highscore * Line tgvectrex.c:2635: function call: Draw_last_game_score() LBSR _Draw_last_game_score * Line tgvectrex.c:2636: function call: InsertCoin() LBSR _InsertCoin * Line tgvectrex.c:2637: assignment: -= LDD G00139+0,PCR variable insertcoin_mode_timer SUBD #$01 -= operator at tgvectrex.c:2637 STD G00139+0,PCR * Line tgvectrex.c:2638: if LDD G00139+0,PCR variable insertcoin_mode_timer, declared at tgvectrex.c:1277 ADDD #0 LBEQ L00510 LBRA L00511 L00510 EQU * then * Line tgvectrex.c:2639: assignment: = CLRA CLRB LDD #$00 STD G00145+0,PCR L00511 EQU * else L00512 EQU * end if LBRA L00513 jump over else clause L00509 EQU * else * Line tgvectrex.c:2642: if LDD G00145+0,PCR variable Mode CMPD #$04 BNE L00515 * Line tgvectrex.c:2646: function call: Draw_highscore() LBSR _Draw_highscore * Line tgvectrex.c:2647: function call: Draw_last_game_score() LBSR _Draw_last_game_score * Line tgvectrex.c:2649: if LDB G00136+0,PCR variable Credits, declared at tgvectrex.c:1267 TSTB LBNE L00516 LBRA L00517 L00516 EQU * then * Line tgvectrex.c:2650: assignment: = LDD #$02 decimal 2 signed LDD #$02 STD G00165+0,PCR * Line tgvectrex.c:2651: function call: Draw_credits() LBSR _Draw_credits * Line tgvectrex.c:2652: function call: Press_start() LBSR _Press_start * Line tgvectrex.c:2654: if LDB G00108+0,PCR variable Pressed_Key CMPB #$31 BNE L00519 * Line tgvectrex.c:2655: assignment: = CLRA CLRB CLRB STB G00108+0,PCR * Line tgvectrex.c:2656: assignment: -= LDB G00136+0,PCR variable Credits SUBB #$01 -= operator at tgvectrex.c:2656 STB G00136+0,PCR * Line tgvectrex.c:2657: function call: Start_new_game() LBSR _Start_new_game * Line tgvectrex.c:2658: assignment: = LDD #$05 decimal 5 signed LDD #$05 STD G00145+0,PCR L00519 EQU * else L00520 EQU * end if LBRA L00521 jump over else clause L00517 EQU * else L00521 EQU * end if LBRA L00522 jump over else clause L00515 EQU * else * Line tgvectrex.c:2672: if LDD G00145+0,PCR variable Mode CMPD #$05 BNE L00524 * Line tgvectrex.c:2674: function call: draw_crosshair() * Line tgvectrex.c:2674: function call: mouseY() LBSR _mouseY PSHS B,A argument 2 of draw_crosshair(): int * Line tgvectrex.c:2674: function call: mouseX() LBSR _mouseX PSHS B,A argument 1 of draw_crosshair(): int LBSR _draw_crosshair LEAS 4,S * Line tgvectrex.c:2676: if LDB G00108+0,PCR variable Pressed_Key CMPB #$20 LBEQ L00527 LBRA L00529 L00529 EQU * LDB G00108+0,PCR variable Pressed_Key CMPB #$09 LBEQ L00527 LBRA L00528 L00528 EQU * LDB G00112+0,PCR variable mouse_shields, declared at tgvectrex.c:142 TSTB LBNE L00527 LBRA L00526 L00527 EQU * LDD G00154+0,PCR variable Shields ADDD #0 LBGT L00525 LBRA L00526 L00525 EQU * then * Line tgvectrex.c:2677: assignment: = CLRA CLRB CLRB STB G00108+0,PCR * Line tgvectrex.c:2678: assignment: = LDD #$01 decimal 1 signed LDD #$01 STD G00153+0,PCR LBRA L00530 jump over else clause L00526 EQU * else * Line tgvectrex.c:2680: assignment: = CLRA CLRB LDD #$00 STD G00153+0,PCR L00530 EQU * end if * Line tgvectrex.c:2684: if LDD G00153+0,PCR variable UsingShields CMPD #$01 BNE L00532 * Line tgvectrex.c:2685: function call: Shield() LBSR _Shield LBRA L00533 jump over else clause L00532 EQU * else * Line tgvectrex.c:2687: assignment: = CLRA CLRB LDD #$00 STD G00156+0,PCR L00533 EQU * end if * Line tgvectrex.c:2690: function call: Update_ships() LBSR _Update_ships * Line tgvectrex.c:2692: if LDD G00152+0,PCR variable Score CMPD G00150+0,PCR variable HighScore LBGT L00534 LBRA L00535 L00534 EQU * then * Line tgvectrex.c:2692: assignment: = LDD G00152+0,PCR variable Score, declared at tgvectrex.c:1300 LDD G00152+0,PCR STD G00150+0,PCR L00535 EQU * else L00536 EQU * end if * Line tgvectrex.c:2693: function call: Render_ships() LBSR _Render_ships * Line tgvectrex.c:2694: function call: Render_lasers() LBSR _Render_lasers * Line tgvectrex.c:2696: function call: Draw_score() LBSR _Draw_score * Line tgvectrex.c:2697: function call: Draw_ShipsPassedTotal() LBSR _Draw_ShipsPassedTotal * Line tgvectrex.c:2698: function call: Draw_shields_left() LBSR _Draw_shields_left * Line tgvectrex.c:2703: if LDD #$02 decimal 2 unsigned PSHS B,A LDD G00196+26,PCR index 13 in array ships[] CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBHS L00540 LBRA L00538 L00540 EQU * LDD #$02 decimal 2 unsigned PSHS B,A LDD G00196+54,PCR index 27 in array ships[] CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBHS L00539 LBRA L00538 L00539 EQU * LDD #$02 decimal 2 unsigned PSHS B,A LDD G00196+82,PCR index 41 in array ships[] CLRA promotion of binary operand LEAS 1,S disregard MSB CMPB ,S+ compare with LSB LBHS L00537 LBRA L00538 L00537 EQU * then * Line tgvectrex.c:2706: if LDD G00157+0,PCR variable ShipsPassedThisWave ADDD #0 LBGT L00541 LBRA L00542 L00541 EQU * then * Line tgvectrex.c:2707: assignment: = LDD #$32 decimal 50 signed LDD #$32 STD G00140+0,PCR * Line tgvectrex.c:2708: assignment: = LDD #$06 decimal 6 signed LDD #$06 STD G00145+0,PCR LBRA L00543 jump over else clause L00542 EQU * else * Line tgvectrex.c:2712: if LDD G00158+0,PCR variable ShipsPassedTotal CMPD #$0A LBLT L00544 LBRA L00545 L00544 EQU * then * Line tgvectrex.c:2713: function call: Start_attack_wave() LBSR _Start_attack_wave * Line tgvectrex.c:2714: assignment: = LDD #$05 decimal 5 signed LDD #$05 STD G00145+0,PCR LBRA L00546 jump over else clause L00545 EQU * else * Line tgvectrex.c:2716: if LDB G00136+0,PCR variable Credits, declared at tgvectrex.c:1267 TSTB LBNE L00547 LBRA L00548 L00547 EQU * then * Line tgvectrex.c:2717: assignment: = LDD #$04 decimal 4 signed LDD #$04 STD G00145+0,PCR LBRA L00549 jump over else clause L00548 EQU * else * Line tgvectrex.c:2719: assignment: = CLRA CLRB LDD #$00 STD G00145+0,PCR * Line tgvectrex.c:2720: assignment: = LDD G00152+0,PCR variable Score, declared at tgvectrex.c:1300 LDD G00152+0,PCR STD G00151+0,PCR L00549 EQU * end if L00546 EQU * end if L00543 EQU * end if L00538 EQU * else L00550 EQU * end if LBRA L00551 jump over else clause L00524 EQU * else * Line tgvectrex.c:2726: if LDD G00145+0,PCR variable Mode CMPD #$06 BNE L00553 * Line tgvectrex.c:2730: function call: Draw_score() LBSR _Draw_score * Line tgvectrex.c:2731: function call: Draw_ShipsPassedTotal() LBSR _Draw_ShipsPassedTotal * Line tgvectrex.c:2732: function call: Draw_shields_left() LBSR _Draw_shields_left * Line tgvectrex.c:2734: if LDD G00140+0,PCR variable passing_mode_timer ADDD #0 LBGT L00554 LBRA L00555 L00554 EQU * then * Line tgvectrex.c:2735: assignment: -= LDD G00140+0,PCR variable passing_mode_timer SUBD #$01 -= operator at tgvectrex.c:2735 STD G00140+0,PCR * Line tgvectrex.c:2736: if LDD G00140+0,PCR variable passing_mode_timer, declared at tgvectrex.c:1279 ADDD #0 LBEQ L00556 LBRA L00557 L00556 EQU * then * Line tgvectrex.c:2737: if LDD G00158+0,PCR variable ShipsPassedTotal CMPD #$0A LBLT L00558 LBRA L00559 L00558 EQU * then * Line tgvectrex.c:2738: function call: Start_attack_wave() LBSR _Start_attack_wave * Line tgvectrex.c:2739: assignment: = LDD #$05 decimal 5 signed LDD #$05 STD G00145+0,PCR LBRA L00560 jump over else clause L00559 EQU * else * Line tgvectrex.c:2741: if LDB G00136+0,PCR variable Credits, declared at tgvectrex.c:1267 TSTB LBNE L00561 LBRA L00562 L00561 EQU * then * Line tgvectrex.c:2742: assignment: = LDD #$04 decimal 4 signed LDD #$04 STD G00145+0,PCR LBRA L00563 jump over else clause L00562 EQU * else * Line tgvectrex.c:2744: assignment: = CLRA CLRB LDD #$00 STD G00145+0,PCR * Line tgvectrex.c:2745: assignment: = LDD G00152+0,PCR variable Score, declared at tgvectrex.c:1300 LDD G00152+0,PCR STD G00151+0,PCR L00563 EQU * end if L00560 EQU * end if L00557 EQU * else L00564 EQU * end if L00555 EQU * else L00565 EQU * end if LBRA L00566 jump over else clause