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annotate src/calibrate.asm @ 560:b7eb98dbd800

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bump to 2.96beta (REFACTORED VERSION)
author heinrichsweikamp
date Wed, 31 Jan 2018 19:39:37 +0100
parents aadfe9f2edaf
children 54346c651b6a
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1 ;=============================================================================
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2 ;
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3 ; File calibration.asm REFACTORED VERSION V2.91
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4 ;
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5 ; o2 sensor calibration subroutines
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6 ;
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7 ; Copyright (c) 2014, Heinrichs Weikamp, all right reserved.
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8 ;=============================================================================
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9
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10 #include "hwos.inc"
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11 #include "shared_definitions.h" ; Mailbox between c and asm
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12 #include "math.inc"
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13 #include "adc_lightsensor.inc"
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14 #include "eeprom_rs232.inc"
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15
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16 calibrate CODE
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17
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18 global check_sensors ; Check O2 sensor thresholds for fallback and voting logic
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19 check_sensors:
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20 ; Check min_mv
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21 movff o2_mv_sensor1+0, sub_a+0
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22 movff o2_mv_sensor1+1, sub_a+1
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23 movlw LOW min_mv
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24 movwf sub_b+0
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25 movlw HIGH min_mv
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26 movwf sub_b+1
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27 call sub16 ; sub_c = sub_a - sub_b
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28 bsf use_O2_sensor1 ;=1: Use this sensor for deco
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29 btfsc neg_flag
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30 bcf use_O2_sensor1 ;=1: Use this sensor for deco
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31
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32 movff o2_mv_sensor2+0, sub_a+0
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33 movff o2_mv_sensor2+1, sub_a+1
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34 movlw LOW min_mv
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35 movwf sub_b+0
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36 movlw HIGH min_mv
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37 movwf sub_b+1
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38 call sub16 ; sub_c = sub_a - sub_b
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39 bsf use_O2_sensor2 ;=1: Use this sensor for deco
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40 btfsc neg_flag
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41 bcf use_O2_sensor2 ;=1: Use this sensor for deco
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43 movff o2_mv_sensor3+0, sub_a+0
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44 movff o2_mv_sensor3+1, sub_a+1
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45 movlw LOW min_mv
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46 movwf sub_b+0
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47 movlw HIGH min_mv
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48 movwf sub_b+1
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49 call sub16 ; sub_c = sub_a - sub_b
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50 bsf use_O2_sensor3 ;=1: Use this sensor for deco
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51 btfsc neg_flag
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52 bcf use_O2_sensor3 ;=1: Use this sensor for deco
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53
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54 ; Check max_mv
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55 movff o2_mv_sensor1+0, sub_a+0
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56 movff o2_mv_sensor1+1, sub_a+1
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57 movlw LOW max_mv
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58 movwf sub_b+0
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59 movlw HIGH max_mv
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60 movwf sub_b+1
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61 call sub16 ; sub_c = sub_a - sub_b
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62 btfss neg_flag
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63 bcf use_O2_sensor1 ;=1: Use this sensor for deco
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65 movff o2_mv_sensor2+0, sub_a+0
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66 movff o2_mv_sensor2+1, sub_a+1
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67 movlw LOW max_mv
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68 movwf sub_b+0
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69 movlw HIGH max_mv
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70 movwf sub_b+1
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71 call sub16 ; sub_c = sub_a - sub_b
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72 btfss neg_flag
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73 bcf use_O2_sensor2 ;=1: Use this sensor for deco
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75 movff o2_mv_sensor3+0, sub_a+0
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76 movff o2_mv_sensor3+1, sub_a+1
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77 movlw LOW max_mv
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78 movwf sub_b+0
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79 movlw HIGH max_mv
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80 movwf sub_b+1
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81 call sub16 ; sub_c = sub_a - sub_b
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82 btfss neg_flag
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83 bcf use_O2_sensor3 ;=1: Use this sensor for deco
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84
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85 btfss hud_connection_ok ;=1: HUD connection ok
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86 bra check_sensor2 ; No HUD/Digital data
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87
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88 ; Copy disable flags from digital input
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89 btfss sensor1_active
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90 bcf use_O2_sensor1
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91 btfss sensor2_active
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92 bcf use_O2_sensor2
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93 btfss sensor3_active
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94 bcf use_O2_sensor3
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95 bra check_sensor3 ; Check for voting logic
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96
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97 check_sensor2:
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98 ; Copy disable flags from internal calibration routine
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99 btfss sensor1_calibrated_ok
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100 bcf use_O2_sensor1
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101 btfss sensor2_calibrated_ok
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102 bcf use_O2_sensor2
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103 btfss sensor3_calibrated_ok
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104 bcf use_O2_sensor3
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105 check_sensor3: ; Check for voting logic
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106 ; DELETE - voting is done in calc_deko_divemode_sensor ## voting logic
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107 ; bsf voting_logic_sensor1
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108 ; movff o2_ppo2_sensor1,temp1
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109 ; rcall check_sensor_voting_common
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110 ; incfsz WREG ; Was Wreg=255?
