; /\\\\\\\\\ ; /\\\///////\\\ ; \/\\\ \/\\\ /\\\ /\\\ ; \/\\\\\\\\\\\/ /\\\\\ /\\\\\\\\\\ /\\\\\\\\ /\\\\\\\\\\\ /\\\\\\\\\\\ /\\\\\\\\\ ; \/\\\//////\\\ /\\\///\\\ \/\\\////// /\\\/////\\\ \////\\\//// \////\\\//// \////////\\\ ; \/\\\ \//\\\ /\\\ \//\\\ \/\\\\\\\\\\ /\\\\\\\\\\\ \/\\\ \/\\\ /\\\\\\\\\\ ; \/\\\ \//\\\ \//\\\ /\\\ \////////\\\ \//\\/////// \/\\\ /\\ \/\\\ /\\ /\\\/////\\\ ; \/\\\ \//\\\ \///\\\\\/ /\\\\\\\\\\ \//\\\\\\\\\\ \//\\\\\ \//\\\\\ \//\\\\\\\\/\\ ; \/// \/// \///// \////////// \////////// \///// \///// \////////\// ; Let's find out together what makes a PIC Tick! ; ; Code Produced by the Positron8 Compiler. Version 4.0.1.0 ; Created and Written by Les Johnson. ; Compiler version for Godfried-Willem Raes ;---------------------------------------------------------- ; #define config_req 1 #define debug_req 1 LIST P = 18F2620, F = INHX32, W = 2, X = ON, R = DEC, MM = ON, N = 0, C = 255, T = ON ; MICROCONTROLLER'S SFRS ; START OF ACCESS SFRS PORTA equ 0X0F80 PORTB equ 0X0F81 PORTC equ 0X0F82 PORTE equ 0X0F84 LATA equ 0X0F89 LATB equ 0X0F8A LATC equ 0X0F8B DDRA equ 0X0F92 TRISA equ 0X0F92 DDRB equ 0X0F93 TRISB equ 0X0F93 DDRC equ 0X0F94 TRISC equ 0X0F94 OSCTUNE equ 0X0F9B PIE1 equ 0X0F9D PIR1 equ 0X0F9E IPR1 equ 0X0F9F PIE2 equ 0X0FA0 PIR2 equ 0X0FA1 IPR2 equ 0X0FA2 EECON1 equ 0X0FA6 EECON2 equ 0X0FA7 EEDATL equ 0X0FA8 EEDATA equ 0X0FA8 EEADR equ 0X0FA9 EEADRH equ 0X0FAA RCSTA equ 0X0FAB TXSTA equ 0X0FAC TXREG equ 0X0FAD RCREG equ 0X0FAE SPBRG equ 0X0FAF SPBRGH equ 0X0FB0 T3CON equ 0X0FB1 TMR3L equ 0X0FB2 TMR3LH equ 0X0FB3 TMR3H equ 0X0FB3 CMCON equ 0X0FB4 CVRCON equ 0X0FB5 BAUDCON equ 0X0FB8 BAUDCTL equ 0X0FB8 CCP2CON equ 0X0FBA CCPR2 equ 0X0FBB CCPR2L equ 0X0FBB CCPR2LH equ 0X0FBC CCPR2H equ 0X0FBC CCP1CON equ 0X0FBD CCPR1 equ 0X0FBE CCPR1L equ 0X0FBE CCPR1LH equ 0X0FBF CCPR1H equ 0X0FBF ADCON2 equ 0X0FC0 ADCON1 equ 0X0FC1 ADCON0 equ 0X0FC2 ADRES equ 0X0FC3 ADRESL equ 0X0FC3 ADRESLH equ 0X0FC4 ADRESH equ 0X0FC4 SSPCON2 equ 0X0FC5 SSPCON1 equ 0X0FC6 SSPSTAT equ 0X0FC7 SSPADD equ 0X0FC8 SSPBUF equ 0X0FC9 T2CON equ 0X0FCA PR2 equ 0X0FCB TMR2 equ 0X0FCC T1CON equ 0X0FCD TMR1L equ 0X0FCE TMR1LH equ 0X0FCF TMR1H equ 0X0FCF RCON equ 0X0FD0 WDTCON equ 0X0FD1 HLVDCON equ 0X0FD2 LVDCON equ 0X0FD2 OSCCON equ 0X0FD3 DEBUG equ 0X0FD4 T0CON equ 0X0FD5 TMR0L equ 0X0FD6 TMR0LH equ 0X0FD7 TMR0H equ 0X0FD7 STATUS equ 0X0FD8 FSR2L equ 0X0FD9 FSR2LH equ 0X0FDA FSR2H equ 0X0FDA PLUSW2 equ 0X0FDB PREINC2 equ 0X0FDC POSTDEC2 equ 0X0FDD POSTINC2 equ 0X0FDE INDF2 equ 0X0FDF BSR equ 0X0FE0 FSR1L equ 0X0FE1 FSR1LH equ 0X0FE2 FSR1H equ 0X0FE2 PLUSW1 equ 0X0FE3 PREINC1 equ 0X0FE4 POSTDEC1 equ 0X0FE5 POSTINC1 equ 0X0FE6 INDF1 equ 0X0FE7 WREG equ 0X0FE8 FSR0L equ 0X0FE9 FSR0LH equ 0X0FEA FSR0H equ 0X0FEA PLUSW0 equ 0X0FEB PREINC0 equ 0X0FEC POSTDEC0 equ 0X0FED POSTINC0 equ 0X0FEE INDF0 equ 0X0FEF INTCON3 equ 0X0FF0 INTCON2 equ 0X0FF1 INTCON equ 0X0FF2 PRODL equ 0X0FF3 PRODLH equ 0X0FF4 PRODH equ 0X0FF4 TABLAT equ 0X0FF5 TBLPTRL equ 0X0FF6 TBLPTRLH equ 0X0FF7 TBLPTRH equ 0X0FF7 TBLPTRU equ 0X0FF8 TBLPTRLHH equ 0X0FF8 PC equ 0X0FF9 PCL equ 0X0FF9 PCLATH equ 0X0FFA PCLATU equ 0X0FFB STKPTR equ 0X0FFC TOS equ 0X0FFD TOSL equ 0X0FFD TOSLH equ 0X0FFE TOSH equ 0X0FFE TOSU equ 0X0FFF ; I2C PINS USED BY HBUSIN AND HBUSOUT _I2C_SCL_port=TRISC _I2C_SCL_pin=3 _I2C_SDA_port=TRISC _I2C_SDA_pin=4 ; SFR BITS USED INTERNALLY BY THE COMPILER C=0 DC=1 Z=2 OV=3 N=4 PD=5 To=6 PP_TXIF=4 PP_RCIF=5 PP_RD=0 PP_WR=1 PP_WREN=2 PP_WRERR=3 PP_EEPGD=7 PP_OERR=1 PP_CREN=4 PP_BRGH=2 PP_SENDB=3 PP_T3CCP1=3 PP_T3CCP2=6 PP_RD16=7 PP_BRG16=3 PP_ADON=0 PP_GO_DONE=1 PP_SEN=0 PP_RSEN=1 PP_PEN=2 PP_RCEN=3 PP_ACKEN=4 PP_ACKDT=5 PP_R_W=2 PP_T2CKPS0=0 PP_T2CKPS1=1 PP_TMR2ON=2 PP_TMR1ON=0 PP_RBPU=7 ; MEMORY MAP OF THE DEVICE __MAXRAM 0X0FFF __BADRAM 0X0F83 __BADRAM 0X0F85-0X0F88 __BADRAM 0X0F8C-0X0F91 __BADRAM 0X0F95-0X0F9A __BADRAM 0X0F9C __BADRAM 0X0FA3-0X0FA5 __BADRAM 0X0FB6-0X0FB7 __BADRAM 0X0FB9 ; CONFIG FUSE NAME VALUES config1h equ 0X300001 config2l equ 0X300002 config2h equ 0X300003 config3h equ 0X300005 config4l equ 0X300006 config5l equ 0X300008 config5h equ 0X300009 config6l equ 0X30000A config6h equ 0X30000B config7l equ 0X30000C config7h equ 0X30000D OSC_LP_1 equ 0XF0 OSC_XT_1 equ 0XF1 OSC_HS_1 equ 0XF2 OSC_RC_1 equ 0XF3 OSC_EC_1 equ 0XF4 OSC_ECIO6_1 equ 0XF5 OSC_HSPLL_1 equ 0XF6 OSC_RCIO6_1 equ 0XF7 OSC_INTIO67_1 equ 0XF8 OSC_INTIO7_1 equ 0XF9 FCMEN_OFF_1 equ 0XBF FCMEN_ON_1 equ 0xFF IESO_OFF_1 equ 0X7F IESO_ON_1 equ 0xFF PWRT_ON_2 equ 0XFE PWRT_OFF_2 equ 0xFF BOREN_OFF_2 equ 0XF9 BOREN_ON_2 equ 0XFB BOREN_NOSLP_2 equ 0XFD BOREN_SBORDIS_2 equ 0xFF BORV_0_2 equ 0XE7 BORV_1_2 equ 0XEF BORV_2_2 equ 0XF7 BORV_3_2 equ 0xFF WDT_OFF_2 equ 0XFE WDT_ON_2 equ 0xFF WDTPS_1_2 equ 0XE1 WDTPS_2_2 equ 0XE3 WDTPS_4_2 equ 0XE5 WDTPS_8_2 equ 0XE7 WDTPS_16_2 equ 0XE9 WDTPS_32_2 equ 0XEB WDTPS_64_2 equ 0XED WDTPS_128_2 equ 0XEF WDTPS_256_2 equ 0XF1 WDTPS_512_2 equ 0XF3 WDTPS_1024_2 equ 0XF5 WDTPS_2048_2 equ 0XF7 WDTPS_4096_2 equ 0XF9 WDTPS_8192_2 equ 0XFB WDTPS_16384_2 equ 0XFD WDTPS_32768_2 equ 0xFF MCLRE_OFF_3 equ 0X7F MCLRE_ON_3 equ 0xFF LPT1OSC_OFF_3 equ 0XFB LPT1OSC_ON_3 equ 0xFF PBADEN_OFF_3 equ 0XFD PBADEN_ON_3 equ 0xFF CCP2MX_PORTBE_3 equ 0XFE CCP2MX_PORTC_3 equ 0xFF STVREN_OFF_4 equ 0XFE STVREN_ON_4 equ 0xFF LVP_OFF_4 equ 0XFB LVP_ON_4 equ 0xFF XINST_OFF_4 equ 0XBF XINST_ON_4 equ 0xFF DEBUG_ON_4 equ 0X7F DEBUG_OFF_4 equ 0xFF CP0_ON_5 equ 0XFE CP0_OFF_5 equ 0xFF CP1_ON_5 equ 0XFD CP1_OFF_5 equ 0xFF CP2_ON_5 equ 0XFB CP2_OFF_5 equ 0xFF CP3_ON_5 equ 0XF7 CP3_OFF_5 equ 0xFF CPB_ON_5 equ 0XBF CPB_OFF_5 equ 0xFF CPD_ON_5 equ 0X7F CPD_OFF_5 equ 0xFF WRT0_ON_6 equ 0XFE WRT0_OFF_6 equ 0xFF WRT1_ON_6 equ 0XFD WRT1_OFF_6 equ 0xFF WRT2_ON_6 equ 0XFB WRT2_OFF_6 equ 0xFF WRT3_ON_6 equ 0XF7 WRT3_OFF_6 equ 0xFF WRTB_ON_6 equ 0XBF WRTB_OFF_6 equ 0xFF WRTC_ON_6 equ 0XDF WRTC_OFF_6 equ 0xFF WRTD_ON_6 equ 0X7F WRTD_OFF_6 equ 0xFF EBTR0_ON_7 equ 0XFE EBTR0_OFF_7 equ 0xFF EBTR1_ON_7 equ 0XFD EBTR1_OFF_7 equ 0xFF EBTR2_ON_7 equ 0XFB EBTR2_OFF_7 equ 0xFF EBTR3_ON_7 equ 0XF7 EBTR3_OFF_7 equ 0xFF EBTRB_ON_7 equ 0XBF EBTRB_OFF_7 equ 0xFF DEVID1 equ 0X3FFFFE DEVID2 equ 0X3FFFFF ; COMPILER'S INTERNAL CONSTANTS AND ALIASES #define __18F2620 1 #define xtal 40 #define _core 16 #define _MaxRAM 3955 #define _Ram_End 0X0F7F #define _MaxMem 0X010000 #define _ADC 10 #define _ADC_res 10 #define _eeprom 1024 #define ram_banks 15 #define _USART 1 #define _USB 0 #define _flash 1 #define _cwrite_block 64 #define _TRIS_offset 18 #define __EE_RW_type 1 #define __MSSP_type 1 #define __HPWM_type 1 #define __adin_type 1 #define __UART_type 1 #define BankA_Start 0x00 #define BankA_End 0X7F #define __Interrupts_Enabled 1 #define __high_interrupts_enabled 1 #define __low_interrupts_enabled 1 #define clrw clrf WREG #define negw negf WREG #define skpc btfss STATUS,0 #define skpnc btfsc STATUS,0 #define clrc bcf STATUS,0 #define setc bsf STATUS,0 #define skpz btfss STATUS,2 #define skpnz btfsc STATUS,2 #define clrz bcf STATUS,2 #define setz bsf STATUS,2 #define INIT_USART_INTERRUPT#REQ 1 #define CLEAR_SERIAL_BUFFER#REQ 1 ; COMPILER SYSTEM VARIABLES BPF equ 0x00 BPFH equ 0X01 GEN equ 0X02 PBS_VAR0 equ 0X03 PBS_VAR0H equ 0X04 PBS_VAR0HH equ 0X05 PBS_VAR0HHH equ 0X06 PBS_VAR1 equ 0X07 PBS_VAR1H equ 0X08 PP0 equ 0X09 PP0H equ 0X0A PP1 equ 0X0B PP1H equ 0X0C PP2 equ 0X0D PP2H equ 0X0E PP3 equ 0X0F PP3H equ 0X10 PP4 equ 0X11 PP4H equ 0X12 PP5 equ 0X13 PP5H equ 0X14 PP6H equ 0X15 PP7 equ 0X16 PP7H equ 0X17 PP7HH equ 0X18 PP7HHH equ 0X19 PPZ equ 0X1A PPZH equ 0X1B PPZHH equ 0X1C PP_AARG equ 0X1D PP_AARGH equ 0X1E PP_AARGHH equ 0X1F PP_AARGHHH equ 0X20 PP_BARG equ 0X21 PP_BARGH equ 0X22 PP_BARGHH equ 0X23 PP_BARGHHH equ 0X24 _AEXP equ 0X25 _BEXP equ 0X26 _FP_FLAGS equ 0X27 _FP_SIGN equ 0X28 _FP_TEMP equ 0X29 ; BIT HOLDER VARIABLES _B__VR1 equ 0X2A ; USER ACCESS RAM VARIABLES Cnt equ 0X2B CntH equ 0X2C CntHH equ 0X2D CntHHH equ 0X2E Bytein equ 0X2F _I equ 0X30 statusbyte equ 0X31 noteUit equ 0X32 release equ 0X33 noteAan equ 0X34 velo equ 0X35 notePres equ 0X36 pres equ 0X37 Ctrl equ 0X38 value equ 0X39 prog equ 0X3A aft equ 0X3B pblsb equ 0X3C pbmsb equ 0X3D CC66 equ 0X3E MotPer equ 0X3F MotPerH equ 0X40 Volume equ 0X41 Motspeed equ 0X42 Period equ 0X43 PeriodH equ 0X44 MotorFlags equ 0X45 Nxt equ 0X46 NxtH equ 0X47 NxtHH equ 0X48 NxtHHH equ 0X49 idx equ 0X4A USART_FSR1_Save equ 0X4B USART_FSR1_SaveH equ 0X4C IndexIn equ 0X4D IndexOut equ 0X4E ; STANDARD VARIABLES MotTim equ 0X4F MotCnt equ 0X50 oldVolume equ 0X51 CC19 equ 0X52 CC67 equ 0X53 CC68 equ 0X54 TimVals equ 0X55 TimValsH equ 0X56 TimValsHH equ 0X57 TimValsHHH equ 0X58 variable TimVals#0=0X55,TimVals#0H=0X56,TimVals#0HH=0X57,TimVals#0HHH=0X58 _J equ 0X59 _JH equ 0X5A _JHH equ 0X5B _JHHH equ 0X5C Liflags equ 0X5D OldLiFlags equ 0X5E Ringbuffer equ 0X5F variable Ringbuffer#0=0X5F,Ringbuffer#1=0X60,Ringbuffer#2=0X61,Ringbuffer#3=0X62 variable Ringbuffer#4=0X63,Ringbuffer#5=0X64,Ringbuffer#6=0X65,Ringbuffer#7=0X66 variable Ringbuffer#8=0X67,Ringbuffer#9=0X68,Ringbuffer#10=0X69,Ringbuffer#11=0X6A variable Ringbuffer#12=0X6B,Ringbuffer#13=0X6C,Ringbuffer#14=0X6D,Ringbuffer#15=0X6E variable Ringbuffer#16=0X6F,Ringbuffer#17=0X70,Ringbuffer#18=0X71,Ringbuffer#19=0X72 variable Ringbuffer#20=0X73,Ringbuffer#21=0X74,Ringbuffer#22=0X75,Ringbuffer#23=0X76 variable Ringbuffer#24=0X77,Ringbuffer#25=0X78,Ringbuffer#26=0X79,Ringbuffer#27=0X7A variable Ringbuffer#28=0X7B,Ringbuffer#29=0X7C,Ringbuffer#30=0X7D,Ringbuffer#31=0X7E variable Ringbuffer#32=0X7F,Ringbuffer#33=0X80,Ringbuffer#34=0X81,Ringbuffer#35=0X82 variable Ringbuffer#36=0X83,Ringbuffer#37=0X84,Ringbuffer#38=0X85,Ringbuffer#39=0X86 variable Ringbuffer#40=0X87,Ringbuffer#41=0X88,Ringbuffer#42=0X89,Ringbuffer#43=0X8A variable Ringbuffer#44=0X8B,Ringbuffer#45=0X8C,Ringbuffer#46=0X8D,Ringbuffer#47=0X8E variable Ringbuffer#48=0X8F,Ringbuffer#49=0X90,Ringbuffer#50=0X91,Ringbuffer#51=0X92 variable Ringbuffer#52=0X93,Ringbuffer#53=0X94,Ringbuffer#54=0X95,Ringbuffer#55=0X96 variable Ringbuffer#56=0X97,Ringbuffer#57=0X98,Ringbuffer#58=0X99,Ringbuffer#59=0X9A variable