1 | ;**********************************************************************
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2 | ; This file is a basic code template for assembly code generation *
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3 | ; on the PIC16F877A. This file contains the basic code *
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4 | ; building blocks to build upon. *
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5 | ; *
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6 | ; Refer to the MPASM User's Guide for additional information on *
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7 | ; features of the assembler (Document DS33014). *
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8 | ; *
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9 | ; Refer to the respective PIC data sheet for additional *
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10 | ; information on the instruction set. *
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11 | ; *
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12 | ;**********************************************************************
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13 | ; *
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14 | ; Filename: Displayinitialisierung 16F877A.asm *
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15 | ; Date: *
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16 | ; File Version: 1.0 *
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17 | ; *
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18 | ; Author: *
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19 | ; Company: *
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20 | ; *
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21 | ; *
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22 | ;**********************************************************************
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23 | ; *
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24 | ; Files Required: P16F877A.INC *
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25 | ; *
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26 | ;**********************************************************************
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27 | ; *
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28 | ; Notes: *
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29 | ; *
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30 | ;**********************************************************************
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31 |
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32 |
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33 | list p=16f877A ; list directive to define processor
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34 | #include <p16f877A.inc> ; processor specific variable definitions
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35 |
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36 | __CONFIG _CP_OFF & _WDT_OFF & _BODEN_OFF & _PWRTE_ON & _HS_OSC & _WRT_OFF & _LVP_OFF & _CPD_OFF
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37 |
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38 | ; '__CONFIG' directive is used to embed configuration data within .asm file.
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39 | ; The lables following the directive are located in the respective .inc file.
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40 | ; See respective data sheet for additional information on configuration word.
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41 |
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42 |
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43 |
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44 |
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45 |
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46 |
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47 | ;***** VARIABLE DEFINITIONS
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48 | w_temp EQU 0x7D ; variable used for context saving
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49 | status_temp EQU 0x7E ; variable used for context saving
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50 | pclath_temp EQU 0x7F ; variable used for context saving
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51 | buffer EQU 0x20
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52 | bytecount EQU 0x21
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53 | counterp EQU 0x22
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54 | counter0 EQU 0x23
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55 | timercache EQU 0x24
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56 | timer EQU 0x25
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57 | wait1 EQU 0x26
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58 | wait2 EQU 0x27
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59 | rstwait1 EQU 0x28
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60 | rstwait2 EQU 0x29
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61 |
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62 |
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63 | ; Pin Definitionen
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64 |
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65 | #define SCE PORTB,0
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66 | #define RST PORTB,3
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67 | #define DC PORTB,4
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68 | #define VDD PORTB,5 ; VDD Display
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69 | #define SW1 PORTB,6 ; On/Off
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70 | #define SW2 PORTB,7 ; PWM Steuerung
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71 | #define COLLED PORTA,0 ; Datenkollisions-LED
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72 | #define BL PORTA,1 ; Hintergrundbeleuchtung PWM gesteuert
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73 |
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74 |
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75 |
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76 |
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77 | ;**********************************************************************
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78 | ORG 0x000 ; processor reset vector
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79 | clrf PCLATH ; ensure page bits are cleared
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80 | goto Init ; go to beginning of program
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81 |
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82 | ORG 0x004 ; interrupt vector location
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83 |
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84 | movwf w_temp ; save off current W register contents
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85 | movf STATUS,w ; move status register into W register
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86 | movwf status_temp ; save off contents of STATUS register
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87 | movf PCLATH,w ; move pclath register into w register
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88 | movwf pclath_temp ; save off contents of PCLATH register
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89 |
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90 | ; isr code can go here or be located as a call subroutine elsewhere
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91 |
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92 | movf pclath_temp,w ; retrieve copy of PCLATH register
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93 | movwf PCLATH ; restore pre-isr PCLATH register contents
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94 | movf status_temp,w ; retrieve copy of STATUS register
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95 | movwf STATUS ; restore pre-isr STATUS register contents
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96 | swapf w_temp,f
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97 | swapf w_temp,w ; restore pre-isr W register contents
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98 | retfie ; return from interrupt
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99 |
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100 |
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101 |
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102 | Init
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103 |
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104 | clrf INTCON
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105 | BCF STATUS, RP0 ;
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106 | BCF STATUS, RP1 ; Bank0
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107 | CLRF PORTA ; Initialize PORTA by
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108 | CLRF PORTB
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109 | clrf PORTC ; clearing output
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110 | ; data latches
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111 | BSF STATUS, RP0 ; Select Bank 1
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112 | MOVLW 0x06 ; Configure all pins
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113 | MOVWF ADCON1 ; as digital inputs
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114 | bcf STATUS, RP0 ; unschalten auf Bank 0
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115 | bsf STATUS, RP0
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116 | movlw B'00000000' ; RA output
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117 | movwf TRISA
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118 | bcf STATUS, RP0
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119 | clrf PORTA
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120 | bsf STATUS, RP0
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121 | movlw B'11000000' ;RB0-RB5 output
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122 | movwf TRISB
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123 | bcf STATUS, RP0
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124 | clrf PORTB
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125 | bsf STATUS, RP0
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126 | movlw B'00010000' ; RC output
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127 | movwf TRISC
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128 | bcf STATUS, RP0
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129 | clrf PORTC
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130 | bsf STATUS, RP0
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131 | movlw B'01000000'
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132 | movwf SSPSTAT
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133 | bcf STATUS, RP0
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134 | movlw B'00100001'
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135 | movwf SSPCON
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136 | movlw D'123'
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137 | movwf counter0
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138 | clrf PIR1
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139 |