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111 ; bcf voting_logic_sensor1 ; Yes, ignore this sensor
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112 ; bsf voting_logic_sensor2
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113 ; movff o2_ppo2_sensor2,temp1
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114 ; rcall check_sensor_voting_common
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115 ; incfsz WREG ; Was Wreg=255?
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116 ; bcf voting_logic_sensor2 ; Yes, ignore this sensor
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117 ; bsf voting_logic_sensor3
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118 ; movff o2_ppo2_sensor3,temp1
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119 ; ;rcall check_sensor_voting_common
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120 ; incfsz WREG ; Was Wreg=255?
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121 ; bcf voting_logic_sensor3 ; Yes, ignore this sensor
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122 return
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123
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124 ; DELETE COMPLETE FUNTION, PARTS OF THE CODE HAVE MIGRATED TO calc_deko_divemode_sensor ## voting logic
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125 ; check_sensor_voting_common:
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126 ; movf temp1,W
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127 ; cpfsgt sensor_setpoint
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128 ; bra check_sensor_voting_common2 ; temp1<sensor_setpoint
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129 ; ; temp1>sensor_setpoint
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130 ; movf temp1,W
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131 ; subwf sensor_setpoint,W
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132 ; movwf temp1
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133 ; check_sensor_voting_common1:
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134 ; movlw sensor_voting_logic_threshold ; Threshold in 0.01bar
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135 ; cpfsgt temp1
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136 ; retlw .255 ; Within range
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137 ; retlw .0 ; Out of range
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138 ; check_sensor_voting_common2:
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139 ; ; temp1<sensor_setpoint
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140 ; movf sensor_setpoint,W
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141 ; subwf temp1,F
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142 ; bra check_sensor_voting_common1
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143
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144 global calibrate_mix
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145 calibrate_mix:
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146 ; calibrate S8 HUD
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147 btfss s8_digital ; S8 Digital?