Ringbuffer#60=0X9B,Ringbuffer#61=0X9C,Ringbuffer#62=0X9D,Ringbuffer#63=0X9E variable Ringbuffer#64=0X9F,Ringbuffer#65=0XA0,Ringbuffer#66=0XA1,Ringbuffer#67=0XA2 variable Ringbuffer#68=0XA3,Ringbuffer#69=0XA4,Ringbuffer#70=0XA5,Ringbuffer#71=0XA6 variable Ringbuffer#72=0XA7,Ringbuffer#73=0XA8,Ringbuffer#74=0XA9,Ringbuffer#75=0XAA variable Ringbuffer#76=0XAB,Ringbuffer#77=0XAC,Ringbuffer#78=0XAD,Ringbuffer#79=0XAE variable Ringbuffer#80=0XAF,Ringbuffer#81=0XB0,Ringbuffer#82=0XB1,Ringbuffer#83=0XB2 variable Ringbuffer#84=0XB3,Ringbuffer#85=0XB4,Ringbuffer#86=0XB5,Ringbuffer#87=0XB6 variable Ringbuffer#88=0XB7,Ringbuffer#89=0XB8,Ringbuffer#90=0XB9,Ringbuffer#91=0XBA variable Ringbuffer#92=0XBB,Ringbuffer#93=0XBC,Ringbuffer#94=0XBD,Ringbuffer#95=0XBE variable Ringbuffer#96=0XBF,Ringbuffer#97=0XC0,Ringbuffer#98=0XC1,Ringbuffer#99=0XC2 variable Ringbuffer#100=0XC3,Ringbuffer#101=0XC4,Ringbuffer#102=0XC5,Ringbuffer#103=0XC6 variable Ringbuffer#104=0XC7,Ringbuffer#105=0XC8,Ringbuffer#106=0XC9,Ringbuffer#107=0XCA variable Ringbuffer#108=0XCB,Ringbuffer#109=0XCC,Ringbuffer#110=0XCD,Ringbuffer#111=0XCE variable Ringbuffer#112=0XCF,Ringbuffer#113=0XD0,Ringbuffer#114=0XD1,Ringbuffer#115=0XD2 variable Ringbuffer#116=0XD3,Ringbuffer#117=0XD4,Ringbuffer#118=0XD5,Ringbuffer#119=0XD6 variable Ringbuffer#120=0XD7,Ringbuffer#121=0XD8,Ringbuffer#122=0XD9,Ringbuffer#123=0XDA variable Ringbuffer#124=0XDB,Ringbuffer#125=0XDC,Ringbuffer#126=0XDD,Ringbuffer#127=0XDE variable Ringbuffer#128=0XDF,Ringbuffer#129=0XE0,Ringbuffer#130=0XE1,Ringbuffer#131=0XE2 variable Ringbuffer#132=0XE3,Ringbuffer#133=0XE4,Ringbuffer#134=0XE5,Ringbuffer#135=0XE6 variable Ringbuffer#136=0XE7,Ringbuffer#137=0XE8,Ringbuffer#138=0XE9,Ringbuffer#139=0XEA variable Ringbuffer#140=0XEB,Ringbuffer#141=0XEC,Ringbuffer#142=0XED,Ringbuffer#143=0XEE variable Ringbuffer#144=0XEF,Ringbuffer#145=0XF0,Ringbuffer#146=0XF1,Ringbuffer#147=0XF2 variable Ringbuffer#148=0XF3,Ringbuffer#149=0XF4,Ringbuffer#150=0XF5,Ringbuffer#151=0XF6 variable Ringbuffer#152=0XF7,Ringbuffer#153=0XF8,Ringbuffer#154=0XF9,Ringbuffer#155=0XFA variable Ringbuffer#156=0XFB,Ringbuffer#157=0XFC,Ringbuffer#158=0XFD,Ringbuffer#159=0XFE variable Ringbuffer#160=0xFF,Ringbuffer#161=0X100,Ringbuffer#162=0X101,Ringbuffer#163=0X102 variable Ringbuffer#164=0X103,Ringbuffer#165=0X104,Ringbuffer#166=0X105,Ringbuffer#167=0X106 variable Ringbuffer#168=0X107,Ringbuffer#169=0X108,Ringbuffer#170=0X109,Ringbuffer#171=0X10A variable Ringbuffer#172=0X10B,Ringbuffer#173=0X10C,Ringbuffer#174=0X10D,Ringbuffer#175=0X10E variable Ringbuffer#176=0X10F,Ringbuffer#177=0X110,Ringbuffer#178=0X111,Ringbuffer#179=0X112 variable Ringbuffer#180=0X113,Ringbuffer#181=0X114,Ringbuffer#182=0X115,Ringbuffer#183=0X116 variable Ringbuffer#184=0X117,Ringbuffer#185=0X118,Ringbuffer#186=0X119,Ringbuffer#187=0X11A variable Ringbuffer#188=0X11B,Ringbuffer#189=0X11C,Ringbuffer#190=0X11D,Ringbuffer#191=0X11E variable Ringbuffer#192=0X11F,Ringbuffer#193=0X120,Ringbuffer#194=0X121,Ringbuffer#195=0X122 variable Ringbuffer#196=0X123,Ringbuffer#197=0X124,Ringbuffer#198=0X125,Ringbuffer#199=0X126 variable Ringbuffer#200=0X127,Ringbuffer#201=0X128,Ringbuffer#202=0X129,Ringbuffer#203=0X12A variable Ringbuffer#204=0X12B,Ringbuffer#205=0X12C,Ringbuffer#206=0X12D,Ringbuffer#207=0X12E variable Ringbuffer#208=0X12F,Ringbuffer#209=0X130,Ringbuffer#210=0X131,Ringbuffer#211=0X132 variable Ringbuffer#212=0X133,Ringbuffer#213=0X134,Ringbuffer#214=0X135,Ringbuffer#215=0X136 variable Ringbuffer#216=0X137,Ringbuffer#217=0X138,Ringbuffer#218=0X139,Ringbuffer#219=0X13A variable Ringbuffer#220=0X13B,Ringbuffer#221=0X13C,Ringbuffer#222=0X13D,Ringbuffer#223=0X13E variable Ringbuffer#224=0X13F,Ringbuffer#225=0X140,Ringbuffer#226=0X141,Ringbuffer#227=0X142 variable Ringbuffer#228=0X143,Ringbuffer#229=0X144,Ringbuffer#230=0X145,Ringbuffer#231=0X146 variable Ringbuffer#232=0X147,Ringbuffer#233=0X148,Ringbuffer#234=0X149,Ringbuffer#235=0X14A variable Ringbuffer#236=0X14B,Ringbuffer#237=0X14C,Ringbuffer#238=0X14D,Ringbuffer#239=0X14E variable Ringbuffer#240=0X14F,Ringbuffer#241=0X150,Ringbuffer#242=0X151,Ringbuffer#243=0X152 variable Ringbuffer#244=0X153,Ringbuffer#245=0X154,Ringbuffer#246=0X155,Ringbuffer#247=0X156 variable Ringbuffer#248=0X157,Ringbuffer#249=0X158,Ringbuffer#250=0X159,Ringbuffer#251=0X15A variable Ringbuffer#252=0X15B,Ringbuffer#253=0X15C,Ringbuffer#254=0X15D,Ringbuffer#255=0X15E Dur5 equ 0X15F Dur5H equ 0X160 variable Dur5#0=0X15F,Dur5#0H=0X160,Dur5#1=0X161,Dur5#1H=0X162 variable Dur5#2=0X163,Dur5#2H=0X164,Dur5#3=0X165,Dur5#3H=0X166 variable Dur5#4=0X167,Dur5#4H=0X168,Dur5#5=0X169,Dur5#5H=0X16A variable Dur5#6=0X16B,Dur5#6H=0X16C,Dur5#7=0X16D,Dur5#7H=0X16E variable Dur5#8=0X16F,Dur5#8H=0X170,Dur5#9=0X171,Dur5#9H=0X172 variable Dur5#10=0X173,Dur5#10H=0X174,Dur5#11=0X175,Dur5#11H=0X176 variable Dur5#12=0X177,Dur5#12H=0X178,Dur5#13=0X179,Dur5#13H=0X17A variable Dur5#14=0X17B,Dur5#14H=0X17C,Dur5#15=0X17D,Dur5#15H=0X17E variable Dur5#16=0X17F,Dur5#16H=0X180,Dur5#17=0X181,Dur5#17H=0X182 variable Dur5#18=0X183,Dur5#18H=0X184,Dur5#19=0X185,Dur5#19H=0X186 variable Dur5#20=0X187,Dur5#20H=0X188,Dur5#21=0X189,Dur5#21H=0X18A variable Dur5#22=0X18B,Dur5#22H=0X18C,Dur5#23=0X18D,Dur5#23H=0X18E variable Dur5#24=0X18F,Dur5#24H=0X190,Dur5#25=0X191,Dur5#25H=0X192 variable Dur5#26=0X193,Dur5#26H=0X194,Dur5#27=0X195,Dur5#27H=0X196 variable Dur5#28=0X197,Dur5#28H=0X198,Dur5#29=0X199,Dur5#29H=0X19A variable Dur5#30=0X19B,Dur5#30H=0X19C,Dur5#31=0X19D,Dur5#31H=0X19E variable Dur5#32=0X19F,Dur5#32H=0X1A0,Dur5#33=0X1A1,Dur5#33H=0X1A2 variable Dur5#34=0X1A3,Dur5#34H=0X1A4,Dur5#35=0X1A5,Dur5#35H=0X1A6 variable Dur5#36=0X1A7,Dur5#36H=0X1A8,Dur5#37=0X1A9,Dur5#37H=0X1AA variable Dur5#38=0X1AB,Dur5#38H=0X1AC,Dur5#39=0X1AD,Dur5#39H=0X1AE variable Dur5#40=0X1AF,Dur5#40H=0X1B0,Dur5#41=0X1B1,Dur5#41H=0X1B2 variable Dur5#42=0X1B3,Dur5#42H=0X1B4,Dur5#43=0X1B5,Dur5#43H=0X1B6 variable Dur5#44=0X1B7,Dur5#44H=0X1B8,Dur5#45=0X1B9,Dur5#45H=0X1BA variable Dur5#46=0X1BB,Dur5#46H=0X1BC,Dur5#47=0X1BD,Dur5#47H=0X1BE variable Dur5#48=0X1BF,Dur5#48H=0X1C0,Dur5#49=0X1C1,Dur5#49H=0X1C2 variable Dur5#50=0X1C3,Dur5#50H=0X1C4,Dur5#51=0X1C5,Dur5#51H=0X1C6 variable Dur5#52=0X1C7,Dur5#52H=0X1C8,Dur5#53=0X1C9,Dur5#53H=0X1CA variable Dur5#54=0X1CB,Dur5#54H=0X1CC,Dur5#55=0X1CD,Dur5#55H=0X1CE variable Dur5#56=0X1CF,Dur5#56H=0X1D0,Dur5#57=0X1D1,Dur5#57H=0X1D2 variable Dur5#58=0X1D3,Dur5#58H=0X1D4,Dur5#59=0X1D5,Dur5#59H=0X1D6 variable Dur5#60=0X1D7,Dur5#60H=0X1D8,Dur5#61=0X1D9,Dur5#61H=0X1DA variable Dur5#62=0X1DB,Dur5#62H=0X1DC,Dur5#63=0X1DD,Dur5#63H=0X1DE variable Dur5#64=0X1DF,Dur5#64H=0X1E0,Dur5#65=0X1E1,Dur5#65H=0X1E2 variable Dur5#66=0X1E3,Dur5#66H=0X1E4,Dur5#67=0X1E5,Dur5#67H=0X1E6 variable Dur5#68=0X1E7,Dur5#68H=0X1E8,Dur5#69=0X1E9,Dur5#69H=0X1EA variable Dur5#70=0X1EB,Dur5#70H=0X1EC,Dur5#71=0X1ED,Dur5#71H=0X1EE variable Dur5#72=0X1EF,Dur5#72H=0X1F0,Dur5#73=0X1F1,Dur5#73H=0X1F2 variable Dur5#74=0X1F3,Dur5#74H=0X1F4,Dur5#75=0X1F5,Dur5#75H=0X1F6 variable Dur5#76=0X1F7,Dur5#76H=0X1F8,Dur5#77=0X1F9,Dur5#77H=0X1FA variable Dur5#78=0X1FB,Dur5#78H=0X1FC,Dur5#79=0X1FD,Dur5#79H=0X1FE variable Dur5#80=0X1FF,Dur5#80H=0X200,Dur5#81=0X201,Dur5#81H=0X202 variable Dur5#82=0X203,Dur5#82H=0X204,Dur5#83=0X205,Dur5#83H=0X206 variable Dur5#84=0X207,Dur5#84H=0X208,Dur5#85=0X209,Dur5#85H=0X20A variable Dur5#86=0X20B,Dur5#86H=0X20C,Dur5#87=0X20D,Dur5#87H=0X20E variable Dur5#88=0X20F,Dur5#88H=0X210,Dur5#89=0X211,Dur5#89H=0X212 variable Dur5#90=0X213,Dur5#90H=0X214,Dur5#91=0X215,Dur5#91H=0X216 variable Dur5#92=0X217,Dur5#92H=0X218,Dur5#93=0X219,Dur5#93H=0X21A variable Dur5#94=0X21B,Dur5#94H=0X21C,Dur5#95=0X21D,Dur5#95H=0X21E variable Dur5#96=0X21F,Dur5#96H=0X220,Dur5#97=0X221,Dur5#97H=0X222 variable Dur5#98=0X223,Dur5#98H=0X224,Dur5#99=0X225,Dur5#99H=0X226 variable Dur5#100=0X227,Dur5#100H=0X228,Dur5#101=0X229,Dur5#101H=0X22A variable Dur5#102=0X22B,Dur5#102H=0X22C,Dur5#103=0X22D,Dur5#103H=0X22E variable Dur5#104=0X22F,Dur5#104H=0X230,Dur5#105=0X231,Dur5#105H=0X232 variable Dur5#106=0X233,Dur5#106H=0X234,Dur5#107=0X235,Dur5#107H=0X236 variable Dur5#108=0X237,Dur5#108H=0X238,Dur5#109=0X239,Dur5#109H=0X23A variable Dur5#110=0X23B,Dur5#110H=0X23C,Dur5#111=0X23D,Dur5#111H=0X23E variable Dur5#112=0X23F,Dur5#112H=0X240,Dur5#113=0X241,Dur5#113H=0X242 variable Dur5#114=0X243,Dur5#114H=0X244,Dur5#115=0X245,Dur5#115H=0X246 variable Dur5#116=0X247,Dur5#116H=0X248,Dur5#117=0X249,Dur5#117H=0X24A variable Dur5#118=0X24B,Dur5#118H=0X24C,Dur5#119=0X24D,Dur5#119H=0X24E variable Dur5#120=0X24F,Dur5#120H=0X250,Dur5#121=0X251,Dur5#121H=0X252 variable Dur5#122=0X253,Dur5#122H=0X254,Dur5#123=0X255,Dur5#123H=0X256 variable Dur5#124=0X257,Dur5#124H=0X258,Dur5#125=0X259,Dur5#125H=0X25A variable Dur5#126=0X25B,Dur5#126H=0X25C,Dur5#127=0X25D,Dur5#127H=0X25E Toff equ 0X25F variable Toff#0=0X25F,Toff#1=0X260,Toff#2=0X261,Toff#3=0X262 variable Toff#4=0X263,Toff#5=0X264,Toff#6=0X265,Toff#7=0X266 variable Toff#8=0X267,Toff#9=0X268,Toff#10=0X269,Toff#11=0X26A variable Toff#12=0X26B,Toff#13=0X26C,Toff#14=0X26D,Toff#15=0X26E variable Toff#16=0X26F,Toff#17=0X270,Toff#18=0X271,Toff#19=0X272 variable Toff#20=0X273,Toff#21=0X274,Toff#22=0X275,Toff#23=0X276 variable Toff#24=0X277,Toff#25=0X278,Toff#26=0X279,Toff#27=0X27A variable Toff#28=0X27B,Toff#29=0X27C,Toff#30=0X27D,Toff#31=0X27E variable Toff#32=0X27F,Toff#33=0X280,Toff#34=0X281,Toff#35=0X282 variable Toff#36=0X283,Toff#37=0X284,Toff#38=0X285,Toff#39=0X286 variable Toff#40=0X287,Toff#41=0X288,Toff#42=0X289,Toff#43=0X28A variable Toff#44=0X28B,Toff#45=0X28C,Toff#46=0X28D,Toff#47=0X28E variable Toff#48=0X28F,Toff#49=0X290,Toff#50=0X291,Toff#51=0X292 variable Toff#52=0X293,Toff#53=0X294,Toff#54=0X295,Toff#55=0X296 variable Toff#56=0X297,Toff#57=0X298,Toff#58=0X299,Toff#59=0X29A variable Toff#60=0X29B,Toff#61=0X29C,Toff#62=0X29D,Toff#63=0X29E variable Toff#64=0X29F,Toff#65=0X2A0,Toff#66=0X2A1,Toff#67=0X2A2 variable Toff#68=0X2A3,Toff#69=0X2A4,Toff#70=0X2A5,Toff#71=0X2A6 variable Toff#72=0X2A7,Toff#73=0X2A8,Toff#74=0X2A9,Toff#75=0X2AA variable Toff#76=0X2AB,Toff#77=0X2AC,Toff#78=0X2AD,Toff#79=0X2AE variable