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140 | LCDinit
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141 |
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142 |
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143 | bsf SCE
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144 | bsf VDD
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145 | bcf RST ; Display Reset nach Vdd on
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146 | clrf rstwait1
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147 | clrf rstwait2
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148 | call wait4rst
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149 | bcf DC
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150 | bsf RST
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151 | goto config1
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152 |
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153 |
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154 | wait4rst
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155 |
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156 | clrf STATUS
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157 | incfsz rstwait1,f
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158 | goto wait4rst
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159 | clrf STATUS
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160 | incfsz rstwait2,f
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161 | goto wait4rst
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162 |
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163 | return
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164 |
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165 | config1
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166 |
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167 | bcf SCE
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168 | movlw B'00100001'
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169 | movwf SSPBUF
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170 |
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171 |
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172 | BANKSEL SSPSTAT ; BANK 1
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173 |
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174 | config2
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175 |
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176 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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177 | goto config2 ; if not, check again
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178 | BANKSEL SSPBUF ; BANK0
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179 | movf SSPBUF,W ; Get Data from SSPBUF
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180 | ; ; Throw it away
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181 | bcf DC
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182 | movlw 0xB5 ;Displaykontrast**************************************************************
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183 | movwf SSPBUF
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184 | btfsc SSPCON,7
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185 | bcf COLLED
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186 |
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187 | BANKSEL SSPSTAT
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188 |
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189 | config3
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190 |
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191 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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192 | goto config3 ; if not, check again
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193 | BANKSEL SSPBUF ; BANK0
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194 | movf SSPBUF,W ; Get Data from SSPBUF
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195 | ; ; Throw it away
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196 | bcf DC
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197 | movlw 0x04
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198 | movwf SSPBUF
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199 | btfsc SSPCON,7
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200 | bsf COLLED
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201 |
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202 | BANKSEL SSPSTAT
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203 |
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204 | config4
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205 |
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206 |
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207 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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208 | goto config4 ; if not, check again
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209 | BANKSEL SSPBUF ; BANK0
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210 | movf SSPBUF,W ; Get Data from SSPBUF
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211 | ; ; Throw it away
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212 | bcf DC
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213 | movlw 0x14
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214 | movwf SSPBUF
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215 | btfsc SSPCON,7
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216 | bcf COLLED
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217 |
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218 | BANKSEL SSPSTAT
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219 |
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220 | config5
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221 |
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222 |
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223 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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224 | goto config5 ; if not, check again
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225 | BANKSEL SSPBUF ; BANK0
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226 | movf SSPBUF,W ; Get Data from SSPBUF
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227 | ; ; Throw it away
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228 | bcf DC
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229 | movlw 0x20
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230 | movwf SSPBUF
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231 | btfsc SSPCON,7
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232 | bsf COLLED
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233 |
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234 | BANKSEL SSPSTAT
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235 |
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236 | config6
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237 |
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238 |
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239 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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240 | goto config2 ; if not, check again
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241 | BANKSEL SSPBUF ; BANK0
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242 | movf SSPBUF,W ; Get Data from SSPBUF
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243 | ; ; Throw it away
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244 | bcf DC
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245 | movlw 0x0C
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246 | movwf SSPBUF
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247 | btfsc SSPCON,7
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248 | bcf COLLED
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249 |
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250 | BANKSEL SSPSTAT
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251 |
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252 | config7
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253 |
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254 |
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255 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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256 | goto config2 ; if not, check again
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257 | BANKSEL SSPBUF ; BANK0
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258 | movf SSPBUF,W ; Get Data from SSPBUF
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259 | ; ; Throw it away
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260 | bcf DC
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261 | movlw B'00100010'
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262 | movwf SSPBUF
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263 | btfsc SSPCON,7
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264 | bsf COLLED
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265 |
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266 | bsf SCE
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267 |
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268 | LCDon
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269 |
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270 | btfsc SW1
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271 | goto LCDon
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272 | call wait4set
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273 | clrf wait1
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274 | clrf wait2
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275 | call setxaddr
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276 | bsf DC
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277 | bcf SCE
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278 | goto SendT1
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279 |
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280 | setxaddr
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281 |
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282 | bcf DC
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283 | BANKSEL SSPSTAT
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284 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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285 | goto setxaddr ; if not, check again
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286 | BANKSEL SSPBUF ; BANK0
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287 | movf SSPBUF,W ; Get Data from SSPBUF
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288 | ; ; Throw it away
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289 | bcf DC
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290 | bcf SCE
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291 | movlw B'10000000'
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292 | movwf SSPBUF
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293 | btfsc SSPCON,7
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294 | bcf COLLED
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295 |
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296 | BANKSEL SSPSTAT
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297 | setyaddr