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148 bra calibrate_mix2 ; No
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149
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150 ; Yes, calibrate any S8-connected HUD
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151 clrf temp1 ; Chksum
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152 movlw 0xAA ; Start Byte
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153 addwf temp1,F
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154 movff WREG,TXREG2
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155 call rs232_wait_tx2
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156
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157 movlw 0x31 ; Calibrate
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158 addwf temp1,F
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159 movff WREG,TXREG2
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160 call rs232_wait_tx2
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161
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162 movff opt_calibration_O2_ratio,WREG ; Calibration gas %O2
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163 addwf temp1,F
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164 movff WREG,TXREG2
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165 call rs232_wait_tx2
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166
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167 movff amb_pressure+0,WREG ; Ambient pressure
113
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168 addwf temp1,F
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169 movff WREG,TXREG2
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170 call rs232_wait_tx2
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171 movff amb_pressure+1,WREG
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172 addwf temp1,F
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173 movff WREG,TXREG2
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174 call rs232_wait_tx2
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175
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176 movff temp1,TXREG2 ; Chksum
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177 call rs232_wait_tx2
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178
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179 calibrate_mix2:
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180 movff opt_calibration_O2_ratio,WREG ; Calibration gas %O2
113
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181 mullw .100
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182 movff PRODL,xA+0
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183 movff PRODH,xA+1
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184 ; (%O2*100)*[ambient,mbar]/100 -> xC
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185 movff amb_pressure+0,xB+0
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186 movff amb_pressure+1,xB+1
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187 rcall calibrate_mix2_helper
113
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188 movff o2_mv_sensor1+0,xB+0
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189 movff o2_mv_sensor1+1,xB+1
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190 call div32x16 ; xC:4 / xB:2 = xC+3:xC+2 with xC+1:xC+0 as remainder
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191 ; xC= ppO2/mV
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192 movff xC+0,opt_x_s1+0
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193 movff xC+1,opt_x_s1+1 ; Factor for Sensor1
113
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194
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195 movff opt_calibration_O2_ratio,WREG ; Calibration gas %O2
113
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196 mullw .100
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197 movff PRODL,xA+0
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198 movff PRODH,xA+1
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199 ; (%O2*100)*[ambient,mbar]/100 -> xC
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200 movff amb_pressure+0,xB+0
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201 movff amb_pressure+1,xB+1
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202 rcall calibrate_mix2_helper
113
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203 movff o2_mv_sensor2+0,xB+0
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204 movff o2_mv_sensor2+1,xB+1
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205 call div32x16 ; xC:4 / xB:2 = xC+3:xC+2 with xC+1:xC+0 as remainder
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206 ; xC= ppO2/mV
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207 movff xC+0,opt_x_s2+0
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208 movff xC+1,opt_x_s2+1 ; Factor for Sensor2
113
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209
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210 movff opt_calibration_O2_ratio,WREG ; Calibration gas %O2
113
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211 mullw .100
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212 movff PRODL,xA+0
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213 movff PRODH,xA+1
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214 ; (%O2*100)*[ambient,mbar]/100 -> xC
113
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215 movff amb_pressure+0,xB+0
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216 movff amb_pressure+1,xB+1
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217 rcall calibrate_mix2_helper
113
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218 movff o2_mv_sensor3+0,xB+0
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219 movff o2_mv_sensor3+1,xB+1
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220 call div32x16 ; xC:4 / xB:2 = xC+3:xC+2 with xC+1:xC+0 as remainder
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221 ; xC= ppO2/mV
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222 movff xC+0,opt_x_s3+0
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223 movff xC+1,opt_x_s3+1 ; Factor for Sensor3
113
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224
189
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225 bsf sensor1_calibrated_ok
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226 bsf sensor2_calibrated_ok
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227 bsf sensor3_calibrated_ok ; Set flags prior check
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228
189
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229 rcall check_sensors ; Check O2 sensor thresholds min_mv and max_mv and set use_02_sensorX flags
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230 ; initialise internal calibration flags
192
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231 btfss use_O2_sensor1 ; Sensor out of range?
189
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232 bcf sensor1_calibrated_ok ; Yes, disable this sensor
192
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233 btfss use_O2_sensor2 ; Sensor out of range?
189
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234 bcf sensor2_calibrated_ok ; Yes, disable this sensor
192
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235 btfss use_O2_sensor3 ; Sensor out of range?
