/* Moveto_ix_b: These routines force the scale factor to the value of the B register, and then move the pen to the (y,x) position pointed to by the X-register. The X-register is then incremented by 2. */ #define Moveto_ix_b(c, s) jsrxb(c, s, 0xF30E) // #define Moveto_ix() jsr(0xF310) // /* Moveto_d: This routine uses the current scale factor, and moves the pen to the (y,x) position specified in D register. */ #define Moveto_d(x, y) jsrba(x, y, 0xF312) // #define Reset0Ref_D0() jsr(0xF34A) // #define Check0Ref() jsr(0xF34F) // #define Reset0Ref() jsr(0xF354) // #define Reset_Pen() jsr(0xF35B) // #define Reset0Int() jsr(0xF36B) // #define Print_Str_hwyx() jsr(0xF373) // #define Print_Str_yx() jsr(0xF378) // #define Print_Str_d(y,x,p) jsrabu(y,x,p, 0xF37a) #define Print_List_hw() jsr(0xF385) // #define Print_List() jsr(0xF38A) // #define Print_List_chk() jsr(0xF38C) // #define Print_Ships_x() jsr(0xF391) // #define Print_Ships() jsr(0xF393) // #define Mov_Draw_VLc_a() jsr(0xF3AD) // count y x y x ... #define Mov_Draw_VL_b() jsr(0xF3B1) // y x y x ... #define Mov_Draw_VLcs() jsr(0xF3B5) // count scale y x y x ... #define Mov_Draw_VL_ab() jsr(0xF3B7) // y x y x ... #define Mov_Draw_VL_a() jsr(0xF3B9) // y x y x ... #define Mov_Draw_VL() jsr(0xF3BC) // y x y x ... #define Mov_Draw_VL_d() jsr(0xF3BE) // y x y x ... /* Draw_VLc: This routine draws vectors between the set of (y,x) points pointed to by the X register. The number of vectors to draw is specified as the first byte in the vector list. The current scale factor is used. The vector list has the following format: count, rel y, rel x, rel y, rel x, ... */ #define Draw_VLc(c) jsrx(c, 0xF3CE) // count y x y x ... #define Draw_VL_b() jsr(0xF3D2) // y x y x ... #define Draw_VLcs() jsr(0xF3D6) // count scale y x y x ... #define Draw_VL_ab() jsr(0xF3D8) // y x y x ... #define Draw_VL_a() jsr(0xF3DA) // y x y x ... #define Draw_VL() jsr(0xF3DD) // y x y x ... /* Draw_Line_d: This routine will draw a line from the current pen position, to the point specified by the (y,x) pair specified in the D register. The current scale factor is used. Before calling this routine, $C823 should be = 0, so that only the one vector will be drawn. */ #define Draw_Line_d(x, y) jsrba(x, y, 0xf3df) // y x y x ... #define Draw_VLp_FF() jsr(0xF404) // pattern y x pattern y x ... 0x01 #define Draw_VLp_7F(xp) jsrx(xp, 0xF408) // pattern y x pattern y x ... 0x01 #define Draw_VLp_scale() jsr(0xF40C) // scale pattern y x pattern y x ... 0x01 #define Draw_VLp_b() jsr(0xF40E) // pattern y x pattern y x ... 0x01 #define Draw_VLp() jsr(0xF410) // pattern y x pattern y x ... 0x01 #define Draw_Pat_VL_a() jsr(0xF434) // y x y x ... #define Draw_Pat_VL() jsr(0xF437) // y x y x ... #define Draw_Pat_VL_d() jsr(0xF439) // y x y x ... #define Draw_VL_mode() jsr(0xF46E) // mode y x mode y x ... 