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298 |
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299 | bcf DC
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300 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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301 | goto setyaddr ; if not, check again
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302 | BANKSEL SSPBUF ; BANK0
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303 | movf SSPBUF,W ; Get Data from SSPBUF
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304 | ; ; Throw it away
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305 | movlw B'01000000'
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306 | movwf SSPBUF
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307 | btfsc SSPCON,7
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308 | bsf COLLED
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309 |
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310 |
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311 | return
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312 |
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313 | wait4set
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314 |
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315 | clrf STATUS
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316 | incfsz wait1,f
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317 | goto wait4set
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318 | clrf STATUS
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319 | incfsz wait2,f
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320 | goto wait4set
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321 |
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322 |
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323 | chk4set
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324 |
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325 | btfss SW1
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326 | goto chk4set
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327 |
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328 | return
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329 |
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330 | LCDoff
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331 |
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332 | ; Software-PWM Hintergrundbeleuchtung
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333 |
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334 | movf counter0,w
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335 | bsf STATUS,C
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336 | bcf STATUS,Z
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337 | subwf counterp,w
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338 | btfsc STATUS,Z
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339 | bcf BL
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340 | btfss STATUS,C
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341 | bcf BL
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342 | bcf STATUS,C
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343 | incf counterp,f
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344 | btfsc STATUS,C
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345 | bsf BL
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346 | btfss SW2
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347 | call incPWM
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348 |
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349 | ; OFF-Tasterabfrage
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350 |
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351 | btfsc PIR1,3
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352 | bcf DC
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353 | btfsc PIR1,3
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354 | bsf SCE
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355 | btfsc SW1
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356 | goto LCDoff
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357 | call wait4set
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358 | bcf SCE
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359 | bsf DC
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360 | bcf BL
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361 | clrf bytecount
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362 |
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363 | powerdown
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364 |
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365 | btfss PIR1,3
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366 | goto powerdown
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367 | bcf PIR1,3
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368 | movlw 0x00
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369 | movwf SSPBUF
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370 | incf bytecount,f
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371 | movf bytecount,w
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372 | clrf STATUS
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373 | sublw D'252'
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374 | btfss STATUS,Z
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375 | goto powerdown
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376 |
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377 | clrf bytecount
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378 |
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379 | powerdown2
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380 |
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381 | btfss PIR1,3
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382 | goto powerdown2
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383 | bcf PIR1,3
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384 | movlw 0x00
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385 | movwf SSPBUF
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386 | incf bytecount,f
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387 | movf bytecount,w
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388 | clrf STATUS
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389 | sublw D'252'
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390 | btfss STATUS,Z
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391 | goto powerdown2
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392 |
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393 | bcf DC
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394 | clrf bytecount
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395 |
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396 | sendPD
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397 |
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398 | btfss PIR1,3
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399 | goto sendPD
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400 | bcf PIR1,3
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401 | movlw B'00100100'
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402 | movwf SSPBUF
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403 |
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404 | wakeup
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405 |
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406 | btfsc SW1
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407 | goto wakeup
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408 | call wait4set
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409 |
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410 |
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411 |
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412 | wakeupbyte
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413 |
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414 | btfss PIR1,3
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415 | goto wakeupbyte
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416 | movlw 0x20
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417 | movwf SSPBUF
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418 |
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419 | goto LCDon
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420 |
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421 |
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422 | incPWM
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423 |
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424 | clrf STATUS
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425 | incf timercache,f
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426 | btfsc STATUS,C
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427 | incf timer,f
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428 | movf timer,w
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429 | clrf STATUS
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430 | sublw D'27'
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431 | btfsc STATUS,Z
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432 | incf counter0,f
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433 |
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434 | return
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435 |
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436 | SendT1
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437 |
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438 | BANKSEL SSPSTAT
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439 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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440 | goto SendT1 ; if not, check again
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441 | BANKSEL SSPBUF ; BANK0
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442 | movf SSPBUF,W ; Get Data from SSPBUF
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443 | ; ; Throw it away
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444 | bsf DC
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445 | movlw HIGH Logo1T1
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446 | movwf PCLATH
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447 | movf bytecount,w
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448 | call Logo1T1
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449 | movwf SSPBUF
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450 | incf bytecount,f
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451 | bcf STATUS,Z
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452 | movlw D'252'
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453 | subwf bytecount,w
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454 | btfss STATUS,Z
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455 |
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456 | goto SendT1
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457 | clrf bytecount
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458 |
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459 | SendT2
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460 |
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461 | BANKSEL SSPSTAT
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462 | btfss SSPSTAT,BF ; Data transfer complete? (Buffer Full?)