L00553 EQU * else L00566 EQU * end if L00551 EQU * end if L00522 EQU * end if L00513 EQU * end if L00507 EQU * end if L00499 EQU * end if L00475 EQU * end if * Line tgvectrex.c:2755: function call: debug_ship() CLRA CLRB PSHS B,A argument 1 of debug_ship(): int LBSR _debug_ship LEAS 2,S * Line tgvectrex.c:2755: function call: debug_ship() LDD #$01 decimal 1 signed PSHS B,A argument 1 of debug_ship(): int LBSR _debug_ship LEAS 2,S * Line tgvectrex.c:2755: function call: debug_ship() LDD #$02 decimal 2 signed PSHS B,A argument 1 of debug_ship(): int LBSR _debug_ship LEAS 2,S L00100 EQU * end of playTailgunner() RTS * END FUNCTION ******************************************************************************* * FUNCTION plot_fire(): defined at tgvectrex.c:1583 _plot_fire EQU * PSHS U LEAU ,S LEAS -22,S * Line tgvectrex.c:1594: assignment: = LDD 6,U variable x1, declared at tgvectrex.c:1583 PSHS B,A LDD 10,U variable x2, declared at tgvectrex.c:1583 SUBD ,S++ STD -20,U * Line tgvectrex.c:1595: assignment: = LDD 8,U variable y1, declared at tgvectrex.c:1583 PSHS B,A LDD 12,U variable y2, declared at tgvectrex.c:1583 SUBD ,S++ STD -18,U * Line tgvectrex.c:1596: assignment: = LDD -20,U variable dx ADDD #0 LBGE L00567 if true CLRB BRA L00568 false L00567 EQU * LDB #1 L00568 EQU * TSTB LBEQ L00569 if conditional expression is false LDD -20,U variable dx, declared at tgvectrex.c:1593 LBRA L00570 end of true expression of conditional L00569 EQU * LDD -20,U variable dx, declared at tgvectrex.c:1593 COMA COMB ADDD #1 L00570 EQU * STD -12,U * Line tgvectrex.c:1597: assignment: = LDD -18,U variable dy ADDD #0 LBGE L00571 if true CLRB BRA L00572 false L00571 EQU * LDB #1 L00572 EQU * TSTB LBEQ L00573 if conditional expression is false LDD -18,U variable dy, declared at tgvectrex.c:1593 LBRA L00574 end of true expression of conditional L00573 EQU * LDD -18,U variable dy, declared at tgvectrex.c:1593 COMA COMB ADDD #1 L00574 EQU * STD -10,U * Line tgvectrex.c:1598: assignment: = LDD -20,U variable dx ADDD #0 LBLT L00575 if true CLRB BRA L00576 false L00575 EQU * LDB #1 L00576 EQU * TSTB LBEQ L00577 if conditional expression is false LDD #$FFFF constant expression: 65535 decimal LBRA L00578 end of true expression of conditional L00577 EQU * LDD -20,U variable dx ADDD #0 LBGT L00579 if true CLRB BRA L00580 false L00579 EQU * LDB #1 L00580 EQU * TSTB LBEQ L00581 if conditional expression is false LDD #$01 decimal 1 signed LBRA L00582 end of true expression of conditional L00581 EQU * CLRA CLRB L00582 EQU * SEX cast from byte (conditional expression) L00578 EQU * SEX STD -16,U * Line tgvectrex.c:1599: assignment: = LDD -18,U variable dy ADDD #0 LBLT L00583 if true CLRB BRA L00584 false L00583 EQU * LDB #1 L00584 EQU * TSTB LBEQ L00585 if conditional expression is false LDD #$FFFF constant expression: 65535 decimal LBRA L00586 end of true expression of conditional L00585 EQU * LDD -18,U variable dy ADDD #0 LBGT L00587 if true CLRB BRA L00588 false L00587 EQU * LDB #1 L00588 EQU * TSTB LBEQ L00589 if conditional expression is false LDD #$01 decimal 1 signed LBRA L00590 end of true expression of conditional L00589 EQU * CLRA CLRB L00590 EQU * SEX cast from byte (conditional expression) L00586 EQU * SEX STD -14,U * Line tgvectrex.c:1600: assignment: = LDD -10,U variable dyabs, declared at tgvectrex.c:1593 ASRA RORB STD -8,U * Line tgvectrex.c:1601: assignment: = LDD -12,U variable dxabs, declared at tgvectrex.c:1593 ASRA RORB STD -6,U * Line tgvectrex.c:1602: assignment: = LDD 6,U variable x1, declared at tgvectrex.c:1583 LDD 6,U STD -4,U * Line tgvectrex.c:1603: assignment: = LDD 8,U variable y1, declared at tgvectrex.c:1583 LDD 8,U STD -2,U * Line tgvectrex.c:1614: function call: Display_Vectrex_point() LDD -2,U variable py, declared at tgvectrex.c:1593 PSHS B,A argument 2 of Display_Vectrex_point(): int LDD -4,U variable px, declared at tgvectrex.c:1593 PSHS B,A argument 1 of Display_Vectrex_point(): int LBSR _Display_Vectrex_point LEAS 4,S * Line tgvectrex.c:1616: if LDD -12,U variable dxabs CMPD -10,U variable dyabs LBGE L00591 LBRA L00592 L00591 EQU * then * Line tgvectrex.c:1618: for init * Line tgvectrex.c:1618: assignment: = CLRA CLRB LDD #$00 STD -22,U LBRA L00594 jump to for condition L00593 EQU * * Line tgvectrex.c:1618: for body * Line tgvectrex.c:1620: assignment: += LDD -6,U variable y ADDD -10,U variable dyabs STD -6,U variable y * Line tgvectrex.c:1621: if LDD -6,U variable y CMPD -12,U variable dxabs LBGE L00597 LBRA L00598 L00597 EQU * then * Line tgvectrex.c:1623: assignment: -= LDD -6,U variable y SUBD -12,U variable dxabs STD -6,U variable y * Line tgvectrex.c:1624: assignment: += LDD -2,U variable py ADDD -14,U variable sdy STD -2,U variable py L00598 EQU * else L00599 EQU * end if * Line tgvectrex.c:1626: assignment: += LDD -4,U variable px ADDD -16,U variable sdx STD -4,U variable px * Line tgvectrex.c:1627: if LDD -22,U variable i CMPD #$19 BGT L00601 * Line tgvectrex.c:1628: function call: Display_Vectrex_point() LDD -2,U variable py, declared at tgvectrex.c:1593 PSHS B,A argument 2 of Display_Vectrex_point(): int LDD -4,U variable px, declared at tgvectrex.c:1593 PSHS B,A argument 1 of Display_Vectrex_point(): int LBSR _Display_Vectrex_point LEAS 4,S * Line tgvectrex.c:1629: assignment: = LDD -4,U variable px, declared at tgvectrex.c:1593 PSHS B,A LEAX G00199+0,PCR address of array firex LDD 4,U variable lr LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1629: assignment: = LDD -2,U variable py, declared at tgvectrex.c:1593 PSHS B,A LEAX G00200+0,PCR address of array firey LDD 4,U variable lr LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X L00601 EQU * else L00602 EQU * end if * Line tgvectrex.c:1631: if LDD -22,U variable i CMPD #$32 BNE L00604 * Line tgvectrex.c:1631: assignment: = LDD -4,U variable px, declared at tgvectrex.c:1593 PSHS B,A LEAX G00199+0,PCR address of array firex LDD 4,U variable lr LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1631: assignment: = LDD -2,U variable py, declared at tgvectrex.c:1593 PSHS B,A LEAX G00200+0,PCR address of array firey LDD 4,U variable lr LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X L00604 EQU * else L00605 EQU * end if L00595 EQU * * Line tgvectrex.c:1618: for increment(s) LDD -22,U ADDD #1 STD -22,U L00594 EQU * * Line tgvectrex.c:1618: for condition LDD -22,U variable i CMPD -12,U variable dxabs LBLT L00593 LBRA L00596 L00596 EQU * end for LBRA L00606 jump over else clause L00592 EQU * else * Line tgvectrex.c:1636: for init * Line tgvectrex.c:1636: assignment: = CLRA CLRB LDD #$00 STD -22,U LBRA L00608 jump to for condition L00607 EQU * * Line tgvectrex.c:1636: for body * Line tgvectrex.c:1638: assignment: += LDD -8,U variable x ADDD -12,U variable dxabs STD -8,U variable x * Line tgvectrex.c:1639: if LDD -8,U variable x CMPD -10,U variable dyabs LBGE L00611 LBRA L00612 L00611 EQU * then * Line tgvectrex.c:1641: assignment: -= LDD -8,U variable x SUBD -10,U variable dyabs STD -8,U variable x * Line tgvectrex.c:1642: assignment: += LDD -4,U variable px ADDD -16,U variable sdx STD -4,U variable px L00612 EQU * else L00613 EQU * end if * Line tgvectrex.c:1644: assignment: += LDD -2,U variable py ADDD -14,U variable sdy STD -2,U variable py * Line tgvectrex.c:1645: if LDD -22,U variable i CMPD #$19 BGT L00615 * Line tgvectrex.c:1646: function call: Display_Vectrex_point() LDD -2,U variable py, declared at tgvectrex.c:1593 PSHS B,A argument 2 of Display_Vectrex_point(): int LDD -4,U variable px, declared at tgvectrex.c:1593 PSHS B,A argument 1 of Display_Vectrex_point(): int LBSR _Display_Vectrex_point LEAS 4,S * Line tgvectrex.c:1647: assignment: = LDD -4,U variable px, declared at