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3.05 stable work
author heinrichsweikamp
date Thu, 19 Sep 2019 12:01:29 +0200
parents 7bdcc591196c
children 237931377539
comparison
equal deleted inserted replaced
627:bf5fee575701 628:cd58f7fc86db
1 ;============================================================================= 1 ;=============================================================================
2 ; 2 ;
3 ; File hwos.inc combined next generation V3.03.4 3 ; File hwos.inc combined next generation V3.04.3
4 ; 4 ;
5 ; OSTC Platform Definitions 5 ; OSTC Platform Definitions
6 ; 6 ;
7 ; Copyright (c) 2011, JD Gascuel, HeinrichsWeikamp, all right reserved. 7 ; Copyright (c) 2011, JD Gascuel, HeinrichsWeikamp, all right reserved.
8 ;============================================================================= 8 ;=============================================================================
33 #DEFINE comm_service_key 0xABCDEF ; simsalabim to establish data connection 33 #DEFINE comm_service_key 0xABCDEF ; simsalabim to establish data connection
34 34
35 35
36 ; Logo Address Vectors 36 ; Logo Address Vectors
37 #DEFINE hw_logo_block 0x01E000 ; color image data for heinrichsweikamp logo 37 #DEFINE hw_logo_block 0x01E000 ; color image data for heinrichsweikamp logo
38 #DEFINE usb_ble_logo_block 0x01EEDE ; color image data for USB or BLE logo 38 #DEFINE usb_ble_logo_1 0x01EEDE ; color image data for USB or BLE logo
39 #DEFINE usb_ble_logo_2 0x01EA04 ; color image data for USB or BLE logo, "+" bootloader
39 40
40 41
41 ;-----------------------------EEPROM DATA ------------------------------------ 42 ;-----------------------------EEPROM DATA ------------------------------------
42 ; Automatic reset of all options when this is changed: 43 ; Automatic reset of all options when this is changed:
43 #DEFINE eeprom_opt_serial 0x0008 ; Version 0.8 44 #DEFINE eeprom_opt_serial 0x0008 ; Version 0.8
69 #DEFINE index_pressures_SAC .6 ; tank pressure and SAC rate 70 #DEFINE index_pressures_SAC .6 ; tank pressure and SAC rate
70 #DEFINE index_gas_needs_ascent .7 ; gas needs for ascent / cave return 71 #DEFINE index_gas_needs_ascent .7 ; gas needs for ascent / cave return
71 #DEFINE index_decoplan .8 ; deco plan 72 #DEFINE index_decoplan .8 ; deco plan
72 #DEFINE index_ceiling_GF_tissue .9 ; ceiling, current GF and tissues 73 #DEFINE index_ceiling_GF_tissue .9 ; ceiling, current GF and tissues
73 #DEFINE index_CNS .10 ; CNS values 74 #DEFINE index_CNS .10 ; CNS values
74 #DEFINE index_ppo2_ead_end_cns .11 ; ppO2, END/EAD and CNS 75 #DEFINE index_ppo2_ead_end_cns .11 ; ppO2, END/EAD and CNS or gas density
75 #DEFINE index_gf_factors .12 ; GF factors 76 #DEFINE index_gf_factors .12 ; GF factors
76 #DEFINE index_clock_batt_surfpress .13 ; clock, battery and surface pressure 77 #DEFINE index_clock_batt_surfpress .13 ; clock, battery and surface pressure
77 #DEFINE index_cv_dm_max .13 ; highest index in use in dive mode custom view 78 #DEFINE index_cv_dm_max .13 ; highest index in use in dive mode custom view
78 79
79 80
110 #DEFINE FT_LARGE .4 ; aa_font90_block, only digits, / and . 111 #DEFINE FT_LARGE .4 ; aa_font90_block, only digits, / and .
111 #DEFINE FT_HUGE .5 ; aa_font92_block, only digits, / and . 112 #DEFINE FT_HUGE .5 ; aa_font92_block, only digits, / and .