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463 | goto config2 ; if not, check again
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464 | BANKSEL SSPBUF ; BANK0
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465 | movf SSPBUF,W ; Get Data from SSPBUF
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466 | ; ; Throw it away
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467 | bsf DC
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468 | movlw HIGH Logo1T2
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469 | movwf PCLATH
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470 | movf bytecount,w
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471 | call Logo1T2
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472 | movwf SSPBUF
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473 | incf bytecount,f
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474 | bcf STATUS,Z
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475 | movlw D'252'
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476 | subwf bytecount,w
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477 | btfss STATUS,Z
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478 |
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479 | goto SendT2
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480 |
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481 | goto LCDoff
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482 |
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483 |
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484 | ;*************** Testtabellen
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485 |
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486 |
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487 | org 0x200
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488 |
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489 | Logo1T1
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490 |
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491 | addwf PCL,1
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492 | retlw 0xFF ; Byte1
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493 | retlw 0xFF ; Byte2
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494 | retlw 0xFF ; Byte3
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495 | retlw 0xDF ; Byte4
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496 | retlw 0x8F ; Byte5
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497 | retlw 0x07 ; Byte6
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498 | retlw 0x07 ; Byte7
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499 | retlw 0x07 ; Byte8
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500 | retlw 0x07 ; Byte9
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501 | retlw 0x07 ; Byte10
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502 | retlw 0x07 ; Byte11
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503 | retlw 0x07 ; Byte12
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504 | retlw 0x07 ; Byte13
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505 | retlw 0x07 ; Byte14
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506 | retlw 0x07 ; Byte15
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507 | retlw 0x07 ; Byte16
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508 | retlw 0x07 ; Byte17
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509 | retlw 0x07 ; Byte18
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510 | retlw 0x07 ; Byte19
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511 | retlw 0x07 ; Byte20
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512 | retlw 0x07 ; Byte21
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513 | retlw 0x07 ; Byte22
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514 | retlw 0x07 ; Byte23
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515 | retlw 0x07 ; Byte24
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516 | retlw 0x07 ; Byte25
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517 | retlw 0x07 ; Byte26
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518 | retlw 0x07 ; Byte27
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519 | retlw 0x07 ; Byte28
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520 | retlw 0x07 ; Byte29
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521 | retlw 0x07 ; Byte30
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522 | retlw 0x07 ; Byte31
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523 | retlw 0x07 ; Byte32