Toff#80=0X2AF,Toff#81=0X2B0,Toff#82=0X2B1,Toff#83=0X2B2 variable Toff#84=0X2B3,Toff#85=0X2B4,Toff#86=0X2B5,Toff#87=0X2B6 variable Toff#88=0X2B7,Toff#89=0X2B8,Toff#90=0X2B9,Toff#91=0X2BA variable Toff#92=0X2BB,Toff#93=0X2BC,Toff#94=0X2BD,Toff#95=0X2BE variable Toff#96=0X2BF,Toff#97=0X2C0,Toff#98=0X2C1,Toff#99=0X2C2 variable Toff#100=0X2C3,Toff#101=0X2C4,Toff#102=0X2C5,Toff#103=0X2C6 variable Toff#104=0X2C7,Toff#105=0X2C8,Toff#106=0X2C9,Toff#107=0X2CA variable Toff#108=0X2CB,Toff#109=0X2CC,Toff#110=0X2CD,Toff#111=0X2CE variable Toff#112=0X2CF,Toff#113=0X2D0,Toff#114=0X2D1,Toff#115=0X2D2 variable Toff#116=0X2D3,Toff#117=0X2D4,Toff#118=0X2D5,Toff#119=0X2D6 variable Toff#120=0X2D7,Toff#121=0X2D8,Toff#122=0X2D9,Toff#123=0X2DA variable Toff#124=0X2DB,Toff#125=0X2DC,Toff#126=0X2DD,Toff#127=0X2DE Ton equ 0X2DF variable Ton#0=0X2DF,Ton#1=0X2E0,Ton#2=0X2E1,Ton#3=0X2E2 variable Ton#4=0X2E3,Ton#5=0X2E4,Ton#6=0X2E5,Ton#7=0X2E6 variable Ton#8=0X2E7,Ton#9=0X2E8,Ton#10=0X2E9,Ton#11=0X2EA variable Ton#12=0X2EB,Ton#13=0X2EC,Ton#14=0X2ED,Ton#15=0X2EE variable Ton#16=0X2EF,Ton#17=0X2F0,Ton#18=0X2F1,Ton#19=0X2F2 variable Ton#20=0X2F3,Ton#21=0X2F4,Ton#22=0X2F5,Ton#23=0X2F6 variable Ton#24=0X2F7,Ton#25=0X2F8,Ton#26=0X2F9,Ton#27=0X2FA variable Ton#28=0X2FB,Ton#29=0X2FC,Ton#30=0X2FD,Ton#31=0X2FE variable Ton#32=0X2FF,Ton#33=0X300,Ton#34=0X301,Ton#35=0X302 variable Ton#36=0X303,Ton#37=0X304,Ton#38=0X305,Ton#39=0X306 variable Ton#40=0X307,Ton#41=0X308,Ton#42=0X309,Ton#43=0X30A variable Ton#44=0X30B,Ton#45=0X30C,Ton#46=0X30D,Ton#47=0X30E variable Ton#48=0X30F,Ton#49=0X310,Ton#50=0X311,Ton#51=0X312 variable Ton#52=0X313,Ton#53=0X314,Ton#54=0X315,Ton#55=0X316 variable Ton#56=0X317,Ton#57=0X318,Ton#58=0X319,Ton#59=0X31A variable Ton#60=0X31B,Ton#61=0X31C,Ton#62=0X31D,Ton#63=0X31E variable Ton#64=0X31F,Ton#65=0X320,Ton#66=0X321,Ton#67=0X322 variable Ton#68=0X323,Ton#69=0X324,Ton#70=0X325,Ton#71=0X326 variable Ton#72=0X327,Ton#73=0X328,Ton#74=0X329,Ton#75=0X32A variable Ton#76=0X32B,Ton#77=0X32C,Ton#78=0X32D,Ton#79=0X32E variable Ton#80=0X32F,Ton#81=0X330,Ton#82=0X331,Ton#83=0X332 variable Ton#84=0X333,Ton#85=0X334,Ton#86=0X335,Ton#87=0X336 variable Ton#88=0X337,Ton#89=0X338,Ton#90=0X339,Ton#91=0X33A variable Ton#92=0X33B,Ton#93=0X33C,Ton#94=0X33D,Ton#95=0X33E variable Ton#96=0X33F,Ton#97=0X340,Ton#98=0X341,Ton#99=0X342 variable Ton#100=0X343,Ton#101=0X344,Ton#102=0X345,Ton#103=0X346 variable Ton#104=0X347,Ton#105=0X348,Ton#106=0X349,Ton#107=0X34A variable Ton#108=0X34B,Ton#109=0X34C,Ton#110=0X34D,Ton#111=0X34E variable Ton#112=0X34F,Ton#113=0X350,Ton#114=0X351,Ton#115=0X352 variable Ton#116=0X353,Ton#117=0X354,Ton#118=0X355,Ton#119=0X356 variable Ton#120=0X357,Ton#121=0X358,Ton#122=0X359,Ton#123=0X35A variable Ton#124=0X35B,Ton#125=0X35C,Ton#126=0X35D,Ton#127=0X35E GetMidiInResult equ 0X35F SortTimersResult equ 0X360 ; HEAP VARIABLES ; LOW PRIORITY INTERRUPT CONTEXT STORAGE _Low__Context_Store equ 0X361 variable _Low__Context_Store_0=0X361,_Low__Context_Store_1=0X362,_Low__Context_Store_2=0X363,_Low__Context_Store_3=0X364 variable _Low__Context_Store_4=0X365 ; ALIAS VARIABLES #define __CCP1_PORT PORTC #define __HPWM1_PORT PORTC #define __CCP1_PORT_PIN PORTC,2 #define __HPWM1_PORT_PIN PORTC,2 #define __CCP2_PORT PORTC #define __HPWM2_PORT PORTC #define __CCP2_PORT_PIN PORTC,1 #define __HPWM2_PORT_PIN PORTC,1 #define CntHw CntHH #define CntHwH CntHHH #define CntLw TMR0L #define CntLwH TMR0LH #define time Cnt #define timeH CntH #define timeHH CntHH #define timeHHH CntHHH #define MaxTim timeHHH,4 #define Tim3 TMR3L #define Tim3H TMR3LH #define StBit Bytein,7 #define PowerOn CC66,0 #define Mtog CC66,2 #define CC7 Volume #define MotorOn MotorFlags,0 #define MotWait MotorFlags,1 #define NrNotes _B__VR1,0 #define LiTog _B__VR1,1 #define CC69 _B__VR1,2 #define BassFlag Liflags,0 #define MidFlag Liflags,1 #define HighFlag Liflags,2 #define FSR0SaveInt PP0 #define FSR0SaveIntH PP0H #define USART_FSR0_Save FSR0SaveInt #define USART_FSR0_SaveH PP0H #define USART_FSR0 FSR0L #define USART_FSR0H FSR0LH #define USART_FSR1 FSR1L #define USART_FSR1H FSR1LH ; CONSTANTS #define __optimiser_level 3 #define __xtal 40 #define __CCP1_PIN 2 #define __HPWM1_PIN 2 #define __CCP2_PIN 1 #define __HPWM2_PIN 1 #define PWMminF 2442 #define PWMminFH 9 #define fPwm 21000 #define fPwmH 82 #define White1_note 120 #define White2_note 121 #define Red1_note 122 #define Red2_note 123 #define Green_Note 124 #define lowest_note 54 #define highest_note 105 #define NrTasks 1 #define LastTask 0 #define True 1 #define False 0 #define Period10 53039 #define Period10H 207 #define Period5 59288 #define Period5H 231 #define Period25 62412 #define Period25H 243 #define Period125 63974 #define Period125H 249 #define Period_default 59288 #define Period_defaultH 231 #define Midichannel 6 #define NoteOff_Status 134 #define NoteOn_Status 150 #define Keypres_Status 166 #define Control_Status 182 #define ProgChange_Status 198 #define Aftertouch_Status 214 #define Pitchbend_Status 230 #define HSERIAL_TXSTA 36 ;--------------------------------------------- ; START OF THE COMPILER'S LIBRARY ROUTINES _compiler__start_ org 0X000000 nop nop goto _compiler_main_start_ org 0X000008 goto High_Prior_Interrupt org 0X000018 goto Low_Prior_Interrupt __hrsout1__ btfss PIR1,PP_TXIF bra $ - 2 movwf TXREG return __hpwm_ movwf PP4H movlw 150 movwf PP0 movlw 152 movwf PP0H rcall __divide_u1616_ btfsc STATUS,2 bcf T2CON,PP_T2CKPS0 btfss STATUS,2 bsf T2CON,PP_T2CKPS0 addlw 252 btfss STATUS,0 bcf T2CON,PP_T2CKPS1 btfsc STATUS,0 bsf T2CON,PP_T2CKPS1 movlw 128 movwf PP0 movlw 150 movwf PP0H movlw 152 movwf PP2 clrf PP2H btfsc T2CON,PP_T2CKPS0 rcall __hpw_2s__ btfsc T2CON,PP_T2CKPS1 rcall __hpw_2s__ rcall __divide_int_u1616_ decf PP0,W movwf PR2 movff PP0,PP1 movff PP0H,PP1H movf GEN,W movwf PP3 movwf PP3H incfsz GEN,W clrf PP3H rcall __multiply_u1616_ movf PP2H,W decfsz PP4H,F bra __hpw_sk1__ movwf CCPR1L movlw 12 movwf CCP1CON btfsc PP2,7 bsf CCP1CON,5 btfsc PP2,6 bsf CCP1CON,4 bcf TRISC,2 __HPWM_Exit__ bsf T2CON,PP_TMR2ON return __hpw_sk1__ movwf CCPR2L movlw 12 movwf CCP2CON btfsc PP2,7 bsf CCP2CON,5 btfsc PP2,6 bsf CCP2CON,4 bcf TRISC,1 bra __HPWM_Exit__ __hpw_2s__ rcall __hpw_2l__ __hpw_2l__ bcf STATUS,0 rrcf PP2,F rrcf PP0H,F rrcf PP0,F return __divide_u1616_ clrf PP2H clrf PP2 __divide_int_u1616_ movlw 16 movwf PRODL __divide_u1616_loop_ rlcf PP0H,W rlcf PP2,F rlcf PP2H,F movf PP1,W subwf PP2,W movf PP1H,W subwfb PP2H,W bnc __divide_u1616_k_ movf PP1,W subwf PP2,F movf PP1H,W subwfb PP2H,F bsf STATUS,0 __divide_u1616_k_ rlcf PP0,F rlcf PP0H,F decfsz PRODL,F bra __divide_u1616_loop_ movf PP0,W return __multiply_u1616_ movf PP1,W mulwf PP3,0 movff PRODL,PP2 movff PRODH,PP2H movf PP1H,W mulwf PP3,0 movf PRODL,W addwf PP2H,F movf PP1,W mulwf PP3H,0 movf PRODL,W addwf PP2H,F movf PP2,W return __fpsub_32__ movlw 128 xorwf PP_BARGH,F __fpadd_32__ movf PP_BARG,W subwf PP_AARG,W movwf _BEXP bc __fpadd_32_1 negf _BEXP,0 movf PP_AARG,W movff PP_BARG,PP_AARG movwf PP_BARG movf PP_AARGH,W movff PP_BARGH,PP_AARGH movwf PP_BARGH movf PP_AARGHH,W movff PP_BARGHH,PP_AARGHH movwf PP_BARGHH movf PP_AARGHHH,W movff PP_BARGHHH,PP_AARGHHH movwf PP_BARGHHH __fpadd_32_1 movlw 26 cpfslt _BEXP,0 bra __fpadd_32_ret movf PP_BARG,F bz __fpadd_32_ret clrf _AEXP movf PP_AARGH,W movwf _FP_TEMP xorwf PP_BARGH,W movwf _FP_SIGN bsf PP_AARGH,7 bsf PP_BARGH,7 __fpadd_32_2 movlw 8 subwf _BEXP,F bnc __fpadd_32_3 movff PP_BARGHHH,_AEXP movff PP_BARGHH,PP_BARGHHH movff PP_BARGH,PP_BARGHH clrf PP_BARGH bra __fpadd_32_2 __fpadd_32_3 addwf _BEXP,F bz __fpadd_32_5 __fpadd_32_4 bcf STATUS,0 rrcf PP_BARGH,F rrcf PP_BARGHH,F rrcf PP_BARGHHH,F rrcf _AEXP,F decfsz _BEXP,F bra __fpadd_32_4 __fpadd_32_5 btfss _FP_SIGN,7 bra __fpadd_32_11 movf PP_BARGHHH,W subwf PP_AARGHHH,F movf PP_BARGHH,W subwfb PP_AARGHH,F movf PP_BARGH,W subwfb PP_AARGH,F bc __fpadd_32_6 bsf STATUS,0 movlw 0 subfwb PP_AARGHHH,F subfwb PP_AARGHH,F subfwb PP_AARGH,F movlw 128 xorwf _FP_TEMP,F __fpadd_32_6 negf _AEXP,0 bz __fpadd_32_7 decf PP_AARGHHH,F movlw 0 subwfb PP_AARGHH,F subwfb PP_AARGH,F __fpadd_32_7 movlw 4 movwf _BEXP __fpadd_32_8 tstfsz PP_AARGH,0 bra __fpadd_32_9 movff PP_AARGHH,PP_AARGH movff PP_AARGHHH,PP_AARGHH movff _AEXP,PP_AARGHHH clrf _AEXP movlw 8 subwf PP_AARG,F bnc __fpadd_32_Res0 decfsz _BEXP,F bra __fpadd_32_8 bra __fpadd_32_Res0 __fpadd_32_9 btfsc PP_AARGH,7 bra __fpadd_32_10 bcf STATUS,0 rlcf _AEXP,F rlcf PP_AARGHHH,F rlcf PP_AARGHH,F rlcf PP_AARGH,F decfsz PP_AARG,F bra __fpadd_32_9 bra __fpadd_32_Res0 __fpadd_32_10 btfss _AEXP,7 bra __fpadd_32_Set_Sign clrf _AEXP bra __fpadd_32_increment __fpadd_32_11 movf PP_BARGHHH,W addwf PP_AARGHHH,F movf PP_BARGHH,W addwfc PP_AARGHH,F movf PP_BARGH,W addwfc PP_AARGH,F bnc __fpadd_32_13 __fpadd_32_adjust_right rrcf PP_AARGH,F rrcf PP_AARGHH,F rrcf PP_AARGHHH,F rrcf _AEXP,F infsnz PP_AARG,F bra __fpadd_32_Overflow __fpadd_32_13 btfss _AEXP,7 bra __fpadd_32_Set_Sign __fpadd_32_increment incfsz PP_AARGHHH,F bra __fpadd_32_Set_Sign incfsz PP_AARGHH,F bra __fpadd_32_Set_Sign incfsz PP_AARGH,F bra __fpadd_32_Set_Sign bsf STATUS,0 bcf PP_AARGHHH,0 bra __fpadd_32_adjust_right __fpadd_32_Res0 clrf PP_AARG bra __fpadd_32_Mantissa __fpadd_32_Overflow bsf _FP_FLAGS,1 setf PP_AARG __fpadd_32_Mantissa clrf PP_AARGHHH clrf PP_AARGHH movlw 128 movwf PP_AARGH __fpadd_32_Set_Sign btfss _FP_TEMP,7 bcf PP_AARGH,7 __fpadd_32_ret movf PP_AARGHHH,W return __fpdiv_32__ movf PP_AARGH,W movwf PPZHH xorwf PP_BARGH,W movwf _FP_SIGN movf PP_BARG,W bz __fpdiv_32_Div0 movf PP_AARG,F bz __fpdiv_32_Res0 subwf PP_AARG,F movlw 127 bc __fpdiv_32_1 addwf PP_AARG,F bc __fpdiv_32_2 bra __fpdiv_32_Underflow __fpdiv_32_1 addwf PP_AARG,F bc __fpdiv_32_Overflow1 __fpdiv_32_2 movff PP_AARGHHH,PPZ movff PP_AARGHH,PPZH bsf PPZHH,7 bsf PP_BARGH,7 movlw 24 movwf _FP_TEMP clrf PP_AARGHHH clrf PP_AARGHH clrf PP_AARGH bra __Fpdiv_32_Start __fpdiv_32_Test_Zero_L movf PP_BARGHHH,W subwf PPZ,W movf PP_BARGHH,W subwfb PPZH,W bnc __fpdiv_32_Shift_In_C movwf PPZH clrf PPZHH movf PP_BARGHHH,W subwf PPZ,F bra __fpdiv_32_Set_And_Shift_In_C __fpdiv_32_Loop