112 113
113 114
114 ; External O2 cell input Parameters 115 ; External O2 cell input Parameters
115 #DEFINE min_mv .80 ; = 8 mV 116 #DEFINE min_mv .70 ; = 7 mV
116 #DEFINE max_mv .2500 ; = 250 mV 117 #DEFINE max_mv .2500 ; = 250 mV
117 #DEFINE ignore_mv .3500 ; = 350 mV (to suppress ghost readings for long, open cables) 118 #DEFINE ignore_mv .3500 ; = 350 mV (to suppress ghost readings for long, open cables)
118 119
119 120
120 ; Profile Recording Parameters 121 ; Profile Recording Parameters
127 #DEFINE div_deco .6 ; x sampling rate [s] 128 #DEFINE div_deco .6 ; x sampling rate [s]
128 #DEFINE div_gf .12 ; x sampling rate [s] 129 #DEFINE div_gf .12 ; x sampling rate [s]
129 #DEFINE div_ppo2_sensors .2 ; x sampling rate [s] 130 #DEFINE div_ppo2_sensors .2 ; x sampling rate [s]
130 #DEFINE div_decoplan .12 ; x sampling rate [s] 131 #DEFINE div_decoplan .12 ; x sampling rate [s]
131 #DEFINE div_cns .12 ; x sampling rate [s] 132 #DEFINE div_cns .12 ; x sampling rate [s]
132 #DEFINE div_tank .0 ; x sampling rate [s] 133 #DEFINE div_tank .12 ; x sampling rate [s]
133 134
134 135
135 ; Profile Recording Data - Attention: Information Lengths must be < 16 ! 136 ; Profile Recording Data - Attention: Information Lengths must be < 16 !
136 #DEFINE infolength_temperature .2 ; [byte] 137 #DEFINE infolength_temperature .2 ; [byte]
137 #DEFINE infolength_deco .2 ; [byte] 138 #DEFINE infolength_deco .2 ; [byte]
138 #DEFINE infolength_gf .1 ; [byte] 139 #DEFINE infolength_gf .1 ; [byte]
139 #DEFINE infolength_ppo2_sensors .9 ; [byte] 140 #DEFINE infolength_ppo2_sensors .9 ; [byte]
140 #DEFINE infolength_decoplan .15 ; [byte] 141 #DEFINE infolength_decoplan .15 ; [byte]
141 #DEFINE infolength_cns .2 ; [byte] 142 #DEFINE infolength_cns .2 ; [byte]
142 #DEFINE infolength_tank .0 ; [byte] 143 #DEFINE infolength_tank .2 ; [byte]
143 144
144 145
145 ; RX Functions 146 ; RX Functions
146 #DEFINE rx_packet_overdue_timeout .60 ; [seconds] 147 #DEFINE rx_packet_overdue_timeout .120 ; [seconds] timeout for pressure measurements becomming declared as outdated (max. 255)
147 #DEFINE max_pres_diff_min .5 ; [bar] minimum selectable pressure difference for ind.double mode 148 #DEFINE max_pres_diff_min .5 ; [bar] minimum selectable pressure difference for ind.double mode
148 #DEFINE max_pres_diff_max .50 ; [bar] maximum selectable pressure difference for ind.double mode 149 #DEFINE max_pres_diff_max .50 ; [bar] maximum selectable pressure difference for ind.double mode
150
149 151
150 IFDEF _ccr_pscr 152 IFDEF _ccr_pscr
151 #DEFINE tr_pres_options .15 ; number of options for pressure measurement source / with diluents 153 #DEFINE tr_pres_options .15 ; number of options for pressure measurement source / with diluents
152 ELSE 154 ELSE
153 #DEFINE tr_pres_options .6 ; number of options for pressure measurement source / OC gases only 155 #DEFINE tr_pres_options .6 ; number of options for pressure measurement source / OC gases only
180 182
181 183
182 ; other Timeouts 184 ; other Timeouts
183 #DEFINE simulator_timeout .15 ; [s] 185 #DEFINE simulator_timeout .15 ; [s]
184 #DEFINE apnoe_timeout .15 ; [min] 186 #DEFINE apnoe_timeout .15 ; [min]
185 187 #DEFINE deep_sleep_10mins .144 ; [x 10mins] (24h in this example)
186 188
187 ; Surface Mode Thresholds and Limits 189 ; Surface Mode Thresholds and Limits