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524 | retlw 0x07 ; Byte33
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525 | retlw 0x07 ; Byte34
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526 | retlw 0x07 ; Byte35
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527 | retlw 0x07 ; Byte36
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528 | retlw 0x07 ; Byte37
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529 | retlw 0x07 ; Byte38
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530 | retlw 0x07 ; Byte39
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531 | retlw 0x07 ; Byte40
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532 | retlw 0x8F ; Byte41
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533 | retlw 0xDF ; Byte42
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534 | retlw 0xFF ; Byte43
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535 | retlw 0xFF ; Byte44
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536 | retlw 0xFF ; Byte45
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537 | retlw 0xFF ; Byte46
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538 | retlw 0xFF ; Byte47
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539 | retlw 0xFF ; Byte48
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540 | retlw 0xFF ; Byte49
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541 | retlw 0xFF ; Byte50
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542 | retlw 0xFF ; Byte51
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543 | retlw 0xFF ; Byte52
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544 | retlw 0xFF ; Byte53
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545 | retlw 0xFF ; Byte54
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546 | retlw 0xFF ; Byte55
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547 | retlw 0xFF ; Byte56
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548 | retlw 0xFF ; Byte57
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549 | retlw 0xFF ; Byte58
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550 | retlw 0xFF ; Byte59
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551 | retlw 0xFF ; Byte60
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552 | retlw 0xFF ; Byte61
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553 | retlw 0xFF ; Byte62
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554 | retlw 0xFF ; Byte63
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555 | retlw 0xFF ; Byte64
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556 | retlw 0xFF ; Byte65
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557 | retlw 0xFF ; Byte66
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558 | retlw 0xFF ; Byte67
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559 | retlw 0xFF ; Byte68
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560 | retlw 0xFF ; Byte69
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561 | retlw 0xFF ; Byte70
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562 | retlw 0xFF ; Byte71
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563 | retlw 0xFF ; Byte72
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564 | retlw 0xFF ; Byte73
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565 | retlw 0xFF ; Byte74
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566 | retlw 0xFF ; Byte75
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567 | retlw 0xFF ; Byte76
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568 | retlw 0xFF ; Byte77
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569 | retlw 0xFF ; Byte78
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570 | retlw 0xFF ; Byte79
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571 | retlw 0xFF ; Byte80
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572 | retlw 0xFF ; Byte81
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573 | retlw 0xFF ; Byte82
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574 | retlw 0xFF ; Byte83
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575 | retlw 0xFF ; Byte84
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576 | retlw 0xFF ; Byte85
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577 | retlw 0xFF ; Byte86
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578 | retlw 0xFF ; Byte87
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579 | retlw 0xFF ; Byte88
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580 | retlw 0xFF ; Byte89
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581 | retlw 0xFF ; Byte90