tgvectrex.c:1593 PSHS B,A LEAX G00199+0,PCR address of array firex LDD 4,U variable lr LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1647: assignment: = LDD -2,U variable py, declared at tgvectrex.c:1593 PSHS B,A LEAX G00200+0,PCR address of array firey LDD 4,U variable lr LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X L00615 EQU * else L00616 EQU * end if * Line tgvectrex.c:1649: if LDD -22,U variable i CMPD #$32 BNE L00618 * Line tgvectrex.c:1649: assignment: = LDD -4,U variable px, declared at tgvectrex.c:1593 PSHS B,A LEAX G00199+0,PCR address of array firex LDD 4,U variable lr LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X * Line tgvectrex.c:1649: assignment: = LDD -2,U variable py, declared at tgvectrex.c:1593 PSHS B,A LEAX G00200+0,PCR address of array firey LDD 4,U variable lr LSLB ROLA LEAX D,X add byte offset LDD ,S++ STD ,X L00618 EQU * else L00619 EQU * end if L00609 EQU * * Line tgvectrex.c:1636: for increment(s) LDD -22,U ADDD #1 STD -22,U L00608 EQU * * Line tgvectrex.c:1636: for condition LDD -22,U variable i CMPD -10,U variable dyabs LBLT L00607 LBRA L00610 L00610 EQU * end for L00606 EQU * end if * Line tgvectrex.c:1652: return with value LDD -22,U variable i CMPD #$1E LBLE L00620 if true CLRB BRA L00621 false L00620 EQU * LDB #1 L00621 EQU * LBRA L00040 return (tgvectrex.c:1652) L00040 EQU * end of plot_fire() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION plot_star(): defined at tgvectrex.c:1542 _plot_star EQU * PSHS U LEAU ,S * Line tgvectrex.c:1544: function call: starplot() LEAX G00198+0,PCR address of array py LDD 4,U variable starno LSLB ROLA LEAX D,X add byte offset LDD ,X get r-value PSHS B,A argument 2 of starplot(): int LEAX G00197+0,PCR address of array px LDD 4,U variable starno LSLB ROLA LEAX D,X add byte offset LDD ,X get r-value PSHS B,A argument 1 of starplot(): int LBSR _starplot LEAS 4,S L00037 EQU * end of plot_star() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION post_graphics_initialisation(): defined at tgvectrex.c:2797 _post_graphics_initialisation EQU * * Line tgvectrex.c:2799: assignment: = LDX G00113+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient STD G00115+0,PCR * Line tgvectrex.c:2799: assignment: = LDX G00114+0,PCR left LDD #$02 right LBSR SDIV16 TFR X,D quotient STD G00116+0,PCR * Line tgvectrex.c:2800: function call: putPenUp() LBSR _putPenUp * Line tgvectrex.c:2801: function call: init_stars() LBSR _init_stars L00102 EQU * end of post_graphics_initialisation() RTS * END FUNCTION ******************************************************************************* * FUNCTION pre_graphics_initialisation(): defined at tgvectrex.c:2758 _pre_graphics_initialisation EQU * * Line tgvectrex.c:2771: assignment: = LDD #$01 decimal 1 signed LDB #$01 STB G00206+0,PCR * Line tgvectrex.c:2776: assignment: = LDD #$6E decimal 110 unsigned LDB #$6E STB G00107+0,PCR * Line tgvectrex.c:2792: assignment: = * Line tgvectrex.c:2792: assignment: = LDD #$1E decimal 30 signed LDD #$1E STD G00104+0,PCR STD G00105+0,PCR L00101 EQU * end of pre_graphics_initialisation() RTS * END FUNCTION ******************************************************************************* * FUNCTION putPenDown(): defined at tgvectrex.c:867 _putPenDown EQU * * Line tgvectrex.c:869: assignment: = LDD #$01 decimal 1 signed LDB #$01 STB G00133+0,PCR L00011 EQU * end of putPenDown() RTS * END FUNCTION ******************************************************************************* * FUNCTION putPenUp(): defined at tgvectrex.c:872 _putPenUp EQU * * Line tgvectrex.c:874: assignment: = CLRA CLRB CLRB STB G00133+0,PCR L00012 EQU * end of putPenUp() RTS * END FUNCTION ******************************************************************************* * FUNCTION q15_div(): defined at tgvectrex.c:1086 _q15_div EQU * PSHS U LEAU ,S * Line tgvectrex.c:1088: if LDD 4,U variable numer ADDD #0 LBLT L00624 LBRA L00623 L00624 EQU * LDD 6,U variable denom ADDD #0 LBLT L00622 LBRA L00623 L00622 EQU * then * Line tgvectrex.c:1088: return with value * Line tgvectrex.c:1088: function call: muldiv() LDD 6,U variable denom, declared at tgvectrex.c:1086 COMA COMB ADDD #1 PSHS B,A argument 3 of muldiv(): int LDD #$8000 constant expression: 32768 decimal PSHS B,A argument 2 of muldiv(): int LDD 4,U variable numer, declared at tgvectrex.c:1086 COMA COMB ADDD #1 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S LBRA L00022 return (tgvectrex.c:1088) L00623 EQU * else L00625 EQU * end if * Line tgvectrex.c:1089: if LDD 4,U variable numer ADDD #0 LBLT L00626 LBRA L00627 L00626 EQU * then * Line tgvectrex.c:1089: return with value * Line tgvectrex.c:1089: function call: muldiv() LDD 6,U variable denom, declared at tgvectrex.c:1086 PSHS B,A argument 3 of muldiv(): int LDD #$8000 constant expression: 32768 decimal PSHS B,A argument 2 of muldiv(): int LDD 4,U variable numer, declared at tgvectrex.c:1086 COMA COMB ADDD #1 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S COMA COMB ADDD #1 LBRA L00022 return (tgvectrex.c:1089) L00627 EQU * else L00628 EQU * end if * Line tgvectrex.c:1090: if LDD 6,U variable denom ADDD #0 LBLT L00629 LBRA L00630 L00629 EQU * then * Line tgvectrex.c:1090: return with value * Line tgvectrex.c:1090: function call: muldiv() LDD 6,U variable denom, declared at tgvectrex.c:1086 COMA COMB ADDD #1 PSHS B,A argument 3 of muldiv(): int LDD #$8000 constant expression: 32768 decimal PSHS B,A argument 2 of muldiv(): int LDD 4,U variable numer, declared at tgvectrex.c:1086 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S COMA COMB ADDD #1 LBRA L00022 return (tgvectrex.c:1090) L00630 EQU * else L00631 EQU * end if * Line tgvectrex.c:1091: return with value * Line tgvectrex.c:1091: function call: muldiv() LDD 6,U variable denom, declared at tgvectrex.c:1086 PSHS B,A argument 3 of muldiv(): int LDD #$8000 constant expression: 32768 decimal PSHS B,A argument 2 of muldiv(): int LDD 4,U variable numer, declared at tgvectrex.c:1086 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S LBRA L00022 return (tgvectrex.c:1091) L00022 EQU * end of q15_div() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION q15_mul(): defined at tgvectrex.c:1077 _q15_mul EQU * PSHS U LEAU ,S * Line tgvectrex.c:1080: if LDD 4,U variable j ADDD #0 LBLT L00634 LBRA L00633 L00634 EQU * LDD 6,U variable k ADDD #0 LBLT L00632 LBRA L00633 L00632 EQU * then * Line tgvectrex.c:1080: return with value * Line tgvectrex.c:1080: function call: muldiv() LDD #$8000 constant expression: 32768 decimal PSHS B,A argument 3 of muldiv(): int LDD 6,U variable k, declared at tgvectrex.c:1077 COMA COMB ADDD #1 PSHS B,A argument 2 of muldiv(): int LDD 4,U variable j, declared at tgvectrex.c:1077 COMA COMB ADDD #1 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S LBRA L00021 return (tgvectrex.c:1080) L00633 EQU * else L00635 EQU * end if * Line tgvectrex.c:1081: if LDD 4,U variable j ADDD #0 LBLT L00636 LBRA L00637 L00636 EQU * then * Line tgvectrex.c:1081: return with value * Line tgvectrex.c:1081: function call: muldiv() LDD #$8000 constant expression: 32768 decimal PSHS B,A argument 3 of muldiv(): int LDD 6,U variable k, declared at tgvectrex.c:1077 PSHS B,A argument 2 of muldiv(): int LDD 4,U variable j, declared at tgvectrex.c:1077 COMA COMB ADDD #1 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S COMA COMB ADDD #1 LBRA L00021 return (tgvectrex.c:1081) L00637 EQU * else L00638 EQU * end if * Line tgvectrex.c:1082: if LDD 6,U variable k ADDD #0 LBLT L00639 LBRA L00640 L00639 EQU * then * Line tgvectrex.c:1082: return with value * Line tgvectrex.c:1082: function call: muldiv() LDD #$8000 constant expression: 32768 decimal PSHS B,A argument 3 of muldiv(): int LDD 6,U