189
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236 bcf sensor3_calibrated_ok ; Yes, disable this sensor
113
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237
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238 ; When no sensor is found, enable all three to show error state
192
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239 btfsc use_O2_sensor1
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240 return
192
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241 btfsc use_O2_sensor2
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242 return
192
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243 btfsc use_O2_sensor3
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244 return
192
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245 bsf use_O2_sensor1
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246 bsf use_O2_sensor2
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247 bsf use_O2_sensor3
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248 ; Clear factors
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249 banksel opt_x_s1+0
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250 clrf opt_x_s1+0
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251 clrf opt_x_s1+1
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252 clrf opt_x_s2+0
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253 clrf opt_x_s2+1
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254 clrf opt_x_s3+0
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255 clrf opt_x_s3+1
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256 banksel common
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257 return
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258
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259
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260 calibrate_mix2_helper:
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261 call mult16x16 ; xA*xB=xC
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262 movlw LOW .100
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263 movwf xB+0
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264 movlw HIGH .100
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265 movwf xB+1
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266 goto div32x16 ; xC:4 / xB:2 = xC+3:xC+2 with xC+1:xC+0 as remainder (And return)
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267
448
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268
560
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269 ; DELETE COMPLETE FUNTION, PARTS OF THE CODE HAVE MIGRATED TO calc_deko_divemode_sensor ## voting logic
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270 ; compute_ppo2_analog:
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271 ; call get_analog_inputs
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272 ; bra compute_ppo2_common
113
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273
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274 ; global compute_ppo2 ; compute mv_sensorX and ppo2_sensorX arrays
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275 ; compute_ppo2:
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276 ; btfss analog_o2_input ; cR hardware?
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277 ; return ; No
113
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278
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279 ; btfss s8_digital ; =1: Digital I/O
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280 ; bra compute_ppo2_analog ; use analog
113
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281
560
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282 ; ; use digital
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283 ; btfss new_s8_data_available ; =1: New data frame recieved
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284 ; return
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285 ; rcall compute_mvolts_for_all_sensors
113
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286
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287 ; compute_ppo2_common:
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288 ; ; o2_mv_sensor1:2 * opt_x_s1:2 = o2_ppo2_sensor1/10000
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289 ; movff o2_mv_sensor1+0,xA+0
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290 ; movff o2_mv_sensor1+1,xA+1
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291 ; movff opt_x_s1+0,xB+0
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292 ; movff opt_x_s1+1,xB+1
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293 ; rcall compute_ppo2_common_helper
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294 ; movff xC+0,o2_ppo2_sensor1 ; result in 0.01bar
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295 ; ; ; Set to zero if sensor is not active!
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296 ; ; btfss use_O2_sensor1
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297 ; ; clrf o2_ppo2_sensor1
113
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298
560
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299 ; ; o2_mv_sensor2:2 * opt_x_s1:2 = o2_ppo2_sensor2/10000
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300 ; movff o2_mv_sensor2+0,xA+0
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301 ; movff o2_mv_sensor2+1,xA+1
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302 ; movff opt_x_s2+0,xB+0
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303 ; movff opt_x_s2+1,xB+1
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304 ; rcall compute_ppo2_common_helper
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305 ; movff xC+0,o2_ppo2_sensor2 ; result in 0.01bar
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306 ; ; ; Set to zero if sensor is not active!
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307 ; ; btfss use_O2_sensor2
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308 ; ; clrf o2_ppo2_sensor2
113
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309
560
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310 ; ; o2_mv_sensor3:2 * opt_x_s1:2 = o2_ppo2_sensor3/10000
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311 ; movff o2_mv_sensor3+0,xA+0
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312 ; movff o2_mv_sensor3+1,xA+1
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313 ; movff opt_x_s3+0,xB+0
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314 ; movff opt_x_s3+1,xB+1
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315 ; rcall compute_ppo2_common_helper
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316 ; movff xC+0,o2_ppo2_sensor3 ; result in 0.01bar
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317 ; ; ; Set to zero if sensor is not active!
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318 ; ; btfss use_O2_sensor3
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319 ; ; clrf o2_ppo2_sensor3
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320 ; return ; Done.
448
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321
560
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322 ; compute_ppo2_common_helper:
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323 ; call mult16x16 ;xA:2*xB:2=xC:4
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324 ; movlw LOW .1000
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325 ; movwf xB+0
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326 ; movlw HIGH .1000
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327 ; movwf xB+1
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328 ; call div32x16 ; xC:4 / xB:2 = xC+3:xC+2 with xC+1:xC+0 as remainder
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329 ; movlw d'1'
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330 ; addwf xC+0,F
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331 ; movlw d'0'
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332 ; addwfc xC+1,F
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333 ; tstfsz xC+1 ; ppO2 is higher then 2.55bar?