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582 | retlw 0xFF ; Byte91
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583 | retlw 0xFF ; Byte92
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584 | retlw 0xFF ; Byte93
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585 | retlw 0xFF ; Byte94
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586 | retlw 0x7F ; Byte95
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587 | retlw 0x3F ; Byte96
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588 | retlw 0x1F ; Byte97
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589 | retlw 0x0F ; Byte98
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590 | retlw 0x07 ; Byte99
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591 | retlw 0x03 ; Byte100
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592 | retlw 0x01 ; Byte101
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593 | retlw 0x00 ; Byte102
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594 | retlw 0x00 ; Byte103
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595 | retlw 0x00 ; Byte104
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596 | retlw 0x00 ; Byte105
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597 | retlw 0x00 ; Byte106
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598 | retlw 0x80 ; Byte107
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599 | retlw 0xC0 ; Byte108
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600 | retlw 0xE0 ; Byte109
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601 | retlw 0xF0 ; Byte110
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602 | retlw 0xF8 ; Byte111
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603 | retlw 0xFC ; Byte112
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604 | retlw 0xFE ; Byte113
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605 | retlw 0xFF ; Byte114
|
606 | retlw 0xFF ; Byte115
|
607 | retlw 0xFF ; Byte116
|
608 | retlw 0xFF ; Byte117
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609 | retlw 0xFF ; Byte118
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610 | retlw 0xFF ; Byte119
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611 | retlw 0xFF ; Byte120
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612 | retlw 0xFF ; Byte121
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613 | retlw 0xFF ; Byte122
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614 | retlw 0xFF ; Byte123
|
615 | retlw 0xFF ; Byte124
|
616 | retlw 0xFF ; Byte125
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617 | retlw 0xFF ; Byte126
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618 | retlw 0xFF ; Byte127
|
619 | retlw 0xFF ; Byte128
|
620 | retlw 0xFF ; Byte129
|
621 | retlw 0xFF ; Byte130
|
622 | retlw 0xFF ; Byte131
|
623 | retlw 0xFF ; Byte132
|
624 | retlw 0xFF ; Byte133
|
625 | retlw 0xFF ; Byte134
|
626 | retlw 0xFF ; Byte135
|
627 | retlw 0xFF ; Byte136
|
628 | retlw 0xFF ; Byte137
|
629 | retlw 0xFF ; Byte138
|
630 | retlw 0xFF ; Byte139
|
631 | retlw 0xFF ; Byte140
|
632 | retlw 0xFF ; Byte141
|
633 | retlw 0xFF ; Byte142
|
634 | retlw 0xFF ; Byte143
|
635 | retlw 0xFF ; Byte144
|
636 | retlw 0xFF ; Byte145
|
637 | retlw 0xFF ; Byte146
|
638 | retlw 0xFF ; Byte147
|
639 | retlw 0xFF ; Byte148
|
640 | retlw 0xFF ; Byte149
|
641 | retlw 0xFF ; Byte150
|
642 | retlw 0xFF ; Byte151
|
643 | retlw 0xFF ; Byte152
|
644 | retlw 0xFF ; Byte153
|
645 | retlw 0xFF ; Byte154
|
646 | retlw 0xFF ; Byte155
|
647 | retlw 0xFF ; Byte156
|
648 | retlw 0xFF ; Byte157
|
649 | retlw 0xFF ; Byte158
|
650 | retlw 0xFF ; Byte159
|
651 | retlw 0xFF ; Byte160
|
652 | retlw 0xFF ; Byte161
|
653 | retlw 0xFF ; Byte162
|
654 | retlw 0xFF ; Byte163
|
655 | retlw 0xFF ; Byte164
|
656 | retlw 0xFF ; Byte165
|
657 | retlw 0xFF ; Byte166
|
658 | retlw 0xFF ; Byte167
|
659 | retlw 0xFF ; Byte168
|
660 | retlw 0xFF ; Byte169
|
661 | retlw 0xFF ; Byte170
|
662 | retlw 0xFF ; Byte171
|
663 | retlw 0xFF ; Byte172
|
664 | retlw 0xFF ; Byte173
|
665 | retlw 0xFF ; Byte174
|
666 | retlw 0xFF ; Byte175
|
667 | retlw 0xFB ; Byte176
|
668 | retlw 0xF9 ; Byte177
|
669 | retlw 0xF8 ; Byte178
|
670 | retlw 0xF8 ; Byte179
|
671 | retlw 0x78 ; Byte180
|
672 | retlw 0x38 ; Byte181
|
673 | retlw 0x18 ; Byte182
|
674 | retlw 0x08 ; Byte183
|
675 | retlw 0x00 ; Byte184
|
676 | retlw 0x00 ; Byte185
|
677 | retlw 0x00 ; Byte186
|
678 | retlw 0x00 ; Byte187
|
679 | retlw 0x00 ; Byte188
|
680 | retlw 0x80 ; Byte189
|
681 | retlw 0xC0 ; Byte190
|
682 | retlw 0xE0 ; Byte191
|
683 | retlw 0xF0 ; Byte192
|
684 | retlw 0xF8 ; Byte193
|
685 | retlw 0xFC ; Byte194