variable k, declared at tgvectrex.c:1077 COMA COMB ADDD #1 PSHS B,A argument 2 of muldiv(): int LDD 4,U variable j, declared at tgvectrex.c:1077 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S COMA COMB ADDD #1 LBRA L00021 return (tgvectrex.c:1082) L00640 EQU * else L00641 EQU * end if * Line tgvectrex.c:1083: return with value * Line tgvectrex.c:1083: function call: muldiv() LDD #$8000 constant expression: 32768 decimal PSHS B,A argument 3 of muldiv(): int LDD 6,U variable k, declared at tgvectrex.c:1077 PSHS B,A argument 2 of muldiv(): int LDD 4,U variable j, declared at tgvectrex.c:1077 PSHS B,A argument 1 of muldiv(): int LBSR _muldiv LEAS 6,S LBRA L00021 return (tgvectrex.c:1083) L00021 EQU * end of q15_mul() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION s16_nabs(): defined at tgvectrex.c:1031 _s16_nabs EQU * PSHS U LEAU ,S * Line tgvectrex.c:1039: return with value LDD 4,U variable j ADDD #0 LBLT L00642 if true CLRB BRA L00643 false L00642 EQU * LDB #1 L00643 EQU * TSTB LBEQ L00644 if conditional expression is false LDD 4,U variable j, declared at tgvectrex.c:1031 LBRA L00645 end of true expression of conditional L00644 EQU * LDD 4,U variable j, declared at tgvectrex.c:1031 COMA COMB ADDD #1 L00645 EQU * LBRA L00019 return (tgvectrex.c:1039) L00019 EQU * end of s16_nabs() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION segment(): defined at tgvectrex.c:1830 _segment EQU * PSHS U LEAU ,S LEAS -12,S * Line tgvectrex.c:1841: assignment: = LDB 5,U variable coords ANDB #$0F CLRA STD -2,U * Line tgvectrex.c:1842: assignment: = LDX -2,U left LDD #$05 right LBSR SDIV16 PSHS B,A LDD #$04 decimal 4 signed PULS X LBSR MUL16 PSHS B,A LDD 6,U variable textscale, declared at tgvectrex.c:1830 PULS X LBSR MUL16 ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB STD -8,U * Line tgvectrex.c:1843: assignment: = LDX -2,U left LDD #$05 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD #$0C decimal 12 signed PULS X LBSR MUL16 PSHS B,A LDD 6,U variable textscale, declared at tgvectrex.c:1830 PULS X LBSR MUL16 ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB STD -6,U * Line tgvectrex.c:1845: assignment: = LDB 5,U variable coords, declared at tgvectrex.c:1830 LSRB LSRB LSRB LSRB CLRA STD -4,U * Line tgvectrex.c:1846: assignment: = LDX -4,U left LDD #$05 right LBSR SDIV16 PSHS B,A LDD #$04 decimal 4 signed PULS X LBSR MUL16 PSHS B,A LDD 6,U variable textscale, declared at tgvectrex.c:1830 PULS X LBSR MUL16 ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB STD -12,U * Line tgvectrex.c:1847: assignment: = LDX -4,U left LDD #$05 right LBSR SDIV16 TFR X,D quotient PSHS B,A LDD #$0C decimal 12 signed PULS X LBSR MUL16 PSHS B,A LDD 6,U variable textscale, declared at tgvectrex.c:1830 PULS X LBSR MUL16 ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB ASRA RORB STD -10,U * Line tgvectrex.c:1849: function call: draw_text_line() LDD -6,U variable toy, declared at tgvectrex.c:1835 PSHS B,A argument 4 of draw_text_line(): int LDD -8,U variable tox, declared at tgvectrex.c:1834 PSHS B,A argument 3 of draw_text_line(): int LDD -10,U variable fromy, declared at tgvectrex.c:1833 PSHS B,A argument 2 of draw_text_line(): int LDD -12,U variable fromx, declared at tgvectrex.c:1832 PSHS B,A argument 1 of draw_text_line(): int LBSR _draw_text_line LEAS 8,S L00050 EQU * end of segment() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION setintensity(): defined at tgvectrex.c:898 _setintensity EQU * PSHS U LEAU ,S * Line tgvectrex.c:900: assignment: = LDB 5,U variable brightness ANDB #$7F STB G00107+0,PCR L00016 EQU * end of setintensity() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION sinsymmetry(): defined at tgvectrex.c:1375 _sinsymmetry EQU * PSHS U LEAU ,S * Line tgvectrex.c:1378: if LDB 5,U variable angle128 CMPB #$40 LBHI L00646 LBRA L00647 L00646 EQU * then * Line tgvectrex.c:1378: return with value LEAX G00123+0,PCR address of array sine PSHS X preserve array address, then eval array index LDB 5,U variable angle128, declared at tgvectrex.c:1375 CLRA promotion of binary operand PSHS B,A LDD #$80 decimal 128 signed LEAS 1,S SUBB ,S+ CLRA index expression is of byte type LSLB ROLA PULS X retrieve array address LEAX D,X add byte offset LDD ,X get r-value LBRA L00026 return (tgvectrex.c:1378) LBRA L00648 jump over else clause L00647 EQU * else * Line tgvectrex.c:1378: return with value LEAX G00123+0,PCR address of array sine LDB 5,U variable angle128 CLRA index expression is of byte type LSLB ROLA LEAX D,X add byte offset LDD ,X get r-value LBRA L00026 return (tgvectrex.c:1378) L00648 EQU * end if L00026 EQU * end of sinsymmetry() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION star_x1(): defined at tgvectrex.c:1491 _star_x1 EQU * PSHS U LEAU ,S-- * Line tgvectrex.c:1492: init of variable xtype LDD #$03 decimal 3 signed PSHS B,A LDB 5,U variable idx, declared at tgvectrex.c:1491 LSRB LSRB CLRA promotion of binary operand ANDA ,S+ ANDB ,S+ STB -2,U variable xtype * Line tgvectrex.c:1492: init of variable ytype LDB 5,U variable idx ANDB #$03 STB -1,U variable ytype * Line tgvectrex.c:1494: assignment: = LDB -1,U variable ytype, declared at tgvectrex.c:1492 CLRA promotion of binary operand PSHS B,A LDB -2,U variable xtype, declared at tgvectrex.c:1492 CLRA promotion of binary operand EORA ,S+ EORB ,S+ STB 5,U * Line tgvectrex.c:1495: if LDB 5,U variable idx, declared at tgvectrex.c:1491 TSTB BNE L00650 * Line tgvectrex.c:1496: return with value LDD G00113+0,PCR variable ScreenWidth, declared at tgvectrex.c:143 ASRA RORB COMA COMB ADDD #1 LBRA L00034 return (tgvectrex.c:1496) LBRA L00651 jump over else clause L00650 EQU * else * Line tgvectrex.c:1497: if LDB 5,U variable idx CMPB #$02 BNE L00653 * Line tgvectrex.c:1498: return with value LDD #$01 decimal 1 signed PSHS B,A LDD G00113+0,PCR variable ScreenWidth, declared at tgvectrex.c:143 ASRA RORB SUBD ,S++ LBRA L00034 return (tgvectrex.c:1498) LBRA L00654 jump over else clause L00653 EQU * else * Line tgvectrex.c:1500: return with value * Line tgvectrex.c:1500: function call: pickrandom() LDD #$01 decimal 1 signed PSHS B,A LDD G00113+0,PCR variable ScreenWidth, declared at tgvectrex.c:143 ASRA RORB SUBD ,S++ PSHS B,A argument 2 of pickrandom(): int LDD G00113+0,PCR variable ScreenWidth, declared at tgvectrex.c:143 ASRA RORB COMA COMB ADDD #1 PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S LBRA L00034 return (tgvectrex.c:1500) L00654 EQU * end if L00651 EQU * end if L00034 EQU * end of star_x1() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION star_y1(): defined at tgvectrex.c:1504 _star_y1 EQU * PSHS U LEAU ,S-- * Line tgvectrex.c:1505: init of variable xtype LDD #$03 decimal 3 signed PSHS B,A LDB 5,U variable idx, declared at tgvectrex.c:1504 LSRB LSRB CLRA promotion of binary operand ANDA ,S+ ANDB ,S+ STB -2,U variable xtype * Line tgvectrex.c:1505: init of variable ytype LDB 5,U variable idx ANDB #$03 STB -1,U variable ytype * Line tgvectrex.c:1507: assignment: = LDB -1,U variable ytype, declared at tgvectrex.c:1505 CLRA promotion of binary operand PSHS B,A LDB -2,U variable xtype, declared at tgvectrex.c:1505 CLRA promotion of binary operand EORA ,S+ EORB ,S+ STB 5,U * Line tgvectrex.c:1508: if LDB 5,U variable idx CMPB #$01 BNE L00656 * Line tgvectrex.c:1509: return with value LDD #$01 decimal 1 signed PSHS B,A LDD G00114+0,PCR variable ScreenHeight, declared at tgvectrex.c:143 ASRA RORB SUBD ,S++ LBRA L00035 return (tgvectrex.c:1509) LBRA L00657 jump over else clause L00656 EQU * else * Line tgvectrex.c:1510: if LDB 5,U variable idx CMPB #$03 BNE L00659 * Line tgvectrex.c:1511: return with value LDD G00114+0,PCR variable ScreenHeight, declared at tgvectrex.c:143 