0x01 #define Print_Str() jsr(0xF495) // #define Random_3() jsr(0xF511) // #define Random() jsr(0xF517) // #define Init_Music_Buf() jsr(0xF533) // #define Clear_x_b() jsr(0xF53F) // #define Clear_C8_RAM() jsr(0xF542) // never used by GCE carts? #define Clear_x_256() jsr(0xF545) // #define Clear_x_d() jsr(0xF548) // #define Clear_x_b_80() jsr(0xF550) // #define Clear_x_b_a() jsr(0xF552) // #define Dec_3_Counters() jsr(0xF55A) // #define Dec_6_Counters() jsr(0xF55E) // #define Dec_Counters() jsr(0xF563) // #define Delay_3() jsr(0xF56D) // 30 cycles #define Delay_2() jsr(0xF571) // 25 cycles #define Delay_1() jsr(0xF575) // 20 cycles #define Delay_0() jsr(0xF579) // 12 cycles #define Delay_b() jsr(0xF57A) // 5*B + 10 cycles #define Delay_RTS() jsr(0xF57D) // 5 cycles #define Bitmask_a() jsr(0xF57E) // #define Abs_a_b() jsr(0xF584) // #define Abs_b() jsr(0xF58B) // #define Rise_Run_Angle() jsr(0xF593) // #define Get_Rise_Idx() jsr(0xF5D9) // #define Get_Run_Idx() jsr(0xF5DB) // #define Get_Rise_Run() jsr(0xF5EF) // #define Rise_Run_X() jsr(0xF5FF) // #define Rise_Run_Y() jsr(0xF601) // #define Rise_Run_Len() jsr(0xF603) // #define Rot_VL_ab() jsr(0xF610) // #define Rot_VL() jsr(0xF616) // #define Rot_VL_Mode_a() jsr(0xF61F) // #define Rot_VL_Mode() jsr(0xF62B) // #define Rot_VL_dft() jsr(0xF637) // #define Xform_Run_a() jsr(0xF65B) // #define Xform_Run() jsr(0xF65D) // #define Xform_Rise_a() jsr(0xF661) // #define Xform_Rise() jsr(0xF663) // #define Move_Mem_a_1() jsr(0xF67F) // #define Move_Mem_a() jsr(0xF683) // /* Init_Music_chk: These routines are responsible for filling the music work buffer while a sound is being made. It should be called once during each refresh cycle. If you want to start a new sound, then you must set $C856 to 0x01, and point the U-register to the sound block. If no sound is in progress ($C856 = 0), then it returns immediately (unless you called Init_Music or Init_Music_dft, which do not make this check). When a sound is in progress, $C856 will be set to 0x80. These routines process a single note at a time, and calculate the amplitude and course/fine tuning values for the 3 sound channels. The values calculated are stored in the music work buffer, at $C83F-$C84C. Music data format: header word -> $C84F 32 nibble ADSR table header word -> $C851 8-byte "twang" table data bytes The ADSR table is simply 32 nibbles (16 bytes) of amplitude values. The twang table is 8 signed bytes to modify the base frequency of each note being played. Each channel has a different limit to its twang table index (6-8) to keep them out of phase to each other. Music data bytes: Bits 0-5 = frequency Bit 6 clear = tone Bit 6 set = noise Bit 7 set = next music data byte is for next channel Bit 7 clear, play note with duration in next music data byte: bits 0-5 = duration bit 6 = unused bit 7 set = end of music */ #define Init_Music_chk(m) jsru(m, 0xF687) // #define Init_Music() jsr(0xF68D) // #define Init_Music_x() jsr(0xF692) // #define Select_Game() jsr(0xF7A9) // #define Clear_Score() jsr(0xF84F) // #define Add_Score_a() jsr(0xF85E) // #define Add_Score_d() jsr(0xF87C) // #define Strip_Zeros() jsr(0xF8B7) // #define Compare_Score() jsr(0xF8C7) // #define New_High_Score() jsr(0xF8D8) // #define Obj_Will_Hit_u() jsr(0xF8E5) // #define Obj_Will_Hit() jsr(0xF8F3) // #define Obj_Hit() jsr(0xF8FF) // #define Explosion_Snd() jsr(0xF92E) // #define Draw_Grid_VL() jsr(0xFF9F) // ; #define music1 0xFD0D // #define music2 0xFD1D // #define music3 0xFD81 // #define music4 0xFDD3 // #define music5 0xFE38 // #define music6 0xFE76 // #define music7 0xFEC6 // #define music8 0xFEF8 // #define music9 0xFF26 // #define musica 0xFF44 // #define musicb 0xFF62 // #define musicc 0xFF7A // #define musicd 0xFF8F //