|
686 | retlw 0xFE ; Byte195
|
687 | retlw 0xFF ; Byte196
|
688 | retlw 0xFF ; Byte197
|
689 | retlw 0xFF ; Byte198
|
690 | retlw 0xFF ; Byte199
|
691 | retlw 0xFF ; Byte200
|
692 | retlw 0xFF ; Byte201
|
693 | retlw 0xFF ; Byte202
|
694 | retlw 0xFF ; Byte203
|
695 | retlw 0xFF ; Byte204
|
696 | retlw 0xFF ; Byte205
|
697 | retlw 0xFF ; Byte206
|
698 | retlw 0xFF ; Byte207
|
699 | retlw 0xFF ; Byte208
|
700 | retlw 0xFF ; Byte209
|
701 | retlw 0xFF ; Byte210
|
702 | retlw 0xFF ; Byte211
|
703 | retlw 0xFF ; Byte212
|
704 | retlw 0xFF ; Byte213
|
705 | retlw 0xFF ; Byte214
|
706 | retlw 0xFF ; Byte215
|
707 | retlw 0xFF ; Byte216
|
708 | retlw 0xFF ; Byte217
|
709 | retlw 0xFF ; Byte218
|
710 | retlw 0xFF ; Byte219
|
711 | retlw 0xFF ; Byte220
|
712 | retlw 0xFF ; Byte221
|
713 | retlw 0xFF ; Byte222
|
714 | retlw 0xFF ; Byte223
|
715 | retlw 0xFF ; Byte224
|
716 | retlw 0xFF ; Byte225
|
717 | retlw 0xFF ; Byte226
|
718 | retlw 0xFF ; Byte227
|
719 | retlw 0xFF ; Byte228
|
720 | retlw 0xFF ; Byte229
|
721 | retlw 0xFF ; Byte230
|
722 | retlw 0xFF ; Byte231
|
723 | retlw 0xFF ; Byte232
|
724 | retlw 0xFF ; Byte233
|
725 | retlw 0xFF ; Byte234
|
726 | retlw 0xFF ; Byte235
|
727 | retlw 0xFF ; Byte236
|
728 | retlw 0xFF ; Byte237
|
729 | retlw 0xFF ; Byte238
|
730 | retlw 0xFF ; Byte239
|
731 | retlw 0xFF ; Byte240
|
732 | retlw 0xFF ; Byte241
|
733 | retlw 0xFF ; Byte242
|
734 | retlw 0xFF ; Byte243
|
735 | retlw 0xFF ; Byte244
|
736 | retlw 0xFF ; Byte245
|
737 | retlw 0xFF ; Byte246
|
738 | retlw 0xFF ; Byte247
|
739 | retlw 0xFF ; Byte248
|
740 | retlw 0xFF ; Byte249
|
741 | retlw 0xFF ; Byte250
|
742 | retlw 0xFF ; Byte251
|
743 | retlw 0xFF ; Byte252
|
744 |
|
745 |
|
746 |
|
747 |
|
748 | org 0x500
|
749 |
|
750 | Logo1T2
|
751 |
|
752 | addwf PCL,1
|
753 | retlw 0xFF ; Byte253
|
754 | retlw 0xFF ; Byte254
|
755 | retlw 0xFF ; Byte255
|
756 | retlw 0xFF ; Byte256
|
757 | retlw 0xFF ; Byte257
|
758 | retlw 0xDF ; Byte258
|
759 | retlw 0xCF ; Byte259
|
760 | retlw 0xC7 ; Byte260
|
761 | retlw 0xC3 ; Byte261
|
762 | retlw 0x41 ; Byte262
|
763 | retlw 0x00 ; Byte263
|
764 | retlw 0x00 ; Byte264
|
765 | retlw 0x00 ; Byte265
|
766 | retlw 0x00 ; Byte266
|
767 | retlw 0x00 ; Byte267
|
768 | retlw 0x00 ; Byte268
|
769 | retlw 0x00 ; Byte269
|
770 | retlw 0x00 ; Byte270
|
771 | retlw 0x82 ; Byte271
|
772 | retlw 0xC3 ; Byte272
|
773 | retlw 0x63 ; Byte273
|
774 | retlw 0x73 ; Byte274
|
775 | retlw 0x7B ; Byte275
|
776 | retlw 0x7F ; Byte276
|
777 | retlw 0xFF ; Byte277
|
778 | retlw 0xFF ; Byte278
|
779 | retlw 0xFF ; Byte279
|
780 | retlw 0xFF ; Byte280
|
781 | retlw 0x7F ; Byte281
|
782 | retlw 0x7F ; Byte282
|
783 | retlw 0x7F ; Byte283
|
784 | retlw 0x7F ; Byte284
|
785 | retlw 0xFF ; Byte285
|
786 | retlw 0xFF ; Byte286
|
787 | retlw 0xFF ; Byte287
|
788 | retlw 0xFF ; Byte288
|
789 | retlw 0xFF ; Byte289
|
790 | retlw 0x7F ; Byte290
|
791 | retlw 0x3F ; Byte291
|
792 | retlw 0x3F ; Byte292
|
793 | retlw 0x3F ; Byte293
|
794 | retlw 0xFF ; Byte294
|
795 | retlw 0xFF ; Byte295
|
796 | retlw 0xFF ; Byte296
|
797 | retlw 0xFF ; Byte297
|
798 | retlw 0xFF ; Byte298
|
799 | retlw 0xFF ; Byte299
|
800 | retlw 0xFF ; Byte300
|
801 | retlw 0xFF ; Byte301
|
802 | retlw 0x7F ; Byte302
|
803 | retlw 0x7F ; Byte303
|
804 | retlw 0xFF ; Byte304
|
805 | retlw 0xFF ; Byte305
|
806 | retlw 0xFF ; Byte306
|
807 | retlw 0xFF ; Byte307
|
808 | retlw 0xFF ; Byte308
|
809 | retlw 0xFF ; Byte309
|
810 | retlw 0xFF ; Byte310
|
811 | retlw 0xFF ; Byte311
|
812 | retlw 0x7F ; Byte312
|
813 | retlw 0x3F ; Byte313
|
814 | retlw 0x1F ; Byte314
|
815 | retlw 0x0F ; Byte315
|
816 | retlw 0x0F ; Byte316
|
817 | retlw 0x0F ; Byte317
|
818 | retlw 0xCF ; Byte318
|
819 | retlw 0xFF ; Byte319
|
820 | retlw 0xFF ; Byte320
|
821 | retlw 0xFF ; Byte321
|
822 | retlw 0xDF ; Byte322
|
823 | retlw 0x8F ; Byte323
|
824 | retlw 0x8F ; Byte324
|
825 | retlw 0x8F ; Byte325
|
826 | retlw 0x9F ; Byte326
|
827 | retlw 0x9F ; Byte327
|
828 | retlw 0x9F ; Byte328
|
829 | retlw 0x9F ; Byte329
|
830 | retlw 0x1F ; Byte330
|
831 | retlw 0x1F ; Byte331
|
832 | retlw 0x1F ; Byte332
|
833 | retlw 0x1F ; Byte333
|
834 | retlw 0x9F ; Byte334
|
835 | retlw 0xDF ; Byte335
|
836 | retlw 0xFF ; Byte336
|
837 | retlw 0xFF ; Byte337
|
838 | retlw 0xFF ; Byte338
|
839 | retlw 0xFF ; Byte339
|
840 | retlw 0xFF ; Byte340
|
841 | retlw 0xFF ; Byte341
|
842 | retlw 0x3F ; Byte342
|
843 | retlw 0x1F ; Byte343
|
844 | retlw 0x07 ; Byte344
|
845 | retlw 0x01 ; Byte345
|
846 | retlw 0x00 ; Byte346
|
847 | retlw 0x80 ; Byte347
|
848 | retlw 0xC0 ; Byte348
|
849 | retlw 0xE0 ; Byte349