ASRA RORB COMA COMB ADDD #1 LBRA L00035 return (tgvectrex.c:1511) LBRA L00660 jump over else clause L00659 EQU * else * Line tgvectrex.c:1513: return with value * Line tgvectrex.c:1513: function call: pickrandom() LDD #$01 decimal 1 signed PSHS B,A LDD G00114+0,PCR variable ScreenHeight, declared at tgvectrex.c:143 ASRA RORB SUBD ,S++ PSHS B,A argument 2 of pickrandom(): int LDD G00114+0,PCR variable ScreenHeight, declared at tgvectrex.c:143 ASRA RORB COMA COMB ADDD #1 PSHS B,A argument 1 of pickrandom(): int LBSR _pickrandom LEAS 4,S LBRA L00035 return (tgvectrex.c:1513) L00660 EQU * end if L00657 EQU * end if L00035 EQU * end of star_y1() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION starplot(): defined at tgvectrex.c:1451 _starplot EQU * PSHS U LEAU ,S * Line tgvectrex.c:1457: function call: Display_Vectrex_point() LDD 6,U variable y, declared at tgvectrex.c:1451 PSHS B,A LDD G00114+0,PCR variable ScreenHeight, declared at tgvectrex.c:143 ASRA RORB ADDD ,S++ PSHS B,A argument 2 of Display_Vectrex_point(): int LDD 4,U variable x, declared at tgvectrex.c:1451 PSHS B,A LDD G00113+0,PCR variable ScreenWidth, declared at tgvectrex.c:143 ASRA RORB ADDD ,S++ PSHS B,A argument 1 of Display_Vectrex_point(): int LBSR _Display_Vectrex_point LEAS 4,S L00032 EQU * end of starplot() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION stars(): defined at tgvectrex.c:1557 _stars EQU * PSHS U LEAU ,S-- * Line tgvectrex.c:1560: for init * Line tgvectrex.c:1560: assignment: = CLRA CLRB CLRB STB -1,U LBRA L00662 jump to for condition L00661 EQU * * Line tgvectrex.c:1560: for body * Line tgvectrex.c:1561: for init * Line tgvectrex.c:1561: assignment: = CLRA CLRB CLRB STB -2,U LBRA L00666 jump to for condition L00665 EQU * * Line tgvectrex.c:1561: for body * Line tgvectrex.c:1561: function call: move_star() LDB -1,U variable star, declared at tgvectrex.c:1559 CLRA promoting byte argument to word PSHS B,A argument 1 of move_star(): unsigned char LBSR _move_star LEAS 2,S L00667 EQU * * Line tgvectrex.c:1561: for increment(s) INC -2,U L00666 EQU * * Line tgvectrex.c:1561: for condition LDB -2,U variable i CMPB 5,U variable speed LBLO L00665 LBRA L00668 L00668 EQU * end for * Line tgvectrex.c:1562: function call: plot_star() LDB -1,U variable star, declared at tgvectrex.c:1559 CLRA promoting byte argument to word PSHS B,A argument 1 of plot_star(): unsigned char LBSR _plot_star LEAS 2,S L00663 EQU * * Line tgvectrex.c:1560: for increment(s) INC -1,U L00662 EQU * * Line tgvectrex.c:1560: for condition LDB -1,U variable star CMPB #$10 LBLO L00661 LBRA L00664 L00664 EQU * end for L00039 EQU * end of stars() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION startAsyncSound(): defined at tgvectrex.c:185 _startAsyncSound EQU * PSHS U LEAU ,S L00006 EQU * end of startAsyncSound() LEAS ,U PULS U,PC * END FUNCTION ******************************************************************************* * FUNCTION urandom16(): defined at tgvectrex.c:216 _urandom16 EQU * * Line tgvectrex.c:218: return with value * Line tgvectrex.c:218: assignment: = LDD #$3619 decimal 13849 signed PSHS B,A LDX G00117+0,PCR left LDD #$0805 right LBSR MUL16 ADDD ,S++ STD G00117+0,PCR LBRA L00010 return (tgvectrex.c:218) L00010 EQU * end of urandom16() RTS * END FUNCTION functions_end EQU * string_literals_start EQU * string_literals_end EQU * ******************************************************************************* * READ-ONLY GLOBAL VARIABLES G00118 EQU * SCORE_STR96: unsigned char[] FCB $05 decimal 5 FCB $1D decimal 29 FCB $0D decimal 13 FCB $19 decimal 25 FCB $1C decimal 28 FCB $0F decimal 15 G00119 EQU * HIGH_SCORE_STR96: unsigned char[] FCB $0A decimal 10 FCB $12 decimal 18 FCB $13 decimal 19 FCB $11 decimal 17 FCB $12 decimal 18 FCB $00 decimal 0 FCB $1D decimal 29 FCB $0D decimal 13 FCB $19 decimal 25 FCB $1C decimal 28 FCB $0F decimal 15 G00120 EQU * CREDITS_STR128: unsigned char[] FCB $08 decimal 8 FCB $0D decimal 13 FCB $1C decimal 28 FCB $0F decimal 15 FCB $0E decimal 14 FCB $13 decimal 19 FCB $1E decimal 30 FCB $1D decimal 29 FCB $00 decimal 0 G00121 EQU * INSERT_COIN_STR128: unsigned char[] FCB $0B decimal 11 FCB $13 decimal 19 FCB $18 decimal 24 FCB $1D decimal 29 FCB $0F decimal 15 FCB $1C decimal 28 FCB $1E decimal 30 FCB $00 decimal 0 FCB $0D decimal 13 FCB $19 decimal 25 FCB $13 decimal 19 FCB $18 decimal 24 G00122 EQU * PRESS_START_STR128: unsigned char[] FCB $0B decimal 11 FCB $1A decimal 26 FCB $1C decimal 28 FCB $0F decimal 15 FCB $1D decimal 29 FCB $1D decimal 29 FCB $00 decimal 0 FCB $1D decimal 29 FCB $1E decimal 30 FCB $0B decimal 11 FCB $1C decimal 28 FCB $1E decimal 30 G00123 EQU * sine: int[] FDB $00 decimal 0 FDB $0192 decimal 402 FDB $0323 decimal 803 FDB $04B5 decimal 1205 FDB $0645 decimal 1605 FDB $07D5 decimal 2005 FDB $0964 decimal 2404 FDB $0AF1 decimal 2801 FDB $0C7C decimal 3196 FDB $0E05 decimal 3589 FDB $0F8C decimal 3980 FDB $1111 decimal 4369 FDB $1294 decimal 4756 FDB $1413 decimal 5139 FDB $158F decimal 5519 FDB $1708 decimal 5896 FDB $187D decimal 6269 FDB $19EF decimal 6639 FDB $1B5D decimal 7005 FDB $1CC6 decimal 7366 FDB $1E2B decimal 7723 FDB $1F8B decimal 8075 FDB $20E7 decimal 8423 FDB $223D decimal 8765 FDB $238E decimal 9102 FDB $24DA decimal 9434 FDB $261F decimal 9759 FDB $275F decimal 10079 FDB $2899 decimal 10393 FDB $29CD decimal 10701 FDB $2AFA decimal 11002 FDB $2C21 decimal 11297 FDB $2D41 decimal 11585 FDB $2E5A decimal 11866 FDB $2F6B decimal 12139 FDB $3076 decimal 12406 FDB $3179 decimal 12665 FDB $3274 decimal 12916 FDB $3367 decimal 13159 FDB $3453 decimal 13395 FDB $3536 decimal 13622 FDB $3612 decimal 13842 FDB $36E5 decimal 14053 FDB $37AF decimal 14255 FDB $3871 decimal 14449 FDB $392A decimal 14634 FDB $39DA decimal 14810 FDB $3A82 decimal 14978 FDB $3B20 decimal 15136 FDB $3BB6 decimal 15286 FDB $3C42 decimal 15426 FDB $3CC5 decimal 15557 FDB $3D3E decimal 15678 FDB $3DAE decimal 15790 FDB $3E14 decimal 15892 FDB $3E71 decimal 15985 FDB $3EC5 decimal 16069 FDB $3F0E decimal 16142 FDB $3F4E decimal 16206 FDB $3F84 decimal 16260 FDB $3FB1 decimal 16305 FDB $3FD3 decimal 16339 FDB $3FEC decimal 16364 FDB $3FFB decimal 16379 FDB $4000 decimal 16384 G00124 EQU * asintab: int[] FDB $F000 decimal 61440 FDB $F146 decimal 61766 FDB $F1CE decimal 61902 FDB $F236 decimal 62006 FDB $F28E decimal 62094 FDB $F2DB decimal 62171 FDB $F322 decimal 62242 FDB $F362 decimal 62306 FDB $F39F decimal 62367 FDB $F3D8 decimal 62424 FDB $F40E decimal 62478 FDB $F441 decimal 62529 FDB $F472 decimal 62578 FDB $F4A1 decimal 62625 FDB $F4CF decimal 62671 FDB $F4FB decimal 62715 FDB $F526 decimal 62758 FDB $F54F decimal 62799 FDB $F578 decimal 62840 FDB $F59F decimal 62879 FDB $F5C5 decimal 62917 FDB $F5EB decimal 62955 FDB $F610 decimal 62992 FDB $F634 decimal 63028 FDB $F657 decimal 63063 FDB $F67A decimal 63098 FDB $F69C decimal 63132 FDB $F6BD decimal 63165 FDB $F6DE decimal 63198 FDB $F6FE decimal 63230 FDB $F71E decimal 63262 FDB $F73E decimal 63294 FDB $F75D decimal 63325 FDB $F77B decimal 63355 FDB $F799 decimal 63385 FDB $F7B7 decimal 63415 FDB $F7D5 decimal 63445 FDB $F7F2 decimal 63474 FDB $F80F decimal 63503 FDB $F82B decimal 63531 FDB $F847 decimal 63559 FDB $F863 decimal 63587 FDB $F87F decimal 63615 FDB $F89A decimal 63642 FDB $F8B5 decimal 63669 FDB $F8D0 decimal 63696 FDB $F8EB decimal 63723 FDB $F905 decimal 63749 FDB $F920 decimal 63776 FDB $F93A decimal 63802 FDB $F953 decimal 63827 FDB $F96D decimal 63853 FDB $F986 decimal 63878 FDB $F9A0 decimal 63904 FDB $F9B9 decimal 63929 FDB $F9D1 decimal 63953 FDB $F9EA decimal 63978 FDB $FA03 decimal 64003 FDB $FA1B decimal 64027 FDB $FA33 decimal 64051 FDB $FA4C decimal 64076 FDB $FA64 decimal 64100 