188 #DEFINE high_altitude_threshold .880 ; [mbar] ambient pressure at which to switch into high altitude mode 190 #DEFINE high_altitude_threshold .880 ; [mbar] ambient pressure at which to switch into high altitude mode
189 #DEFINE max_surfpressure .1030 ; [mbar] maximum value for internal surface pressure 191 #DEFINE max_surfpressure .1030 ; [mbar] maximum value for internal surface pressure
190 192
194 #DEFINE dive_threshold_norm_alt_start .125 ; [mbar] relative pressure for normal altitude start-of-dive (equals depth in cm) 196 #DEFINE dive_threshold_norm_alt_start .125 ; [mbar] relative pressure for normal altitude start-of-dive (equals depth in cm)
195 #DEFINE dive_threshold_norm_alt_end .75 ; [mbar] relative pressure for normal altitude end-of-dive (equals depth in cm) 197 #DEFINE dive_threshold_norm_alt_end .75 ; [mbar] relative pressure for normal altitude end-of-dive (equals depth in cm)
196 #DEFINE dive_threshold_high_alt_start .325 ; [mbar] relative pressure for high altitude start-of-dive (equals depth in cm) 198 #DEFINE dive_threshold_high_alt_start .325 ; [mbar] relative pressure for high altitude start-of-dive (equals depth in cm)
197 #DEFINE dive_threshold_high_alt_end .75 ; [mbar] relative pressure for high altitude end-of-dive (equals depth in cm) 199 #DEFINE dive_threshold_high_alt_end .75 ; [mbar] relative pressure for high altitude end-of-dive (equals depth in cm)
198 #DEFINE ostc_depth_max .120 ; [m] maximum allowed operational depth for OSTC 2, 3, cR, TR, Plus & Sport 200 #DEFINE ostc_depth_max .120 ; [m] maximum allowed operational depth for OSTC 2, 3, cR, TR, Plus & Sport
201 #DEFINE deco_region_distance .2 ; [m] distance below first stop for the deco region to begin
199 202
200 203
201 ; Dive Mode Margins 204 ; Dive Mode Margins
202 #DEFINE ppO2_margin_on_max .300 ; [0.1 mbar] extra margin on ppO2 max values to compensate for surface pressures > 1000 hPa 205 #DEFINE ppO2_margin_on_max .300 ; [0.1 mbar] extra margin on ppO2 max values to compensate for surface pressures > 1000 hPa
203 #DEFINE sensor_voting_logic_threshold .10 ; threshold in 0.01 bar 206 #DEFINE sensor_voting_logic_threshold .10 ; threshold in 0.01 bar
211 #DEFINE ppo2_warning_loop_lowest .20 ; [cbar] minimum value for minimum ppO2 on loop 214 #DEFINE ppo2_warning_loop_lowest .20 ; [cbar] minimum value for minimum ppO2 on loop
212 #DEFINE ppo2_warning_loop_default .40 ; [cbar] default value for minimum ppO2 on loop 215 #DEFINE ppo2_warning_loop_default .40 ; [cbar] default value for minimum ppO2 on loop
213 #DEFINE ppo2_warning_loop_highest .60 ; [cbar] maximum value for minimum ppO2 on loop 216 #DEFINE ppo2_warning_loop_highest .60 ; [cbar] maximum value for minimum ppO2 on loop
214 217
215 #DEFINE ppo2_warning_high_lowest .120 ; [cbar] minimum value for maximum ppO2 in none-deco phase 218 #DEFINE ppo2_warning_high_lowest .120 ; [cbar] minimum value for maximum ppO2 in none-deco phase
219 #DEFINE ppo2_warning_deco_lowest .120 ; [cbar] minimum value for maximum ppO2 in deco phase
220
216 #DEFINE ppo2_warning_high_default .140 ; [cbar] default value for maximum ppO2 in none-deco phase 221 #DEFINE ppo2_warning_high_default .140 ; [cbar] default value for maximum ppO2 in none-deco phase
222 #DEFINE ppo2_warning_deco_default .160 ; [cbar] default value for maximum ppO2 in deco phase
223
224 IFDEF _high_ppO2_max
225 #DEFINE ppo2_warning_high_highest .200 ; [cbar] maximum value for maximum ppO2 in none-deco phase
226 #DEFINE ppo2_warning_deco_highest .200 ; [cbar] maximum value for maximum ppO2 in deco phase