|
850 | retlw 0xF0 ; Byte350
|
851 | retlw 0xF8 ; Byte351
|
852 | retlw 0xFC ; Byte352
|
853 | retlw 0xFE ; Byte353
|
854 | retlw 0xFF ; Byte354
|
855 | retlw 0x7F ; Byte355
|
856 | retlw 0x0F ; Byte356
|
857 | retlw 0x01 ; Byte357
|
858 | retlw 0xC0 ; Byte358
|
859 | retlw 0xCC ; Byte359
|
860 | retlw 0xCF ; Byte360
|
861 | retlw 0xCF ; Byte361
|
862 | retlw 0xCF ; Byte362
|
863 | retlw 0x0F ; Byte363
|
864 | retlw 0x0F ; Byte364
|
865 | retlw 0x81 ; Byte365
|
866 | retlw 0xC0 ; Byte366
|
867 | retlw 0xEC ; Byte367
|
868 | retlw 0x9F ; Byte368
|
869 | retlw 0x07 ; Byte369
|
870 | retlw 0x07 ; Byte370
|
871 | retlw 0xE3 ; Byte371
|
872 | retlw 0xF1 ; Byte372
|
873 | retlw 0xF8 ; Byte373
|
874 | retlw 0xFC ; Byte374
|
875 | retlw 0xFE ; Byte375
|
876 | retlw 0xFE ; Byte376
|
877 | retlw 0x7C ; Byte377
|
878 | retlw 0x38 ; Byte378
|
879 | retlw 0x01 ; Byte379
|
880 | retlw 0x83 ; Byte380
|
881 | retlw 0xC7 ; Byte381
|
882 | retlw 0xFF ; Byte382
|
883 | retlw 0x03 ; Byte383
|
884 | retlw 0x01 ; Byte384
|
885 | retlw 0x80 ; Byte385
|
886 | retlw 0x0C ; Byte386
|
887 | retlw 0x0C ; Byte387
|
888 | retlw 0xC0 ; Byte388
|
889 | retlw 0xE0 ; Byte389
|
890 | retlw 0xF1 ; Byte390
|
891 | retlw 0xFB ; Byte391
|
892 | retlw 0xFF ; Byte392
|
893 | retlw 0xFF ; Byte393
|
894 | retlw 0xF9 ; Byte394
|
895 | retlw 0xF8 ; Byte395
|
896 | retlw 0x7C ; Byte396
|
897 | retlw 0x1E ; Byte397
|
898 | retlw 0x03 ; Byte398
|
899 | retlw 0xC0 ; Byte399
|
900 | retlw 0xF0 ; Byte400
|
901 | retlw 0xFE ; Byte401
|
902 | retlw 0xFF ; Byte402
|
903 | retlw 0xFF ; Byte403
|
904 | retlw 0xFF ; Byte404
|
905 | retlw 0xFF ; Byte405
|
906 | retlw 0x7F ; Byte406
|
907 | retlw 0x3F ; Byte407
|
908 | retlw 0x0F ; Byte408
|
909 | retlw 0x07 ; Byte409
|
910 | retlw 0x87 ; Byte410
|
911 | retlw 0xC3 ; Byte411
|
912 | retlw 0xE1 ; Byte412
|
913 | retlw 0xF0 ; Byte413
|
914 | retlw 0xF8 ; Byte414
|
915 | retlw 0xFC ; Byte415
|
916 | retlw 0xFE ; Byte416
|
917 | retlw 0xFF ; Byte417
|
918 | retlw 0xFF ; Byte418
|
919 | retlw 0xFF ; Byte419
|
920 | retlw 0xFF ; Byte420
|
921 | retlw 0xFF ; Byte421
|
922 | retlw 0xBF ; Byte422
|
923 | retlw 0xCF ; Byte423
|
924 | retlw 0xC3 ; Byte424
|
925 | retlw 0xE0 ; Byte425
|
926 | retlw 0xF0 ; Byte426
|
927 | retlw 0xF8 ; Byte427
|
928 | retlw 0xFC ; Byte428
|
929 | retlw 0xFE ; Byte429
|
930 | retlw 0xFF ; Byte430
|
931 | retlw 0xFF ; Byte431
|
932 | retlw 0xFF ; Byte432
|
933 | retlw 0xFF ; Byte433
|
934 | retlw 0xFF ; Byte434
|
935 | retlw 0xFF ; Byte435
|
936 | retlw 0xFF ; Byte436
|
937 | retlw 0xEF ; Byte437
|
938 | retlw 0xE3 ; Byte438
|
939 | retlw 0xE0 ; Byte439
|
940 | retlw 0xE8 ; Byte440
|
941 | retlw 0xFF ; Byte441
|
942 | retlw 0xFF ; Byte442
|
943 | retlw 0xFF ; Byte443
|
944 | retlw 0xFF ; Byte444
|
945 | retlw 0xEF ; Byte445
|
946 | retlw 0xE3 ; Byte446
|
947 | retlw 0xE0 ; Byte447
|
948 | retlw 0xE8 ; Byte448
|
949 | retlw 0xFF ; Byte449
|
950 | retlw 0xFF ; Byte450
|
951 | retlw 0xFF ; Byte451
|
952 | retlw 0xFF ; Byte452
|
953 | retlw 0xFE ; Byte453
|
954 | retlw 0xF8 ; Byte454
|
955 | retlw 0xF0 ; Byte455
|
956 | retlw 0xF1 ; Byte456
|
957 | retlw 0xF1 ; Byte457
|
958 | retlw 0xF1 ; Byte458
|
959 | retlw 0xF9 ; Byte459
|
960 | retlw 0xF8 ; Byte460
|
961 | retlw 0xFC ; Byte461
|
962 | retlw 0xFE ; Byte462
|
963 | retlw 0xFF ; Byte463
|
964 | retlw 0xFF ; Byte464
|
965 | retlw 0xFF ; Byte465
|
966 | retlw 0xF7 ; Byte466
|
967 | retlw 0xF0 ; Byte467
|
968 | retlw 0xF0 ; Byte468
|
969 | retlw 0xF7 ; Byte469
|
970 | retlw 0xFF ; Byte470
|
971 | retlw 0xFC ; Byte471
|
972 | retlw 0xF8 ; Byte472
|
973 | retlw 0xF1 ; Byte473
|
974 | retlw 0xF3 ; Byte474
|
975 | retlw 0xFF ; Byte475
|
976 | retlw 0xFF ; Byte476
|
977 | retlw 0xEF ; Byte477
|
978 | retlw 0xE7 ; Byte478
|
979 | retlw 0xE1 ; Byte479
|
980 | retlw 0xE0 ; Byte480
|
981 | retlw 0xE0 ; Byte481
|
982 | retlw 0xE6 ; Byte482
|
983 | retlw 0xEF ; Byte483
|
984 | retlw 0xFF ; Byte484
|
985 | retlw 0xEF ; Byte485
|
986 | retlw 0xE7 ; Byte486
|
987 | retlw 0xE3 ; Byte487
|
988 | retlw 0xE1 ; Byte488
|
989 | retlw 0xE0 ; Byte489
|
990 | retlw 0xE8 ; Byte490
|
991 | retlw 0xFC ; Byte491
|
992 | retlw 0xFE ; Byte492
|
993 | retlw 0xFF ; Byte493
|
994 | retlw 0xFF ; Byte494
|
995 | retlw 0xFF ; Byte495
|
996 | retlw 0xFF ; Byte496
|
997 | retlw 0xFF ; Byte497
|
998 | retlw 0xFF ; Byte498
|
999 | retlw 0xFF ; Byte499
|
1000 | retlw 0xFF ; Byte500
|
1001 | retlw 0xFF ; Byte501
|
1002 | retlw 0xFF ; Byte502
|
1003 | retlw 0xFF ; Byte503
|
1004 | retlw 0xFF ; Byte504
|
1005 |
|
1006 |
|
1007 |
|
1008 |
|
1009 |
|
1010 |
|
1011 | END ; directive 'end of program'
|