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334 ; setf xC+0 ; Yes.
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335 ; return
113
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336
560
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337
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338 global compute_mvolts_for_all_sensors
113
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339 compute_mvolts_for_all_sensors: ; Compute mV or all sensors (S8 Mode)
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340 ; compute AD results in 100µV steps (16bit/sensor)
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341 ; 24bit AD result is in 244,1406541nV
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342 ; Devide 24bit value through 409,5999512 -> 410 (0,01% error)
560
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343 #DEFINE ad2mv_factor .410
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344 ; Sensor 1
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345 clrf xC+3
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346 movff s8_rawdata_sensor1+2,xC+2
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347 movff s8_rawdata_sensor1+1,xC+1
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348 movff s8_rawdata_sensor1+0,xC+0
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349 movlw LOW ad2mv_factor
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350 movwf xB+0
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351 movlw HIGH ad2mv_factor
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352 movwf xB+1
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353 call div32x16 ; xC:4 / xB:2 = xC+3:xC+2 with xC+1:xC+0 as remainder
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354 movff xC+1,o2_mv_sensor1+1
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355 movff xC+0,o2_mv_sensor1+0 ; in 100uV steps
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356 ; Sensor 2
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357 clrf xC+3
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358 movff s8_rawdata_sensor2+2,xC+2
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359 movff s8_rawdata_sensor2+1,xC+1
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360 movff s8_rawdata_sensor2+0,xC+0
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361 movlw LOW ad2mv_factor
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362 movwf xB+0
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363 movlw HIGH ad2mv_factor
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364 movwf xB+1
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365 call div32x16 ; xC:4 / xB:2 = xC+3:xC+2 with xC+1:xC+0 as remainder
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366 movff xC+1,o2_mv_sensor2+1
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367 movff xC+0,o2_mv_sensor2+0 ; in 100uV steps
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368 ; Sensor 3
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369 clrf xC+3
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370 movff s8_rawdata_sensor3+2,xC+2
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371 movff s8_rawdata_sensor3+1,xC+1
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372 movff s8_rawdata_sensor3+0,xC+0
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373 movlw LOW ad2mv_factor
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374 movwf xB+0
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375 movlw HIGH ad2mv_factor
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376 movwf xB+1
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377 call div32x16 ; xC:4 / xB:2 = xC+3:xC+2 with xC+1:xC+0 as remainder
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378 movff xC+1,o2_mv_sensor3+1
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379 movff xC+0,o2_mv_sensor3+0 ; in 100uV steps
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380
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381 bcf new_s8_data_available ; Clear flag
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382 return ; Done.
113
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383
560
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384
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385
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386 global transmit_setpoint ; Transmit current setpoint from WREG (in cbar) to external electronics
352
5c6da9fa5cb0 add setpoint change to first sample in CCR mode
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387 transmit_setpoint:
448
aadfe9f2edaf work on new battery options
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388 return
352
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389 btfss s8_digital ; S8 Digital?
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390 return ; No, ignore
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391
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392 ; Yes, transmit setpoint from WREG
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393 movwf temp2 ; Store setpoint
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394 clrf temp1 ; Chksum
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395 movlw 0xAA ; Start Byte
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396 addwf temp1,F
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397 movff WREG,TXREG2
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398 call rs232_wait_tx2
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399
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400 movlw 0x60 ; New SP
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401 addwf temp1,F
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402 movff WREG,TXREG2
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403 call rs232_wait_tx2
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404
560
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405 movff temp2,WREG ; SP in cbar
352
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406 addwf temp1,F
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407 movff WREG,TXREG2
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408 call rs232_wait_tx2
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409
560
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410 movff temp1,TXREG2 ; Chksum
352
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411 call rs232_wait_tx2
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412 return
113
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413
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414
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415 END