bc __fpdiv_32_6 __Fpdiv_32_Start movf PP_BARGH,W subwf PPZHH,W bz __fpdiv_32_Test_Zero_L bnc __fpdiv_32_Shift_In_C __fpdiv_32_6 movf PP_BARGHHH,W subwf PPZ,F movf PP_BARGHH,W subwfb PPZH,F movf PP_BARGH,W subwfb PPZHH,F __fpdiv_32_Set_And_Shift_In_C bsf STATUS,0 __fpdiv_32_Shift_In_C rlcf PP_AARGHHH,F rlcf PP_AARGHH,F rlcf PP_AARGH,F rlcf PPZ,F rlcf PPZH,F rlcf PPZHH,F decfsz _FP_TEMP,F bra __fpdiv_32_Loop btfsc PP_AARGH,7 bra __fpdiv_32_9 movf PP_AARG,F bz __fpdiv_32_Underflow rrcf _FP_SIGN,F decf PP_AARG,F incf _FP_TEMP,F rlcf _FP_SIGN,F bra __fpdiv_32_Loop __fpdiv_32_9 bc __fpdiv_32_10 movf PP_BARGHHH,W subwf PPZ,F movf PP_BARGHH,W subwfb PPZH,F movf PP_BARGH,W subwfb PPZHH,F bnc __fpdiv_32_Set_Sign __fpdiv_32_10 incfsz PP_AARGHHH,F bra __fpdiv_32_Set_Sign incfsz PP_AARGHH,F bra __fpdiv_32_Set_Sign incfsz PP_AARGH,F bra __fpdiv_32_Set_Sign rrcf PP_AARGH,F rrcf PP_AARGHH,F rrcf PP_AARGHHH,F incfsz PP_AARG,F bra __fpdiv_32_Set_Sign bra __fpdiv_32_Overflow1 __fpdiv_32_Div0 bsf _FP_FLAGS,3 bra __fpdiv_32_Saturate __fpdiv_32_Underflow bsf _FP_FLAGS,2 __fpdiv_32_Res0 clrf PP_AARG bra __fpdiv_32_Mantissa __fpdiv_32_Overflow1 bsf _FP_FLAGS,1 __fpdiv_32_Saturate setf PP_AARG __fpdiv_32_Mantissa clrf PP_AARGHHH clrf PP_AARGHH movlw 128 movwf PP_AARGH __fpdiv_32_Set_Sign btfss _FP_SIGN,7 bcf PP_AARGH,7 movf PP_AARGHHH,W return __fpmult_32__ movf PP_AARGH,W movwf PPZHH xorwf PP_BARGH,W movwf _FP_SIGN movf PP_AARG,W btfss STATUS,2 movf PP_BARG,W bz __fpmult_32_Res0 addwf PP_AARG,F movlw 126 bnc __fpmult_32_1 subwf PP_AARG,F bnc __fpmult_32_2 bra __fpmult_32_Overflow __fpmult_32_1 subwf PP_AARG,F bnc __fpmult_32_Underflow __fpmult_32_2 movff PP_AARGHHH,PPZ movff PP_AARGHH,PPZH bsf PPZHH,7 bsf PP_BARGH,7 clrf PP_AARGHHH clrf PP_AARGHH clrf PP_AARGH movlw 24 movwf _FP_TEMP __fpmult_32_3 rrcf PPZHH,F rrcf PPZH,F rrcf PPZ,F bnc __fpmult_32_4 movf PP_BARGHHH,W addwf PP_AARGHHH,F movf PP_BARGHH,W addwfc PP_AARGHH,F movf PP_BARGH,W addwfc PP_AARGH,F __fpmult_32_4 rrcf PP_AARGH,F rrcf PP_AARGHH,F rrcf PP_AARGHHH,F decfsz _FP_TEMP,F bra __fpmult_32_3 btfsc PP_AARGH,7 bra __fpmult_32_5 rlcf PP_AARGHHH,F rlcf PP_AARGHH,F rlcf PP_AARGH,F movf PP_AARG,F bz __fpmult_32_Underflow decf PP_AARG,F rlcf PPZHH,W __fpmult_32_5 bnc __fpmult_32_Set_Sign incfsz PP_AARGHHH,F bra __fpmult_32_Set_Sign incfsz PP_AARGHH,F bra __fpmult_32_Set_Sign incfsz PP_AARGH,F bra __fpmult_32_Set_Sign bsf STATUS,0 rrcf PP_AARGH,F rrcf PP_AARGHH,F rrcf PP_AARGHHH,F incfsz PP_AARG,F bra __fpmult_32_Set_Sign bra __fpmult_32_Overflow __fpmult_32_Underflow bsf _FP_FLAGS,2 __fpmult_32_Res0 clrf PP_AARG bra __fpmult_32_Mantissa __fpmult_32_Overflow bsf _FP_FLAGS,1 setf PP_AARG __fpmult_32_Mantissa clrf PP_AARGHHH clrf PP_AARGHH movlw 128 movwf PP_AARGH __fpmult_32_Set_Sign btfss _FP_SIGN,7 bcf PP_AARGH,7 movf PP_AARGHHH,W return _Fl32_To_Int32 movff PP_AARG,_FP_TEMP movf PP_AARGH,W movff PP_AARGHHH,PP_AARGH movwf PP_AARGHHH rlcf PP_AARGHHH,F rrcf _FP_TEMP,F rrcf PP_AARGHHH,F clrf _FP_FLAGS rlcf PP_AARGHHH,F rlcf _FP_TEMP,F bnc _Fl32Int__UnpkA1 bsf _FP_FLAGS,2 btg _FP_FLAGS,7,0 _Fl32Int__UnpkA1 bnz _Fl32Int__UnpkANZ bsf _FP_FLAGS,0 clrf _FP_TEMP clrf PP_AARGHHH clrf PP_AARGHH clrf PP_AARGH bra _Fl32IntUnp__Exit _Fl32Int__UnpkANZ incf _FP_TEMP,W bz _Fl32Int__UnpkA2 bsf STATUS,0 rrcf PP_AARGHHH,F bra _Fl32IntUnp__Exit _Fl32Int__UnpkA2 bcf STATUS,0 rrcf PP_AARGHHH,F bnz _Fl32Int__UnpkNaN bsf _FP_FLAGS,1 bra _Fl32IntUnp__Exit _Fl32Int__UnpkNaN bsf _FP_FLAGS,3 _Fl32IntUnp__Exit btfsc _FP_FLAGS,3 bra _Fl32Int__MaxPos btfss _FP_FLAGS,1 bra _Fl32Int__NotInf _Fl32Int__Max btfsc _FP_FLAGS,2 bra _Fl32Int__MaxNeg _Fl32Int__MaxPos movlw 127 movwf PP_AARGHHH movlw 255 _Fl32Int__Wr123 movwf PP_AARGHH movwf PP_AARGH movwf PP_AARG bra _Fl32Int__Exit _Fl32Int__MaxNeg movlw 128 movwf PP_AARGHHH bra _Fl32Int__WrZ123 _Fl32Int__Zero clrf PP_AARGHHH _Fl32Int__WrZ123 movlw 0 bra _Fl32Int__Wr123 _Fl32Int__NotInf btfsc _FP_FLAGS,0 bra _Fl32Int__Zero clrf PP_AARG movlw 159 cpfslt _FP_TEMP,0 bra _Fl32Int__Max movlw 126 cpfsgt _FP_TEMP,0 bra _Fl32Int__Zero _Fl32Int__Loop movlw 158 subwf _FP_TEMP,W bz _Fl32Int__LoopExit bcf STATUS,0 rrcf PP_AARGHHH,F rrcf PP_AARGHH,F rrcf PP_AARGH,F rrcf PP_AARG,F incf _FP_TEMP,F bra _Fl32Int__Loop _Fl32Int__LoopExit btfss _FP_FLAGS,2 bra _Fl32Int__Exit bsf STATUS,0 movlw 0 subfwb PP_AARG,F subfwb PP_AARGH,F subfwb PP_AARGHH,F subfwb PP_AARGHHH,F btfss PP_AARGHHH,7 bra _Fl32Int__Zero _Fl32Int__Exit movf PP_AARG,W return _Uns_Int08_ToFl32 movwf PP_AARG clrf PP_AARGH _Uns_Int16_ToFl32 clrf PP_AARGHH clrf PP_AARGHHH _UnSgn_Int32_ToFl32 bcf _FP_SIGN,7 bra __Int32_ToFl32_L5 _Sgn_Int32_ToFl32 bcf _FP_SIGN,7 btfss PP_AARGHHH,7 bra __Int32_ToFl32_L5 bsf STATUS,0 movlw 0 subfwb PP_AARG,F subfwb PP_AARGH,F subfwb PP_AARGHH,F subfwb PP_AARGHHH,F bsf _FP_SIGN,7 __Int32_ToFl32_L5 movlw 150 movwf _FP_TEMP movf PP_AARGHHH,F bz __Int32_ToFl32_L7 __Int32_ToFl32_L17 movlw 8 addwf _FP_TEMP,F movff PP_AARGH,PP_AARG movff PP_AARGHH,PP_AARGH movff PP_AARGHHH,PP_AARGHH bra __Int32_ToFl32_L18 __Int32_ToFl32_L7 movf PP_AARGHH,F bnz __Int32_ToFl32_L18 movlw 8 subwf _FP_TEMP,F movf PP_AARGH,W bnz __Int32_ToFl32_L20 movlw 8 subwf _FP_TEMP,F movf PP_AARG,W bnz __Int32_ToFl32_L22 movf PP_AARGHHH,W bra __Int32_ToFl32_Exit __Int32_ToFl32_L22 clrf PP_AARG __Int32_ToFl32_L20 movwf PP_AARGHH movff PP_AARG,PP_AARGH clrf PP_AARG __Int32_ToFl32_L18 btfsc PP_AARGHH,7 bra __Int32_ToFl32_L24 bcf STATUS,0 rlcf PP_AARG,F rlcf PP_AARGH,F rlcf PP_AARGHH,F decf _FP_TEMP,F bra __Int32_ToFl32_L18 __Int32_ToFl32_L24 btfss _FP_SIGN,7 bcf PP_AARGHH,7 __Int32_ToFl32_L26 movf _FP_TEMP,W __Int32_ToFl32_Exit movff PP_AARG,PP_AARGHHH movwf PP_AARG movf PP_AARGHH,W movff PP_AARGH,PP_AARGHH movwf PP_AARGH return _compiler_main_start_ movlw 64 movwf _FP_FLAGS clrf BPF ; UART1_ACTUALBAUD = 31250 ; UART1_BAUDERROR = 0 bcf BAUDCON,PP_BRG16 movlw 79 movwf SPBRG clrf SPBRGH movlw 36 movwf TXSTA movlw 144 movwf RCSTA movlb 0 ;--------------------------------------------- ; START OF THE USER'S PROGRAM CODE F1_SOF equ $ ; EKLA_HUB.BAS F2_SOF equ $ ; 18F2620.Inc movlw 15 movwf ADCON1,0 movlw 7 movwf CMCON,0 F2_EOF equ $ ; 18F2620.Inc F1_000057 equ $ ; in [EKLA_HUB.BAS] Clear lfsr 0,0X0F7E _pblb__2 clrf POSTDEC0,0 movf FSR0L,W,0 iorwf FSR0H,W,0 bnz _pblb__2 clrf INDF0,0 F1_000081 equ $ ; in [EKLA_HUB.BAS] DECLARE ALL_DIGITAL = True F1_000082 equ $ ; in [EKLA_HUB.BAS] Clear SSPCON1.5 bcf SSPCON1,5,0 F1_000084 equ $ ; in [EKLA_HUB.BAS] TRISA = %11000011 movlw 195 movwf TRISA,0 F1_000085 equ $ ; in [EKLA_HUB.BAS] TRISB = %11100000 movlw 224 movwf TRISB,0 F1_000086 equ $ ; in [EKLA_HUB.BAS] TRISC = %11000000 movlw 192 movwf TRISC,0 F3_SOF equ $ ; EKLA_HUB_IRQ.Inc F3_000029 equ $ ; in [EKLA_HUB_IRQ.Inc] goto _Over_IRQ_Handler bra _Over_IRQ_Handler ;--------------------------------------------- ; HIGH PRIORITY INTERRUPT HANDLER High_Prior_Interrupt _Timer0_IRQ F3_000033 equ $ ; in [EKLA_HUB_IRQ.Inc] if INTCON.2 = 1 Then btfss INTCON,2,0 bra _lbl__4 F3_000034 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear INTCON.2 bcf INTCON,2,0 F3_000035 equ $ ; in [EKLA_HUB_IRQ.Inc] Inc Cnt.Word1 infsnz CntHH,F,0 incf CntHHH,F,0 F3_000036 equ $ ; in [EKLA_HUB_IRQ.Inc] Cnt.Word0 = CntLw movff TMR0L,Cnt movff TMR0LH,CntH F3_000037 equ $ ; in [EKLA_HUB_IRQ.Inc] btg PORTB.5 btg PORTB,5 F3_000038 equ $ ; in [EKLA_HUB_IRQ.Inc] retfie fast retfie 1 F3_000039 equ $ ; in [EKLA_HUB_IRQ.Inc] endif _lbl__4 _UART_IRQ F3_000041 equ $ ; in [EKLA_HUB_IRQ.Inc] if PIR1.5 = 1 Then btfss PIR1,5,0 bra _lbl__6 F3_000042 equ $ ; in [EKLA_HUB_IRQ.Inc] movlw 6 movlw 6 F3_000043 equ $ ; in [EKLA_HUB_IRQ.Inc] andwf RCSTA,W andwf RCSTA,W F3_000044 equ $ ; in [EKLA_HUB_IRQ.Inc] bnz _Uart_Error bnz _Uart_Error F3_000045 equ $ ; in [EKLA_HUB_IRQ.Inc] USART_FSR1_Save = USART_FSR1 movff FSR1LH,USART_FSR1_SaveH movff FSR1L,USART_FSR1_Save F3_000046 equ $ ; in [EKLA_HUB_IRQ.Inc] Inc IndexIn incf IndexIn,F,0 F3_000053 equ $ ; in [EKLA_HUB_IRQ.Inc] USART_FSR1 = VarPtr Ringbuffer lfsr 1,95 F3_000054 equ $ ; in [EKLA_HUB_IRQ.Inc] USART_FSR1 = USART_FSR1 + IndexIn movf IndexIn,W,0 addwf FSR1L,F,0 movlw 0 addwfc FSR1LH,F,0 F3_000055 equ $ ; in [EKLA_HUB_IRQ.Inc] INDF1 = RCREG movff RCREG,INDF1 F3_000056 equ $ ; in [EKLA_HUB_IRQ.Inc] USART_FSR1 = USART_FSR1_Save movff USART_FSR1_SaveH,FSR1LH movff USART_FSR1_Save,FSR1L F3_000058 equ $ ; in [EKLA_HUB_IRQ.Inc] retfie fast retfie 1 _Uart_Error F3_000060 equ $ ; in [EKLA_HUB_IRQ.Inc] WREG = RCREG movf RCREG,W,0 F3_000061 equ $ ; in [EKLA_HUB_IRQ.Inc] WREG = RCREG movf RCREG,W,0 F3_000062 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear RCSTA.4 bcf RCSTA,4,0 F3_000063 equ $ ; in [EKLA_HUB_IRQ.Inc] Set RCSTA.4 bsf RCSTA,4,0 F3_000064 equ $ ; in [EKLA_HUB_IRQ.Inc] endif _lbl__6 F3_000065 equ $ ; in [EKLA_HUB_IRQ.Inc] retfie fast retfie 1 _Init_Usart F3_000100 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear IndexIn clrf IndexIn,0 F3_000101 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear IndexOut clrf IndexOut,0 F3_000102 equ $ ; in [EKLA_HUB_IRQ.Inc] Set PIE1.5 bsf PIE1,5,0 F3_000104 equ $ ; in [EKLA_HUB_IRQ.Inc] Set IPR1.5 bsf IPR1,5,0 F3_000106 equ $ ; in [EKLA_HUB_IRQ.Inc] Set INTCON.7 bsf INTCON,7,0 F3_000107 equ $ ; in [EKLA_HUB_IRQ.Inc] Set INTCON.6 bsf INTCON,6,0 F3_000109 equ $ ; in [EKLA_HUB_IRQ.Inc] return return 0 _Clear_Usart_Buffer F3_000123 equ $ ; in [EKLA_HUB_IRQ.Inc] PIE1.5 = 0 bcf PIE1,5,0 F3_000124 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear Ringbuffer lfsr 0,Ringbuffer movlw 1 movwf PRODLH,0 clrf PRODL,0 _pblb__7 decf PRODL,F,0 movlw 0 subwfb PRODLH,F,0 clrf POSTINC0,0 movf PRODH,W,0 iorwf PRODL,W,0 bnz _pblb__7 F3_000125 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear IndexIn clrf IndexIn,0 F3_000126 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear IndexOut clrf IndexOut,0 F3_000127 equ $ ; in [EKLA_HUB_IRQ.Inc] Set PIE1.5 bsf PIE1,5,0 F3_000128 equ $ ; in [EKLA_HUB_IRQ.Inc] return return 0 ;--------------------------------------------- ; LOW PRIORITY INTERRUPT HANDLER Low_Prior_Interrupt Timer3_ISR F3_000136 equ $ ; in [EKLA_HUB_IRQ.Inc] Context Save bcf INTCON,7,0 movff BSR,_Low__Context_Store_0 movff FSR0H,_Low__Context_Store_1 movff FSR0L,_Low__Context_Store_2 movff STATUS,_Low__Context_Store_3 movff WREG,_Low__Context_Store_4 bsf INTCON,7,0 movlb 0 F3_000137 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear PIR2.1 bcf PIR2,1,0 F3_000138 equ $ ; in [EKLA_HUB_IRQ.Inc] Inc MotCnt incf MotCnt,F,0 F3_000142 equ $ ; in [EKLA_HUB_IRQ.Inc] Tim3 = Period movff PeriodH,TMR3LH movff Period,TMR3L F3_000143 equ $ ; in [EKLA_HUB_IRQ.Inc] if MotCnt >= MotTim Then movf MotTim,W,0 subwf MotCnt,W,0 bnc _lbl__9 F3_000144 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear MotCnt clrf MotCnt,0 F3_000145 equ $ ; in [EKLA_HUB_IRQ.Inc] if Mtog = 1 Then btfss CC66,2,0 bra _lbl__11 F3_000146 equ $ ; in [EKLA_HUB_IRQ.Inc] MotTim = Toff[Motspeed] lfsr 0,Toff movf Motspeed,W,0 movf PLUSW0,W,0 movwf MotTim,0 F3_000147 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear PORTA.3 bcf LATA,3,0 F3_000148 equ $ ; in [EKLA_HUB_IRQ.Inc] Clear PORTB.1 bcf LATB,1,0 bra _lbl__12 _lbl__11 F3_000149 equ $ ; in [EKLA_HUB_IRQ.Inc] else F3_000150 equ $ ; in [EKLA_HUB_IRQ.Inc] MotTim = Ton[Motspeed] lfsr 0,Ton movf Motspeed,W,0 movf PLUSW0,W,0 movwf MotTim,0 F3_000151 equ $ ; in [EKLA_HUB_IRQ.Inc] Set PORTA.3 bsf LATA,3,0 F3_000152 equ $ ; in [EKLA_HUB_IRQ.Inc] Set PORTB.1 bsf LATB,1,0 F3_000153 equ $ ; in [EKLA_HUB_IRQ.Inc] endif _lbl__12 F3_000154 equ $ ; in [EKLA_HUB_IRQ.Inc] btg Mtog btg CC66,2 F3_000155 equ $ ; in [EKLA_HUB_IRQ.Inc] endif _lbl__9 F3_000162 equ $ ; in [EKLA_HUB_IRQ.Inc] Context Restore bcf INTCON,7,0 movff _Low__Context_Store_0,BSR movff _Low__Context_Store_1,FSR0H movff _Low__Context_Store_2,FSR0L movff _Low__Context_Store_3,STATUS movff _Low__Context_Store_4,WREG bsf INTCON,7,0 retfie _Over_IRQ_Handler F3_EOF equ $ ; EKLA_HUB_IRQ.Inc F1_000207 equ $ ; in [EKLA_HUB.BAS] low PORTA.4 bcf TRISA,4,0 bcf LATA,4,0 F1_000208 equ $ ; in [EKLA_HUB.BAS] low PORTA.3 bcf TRISA,3,0 bcf LATA,3,0 F1_000209 equ $ ; in [EKLA_HUB.BAS] high PORTB.5 bcf TRISB,5,0 bsf LATB,5,0 F1_000210 equ $ ; in [EKLA_HUB.BAS] Clear CC66 clrf CC66,0 F1_000211 equ $ ; in [EKLA_HUB.BAS] Clear MotorFlags clrf MotorFlags,0 F1_000212 equ $ ; in [EKLA_HUB.BAS] Clear NrNotes bcf _B__VR1,0,0 MAIN F1_000216 equ $ ; in [EKLA_HUB.BAS] low PORTB.2 bcf TRISB,2,0 bcf LATB,2,0 F1_000217 equ $ ; in [EKLA_HUB.BAS] low PORTB.1 bcf TRISB,1,0 bcf LATB,1,0 F1_000218 equ $ ; in [EKLA_HUB.BAS] low PORTA.5 bcf TRISA,5,0 bcf LATA,5,0 F1_000219 equ $ ; in [EKLA_HUB.BAS] low PORTC.0 bcf TRISC,0,0 bcf LATC,0,0 F1_000220 equ $ ; in [EKLA_HUB.BAS] low PORTC.3 bcf TRISC,3,0 bcf LATC,3,0 F1_000221 equ $ ; in [EKLA_HUB.BAS] low PORTC.2 bcf TRISC,2,0 bcf LATC,2,0 F1_000222 equ $ ; in [EKLA_HUB.BAS] low PORTC.1 bcf TRISC,1,0 bcf LATC,1,0 F1_000223 equ $ ; in [EKLA_HUB.BAS] low PORTC.4 bcf TRISC,4,0 bcf LATC,4,0 F1_000224 equ $ ; in [EKLA_HUB.BAS] Clear NrNotes bcf _B__VR1,0,0 F1_000225 equ $ ; in [EKLA_HUB.BAS] Set TimVals lfsr 0,TimVals movlw 4 _pblb__13 setf POSTINC0,0 decfsz WREG,F,0 bra _pblb__13 F1_000227 equ $ ; in [EKLA_HUB.BAS] Init_Usart_Interrupt variable max_params=10,INIT_USART_INTERRUPT_RETURN=0,prm_count=0 rcall _Init_Usart F1_000229 equ $ ; in [EKLA_HUB.BAS] Clear_Serial_Buffer variable max_params=10,CLEAR_SERIAL_BUFFER_RETURN=0,prm_count=0 rcall _Clear_Usart_Buffer F1_000238 equ $ ; in [EKLA_HUB.BAS] Clear T1CON clrf T1CON,0 F1_000239 equ $ ; in [EKLA_HUB.BAS] Clear INTCON.2 bcf INTCON,2,0 F1_000240 equ $ ; in [EKLA_HUB.BAS] Set INTCON.5 bsf INTCON,5,0 F1_000241 equ $ ; in [EKLA_HUB.BAS] T0CON = %10000111 movlw 135 movwf T0CON,0 F1_000266 equ $ ; in [EKLA_HUB.BAS] Period = Period_default movlw 231 movwf PeriodH,0 movlw 152 movwf Period,0 F1_000269 equ $ ; in [EKLA_HUB.BAS] Clear T3CON clrf T3CON,0 F1_000270 equ $ ; in [EKLA_HUB.BAS] Clear PIR2.1 bcf PIR2,1,0 F1_000271 equ $ ; in [EKLA_HUB.BAS] Set PIE2.1 bsf PIE2,1,0 F1_000273 equ $ ; in [EKLA_HUB.BAS] Tim3 = Period movff PeriodH,TMR3LH movff Period,TMR3L F1_000274 equ $ ; in [EKLA_HUB.BAS] Set RCON.7 bsf RCON,7,0 F1_000275 equ $ ; in [EKLA_HUB.BAS] Clear IPR2.1 bcf IPR2,1,0 F1_000277 equ $ ; in [EKLA_HUB.BAS] T3CON = %10110001 movlw 177 movwf T3CON,0 F1_000289 equ $ ; in [EKLA_HUB.BAS] Clear PIE2.1 bcf PIE2,1,0 F1_000290 equ $ ; in [EKLA_HUB.BAS] Clear T3CON.0 bcf T3CON,0,0 F1_000291 equ $ ; in [EKLA_HUB.BAS] Dur_Lookup () call Dur_Lookup F1_000292 equ $ ; in [EKLA_HUB.BAS] Motor_PWM_Lookup () call Motor_PWM_Lookup F1_000294 equ $ ; in [EKLA_HUB.BAS] idx = SortTimers () call SortTimers movff SortTimersResult,idx F1_000295 equ $ ; in [EKLA_HUB.BAS] Set CC69 bsf _B__VR1,2,0 F1_000299 equ $ ; in [EKLA_HUB.BAS] HRsout Control_Status, 66, 0 movlw 182 call __hrsout1__ movlw 66 call __hrsout1__ movlw 0 call __hrsout1__ F1_000302 equ $ ; in [EKLA_HUB.BAS] Do _lbl__14 F1_000303 equ $ ; in [EKLA_HUB.BAS] Cnt.Word0 = CntLw movff TMR0L,Cnt movff TMR0LH,CntH F1_000305 equ $ ; in [EKLA_HUB.BAS] Bytein = GetMidiIn () rcall GetMidiIn movff GetMidiInResult,Bytein Midi_Parse F1_000308 equ $ ; in [EKLA_HUB.BAS] if Bytein > Control_Status Then movlw 183 subwf Bytein,W,0 bnc _lbl__18 F1_000309 equ $ ; in [EKLA_HUB.BAS] if Bytein > 253 Then movlw 254 subwf Bytein,W,0 bnc _lbl__20 bra _lbl__21 _lbl__20 F1_000313 equ $ ; in [EKLA_HUB.BAS] else F1_000314 equ $ ; in [EKLA_HUB.BAS] Clear statusbyte clrf statusbyte,0 F1_000315 equ $ ; in [EKLA_HUB.BAS] end if _lbl__21 F1_000316 equ $ ; in [EKLA_HUB.BAS] goto Check_Timers bra Check_Timers F1_000317 equ $ ; in [EKLA_HUB.BAS] endif _lbl__18 F1_000318 equ $ ; in [EKLA_HUB.BAS] if StBit =1 Then btfss Bytein,7,0 bra _lbl__23 F1_000320 equ $ ; in [EKLA_HUB.BAS] Clear statusbyte clrf statusbyte,0 F1_000321 equ $ ; in [EKLA_HUB.BAS] Select Bytein F1_000322 equ $ ; in [EKLA_HUB.BAS] Case NoteOff_Status movlw 134 subwf Bytein,W,0 bnz _lbl__25 F1_000323 equ $ ; in [EKLA_HUB.BAS] statusbyte = Bytein movff Bytein,statusbyte F1_000324 equ $ ; in [EKLA_HUB.BAS] Set noteUit setf noteUit,0 F1_000325 equ $ ; in [EKLA_HUB.BAS] Set release setf release,0 bra _lbl__24 _lbl__25 F1_000326 equ $ ; in [EKLA_HUB.BAS] Case NoteOn_Status movlw 150 subwf Bytein,W,0 bnz _lbl__28 F1_000327 equ $ ; in [EKLA_HUB.BAS] statusbyte = Bytein movff Bytein,statusbyte F1_000328 equ $ ; in [EKLA_HUB.BAS] Set noteAan setf noteAan,0 F1_000329 equ $ ; in [EKLA_HUB.BAS] Set velo setf velo,0 bra _lbl__24 _lbl__28 F1_000330 equ $ ; in [EKLA_HUB.BAS] Case Keypres_Status movlw 166 subwf Bytein,W,0 bnz _lbl__30 F1_000331 equ $ ; in [EKLA_HUB.BAS] statusbyte = Bytein movff Bytein,statusbyte F1_000332 equ $ ; in [EKLA_HUB.BAS] Set notePres setf notePres,0 F1_000333 equ $ ; in [EKLA_HUB.BAS] Set pres setf pres,0 bra _lbl__24 _lbl__30 F1_000334 equ $ ; in [EKLA_HUB.BAS] Case Control_Status movlw 182 subwf Bytein,W,0 bnz _lbl__32 F1_000335 equ $ ; in [EKLA_HUB.BAS] statusbyte = Bytein movff Bytein,statusbyte F1_000336 equ $ ; in [EKLA_HUB.BAS] Set Ctrl setf Ctrl,0 F1_000337 equ $ ; in [EKLA_HUB.BAS] Set value setf value,0 bra _lbl__24 _lbl__32 F1_000338 equ $ ; in [EKLA_HUB.BAS] Case ProgChange_Status movlw 198 subwf Bytein,W,0 bnz _lbl__34 F1_000339 equ $ ; in [EKLA_HUB.BAS] statusbyte = Bytein movff Bytein,statusbyte F1_000340 equ $ ; in [EKLA_HUB.BAS] Set prog setf prog,0 bra _lbl__24 _lbl__34 F1_000341 equ $ ; in [EKLA_HUB.BAS] Case Aftertouch_Status movlw 214 subwf Bytein,W,0 bnz _lbl__36 F1_000342 equ $ ; in [EKLA_HUB.BAS] statusbyte = Bytein movff Bytein,statusbyte F1_000343 equ $ ; in [EKLA_HUB.BAS] Set aft setf aft,0 bra _lbl__24 _lbl__36 F1_000344 equ $ ; in [EKLA_HUB.BAS] Case Pitchbend_Status movlw 230 subwf Bytein,W,0 bnz _lbl__38 F1_000345 equ $ ; in [EKLA_HUB.BAS] statusbyte = Bytein movff Bytein,statusbyte F1_000346 equ $ ; in [EKLA_HUB.BAS] Set pblsb setf pblsb,0 F1_000347 equ $ ; in [EKLA_HUB.BAS] Set pbmsb setf pbmsb,0 F1_000348 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__38 _lbl__24 bra _lbl__39 _lbl__23 F1_000349 equ $ ; in [EKLA_HUB.BAS] else F1_000350 equ $ ; in [EKLA_HUB.BAS] Select statusbyte F1_000351 equ $ ; in [EKLA_HUB.BAS] Case 0 movf statusbyte,F,0 bnz _lbl__41 F1_000352 equ $ ; in [EKLA_HUB.BAS] goto Check_Timers bra Check_Timers bra _lbl__40 _lbl__41 F1_000353 equ $ ; in [EKLA_HUB.BAS] Case NoteOff_Status movlw 134 subwf statusbyte,W,0 btfss STATUS,2,0 bra _lbl__44 F1_000354 equ $ ; in [EKLA_HUB.BAS] if noteUit = 255 Then incf noteUit,W,0 bnz _lbl__46 F1_000355 equ $ ; in [EKLA_HUB.BAS] noteUit = Bytein movff Bytein,noteUit bra _lbl__47 _lbl__46 F1_000356 equ $ ; in [EKLA_HUB.BAS] else F1_000357 equ $ ; in [EKLA_HUB.BAS] release = Bytein movff Bytein,release F1_000358 equ $ ; in [EKLA_HUB.BAS] Select noteUit F1_000359 equ $ ; in [EKLA_HUB.BAS] Case lowest_note To highest_note movlw 54 subwf noteUit,W,0 bnc _lbl__49 movlw 106 subwf noteUit,W,0 bc _lbl__49 F1_000360 equ $ ; in [EKLA_HUB.BAS] if release = 0 Then release = CC19 movf release,F,0 bnz _lbl__52 movff CC19,release _lbl__52 F1_000361 equ $ ; in [EKLA_HUB.BAS] HRsout NoteOff_Status, noteUit, release movlw 134 call __hrsout1__ movf noteUit,W,0 call __hrsout1__ movf release,W,0 call __hrsout1__ F1_000362 equ $ ; in [EKLA_HUB.BAS] Clear NrNotes bcf _B__VR1,0,0 F1_000363 equ $ ; in [EKLA_HUB.BAS] if MotorOn = 1 Then btfss MotorFlags,0,0 bra _lbl__54 F1_000365 equ $ ; in [EKLA_HUB.BAS] TimVals[0] = time + 500 movlw 244 addwf Cnt,W,0 movwf PBS_VAR0,0 movlw 1 addwfc CntH,W,0 movwf PBS_VAR0H,0 movlw 0 addwfc CntHH,W,0 movwf PBS_VAR0HH,0 movlw 0 addwfc CntHHH,W,0 movwf PBS_VAR0HHH,0 movff PBS_VAR0,TimVals#0 movff PBS_VAR0H,TimVals#0H movff PBS_VAR0HH,TimVals#0HH movff PBS_VAR0HHH,TimVals#0HHH F1_000366 equ $ ; in [EKLA_HUB.BAS] idx = SortTimers () rcall SortTimers movff SortTimersResult,idx F1_000367 equ $ ; in [EKLA_HUB.BAS] endif _lbl__54 bra _lbl__48 _lbl__49 F1_000370 equ $ ; in [EKLA_HUB.BAS] Case White1_note movlw 120 subwf noteUit,W,0 bnz _lbl__56 F1_000371 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.5 bcf LATA,5,0 bra _lbl__48 _lbl__56 F1_000372 equ $ ; in [EKLA_HUB.BAS] Case White2_note movlw 121 subwf noteUit,W,0 