FDB $FA7B decimal 64123 FDB $FA93 decimal 64147 FDB $FAAB decimal 64171 FDB $FAC2 decimal 64194 FDB $FAD9 decimal 64217 FDB $FAF1 decimal 64241 FDB $FB08 decimal 64264 FDB $FB1F decimal 64287 FDB $FB36 decimal 64310 FDB $FB4D decimal 64333 FDB $FB63 decimal 64355 FDB $FB7A decimal 64378 FDB $FB90 decimal 64400 FDB $FBA7 decimal 64423 FDB $FBBD decimal 64445 FDB $FBD3 decimal 64467 FDB $FBEA decimal 64490 FDB $FC00 decimal 64512 FDB $FC16 decimal 64534 FDB $FC2C decimal 64556 FDB $FC41 decimal 64577 FDB $FC57 decimal 64599 FDB $FC6D decimal 64621 FDB $FC83 decimal 64643 FDB $FC98 decimal 64664 FDB $FCAE decimal 64686 FDB $FCC3 decimal 64707 FDB $FCD9 decimal 64729 FDB $FCEE decimal 64750 FDB $FD03 decimal 64771 FDB $FD19 decimal 64793 FDB $FD2E decimal 64814 FDB $FD43 decimal 64835 FDB $FD58 decimal 64856 FDB $FD6D decimal 64877 FDB $FD82 decimal 64898 FDB $FD97 decimal 64919 FDB $FDAC decimal 64940 FDB $FDC1 decimal 64961 FDB $FDD6 decimal 64982 FDB $FDEB decimal 65003 FDB $FDFF decimal 65023 FDB $FE14 decimal 65044 FDB $FE29 decimal 65065 FDB $FE3E decimal 65086 FDB $FE52 decimal 65106 FDB $FE67 decimal 65127 FDB $FE7B decimal 65147 FDB $FE90 decimal 65168 FDB $FEA5 decimal 65189 FDB $FEB9 decimal 65209 FDB $FECE decimal 65230 FDB $FEE2 decimal 65250 FDB $FEF7 decimal 65271 FDB $FF0B decimal 65291 FDB $FF20 decimal 65312 FDB $FF34 decimal 65332 FDB $FF49 decimal 65353 FDB $FF5D decimal 65373 FDB $FF71 decimal 65393 FDB $FF86 decimal 65414 FDB $FF9A decimal 65434 FDB $FFAE decimal 65454 FDB $FFC3 decimal 65475 FDB $FFD7 decimal 65495 FDB $FFEC decimal 65516 FDB $00 decimal 0 G00125 EQU * tg_intro_placard: unsigned char[] FCB $A3 decimal 163 FCB $3F decimal 63 FCB $5D decimal 93 FCB $3F decimal 63 FCB $5D decimal 93 FCB $3F decimal 63 FCB $5D decimal 93 FCB $C1 decimal 193 FCB $5D decimal 93 FCB $C1 decimal 193 FCB $A3 decimal 163 FCB $C1 decimal 193 FCB $A3 decimal 163 FCB $C1 decimal 193 FCB $A3 decimal 163 FCB $3F decimal 63 FCB $9B decimal 155 FCB $47 decimal 71 FCB $65 decimal 101 FCB $47 decimal 71 FCB $65 decimal 101 FCB $47 decimal 71 FCB $65 decimal 101 FCB $B9 decimal 185 FCB $65 decimal 101 FCB $B9 decimal 185 FCB $9B decimal 155 FCB $B9 decimal 185 FCB $9B decimal 155 FCB $B9 decimal 185 FCB $9B decimal 155 FCB $47 decimal 71 FCB $95 decimal 149 FCB $6D decimal 109 FCB $95 decimal 149 FCB $5D decimal 93 FCB $83 decimal 131 FCB $65 decimal 101 FCB $95 decimal 149 FCB $65 decimal 101 FCB $95 decimal 149 FCB $77 decimal 119 FCB $83 decimal 131 FCB $71 decimal 113 FCB $83 decimal 131 FCB $7D decimal 125 FCB $95 decimal 149 FCB $77 decimal 119 FCB $8C decimal 140 FCB $7A decimal 122 FCB $8C decimal 140 FCB $74 decimal 116 FCB $95 decimal 149 FCB $89 decimal 137 FCB $83 decimal 131 FCB $89 decimal 137 FCB $83 decimal 131 FCB $95 decimal 149 FCB $95 decimal 149 FCB $95 decimal 149 FCB $83 decimal 131 FCB $A1 decimal 161 FCB $83 decimal 131 FCB $95 decimal 149 FCB $6B decimal 107 FCB $A7 decimal 167 FCB $7D decimal 125 FCB $A7 decimal 167 FCB $7D decimal 125 FCB $B3 decimal 179 FCB $7D decimal 125 FCB $A7 decimal 167 FCB $74 decimal 116 FCB $B3 decimal 179 FCB $7D decimal 125 FCB $B3 decimal 179 FCB $6B decimal 107 FCB $B3 decimal 179 FCB $74 decimal 116 FCB $B0 decimal 176 FCB $74 decimal 116 FCB $A7 decimal 167 FCB $74 decimal 116 FCB $B3 decimal 179 FCB $6B decimal 107 FCB $95 decimal 149 FCB $6B decimal 107 FCB $A1 decimal 161 FCB $7D decimal 125 FCB $95 decimal 149 FCB $6B decimal 107 FCB $95 decimal 149 FCB $7D decimal 125 FCB $A1 decimal 161 FCB $7D decimal 125 FCB $95 decimal 149 FCB $74 decimal 116 FCB $95 decimal 149 FCB $74 decimal 116 FCB $9B decimal 155 FCB $6B decimal 107 FCB $8F decimal 143 FCB $7D decimal 125 FCB $8F decimal 143 FCB $7D decimal 125 FCB $83 decimal 131 FCB $6B decimal 107 FCB $8F decimal 143 FCB $6B decimal 107 FCB $83 decimal 131 FCB $7D decimal 125 FCB $83 decimal 131 FCB $6B decimal 107 FCB $7D decimal 125 FCB $7D decimal 125 FCB $7D decimal 125 FCB $7D decimal 125 FCB $71 decimal 113 FCB $6B decimal 107 FCB $7D decimal 125 FCB $6B decimal 107 FCB $71 decimal 113 FCB $7D decimal 125 FCB $71 decimal 113 FCB $6B decimal 107 FCB $6B decimal 107 FCB $7D decimal 125 FCB $6B decimal 107 FCB $6B decimal 107 FCB $5F decimal 95 FCB $6B decimal 107 FCB $6B decimal 107 FCB $7D decimal 125 FCB $5F decimal 95 FCB $6B decimal 107 FCB $5F decimal 95 FCB $72 decimal 114 FCB $56 decimal 86 FCB $72 decimal 114 FCB $5C decimal 92 FCB $6B decimal 107 FCB $59 decimal 89 FCB $72 decimal 114 FCB $59 decimal 89 FCB $6B decimal 107 FCB $4D decimal 77 FCB $6B decimal 107 FCB $59 decimal 89 FCB $7D decimal 125 FCB $4D decimal 77 FCB $6B decimal 107 FCB $4D decimal 77 FCB $7D decimal 125 FCB $59 decimal 89 FCB $7D decimal 125 FCB $4D decimal 77 G00126 EQU * font_points: unsigned char[] FCB $AE decimal 174 FCB $E4 decimal 228 FCB $40 decimal 64 FCB $0A decimal 10 FCB $2C decimal 44 FCB $AE decimal 174 FCB $E9 decimal 233 FCB $95 decimal 149 FCB $50 decimal 80 FCB $04 decimal 4 FCB $04 decimal 4 FCB $79 decimal 121 FCB $4E decimal 78 FCB $EA decimal 234 FCB $A5 decimal 165 FCB $59 decimal 89 FCB $72 decimal 114 FCB $04 decimal 4 FCB $49 decimal 73 FCB $95 decimal 149 FCB $5A decimal 90 FCB $AE decimal 174 FCB $59 decimal 89 FCB $94 decimal 148 FCB $40 decimal 64 FCB $0A decimal 10 FCB $2E decimal 46 FCB $EA decimal 234 FCB $04 decimal 4 FCB $AE decimal 174 FCB $59 decimal 89 FCB $E4 decimal 228 FCB $A0 decimal 160 FCB $EA decimal 234 FCB $A5 decimal 165 FCB $59 decimal 89 FCB $E4 decimal 228 FCB $4E decimal 78 FCB $AE decimal 174 FCB $59 decimal 89 FCB $A0 decimal 160 FCB $69 decimal 105 FCB $04 decimal 4 FCB $4E decimal 78 FCB $EA decimal 234 FCB $B1 decimal 177 FCB $AE decimal 174 FCB $40 decimal 64 FCB $0A decimal 10 FCB $AD decimal 173 FCB $D9 decimal 217 FCB $93 decimal 147 FCB $30 decimal 48 FCB $0A decimal 10 FCB $40 decimal 64 FCB $0A decimal 10 FCB $57 decimal 87 FCB $AE decimal 174 FCB $0A decimal 10 FCB $57 decimal 87 FCB $AE decimal 174 FCB $79 decimal 121 FCB $94 decimal 148 FCB $40 decimal 64 FCB $0A decimal 10 FCB $AE decimal 174 FCB $0A decimal 10 FCB $59 decimal 89 FCB $4E decimal 78 FCB $2C decimal 44 FCB $50 decimal 80 FCB $03 decimal 3 FCB $3D decimal 61 FCB $BE decimal 190 FCB $0A decimal 10 FCB $E5 decimal 229 FCB $54 decimal 84 FCB $0A decimal 10 FCB $04 decimal 4 FCB $0A decimal 10 FCB $A7 decimal 167 FCB $7E decimal 126 FCB $E4 decimal 228 FCB $0A decimal 10 FCB $A4 decimal 164 FCB $4E decimal 78 FCB $AE decimal 174 FCB $E4 decimal 228 FCB $40 decimal 64 FCB $0A decimal 10 FCB $0A decimal 10 FCB $AE decimal 174 FCB $E9 decimal 233 FCB $95 decimal 149 FCB $0A decimal 10 FCB $AE decimal 174 FCB $E4 decimal 228 FCB $40 decimal 64 FCB $48 decimal 72 FCB $48 decimal 72 FCB $59 decimal 89 FCB $9E decimal 158 FCB $EA decimal 234 FCB $A0 decimal 160 FCB $04 decimal 4 FCB $49 decimal 73 FCB $95 decimal 149 FCB $5A decimal 90 FCB $AE decimal 174 FCB $AE decimal 174 FCB $C2 decimal 194 FCB $0A decimal 10 FCB $04 decimal 4 FCB $4E decimal 78 FCB $A2 decimal 162 FCB $2E decimal 46 FCB $A1 decimal 161 FCB $17 decimal 23 FCB $73 decimal 115 FCB $3E decimal 62 FCB $0E decimal 14 FCB $A4 decimal 164 FCB $27 decimal 39 FCB $7A decimal 122 FCB $7E decimal 126 FCB $AE decimal 174 FCB $E0 decimal 224 FCB $04 decimal 4 G00127 EQU * font_length: unsigned char[] FCB $04 decimal 4 FCB $01 decimal 1 FCB $05 decimal 5 FCB $04 decimal 4 FCB $03 decimal 3 FCB $05 decimal 5 FCB $04 decimal 4 FCB $02 decimal 2 FCB $05 decimal 5 FCB $04 decimal 4 FCB $04 decimal 4 FCB $05 decimal 5 FCB $03 decimal 3 FCB $05 decimal 5 FCB $04 decimal 4 FCB $03 decimal 3 FCB $05 decimal 5 FCB $03 decimal 3 FCB $01 decimal 1 FCB $04 decimal 4 FCB $03 decimal 3 FCB $02 decimal 2 FCB $04 decimal 4 FCB $03 decimal 3 FCB $04 decimal 4 FCB $04 decimal 4 FCB $05 decimal 5 FCB $05 decimal 5 FCB $05 decimal 5 FCB $02 decimal 2 FCB $03 decimal 3 FCB $02 decimal 2 FCB $04 decimal 4 FCB $02 decimal 2 FCB $03 decimal 3 FCB $03 decimal 3 G00128 EQU * font_index: unsigned char[] FCB $00 decimal 0 FCB $04 decimal 4 FCB $05 decimal 5 FCB $0A decimal 10 FCB $0E decimal 14 FCB $11 decimal 17 FCB $16 decimal 22 FCB $1A decimal 26 FCB $1C decimal 28 FCB $21 decimal 33 FCB $25 decimal 37 FCB $29 decimal 41 FCB $2E decimal 46 FCB $31 decimal 49 FCB $36 decimal 54 FCB $3A decimal 58 FCB $3D decimal 61 FCB $42 decimal 66 FCB $45 decimal 69 FCB $46 decimal 70 FCB $4A decimal 74 FCB $4D decimal 77 FCB $4F decimal 79 FCB $53 decimal 83 FCB $56 decimal 86 FCB $5A decimal 90 FCB $5E decimal 94 FCB $63 decimal 99 FCB $68 decimal 104 FCB $6D decimal 109 FCB $6F decimal 111 FCB $72 decimal 114 FCB $74 decimal 116 FCB $78 decimal 120 FCB $7A decimal 122 FCB $7D decimal 125 G00129 EQU * crosshair: unsigned char[] FCB $63 decimal 99 FCB $80 decimal 128 FCB $9E decimal 158 FCB $80 decimal 128 FCB $94 decimal 148 FCB $76 decimal 118 FCB $94 decimal 148 FCB $8A decimal 138 FCB $8A decimal 138 FCB $94 decimal 148 FCB $76 decimal 118 FCB $94 decimal 148 FCB $80 decimal 128 FCB $9E decimal 158 FCB $80 decimal 128 FCB $62 decimal 98 FCB $8A decimal 138 FCB $6C decimal 108 FCB $76 decimal 118 FCB $6C decimal 108 FCB $6C decimal 108 FCB $76 decimal 118 FCB $6C decimal 108 FCB $8A decimal 138 FCB $7B decimal 123 FCB $8A decimal 138 FCB $85 decimal 133 FCB $8A decimal 138 FCB $8A decimal 138 FCB $85 decimal 133 FCB $8A decimal 138 FCB $7B decimal 123 FCB $85 decimal 133 FCB $76 decimal 118 FCB $7B decimal 123 FCB $76 decimal 118 FCB $76 decimal 118 FCB $7B decimal 123 FCB $76 decimal 118 FCB $85 decimal 133 G00130 EQU * shieldvec: unsigned char[] FCB $06 decimal 6 FCB $05 decimal 5 FCB $07 decimal 7 FCB $04 decimal 4 FCB $04 decimal 4 FCB $01 decimal 1 FCB $01 decimal 1 FCB $04 decimal 4 FCB $02 decimal 2 FCB $05 decimal 5 FCB $04 decimal 4 FCB $03 decimal 3 FCB $06 decimal 6 FCB $01 decimal 1 FCB $07 decimal 7 FCB $02 decimal 2 FCB $04 decimal 4 FCB $05 decimal 5 FCB $01 decimal 1 FCB $02 decimal 2 FCB $02 decimal 2 FCB $01 decimal 1 FCB $04 decimal 4 FCB $03 decimal 3 FCB $06 decimal 6 FCB $05 decimal 5 G00131 EQU * ShipMeshPointers: unsigned char[] FCB $00 decimal 0 FCB $14 decimal 20 FCB $29 decimal 41 FCB $3A decimal 58 FCB $51 decimal 81 G00132 EQU * ShipMesh: char[] FCB $00 decimal 0 FCB $00 decimal 0 FCB $FF9C decimal 65436 FCB $28 decimal 40 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $28 decimal 40 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $FFD8 decimal 65496 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $FFD8 decimal 65496 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FF9C decimal 65436 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FF9C decimal 65436 FCB $00 decimal 0 FCB $28 decimal 40 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $28 decimal 40 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $00 decimal 0 FCB $FFD8 decimal 65496 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $FFD8 decimal 65496 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FF9C decimal 65436 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $1E decimal 30 FCB $00 decimal 0 FCB $78 decimal 120 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $14 decimal 20 FCB $14 decimal 20 FCB $78 decimal 120 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $FFEC decimal 65516 FCB $14 decimal 20 FCB $78 decimal 120 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $FFE2 decimal 65506 FCB $00 decimal 0 FCB $78 decimal 120 FCB $1E decimal 30 FCB $00 decimal 0 FCB $78 decimal 120 FCB $14 decimal 20 FCB $14 decimal 20 FCB $78 decimal 120 FCB $14 decimal 20 FCB $14 decimal 20 FCB $78 decimal 120 FCB $FFEC decimal 65516 FCB $14 decimal 20 FCB $78 decimal 120 FCB $FFEC decimal 65516 FCB $14 decimal 20 FCB $78 decimal 120 FCB $FFE2 decimal 65506 FCB $00 decimal 0 FCB $78 decimal 120 FCB $FFE2 decimal 65506 FCB $00 decimal 0 FCB $78 decimal 120 FCB $1E decimal 30 FCB $00 decimal 0 FCB $78 decimal 120 FCB $1E decimal 30 FCB $00 decimal 0 FCB $78 decimal 120 FCB $64 decimal 100 FCB $FFD8 decimal 65496 FCB $50 decimal 80 FCB $64 decimal 100 FCB $FFD8 decimal 65496 FCB $50 decimal 80 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $FFE2 decimal 65506 FCB $00 decimal 0 FCB $78 decimal 120 FCB $FF9C decimal 65436 FCB $FFD8 decimal 65496 FCB $50 decimal 80 FCB $FF9C decimal 65436 FCB $FFD8 decimal 65496 FCB $50 decimal 80 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFEC decimal 65516 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFA6 decimal 65446 FCB $2D decimal 45 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $2D decimal 45 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $2D decimal 45 FCB $00 decimal 0 FCB $3C decimal 60 FCB $2D decimal 45 FCB $00 decimal 0 FCB $3C decimal 60 FCB $00 decimal 0 FCB $00 decimal 0 FCB $5A decimal 90 FCB $00 decimal 0 FCB $00 decimal 0 FCB $5A decimal 90 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $3C decimal 60 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $3C decimal 60 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFA6 decimal 65446 FCB $2D decimal 45 FCB $00 decimal 0 FCB $3C decimal 60 FCB $3C decimal 60 FCB $18 decimal 24 FCB $3C decimal 60 FCB $3C decimal 60 FCB $18 decimal 24 FCB $3C decimal 60 FCB $3C decimal 60 FCB $18 decimal 24 FCB $7F decimal 127 FCB $3C decimal 60 FCB $18 decimal 24 FCB $7F decimal 127 FCB $2D decimal 45 FCB $00 decimal 0 FCB $7F decimal 127 FCB $2D decimal 45 FCB $00 decimal 0 FCB $7F decimal 127 FCB $2D decimal 45 FCB $00 decimal 0 FCB $3C decimal 60 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $3C decimal 60 FCB $FFC4 decimal 65476 FCB $18 decimal 24 FCB $3C decimal 60 FCB $FFC4 decimal 65476 FCB $18 decimal 24 FCB $3C decimal 60 FCB $FFC4 decimal 65476 FCB $18 decimal 24 FCB $7F decimal 127 FCB $FFC4 decimal 65476 FCB $18 decimal 24 FCB $7F decimal 127 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $7F decimal 127 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $7F decimal 127 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $3C decimal 60 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $3C decimal 60 FCB $FFC4 decimal 65476 FCB $FFE5 decimal 65509 FCB $FFA6 decimal 65446 FCB $FFC4 decimal 65476 FCB $FFE5 decimal 65509 FCB $FFA6 decimal 65446 FCB $00 decimal 0 FCB $FFDE decimal 65502 FCB $FF80 decimal 65408 FCB $00 decimal 0 FCB $FFDE decimal 65502 FCB $FF80 decimal 65408 FCB $3C decimal 60 FCB $FFE5 decimal 65509 FCB $FFA6 decimal 65446 FCB $3C decimal 60 FCB $FFE5 decimal 65509 FCB $FFA6 decimal 65446 FCB $2D decimal 45 FCB $00 decimal 0 FCB $3C decimal 60 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FFA6 decimal 65446 FCB $00 decimal 0 FCB $FFDE decimal 65502 FCB $FF80 decimal 65408 FCB $2D decimal 45 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $3C decimal 60 FCB $FFE5 decimal 65509 FCB $FFA6 decimal 65446 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $FFC4 decimal 65476 FCB $FFC4 decimal 65476 FCB $FFE5 decimal 65509 FCB $FFA6 decimal 65446 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FF9C decimal 65436 FCB $3C decimal 60 FCB $00 decimal 0 FCB $FFD8 decimal 65496 FCB $3C decimal 60 FCB $00 decimal 0 FCB $FFD8 decimal 65496 FCB $00 decimal 0 FCB $00 decimal 0 FCB $14 decimal 20 FCB $00 decimal 0 FCB $00 decimal 0 FCB $14 decimal 20 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $FFD8 decimal 65496 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $FFD8 decimal 65496 