bnz _lbl__58 F1_000373 equ $ ; in [EKLA_HUB.BAS] Clear PORTC.0 bcf LATC,0,0 bra _lbl__48 _lbl__58 F1_000374 equ $ ; in [EKLA_HUB.BAS] Case Red1_note movlw 122 subwf noteUit,W,0 bnz _lbl__60 F1_000375 equ $ ; in [EKLA_HUB.BAS] HPWM 2, 0, fPwm clrf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 2 call __hpwm_ bra _lbl__48 _lbl__60 F1_000377 equ $ ; in [EKLA_HUB.BAS] Case Red2_note movlw 123 subwf noteUit,W,0 bnz _lbl__62 F1_000379 equ $ ; in [EKLA_HUB.BAS] HPWM 1, 0, fPwm clrf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 1 call __hpwm_ F1_000380 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__62 _lbl__48 F1_000381 equ $ ; in [EKLA_HUB.BAS] Set noteUit setf noteUit,0 F1_000382 equ $ ; in [EKLA_HUB.BAS] endif _lbl__47 bra _lbl__40 _lbl__44 F1_000383 equ $ ; in [EKLA_HUB.BAS] Case NoteOn_Status movlw 150 subwf statusbyte,W,0 btfss STATUS,2,0 bra _lbl__64 F1_000384 equ $ ; in [EKLA_HUB.BAS] if noteAan = 255 Then incf noteAan,W,0 bnz _lbl__66 F1_000385 equ $ ; in [EKLA_HUB.BAS] noteAan = Bytein movff Bytein,noteAan bra _lbl__67 _lbl__66 F1_000386 equ $ ; in [EKLA_HUB.BAS] else F1_000387 equ $ ; in [EKLA_HUB.BAS] velo = Bytein movff Bytein,velo F1_000388 equ $ ; in [EKLA_HUB.BAS] if velo = 0 Then movf velo,F,0 btfss STATUS,2,0 bra _lbl__69 F1_000389 equ $ ; in [EKLA_HUB.BAS] Select noteAan F1_000390 equ $ ; in [EKLA_HUB.BAS] Case lowest_note To highest_note movlw 54 subwf noteAan,W,0 bnc _lbl__71 movlw 106 subwf noteAan,W,0 bc _lbl__71 F1_000391 equ $ ; in [EKLA_HUB.BAS] HRsout NoteOff_Status, noteAan, CC19 movlw 134 call __hrsout1__ movf noteAan,W,0 call __hrsout1__ movf CC19,W,0 call __hrsout1__ F1_000392 equ $ ; in [EKLA_HUB.BAS] Clear NrNotes bcf _B__VR1,0,0 F1_000393 equ $ ; in [EKLA_HUB.BAS] if MotorOn = 1 Then btfss MotorFlags,0,0 bra _lbl__74 F1_000395 equ $ ; in [EKLA_HUB.BAS] TimVals[0] = time + 500 movlw 244 addwf Cnt,W,0 movwf PBS_VAR0,0 movlw 1 addwfc CntH,W,0 movwf PBS_VAR0H,0 movlw 0 addwfc CntHH,W,0 movwf PBS_VAR0HH,0 movlw 0 addwfc CntHHH,W,0 movwf PBS_VAR0HHH,0 movff PBS_VAR0,TimVals#0 movff PBS_VAR0H,TimVals#0H movff PBS_VAR0HH,TimVals#0HH movff PBS_VAR0HHH,TimVals#0HHH F1_000396 equ $ ; in [EKLA_HUB.BAS] idx = SortTimers () rcall SortTimers movff SortTimersResult,idx F1_000397 equ $ ; in [EKLA_HUB.BAS] endif _lbl__74 bra _lbl__70 _lbl__71 F1_000400 equ $ ; in [EKLA_HUB.BAS] Case White1_note movlw 120 subwf noteAan,W,0 bnz _lbl__76 F1_000401 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.5 bcf LATA,5,0 bra _lbl__70 _lbl__76 F1_000402 equ $ ; in [EKLA_HUB.BAS] Case White2_note movlw 121 subwf noteAan,W,0 bnz _lbl__78 F1_000403 equ $ ; in [EKLA_HUB.BAS] Clear PORTC.0 bcf LATC,0,0 bra _lbl__70 _lbl__78 F1_000404 equ $ ; in [EKLA_HUB.BAS] Case Red2_note movlw 123 subwf noteAan,W,0 bnz _lbl__80 F1_000406 equ $ ; in [EKLA_HUB.BAS] HPWM 1, 0, fPwm clrf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 1 call __hpwm_ bra _lbl__70 _lbl__80 F1_000407 equ $ ; in [EKLA_HUB.BAS] Case Red1_note movlw 122 subwf noteAan,W,0 bnz _lbl__82 F1_000409 equ $ ; in [EKLA_HUB.BAS] HPWM 2, 0, fPwm clrf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 2 call __hpwm_ F1_000410 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__82 _lbl__70 bra _lbl__83 _lbl__69 F1_000411 equ $ ; in [EKLA_HUB.BAS] else F1_000412 equ $ ; in [EKLA_HUB.BAS] if PowerOn = 1 Then btfss CC66,0,0 bra _lbl__85 F1_000413 equ $ ; in [EKLA_HUB.BAS] Select noteAan F1_000414 equ $ ; in [EKLA_HUB.BAS] Case lowest_note To highest_note movlw 54 subwf noteAan,W,0 bnc _lbl__87 movlw 106 subwf noteAan,W,0 bc _lbl__87 F1_000415 equ $ ; in [EKLA_HUB.BAS] HRsout NoteOn_Status, noteAan, velo movlw 150 call __hrsout1__ movf noteAan,W,0 call __hrsout1__ movf velo,W,0 call __hrsout1__ F1_000416 equ $ ; in [EKLA_HUB.BAS] Set NrNotes bsf _B__VR1,0,0 F1_000418 equ $ ; in [EKLA_HUB.BAS] if MotorOn = 0 Then MotorCtrl () btfss MotorFlags,0,0 rcall MotorCtrl _lbl__90 bra _lbl__86 _lbl__87 F1_000421 equ $ ; in [EKLA_HUB.BAS] Case White1_note movlw 120 subwf noteAan,W,0 bnz _lbl__92 F1_000422 equ $ ; in [EKLA_HUB.BAS] Set PORTA.5 bsf LATA,5,0 bra _lbl__86 _lbl__92 F1_000423 equ $ ; in [EKLA_HUB.BAS] Case White2_note movlw 121 subwf noteAan,W,0 bnz _lbl__94 F1_000424 equ $ ; in [EKLA_HUB.BAS] Set PORTC.0 bsf LATC,0,0 bra _lbl__86 _lbl__94 F1_000425 equ $ ; in [EKLA_HUB.BAS] Case Red1_note movlw 122 subwf noteAan,W,0 bnz _lbl__96 F1_000427 equ $ ; in [EKLA_HUB.BAS] if velo < 127 Then movlw 127 subwf velo,W,0 bc _lbl__98 F1_000428 equ $ ; in [EKLA_HUB.BAS] velo = velo + velo movf velo,W,0 addwf velo,F,0 F1_000429 equ $ ; in [EKLA_HUB.BAS] HPWM 2,velo, fPwm movff velo,GEN movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 2 call __hpwm_ bra _lbl__99 _lbl__98 F1_000430 equ $ ; in [EKLA_HUB.BAS] else F1_000431 equ $ ; in [EKLA_HUB.BAS] HPWM 2, 255, fPwm setf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 2 call __hpwm_ F1_000432 equ $ ; in [EKLA_HUB.BAS] endif _lbl__99 bra _lbl__86 _lbl__96 F1_000433 equ $ ; in [EKLA_HUB.BAS] Case Red2_note movlw 123 subwf noteAan,W,0 bnz _lbl__101 F1_000434 equ $ ; in [EKLA_HUB.BAS] if velo < 127 Then movlw 127 subwf velo,W,0 bc _lbl__103 F1_000435 equ $ ; in [EKLA_HUB.BAS] velo = velo + velo movf velo,W,0 addwf velo,F,0 F1_000436 equ $ ; in [EKLA_HUB.BAS] HPWM 1, velo, fPwm movff velo,GEN movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 1 call __hpwm_ bra _lbl__104 _lbl__103 F1_000437 equ $ ; in [EKLA_HUB.BAS] else F1_000438 equ $ ; in [EKLA_HUB.BAS] HPWM 1, 255, fPwm setf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 1 call __hpwm_ F1_000439 equ $ ; in [EKLA_HUB.BAS] endif _lbl__104 F1_000446 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__101 _lbl__86 F1_000447 equ $ ; in [EKLA_HUB.BAS] endif _lbl__85 F1_000448 equ $ ; in [EKLA_HUB.BAS] Set noteAan setf noteAan,0 F1_000449 equ $ ; in [EKLA_HUB.BAS] endif _lbl__83 F1_000450 equ $ ; in [EKLA_HUB.BAS] endif _lbl__67 bra _lbl__40 _lbl__64 F1_000451 equ $ ; in [EKLA_HUB.BAS] Case Keypres_Status movlw 166 subwf statusbyte,W,0 bnz _lbl__106 F1_000452 equ $ ; in [EKLA_HUB.BAS] if notePres = 255 Then incf notePres,W,0 bnz _lbl__108 F1_000453 equ $ ; in [EKLA_HUB.BAS] notePres = Bytein movff Bytein,notePres bra _lbl__109 _lbl__108 F1_000454 equ $ ; in [EKLA_HUB.BAS] else F1_000455 equ $ ; in [EKLA_HUB.BAS] pres = Bytein movff Bytein,pres F1_000456 equ $ ; in [EKLA_HUB.BAS] KeyPres () rcall KeyPres F1_000458 equ $ ; in [EKLA_HUB.BAS] endif _lbl__109 bra _lbl__40 _lbl__106 F1_000459 equ $ ; in [EKLA_HUB.BAS] Case Control_Status movlw 182 subwf statusbyte,W,0 bnz _lbl__111 F1_000460 equ $ ; in [EKLA_HUB.BAS] if Ctrl = 255 Then incf Ctrl,W,0 bnz _lbl__113 F1_000461 equ $ ; in [EKLA_HUB.BAS] Ctrl = Bytein movff Bytein,Ctrl bra _lbl__114 _lbl__113 F1_000462 equ $ ; in [EKLA_HUB.BAS] else F1_000463 equ $ ; in [EKLA_HUB.BAS] value = Bytein movff Bytein,value F1_000464 equ $ ; in [EKLA_HUB.BAS] Select Ctrl F1_000465 equ $ ; in [EKLA_HUB.BAS] Case 1 To 7 movf Ctrl,F,0 bz _lbl__116 movlw 8 subwf Ctrl,W,0 bc _lbl__116 F1_000466 equ $ ; in [EKLA_HUB.BAS] HRsout Control_Status, Ctrl, value movlw 182 call __hrsout1__ movf Ctrl,W,0 call __hrsout1__ movf value,W,0 call __hrsout1__ bra _lbl__115 _lbl__116 F1_000467 equ $ ; in [EKLA_HUB.BAS] Case 19 movlw 19 subwf Ctrl,W,0 bnz _lbl__119 F1_000468 equ $ ; in [EKLA_HUB.BAS] CC19 = value movff value,CC19 F1_000469 equ $ ; in [EKLA_HUB.BAS] HRsout Control_Status, Ctrl, value movlw 182 call __hrsout1__ movf Ctrl,W,0 call __hrsout1__ movf value,W,0 call __hrsout1__ bra _lbl__115 _lbl__119 F1_000470 equ $ ; in [EKLA_HUB.BAS] Case 68 movlw 68 subwf Ctrl,W,0 bnz _lbl__121 F1_000471 equ $ ; in [EKLA_HUB.BAS] CC68 = value movff value,CC68 F1_000472 equ $ ; in [EKLA_HUB.BAS] Motspeed = CC68 movff CC68,Motspeed bra _lbl__115 _lbl__121 F1_000473 equ $ ; in [EKLA_HUB.BAS] Case 66, 69, 123 movlw 66 subwf Ctrl,W,0 bz _lbl__122 movlw 69 subwf Ctrl,W,0 bz _lbl__122 movlw 123 subwf Ctrl,W,0 bnz _lbl__123 _lbl__122 F1_000474 equ $ ; in [EKLA_HUB.BAS] HRsout Control_Status, Ctrl, value movlw 182 call __hrsout1__ movf Ctrl,W,0 call __hrsout1__ movf value,W,0 call __hrsout1__ F1_000479 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__123 _lbl__115 F1_000480 equ $ ; in [EKLA_HUB.BAS] Controller () rcall Controller F1_000481 equ $ ; in [EKLA_HUB.BAS] endif _lbl__114 bra _lbl__40 _lbl__111 F1_000482 equ $ ; in [EKLA_HUB.BAS] Case ProgChange_Status movlw 198 subwf statusbyte,W,0 bnz _lbl__125 F1_000483 equ $ ; in [EKLA_HUB.BAS] if prog = 255 Then incf prog,W,0 bnz _lbl__127 F1_000484 equ $ ; in [EKLA_HUB.BAS] prog = Bytein movff Bytein,prog F1_000489 equ $ ; in [EKLA_HUB.BAS] Set prog setf prog,0 F1_000490 equ $ ; in [EKLA_HUB.BAS] endif _lbl__127 bra _lbl__40 _lbl__125 F1_000491 equ $ ; in [EKLA_HUB.BAS] Case Aftertouch_Status movlw 214 subwf statusbyte,W,0 bnz _lbl__129 F1_000492 equ $ ; in [EKLA_HUB.BAS] if aft = 255 Then incf aft,W,0 bnz _lbl__131 F1_000493 equ $ ; in [EKLA_HUB.BAS] aft = Bytein movff Bytein,aft F1_000494 equ $ ; in [EKLA_HUB.BAS] Aftertouch () rcall Aftertouch F1_000495 equ $ ; in [EKLA_HUB.BAS] Set aft setf aft,0 F1_000496 equ $ ; in [EKLA_HUB.BAS] endif _lbl__131 bra _lbl__40 _lbl__129 F1_000497 equ $ ; in [EKLA_HUB.BAS] Case Pitchbend_Status movlw 230 subwf statusbyte,W,0 bnz _lbl__133 F1_000498 equ $ ; in [EKLA_HUB.BAS] if pblsb = 255 Then incf pblsb,W,0 bnz _lbl__135 F1_000499 equ $ ; in [EKLA_HUB.BAS] pblsb = Bytein movff Bytein,pblsb bra _lbl__136 _lbl__135 F1_000500 equ $ ; in [EKLA_HUB.BAS] else F1_000501 equ $ ; in [EKLA_HUB.BAS] pbmsb = Bytein movff Bytein,pbmsb F1_000502 equ $ ; in [EKLA_HUB.BAS] Pitchbend () rcall Pitchbend F1_000503 equ $ ; in [EKLA_HUB.BAS] Set pblsb setf pblsb,0 F1_000504 equ $ ; in [EKLA_HUB.BAS] endif _lbl__136 F1_000506 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__133 _lbl__40 F1_000507 equ $ ; in [EKLA_HUB.BAS] endif _lbl__39 Check_Timers F1_000510 equ $ ; in [EKLA_HUB.BAS] if idx < NrTasks Then movlw 1 subwf idx,W,0 bc _lbl__138 F1_000511 equ $ ; in [EKLA_HUB.BAS] if time >= Nxt Then movf Nxt,W,0 subwf Cnt,W,0 movf NxtH,W,0 subwfb CntH,W,0 movf NxtHH,W,0 subwfb CntHH,W,0 movf NxtHHH,W,0 subwfb CntHHH,W,0 bnc _lbl__140 F1_000513 equ $ ; in [EKLA_HUB.BAS] Set Nxt.31 bsf NxtHHH,7,0 F1_000515 equ $ ; in [EKLA_HUB.BAS] Select idx F1_000516 equ $ ; in [EKLA_HUB.BAS] Case 0 movf idx,F,0 bnz _lbl__142 F1_000518 equ $ ; in [EKLA_HUB.BAS] Clear MotorOn bcf MotorFlags,0,0 F1_000519 equ $ ; in [EKLA_HUB.BAS] Clear MotWait bcf MotorFlags,1,0 F1_000520 equ $ ; in [EKLA_HUB.BAS] Set TimVals[0] setf TimVals#0HHH,0 setf TimVals#0HH,0 setf TimVals#0H,0 setf TimVals#0,0 F1_000521 equ $ ; in [EKLA_HUB.BAS] Clear PIR2.1 bcf PIR2,1,0 F1_000522 equ $ ; in [EKLA_HUB.BAS] Clear T3CON.0 bcf T3CON,0,0 F1_000523 equ $ ; in [EKLA_HUB.BAS] Clear PIE2.1 bcf PIE2,1,0 F1_000524 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.3 bcf LATA,3,0 F1_000525 equ $ ; in [EKLA_HUB.BAS] Clear PORTB.1 bcf LATB,1,0 F1_000526 equ $ ; in [EKLA_HUB.BAS] idx = SortTimers () rcall SortTimers movff SortTimersResult,idx bra _lbl__141 _lbl__142 F1_000529 equ $ ; in [EKLA_HUB.BAS] Case 1 movlw 1 subwf idx,W,0 bnz _lbl__145 bra _lbl__141 _lbl__145 F1_000538 equ $ ; in [EKLA_HUB.BAS] Case 2 movlw 2 subwf idx,W,0 bnz _lbl__147 F1_000550 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__147 _lbl__141 F1_000551 equ $ ; in [EKLA_HUB.BAS] endif _lbl__140 F1_000554 equ $ ; in [EKLA_HUB.BAS] if MaxTim = 1 Then btfss timeHHH,4,0 bra _lbl__149 F1_000555 equ $ ; in [EKLA_HUB.BAS] Clear time clrf CntHHH,0 clrf CntHH,0 clrf CntH,0 clrf Cnt,0 F1_000557 equ $ ; in [EKLA_HUB.BAS] Set TimVals lfsr 0,TimVals movlw 4 _pblb__150 setf POSTINC0,0 decfsz WREG,F,0 bra _pblb__150 F1_000558 equ $ ; in [EKLA_HUB.BAS] endif _lbl__149 bra _lbl__151 _lbl__138 F1_000559 equ $ ; in [EKLA_HUB.BAS] else F1_000563 equ $ ; in [EKLA_HUB.BAS] if MaxTim = 1 Then Clear time btfss timeHHH,4,0 bra _lbl__153 clrf CntHHH,0 clrf CntHH,0 clrf CntH,0 clrf Cnt,0 _lbl__153 F1_000564 equ $ ; in [EKLA_HUB.BAS] endif _lbl__151 F1_000568 equ $ ; in [EKLA_HUB.BAS] if CC69 = 1 Then btfss _B__VR1,2,0 bra _lbl__155 F1_000569 equ $ ; in [EKLA_HUB.BAS] if time.13 <> LiTog Then clrf WREG,0 btfsc CntH,5,0 addlw 1 btfsc _B__VR1,1,0 sublw 1 bz _lbl__157 F1_000570 equ $ ; in [EKLA_HUB.BAS] Toggle LiTog btg _B__VR1,1,0 F1_000571 equ $ ; in [EKLA_HUB.BAS] Select Case NrNotes F1_000572 equ $ ; in [EKLA_HUB.BAS] Case 0 btfsc _B__VR1,0,0 bra _lbl__159 F1_000573 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.5 bcf LATA,5,0 F1_000574 equ $ ; in [EKLA_HUB.BAS] Clear PORTC.0 bcf LATC,0,0 F1_000575 equ $ ; in [EKLA_HUB.BAS] Case else bra _lbl__162 _lbl__159 F1_000576 equ $ ; in [EKLA_HUB.BAS] Set PORTA.5 bsf LATA,5,0 F1_000577 equ $ ; in [EKLA_HUB.BAS] Set PORTC.0 bsf LATC,0,0 F1_000578 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__162 _lbl__158 F1_000579 equ $ ; in [EKLA_HUB.BAS] endif _lbl__157 F1_000580 equ $ ; in [EKLA_HUB.BAS] endif _lbl__155 F1_000583 equ $ ; in [EKLA_HUB.BAS] btg PORTB.0 btg PORTB,0 _lbl__16 F1_000587 equ $ ; in [EKLA_HUB.BAS] Loop bra _lbl__14 _lbl__15 F1_000002 equ $ ; in [EKLA_HUB.BAS] Stop _pblb__163 bra _pblb__163 ;--------------------------------------------- F3_000067 equ $ ; in [EKLA_HUB_IRQ.Inc] Proc GetMidiIn (), byte GetMidiIn F3_000068 equ $ ; in [EKLA_HUB_IRQ.Inc] if IndexIn <> IndexOut Then movf IndexIn,W,0 subwf IndexOut,W,0 bz _lbl__165 F3_000069 equ $ ; in [EKLA_HUB_IRQ.Inc] Inc IndexOut incf IndexOut,F,0 F3_000070 equ $ ; in [EKLA_HUB_IRQ.Inc] USART_FSR0_Save = USART_FSR0 movff FSR0LH,FSR0SaveIntH movff FSR0L,FSR0SaveInt F3_000071 equ $ ; in [EKLA_HUB_IRQ.Inc] USART_FSR0 = VarPtr Ringbuffer lfsr 0,95 F3_000072 equ $ ; in [EKLA_HUB_IRQ.Inc] USART_FSR0 = USART_FSR0 + IndexOut movf IndexOut,W,0 addwf FSR0L,F,0 movlw 0 addwfc FSR0LH,F,0 F3_000073 equ $ ; in [EKLA_HUB_IRQ.Inc] WREG = INDF0 movf INDF0,W,0 F3_000074 equ $ ; in [EKLA_HUB_IRQ.Inc] Result = WREG movlb 3 movwf GetMidiInResult,1 F3_000075 equ $ ; in [EKLA_HUB_IRQ.Inc] USART_FSR0 = USART_FSR0_Save movff FSR0SaveIntH,FSR0LH movff FSR0SaveInt,FSR0L F3_000076 equ $ ; in [EKLA_HUB_IRQ.Inc] Set STATUS.0 bsf STATUS,0,0 F3_000077 equ $ ; in [EKLA_HUB_IRQ.Inc] RET return 0 movlb 0 bra _lbl__166 _lbl__165 F3_000078 equ $ ; in [EKLA_HUB_IRQ.Inc] else F3_000079 equ $ ; in [EKLA_HUB_IRQ.Inc] WREG = 255 setf WREG,0 F3_000080 equ $ ; in [EKLA_HUB_IRQ.Inc] Result = WREG movlb 3 movwf GetMidiInResult,1 F3_000081 equ $ ; in [EKLA_HUB_IRQ.Inc] btfss STATUS,C btfss STATUS,C F3_000082 equ $ ; in [EKLA_HUB_IRQ.Inc] RET return 0 F3_000083 equ $ ; in [EKLA_HUB_IRQ.Inc] endif _lbl__166 movlb 0 F3_000084 equ $ ; in [EKLA_HUB_IRQ.Inc] EndProc return 0 ; EndProc ;--------------------------------------------- F1_000590 equ $ ; in [EKLA_HUB.BAS] Proc SortTimers (),byte SortTimers F1_000593 equ $ ; in [EKLA_HUB.BAS] Set Result movlb 3 setf SortTimersResult,1 F1_000594 equ $ ; in [EKLA_HUB.BAS] Set Nxt.31 bsf NxtHHH,7,0 F1_000595 equ $ ; in [EKLA_HUB.BAS] For I = 0 To LastTask clrf _I,0 _frlb__167 movlb 0 movf _I,F,0 bnz _nxlb__168 F1_000596 equ $ ; in [EKLA_HUB.BAS] if TimVals[I] < Nxt Then bcf STATUS,0,0 rlcf _I,W,0 movwf FSR0L,0 clrf FSR0H,0 rlcf FSR0H,F,0 rlcf FSR0L,F,0 rlcf FSR0H,F,0 movlw 85 addwf FSR0L,F,0 movlw 0 addwfc FSR0H,F,0 movff INDF0,PBS_VAR0 movff PREINC0,PBS_VAR0H movff PREINC0,PBS_VAR0HH movff PREINC0,PBS_VAR0HHH movf Nxt,W,0 subwf PBS_VAR0,W,0 movf NxtH,W,0 subwfb PBS_VAR0H,W,0 movf NxtHH,W,0 subwfb PBS_VAR0HH,W,0 movf NxtHHH,W,0 subwfb PBS_VAR0HHH,W,0 bc _lbl__171 F1_000597 equ $ ; in [EKLA_HUB.BAS] Nxt = TimVals[I] bcf STATUS,0,0 rlcf _I,W,0 movwf FSR0L,0 clrf FSR0H,0 rlcf FSR0H,F,0 rlcf FSR0L,F,0 rlcf FSR0H,F,0 movlw 85 addwf FSR0L,F,0 movlw 0 addwfc FSR0H,F,0 movff INDF0,Nxt movff PREINC0,NxtH movff PREINC0,NxtHH movff PREINC0,NxtHHH F1_000598 equ $ ; in [EKLA_HUB.BAS] Result = I movff _I,SortTimersResult F1_000599 equ $ ; in [EKLA_HUB.BAS] endif _lbl__171 _ctlb__169 F1_000600 equ $ ; in [EKLA_HUB.BAS] Next I incf _I,F,0 bnc _frlb__167 _nxlb__168 F1_000601 equ $ ; in [EKLA_HUB.BAS] EndProc return 0 ; EndProc ;--------------------------------------------- F1_000603 equ $ ; in [EKLA_HUB.BAS] Proc MotorCtrl () MotorCtrl F1_000608 equ $ ; in [EKLA_HUB.BAS] if MotWait = True Then btfss MotorFlags,1,0 bra _lbl__173 F1_000610 equ $ ; in [EKLA_HUB.BAS] Clear MotWait bcf MotorFlags,1,0 F1_000611 equ $ ; in [EKLA_HUB.BAS] Set TimVals[0] setf TimVals#0HHH,0 setf TimVals#0HH,0 setf TimVals#0H,0 setf TimVals#0,0 F1_000612 equ $ ; in [EKLA_HUB.BAS] idx = SortTimers () rcall SortTimers movff SortTimersResult,idx F1_000613 equ $ ; in [EKLA_HUB.BAS] endif _lbl__173 F1_000615 equ $ ; in [EKLA_HUB.BAS] Select Motspeed F1_000616 equ $ ; in [EKLA_HUB.BAS] Case < 1 movlw 1 subwf Motspeed,W,0 bc _lbl__175 F1_000617 equ $ ; in [EKLA_HUB.BAS] Clear PIR2.1 bcf PIR2,1,0 F1_000618 equ $ ; in [EKLA_HUB.BAS] Clear T3CON.0 bcf T3CON,0,0 F1_000619 equ $ ; in [EKLA_HUB.BAS] Clear PIE2.1 bcf PIE2,1,0 F1_000620 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.3 bcf LATA,3,0 F1_000621 equ $ ; in [EKLA_HUB.BAS] Clear PORTB.1 bcf LATB,1,0 F1_000622 equ $ ; in [EKLA_HUB.BAS] Clear MotorOn bcf MotorFlags,0,0 bra _lbl__174 _lbl__175 F1_000623 equ $ ; in [EKLA_HUB.BAS] Case > 99 movlw 100 subwf Motspeed,W,0 bnc _lbl__178 F1_000624 equ $ ; in [EKLA_HUB.BAS] Clear PIR2.1 bcf PIR2,1,0 F1_000625 equ $ ; in [EKLA_HUB.BAS] Clear T3CON.0 bcf T3CON,0,0 F1_000626 equ $ ; in [EKLA_HUB.BAS] Clear PIE2.1 bcf PIE2,1,0 F1_000627 equ $ ; in [EKLA_HUB.BAS] Set PORTA.3 bsf LATA,3,0 F1_000628 equ $ ; in [EKLA_HUB.BAS] Set PORTB.1 bsf LATB,1,0 F1_000629 equ $ ; in [EKLA_HUB.BAS] Set MotorOn bsf MotorFlags,0,0 F1_000630 equ $ ; in [EKLA_HUB.BAS] Case else bra _lbl__180 _lbl__178 F1_000631 equ $ ; in [EKLA_HUB.BAS] if T3CON.0 = 0 Then btfsc T3CON,0,0 bra _lbl__182 F1_000632 equ $ ; in [EKLA_HUB.BAS] Clear PIR2.1 bcf PIR2,1,0 F1_000633 equ $ ; in [EKLA_HUB.BAS] Set Mtog bsf CC66,2,0 F1_000634 equ $ ; in [EKLA_HUB.BAS] Clear MotCnt clrf MotCnt,0 F1_000635 equ $ ; in [EKLA_HUB.BAS] MotTim = Ton[Motspeed] lfsr 0,Ton movf Motspeed,W,0 movf PLUSW0,W,0 movwf MotTim,0 F1_000636 equ $ ; in [EKLA_HUB.BAS] Set T3CON.0 bsf T3CON,0,0 F1_000637 equ $ ; in [EKLA_HUB.BAS] Set PIE2.1 bsf PIE2,1,0 F1_000638 equ $ ; in [EKLA_HUB.BAS] Tim3 = Period movff PeriodH,TMR3LH movff Period,TMR3L F1_000639 equ $ ; in [EKLA_HUB.BAS] endif _lbl__182 F1_000640 equ $ ; in [EKLA_HUB.BAS] Set MotorOn bsf MotorFlags,0,0 F1_000641 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__180 _lbl__174 F1_000642 equ $ ; in [EKLA_HUB.BAS] EndProc return 0 ; EndProc ;--------------------------------------------- F1_000644 equ $ ; in [EKLA_HUB.BAS] Proc KeyPres () KeyPres F1_000646 equ $ ; in [EKLA_HUB.BAS] Select notePres F1_000647 equ $ ; in [EKLA_HUB.BAS] Case lowest_note To highest_note movlw 54 subwf notePres,W,0 bnc _lbl__184 movlw 106 subwf notePres,W,0 bc _lbl__184 F1_000648 equ $ ; in [EKLA_HUB.BAS] HRsout Keypres_Status, notePres, pres movlw 166 call __hrsout1__ movf notePres,W,0 call __hrsout1__ movf pres,W,0 call __hrsout1__ bra _lbl__183 _lbl__184 F1_000649 equ $ ; in [EKLA_HUB.BAS] Case Red1_note movlw 122 subwf notePres,W,0 bnz _lbl__187 F1_000650 equ $ ; in [EKLA_HUB.BAS] pres = pres + pres movf pres,W,0 addwf pres,F,0 F1_000651 equ $ ; in [EKLA_HUB.BAS] HPWM 2, pres, fPwm movff pres,GEN movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 2 call __hpwm_ bra _lbl__183 _lbl__187 F1_000652 equ $ ; in [EKLA_HUB.BAS] Case Red2_note movlw 123 subwf notePres,W,0 bnz _lbl__189 F1_000653 equ $ ; in [EKLA_HUB.BAS] pres = pres + pres movf pres,W,0 addwf pres,F,0 F1_000654 equ $ ; in [EKLA_HUB.BAS] HPWM 1, pres, fPwm movff pres,GEN movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 1 call __hpwm_ bra _lbl__183 _lbl__189 F1_000655 equ $ ; in [EKLA_HUB.BAS] Case Green_Note movlw 124 subwf notePres,W,0 bnz _lbl__191 F1_000656 equ $ ; in [EKLA_HUB.BAS] HRsout Keypres_Status, Green_Note, pres movlw 166 call __hrsout1__ movlw 124 call __hrsout1__ movf pres,W,0 call __hrsout1__ F1_000657 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__191 _lbl__183 F1_000658 equ $ ; in [EKLA_HUB.BAS] Set notePres setf notePres,0 F1_000659 equ $ ; in [EKLA_HUB.BAS] EndProc return 0 ; EndProc ;--------------------------------------------- F1_000666 equ $ ; in [EKLA_HUB.BAS] Proc Pitchbend () Pitchbend F1_000668 equ $ ; in [EKLA_HUB.BAS] Set pblsb setf pblsb,0 F1_000669 equ $ ; in [EKLA_HUB.BAS] EndProc return 0 ; EndProc ;--------------------------------------------- F1_000671 equ $ ; in [EKLA_HUB.BAS] Proc Aftertouch () Aftertouch F1_000674 equ $ ; in [EKLA_HUB.BAS] Set aft setf aft,0 F1_000675 equ $ ; in [EKLA_HUB.BAS] EndProc return 0 ; EndProc ;--------------------------------------------- F1_000677 equ $ ; in [EKLA_HUB.BAS] Proc Controller () Controller F1_000678 equ $ ; in [EKLA_HUB.BAS] Select Ctrl F1_000679 equ $ ; in [EKLA_HUB.BAS] Case 7 movlw 7 subwf Ctrl,W,0 bnz _lbl__193 F1_000680 equ $ ; in [EKLA_HUB.BAS] Volume = value movff value,Volume F1_000730 equ $ ; in [EKLA_HUB.BAS] oldVolume = Volume movff Volume,oldVolume bra _lbl__192 _lbl__193 F1_000731 equ $ ; in [EKLA_HUB.BAS] Case 66 movlw 66 subwf Ctrl,W,0 bnz _lbl__196 F1_000734 equ $ ; in [EKLA_HUB.BAS] if value = 0 Then movf value,F,0 bnz _lbl__198 F1_000735 equ $ ; in [EKLA_HUB.BAS] PowerDown () rcall PowerDown bra _lbl__199 _lbl__198 F1_000736 equ $ ; in [EKLA_HUB.BAS] else F1_000737 equ $ ; in [EKLA_HUB.BAS] Set PORTA.4 bsf LATA,4,0 F1_000738 equ $ ; in [EKLA_HUB.BAS] Set PORTB.2 bsf LATB,2,0 F1_000739 equ $ ; in [EKLA_HUB.BAS] Set PowerOn bsf CC66,0,0 F1_000740 equ $ ; in [EKLA_HUB.BAS] Set CC69 bsf _B__VR1,2,0 F1_000741 equ $ ; in [EKLA_HUB.BAS] endif _lbl__199 bra _lbl__192 _lbl__196 F1_000742 equ $ ; in [EKLA_HUB.BAS] Case 67 movlw 67 subwf Ctrl,W,0 bnz _lbl__201 F1_000744 equ $ ; in [EKLA_HUB.BAS] CC67 = value movff value,CC67 F1_000745 equ $ ; in [EKLA_HUB.BAS] Select CC67 F1_000746 equ $ ; in [EKLA_HUB.BAS] Case 0 movf CC67,F,0 bnz _lbl__203 F1_000747 equ $ ; in [EKLA_HUB.BAS] Period = Period_default movlw 231 movwf PeriodH,0 movlw 152 movwf Period,0 bra _lbl__202 _lbl__203 F1_000748 equ $ ; in [EKLA_HUB.BAS] Case 1 movlw 1 subwf CC67,W,0 bnz _lbl__206 F1_000749 equ $ ; in [EKLA_HUB.BAS] Period = Period10 movlw 207 movwf PeriodH,0 movlw 47 movwf Period,0 bra _lbl__202 _lbl__206 F1_000750 equ $ ; in [EKLA_HUB.BAS] Case 2 movlw 2 subwf CC67,W,0 bnz _lbl__208 F1_000751 equ $ ; in [EKLA_HUB.BAS] Period = Period5 movlw 231 movwf PeriodH,0 movlw 152 movwf Period,0 bra _lbl__202 _lbl__208 F1_000752 equ $ ; in [EKLA_HUB.BAS] Case 3 movlw 3 subwf CC67,W,0 bnz _lbl__210 F1_000753 equ $ ; in [EKLA_HUB.BAS] Period = Period25 movlw 243 movwf PeriodH,0 movlw 204 movwf Period,0 bra _lbl__202 _lbl__210 F1_000754 equ $ ; in [EKLA_HUB.BAS] Case 4 movlw 4 subwf CC67,W,0 bnz _lbl__212 F1_000755 equ $ ; in [EKLA_HUB.BAS] Period = Period125 movlw 249 movwf PeriodH,0 movlw 230 movwf Period,0 F1_000756 equ $ ; in [EKLA_HUB.BAS] Case else bra _lbl__214 _lbl__212 F1_000758 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__214 _lbl__202 bra _lbl__192 _lbl__201 F1_000759 equ $ ; in [EKLA_HUB.BAS] Case 68 movlw 68 subwf Ctrl,W,0 bnz _lbl__216 F1_000760 equ $ ; in [EKLA_HUB.BAS] CC68 = value movff value,CC68 F1_000761 equ $ ; in [EKLA_HUB.BAS] if Motspeed <> CC68 Then movf Motspeed,W,0 subwf CC68,W,0 bz _lbl__218 F1_000762 equ $ ; in [EKLA_HUB.BAS] Motspeed = CC68 movff CC68,Motspeed F1_000763 equ $ ; in [EKLA_HUB.BAS] MotorCtrl () rcall MotorCtrl F1_000764 equ $ ; in [EKLA_HUB.BAS] endif _lbl__218 bra _lbl__192 _lbl__216 F1_000765 equ $ ; in [EKLA_HUB.BAS] Case 69 movlw 69 subwf Ctrl,W,0 bnz _lbl__220 F1_000766 equ $ ; in [EKLA_HUB.BAS] if value > 0 Then movf value,F,0 bz _lbl__222 F1_000767 equ $ ; in [EKLA_HUB.BAS] CC69 = True bsf _B__VR1,2,0 F1_000768 equ $ ; in [EKLA_HUB.BAS] Clear LiTog bcf _B__VR1,1,0 F1_000769 equ $ ; in [EKLA_HUB.BAS] Set CC69 bsf _B__VR1,2,0 bra _lbl__223 _lbl__222 F1_000770 equ $ ; in [EKLA_HUB.BAS] else F1_000771 equ $ ; in [EKLA_HUB.BAS] Clear CC69 bcf _B__VR1,2,0 F1_000772 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.5 bcf LATA,5,0 F1_000773 equ $ ; in [EKLA_HUB.BAS] Clear PORTC.0 bcf LATC,0,0 F1_000774 equ $ ; in [EKLA_HUB.BAS] endif _lbl__223 bra _lbl__192 _lbl__220 F1_000775 equ $ ; in [EKLA_HUB.BAS] Case 123 movlw 123 subwf Ctrl,W,0 bnz _lbl__225 F1_000777 equ $ ; in [EKLA_HUB.BAS] Clear NrNotes bcf _B__VR1,0,0 F1_000778 equ $ ; in [EKLA_HUB.BAS] HPWM 1, 0, fPwm clrf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 1 call __hpwm_ F1_000779 equ $ ; in [EKLA_HUB.BAS] HPWM 2, 0, fPwm clrf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 2 call __hpwm_ F1_000780 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.5 bcf LATA,5,0 F1_000781 equ $ ; in [EKLA_HUB.BAS] Clear PORTC.0 bcf LATC,0,0 F1_000782 equ $ ; in [EKLA_HUB.BAS] idx = SortTimers () rcall SortTimers movff SortTimersResult,idx F1_000783 equ $ ; in [EKLA_HUB.BAS] EndSelect _lbl__225 _lbl__192 F1_000784 equ $ ; in [EKLA_HUB.BAS] Set Ctrl setf Ctrl,0 F1_000785 equ $ ; in [EKLA_HUB.BAS] EndProc return 0 ; EndProc ;--------------------------------------------- F1_000809 equ $ ; in [EKLA_HUB.BAS] Proc Dur_Lookup () Dur_Lookup F1_000811 equ $ ; in [EKLA_HUB.BAS] Set Dur5[0] movlb 1 setf Dur5#0H,1 setf Dur5#0,1 F1_000812 equ $ ; in [EKLA_HUB.BAS] Dur5[127] = 17218 movlb 2 movlw 67 movwf Dur5#127H,1 movlw 66 movwf Dur5#127,1 F1_000813 equ $ ; in [EKLA_HUB.BAS] J = Dur5[127] / 127 movff Dur5#127,PBS_VAR0 movff Dur5#127H,PBS_VAR0H clrf PP_BARGHHH,0 clrf PP_BARGHH,0 movlw 126 movwf PP_BARGH,0 movlw 133 movwf PP_BARG,0 movff PBS_VAR0H,PP_AARGH movff PBS_VAR0,PP_AARG call _Uns_Int16_ToFl32 call __fpdiv_32__ movff PP_AARG,_J movff PP_AARGH,_JH movff PP_AARGHH,_JHH movff PP_AARGHHH,_JHHH F1_000814 equ $ ; in [EKLA_HUB.BAS] For I = 1 To 127 movlw 1 movwf _I,0 _frlb__226 movlb 0 movlw 128 subwf _I,W,0 bc _nxlb__227 F1_000815 equ $ ; in [EKLA_HUB.BAS] Dur5[I] = Dur5[0] - (J * I) movff Dur5#0,PBS_VAR1 movff Dur5#0H,PBS_VAR1H movf _I,W,0 call _Uns_Int08_ToFl32 movff _J,PP_BARG movff _JH,PP_BARGH movff _JHH,PP_BARGHH movff _JHHH,PP_BARGHHH call __fpmult_32__ movff PP_AARG,PP7 movff PP_AARGH,PP7H movff PP_AARGHH,PP7HH movff PP_AARGHHH,PP7HHH movff PBS_VAR1,PP_AARG movff PBS_VAR1H,PP_AARGH call _Uns_Int16_ToFl32 movff PP7,PP_BARG movff PP7H,PP_BARGH movff PP7HH,PP_BARGHH movff PP7HHH,PP_BARGHHH call __fpsub_32__ call _Fl32_To_Int32 movwf PBS_VAR0,0 movff PP_AARGH,PBS_VAR0H lfsr 0,Dur5 bcf STATUS,0,0 rlcf _I,W,0 addwf FSR0L,F,0 movlw 0 addwfc FSR0H,F,0 movff PBS_VAR0,POSTINC0 movff PBS_VAR0H,INDF0 _ctlb__228 F1_000816 equ $ ; in [EKLA_HUB.BAS] Next I incf _I,F,0 bnc _frlb__226 _nxlb__227 F1_000817 equ $ ; in [EKLA_HUB.BAS] EndProc return 0 ; EndProc ;--------------------------------------------- F1_000819 equ $ ; in [EKLA_HUB.BAS] Proc Motor_PWM_Lookup () Motor_PWM_Lookup F1_000827 equ $ ; in [EKLA_HUB.BAS] Ton[0] = 0 movlb 2 clrf Ton#0,1 F1_000828 equ $ ; in [EKLA_HUB.BAS] Toff[0] = 100 movlw 100 movwf Toff#0,1 F1_000829 equ $ ; in [EKLA_HUB.BAS] For I = 1 To 99 Step 1 movlw 1 movwf _I,0 _frlb__229 movlb 0 movlw 100 subwf _I,W,0 bc _nxlb__230 F1_000830 equ $ ; in [EKLA_HUB.BAS] Ton[I] = I lfsr 0,Ton movf _I,W,0 movff _I,PLUSW0 F1_000831 equ $ ; in [EKLA_HUB.BAS] Toff[I] = 100 - I movf _I,W,0 sublw 100 movwf PBS_VAR0,0 lfsr 0,Toff movf _I,W,0 movff PBS_VAR0,PLUSW0 _ctlb__231 F1_000832 equ $ ; in [EKLA_HUB.BAS] Next I incf _I,F,0 bnc _frlb__229 _nxlb__230 F1_000833 equ $ ; in [EKLA_HUB.BAS] For I = 100 To 127 movlw 100 movwf _I,0 _frlb__232 movlw 128 subwf _I,W,0 bc _nxlb__233 F1_000834 equ $ ; in [EKLA_HUB.BAS] Ton[I] = 100 movlw 100 movwf PRODL,0 lfsr 0,Ton movf _I,W,0 movff PRODL,PLUSW0 F1_000835 equ $ ; in [EKLA_HUB.BAS] Toff[I] = 0 clrf PRODL,0 lfsr 0,Toff movf _I,W,0 movff PRODL,PLUSW0 _ctlb__234 F1_000836 equ $ ; in [EKLA_HUB.BAS] Next I incf _I,F,0 bnc _frlb__232 _nxlb__233 F1_000837 equ $ ; in [EKLA_HUB.BAS] EndProc return 0 ; EndProc ;--------------------------------------------- F1_000788 equ $ ; in [EKLA_HUB.BAS] Proc PowerDown () PowerDown F1_000789 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.4 bcf LATA,4,0 F1_000790 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.3 bcf LATA,3,0 F1_000791 equ $ ; in [EKLA_HUB.BAS] Clear PowerOn bcf CC66,0,0 F1_000792 equ $ ; in [EKLA_HUB.BAS] Clear MotorOn bcf MotorFlags,0,0 F1_000793 equ $ ; in [EKLA_HUB.BAS] Set TimVals lfsr 0,TimVals movlw 4 _pblb__235 setf POSTINC0,0 decfsz WREG,F,0 bra _pblb__235 F1_000794 equ $ ; in [EKLA_HUB.BAS] Clear time clrf CntHHH,0 clrf CntHH,0 clrf CntH,0 clrf Cnt,0 F1_000795 equ $ ; in [EKLA_HUB.BAS] Clear NrNotes bcf _B__VR1,0,0 F1_000796 equ $ ; in [EKLA_HUB.BAS] Clear PORTB.2 bcf LATB,2,0 F1_000797 equ $ ; in [EKLA_HUB.BAS] Clear PORTB.1 bcf LATB,1,0 F1_000798 equ $ ; in [EKLA_HUB.BAS] Clear PORTA.5 bcf LATA,5,0 F1_000799 equ $ ; in [EKLA_HUB.BAS] Clear PORTC.0 bcf LATC,0,0 F1_000801 equ $ ; in [EKLA_HUB.BAS] HPWM 2,0,fPwm clrf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 2 call __hpwm_ F1_000802 equ $ ; in [EKLA_HUB.BAS] HPWM 1,0,fPwm clrf GEN,0 movlw 82 movwf PP1H,0 movlw 8 movwf PP1,0 movlw 1 call __hpwm_ F1_000803 equ $ ; in [EKLA_HUB.BAS] Clear T3CON.0 bcf T3CON,0,0 F1_000804 equ $ ; in [EKLA_HUB.BAS] Clear PIE2.1 bcf PIE2,1,0 F1_000805 equ $ ; in [EKLA_HUB.BAS] Clear MotWait bcf MotorFlags,1,0 F1_000806 equ $ ; in [EKLA_HUB.BAS] idx = SortTimers () rcall SortTimers movff SortTimersResult,idx F1_000807 equ $ ; in [EKLA_HUB.BAS] EndProc return 0 ; EndProc ;--------------------------------------------- F1_EOF equ $ ; EKLA_HUB.BAS __eof ;--------------------------------------------- ; CONFIG FUSES config DEBUG = off config XINST = off config STVREN = off config FCMEN = off config OSC = HSPLL config IESO = off config WDT = off config WDTPS = 128 config BOREN = SBORDIS config BORV = 2 config MCLRE = on config LPT1OSC = on config PBADEN = off config CCP2MX = PORTC config LVP = off config CP0 = off config CP1 = off config CPB = off config CPD = off config WRT0 = off config WRT1 = off config WRTB = off config WRTC = off config WRTD = off config EBTR0 = off config EBTR1 = off config EBTRB = off config PWRT = on end