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FF9C decimal 65436 FCB $00 decimal 0 FCB $00 decimal 0 FCB $FF9C decimal 65436 FCB $00 decimal 0 FCB $28 decimal 40 FCB $FFD8 decimal 65496 FCB $00 decimal 0 FCB $28 decimal 40 FCB $FFD8 decimal 65496 FCB $00 decimal 0 FCB $00 decimal 0 FCB $14 decimal 20 FCB $3C decimal 60 FCB $00 decimal 0 FCB $FFD8 decimal 65496 FCB $00 decimal 0 FCB $28 decimal 40 FCB $FFD8 decimal 65496 FCB $00 decimal 0 FCB $28 decimal 40 FCB $FFD8 decimal 65496 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $FFD8 decimal 65496 FCB $00 decimal 0 FCB $00 decimal 0 FCB $14 decimal 20 FCB $00 decimal 0 FCB $50 decimal 80 FCB $64 decimal 100 FCB $00 decimal 0 FCB $50 decimal 80 FCB $64 decimal 100 FCB $00 decimal 0 FCB $28 decimal 40 FCB $64 decimal 100 FCB $00 decimal 0 FCB $28 decimal 40 FCB $64 decimal 100 FCB $00 decimal 0 FCB $00 decimal 0 FCB $14 decimal 20 FCB $00 decimal 0 FCB $00 decimal 0 FCB $14 decimal 20 FCB $64 decimal 100 FCB $FFD8 decimal 65496 FCB $64 decimal 100 FCB $64 decimal 100 FCB $FFD8 decimal 65496 FCB $64 decimal 100 FCB $28 decimal 40 FCB $FFEC decimal 65516 FCB $64 decimal 100 FCB $28 decimal 40 FCB $FFEC decimal 65516 FCB $64 decimal 100 FCB $00 decimal 0 FCB $00 decimal 0 FCB $14 decimal 20 FCB $00 decimal 0 FCB $00 decimal 0 FCB $14 decimal 20 FCB $FF9C decimal 65436 FCB $FFD8 decimal 65496 FCB $64 decimal 100 FCB $FF9C decimal 65436 FCB $FFD8 decimal 65496 FCB $64 decimal 100 FCB $FFD8 decimal 65496 FCB $FFEC decimal 65516 FCB $64 decimal 100 FCB $FFD8 decimal 65496 FCB $FFEC decimal 65516 FCB $64 decimal 100 FCB $00 decimal 0 FCB $00 decimal 0 FCB $14 decimal 20 FCB $00 decimal 0 FCB $02 decimal 2 FCB $FFA4 decimal 65444 FCB $1E decimal 30 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $1E decimal 30 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $00 decimal 0 FCB $0A decimal 10 FCB $FFEC decimal 65516 FCB $00 decimal 0 FCB $0A decimal 10 FCB $FFEC decimal 65516 FCB $FFE2 decimal 65506 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $FFE2 decimal 65506 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $00 decimal 0 FCB $02 decimal 2 FCB $FFA4 decimal 65444 FCB $00 decimal 0 FCB $02 decimal 2 FCB $FFA4 decimal 65444 FCB $00 decimal 0 FCB $FFE7 decimal 65511 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $FFE7 decimal 65511 FCB $FFD3 decimal 65491 FCB $00 decimal 0 FCB $0A decimal 10 FCB $FFEC decimal 65516 FCB $1E decimal 30 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $16 decimal 22 FCB $0F decimal 15 FCB $FFC4 decimal 65476 FCB $FFE2 decimal 65506 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $FFEA decimal 65514 FCB $0F decimal 15 FCB $FFC4 decimal 65476 FCB $1E decimal 30 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $00 decimal 0 FCB $FFE7 decimal 65511 FCB $FFD3 decimal 65491 FCB $FFE2 decimal 65506 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $00 decimal 0 FCB $FFE7 decimal 65511 FCB $FFD3 decimal 65491 FCB $16 decimal 22 FCB $0F decimal 15 FCB $FFC4 decimal 65476 FCB $FFEA decimal 65514 FCB $0F decimal 15 FCB $FFC4 decimal 65476 FCB $16 decimal 22 FCB $0F decimal 15 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $0A decimal 10 FCB $FFEC decimal 65516 FCB $FFEA decimal 65514 FCB $0F decimal 15 FCB $FFC4 decimal 65476 FCB $00 decimal 0 FCB $0A decimal 10 FCB $FFEC decimal 65516 FCB $1E decimal 30 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $FFE2 decimal 65506 FCB $02 decimal 2 FCB $FFBA decimal 65466 FCB $00 decimal 0 FCB $0A decimal 10 FCB $FFEC decimal 65516 FCB $FFEC decimal 65516 FCB $FFF6 decimal 65526 FCB $6E decimal 110 FCB $00 decimal 0 FCB $0A decimal 10 FCB $FFEC decimal 65516 FCB $14 decimal 20 FCB $FFF6 decimal 65526 FCB $6E decimal 110 FCB $FFEC decimal 65516 FCB $FFF6 decimal 65526 FCB $6E decimal 110 FCB $14 decimal 20 FCB $FFF6 decimal 65526 FCB $6E decimal 110 FCB $00 decimal 0 FCB $FFE7 decimal 65511 FCB $FFD3 decimal 65491 FCB $FFEC decimal 65516 FCB $FFF6 decimal 65526 FCB $6E decimal 110 FCB $00 decimal 0 FCB $FFE7 decimal 65511 FCB $FFD3 decimal 65491 FCB $14 decimal 20 FCB $FFF6 decimal 65526 FCB $6E decimal 110 FCB $00 decimal 0 FCB $0A decimal 10 FCB $FFEC decimal 65516 FCB $FFA6 decimal 65446 FCB $14 decimal 20 FCB $5A decimal 90 FCB $FFA6 decimal 65446 FCB $14 decimal 20 FCB $5A decimal 90 FCB $FFEC decimal 65516 FCB $FFF6 decimal 65526 FCB $6E decimal 110 FCB $00 decimal 0 FCB $0A decimal 10 FCB $FFEC decimal 65516 FCB $5A decimal 90 FCB $14 decimal 20 FCB $5A decimal 90 FCB $5A decimal 90 FCB $14 decimal 20 FCB $5A decimal 90 FCB $14 decimal 20 FCB $FFF6 decimal 65526 FCB $6E decimal 110 ******************************************************************************* #include "stdlib.inc" ******************************************************************************* * Initialize global variables. INITGL EQU * 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 G00104 EQU * RMB 2 TargetFPS G00105 EQU * RMB 2 ObservedFPS G00106 EQU * RMB 2 millis_time G00107 EQU * RMB 1 vectrex_beam_intensity G00108 EQU * RMB 1 Pressed_Key G00109 EQU * RMB 2 mouse_x G00110 EQU * RMB 2 mouse_y G00111 EQU * RMB 1 mouse_fire G00112 EQU * RMB 1 mouse_shields G00113 EQU * RMB 2 ScreenWidth G00114 EQU * RMB 2 ScreenHeight G00115 EQU * RMB 2 intro_x G00116 EQU * RMB 2 intro_y G00117 EQU * RMB 2 rseed G00133 EQU * RMB 1 pen G00134 EQU * RMB 2 last_x G00135 EQU * RMB 2 last_y G00136 EQU * RMB 1 Credits G00137 EQU * RMB 2 intro_z G00138 EQU * RMB 1 intro_rot G00139 EQU * RMB 2 insertcoin_mode_timer G00140 EQU * RMB 2 passing_mode_timer G00141 EQU * RMB 2 flashing_intro_timer G00142 EQU * RMB 1 global_flashing_intensity G00143 EQU * RMB 1 flashingtexttimer G00144 EQU * RMB 2 hide_intro_timer G00145 EQU * RMB 2 Mode G00146 EQU * RMB 2 mouseDownPrev G00147 EQU * RMB 1 laserid G00148 EQU * RMB 2 lasert G00149 EQU * RMB 2 lastfiringtime G00150 EQU * RMB 2 HighScore G00151 EQU * RMB 2 LastScore G00152 EQU * RMB 2 Score G00153 EQU * RMB 2 UsingShields G00154 EQU * RMB 2 Shields G00155 EQU * RMB 2 shieldsegment G00156 EQU * RMB 2 shieldsubticksleft G00157 EQU * RMB 2 ShipsPassedThisWave G00158 EQU * RMB 2 ShipsPassedTotal G00159 EQU * RMB 2 cosX G00160 EQU * RMB 2 cosY G00161 EQU * RMB 2 cosZ G00162 EQU * RMB 2 sinX G00163 EQU * RMB 2 sinY G00164 EQU * RMB 2 sinZ G00165 EQU * RMB 2 stopintroflag G00166 EQU * RMB 2 textx G00167 EQU * RMB 2 texty G00168 EQU * RMB 2 textz G00169 EQU * RMB 2 tgi G00170 EQU * RMB 2 tgx G00171 EQU * RMB 2 tgy G00172 EQU * RMB 2 tgz G00173 EQU * RMB 1 nextwaveshiptype G00174 EQU * RMB 1 this_status G00175 EQU * RMB 2 this_scale_fp G00176 EQU * RMB 2 this_ship_time G00177 EQU * RMB 1 this_model G00178 EQU * RMB 2 this_X G00179 EQU * RMB 2 this_Y G00180 EQU * RMB 2 this_Z G00181 EQU * RMB 2 this_vel G00182 EQU * RMB 2 this_X_destination G00183 EQU * RMB 2 this_Y_destination G00184 EQU * RMB 2 this_Z_destination G00185 EQU * RMB 2 this_X_rotation G00186 EQU * RMB 2 this_Y_rotation G00187 EQU * RMB 2 this_Z_rotation G00188 EQU * RMB 2 transformed_X G00189 EQU * RMB 2 transformed_Y G00190 EQU * RMB 2 transformed_Z G00191 EQU * RMB 2 XY G00192 EQU * RMB 2 XZ G00193 EQU * RMB 2 YX G00194 EQU * RMB 2 dirXZ G00195 EQU * RMB 2 dirY G00196 EQU * RMB 84 ships G00197 EQU * RMB 32 px G00198 EQU * RMB 32 py G00199 EQU * RMB 4 firex G00200 EQU * RMB 4 firey G00201 EQU * RMB 2 screen_x G00202 EQU * RMB 2 screen_y G00203 EQU * RMB 1 firing G00204 EQU * RMB 1 firedone1 G00205 EQU * RMB 1 firedone2 G00206 EQU * RMB 1 reloaded ******************************************************************************* #include "stdlib-data.inc" writable_globals_end EQU * ******************************************************************************* END