227 ELSE
217 #DEFINE ppo2_warning_high_highest .160 ; [cbar] maximum value for maximum ppO2 in none-deco phase 228 #DEFINE ppo2_warning_high_highest .160 ; [cbar] maximum value for maximum ppO2 in none-deco phase
218
219 #DEFINE ppo2_warning_deco_lowest .120 ; [cbar] minimum value for maximum ppO2 in deco phase
220 #DEFINE ppo2_warning_deco_default .160 ; [cbar] default value for maximum ppO2 in deco phase
221 #DEFINE ppo2_warning_deco_highest .160 ; [cbar] maximum value for maximum ppO2 in deco phase 229 #DEFINE ppo2_warning_deco_highest .160 ; [cbar] maximum value for maximum ppO2 in deco phase
222 230 ENDIF
223
224 ; Deco-Model Parameters
225 #DEFINE deco_distance .0 ; [dm] ex .10
226 231
227 232
228 ; Color-Code Parameters for the Dive Mode 233 ; Color-Code Parameters for the Dive Mode
229 #DEFINE color_code_velocity_warn_high .11 ; [m/min] 234 #DEFINE color_code_velocity_warn_high .11 ; [m/min]
230 #DEFINE color_code_velocity_attn_high .10 ; [m/min] 235 #DEFINE color_code_velocity_attn_high .10 ; [m/min]
233 238
234 ; Simulator Parameters 239 ; Simulator Parameters
235 #DEFINE simulator_startdepth .200 ; [mbar] initial depth (relative pressure) when entering simulator mode 240 #DEFINE simulator_startdepth .200 ; [mbar] initial depth (relative pressure) when entering simulator mode
236 #DEFINE simulator_descent_threshold .50 ; [mbar] remaining distance to target pressure when to slow down descent 241 #DEFINE simulator_descent_threshold .50 ; [mbar] remaining distance to target pressure when to slow down descent
237 #DEFINE simulator_ascent_threshold .50 ; [mbar] remaining distance to target pressure when to slow down ascent 242 #DEFINE simulator_ascent_threshold .50 ; [mbar] remaining distance to target pressure when to slow down ascent
238 #DEFINE simulator_descent_rate .4 ; [mbar/0.125 sec] normal sescent speed, 4 equals 19 m/min 243 #DEFINE simulator_descent_rate .5 ; [mbar/0.125 sec] normal descent speed, 5 equals 24 m/min
239 #DEFINE simulator_ascent_rate .2 ; [mbar/0.125 sec] normal ascent speed, 2 equals 9 m/min 244 #DEFINE simulator_ascent_rate .2 ; [mbar/0.125 sec] normal ascent speed, 2 equals 9 m/min
240 245
241 246
242 ; Battery Thresholds 247 ; Battery Thresholds
243 #DEFINE max_battery_charge_temp .3231 ; [0.1 Kelvin] max allowed battery temperature during charging (equals 50°C) 248 #DEFINE max_battery_charge_temp .3231 ; [0.1 Kelvin] max allowed battery temperature during charging (equals 50°C)
244 #DEFINE lithium_36v_empty .2400 ; [mV] Saft 3.6 V LS14500 AA - threshold for battery percent display 249 #DEFINE lithium_36v_empty .2400 ; [mV] Saft 3.6 V LS14500 AA - threshold for battery percent display
245 #DEFINE lithium_36v_low .2000 ; [mV] Saft 3.6 V LS14500 AA - lowest possible voltage, value must be higher than value of aa_15v_high! 250 #DEFINE lithium_36v_low .2000 ; [mV] Saft 3.6 V LS14500 AA - lowest possible voltage, value must be higher than value of aa_15v_high!
246 #DEFINE aa_15v_high .1550 ; [mV] Energizer 1.5 V E2 AA - highest possible voltage, value must be lower than value of lithium_36v_low! 251 #DEFINE aa_15v_high .1550 ; [mV] Energizer 1.5 V E2 AA - highest possible voltage, value must be lower than value of lithium_36v_low!
247 #DEFINE aa_15v_low .1100 ; [mV] Energizer 1.5 V E2 AA - lowest possible voltage, according to Energizer data sheet EBC-4201R, page 2 252 #DEFINE aa_15v_low .1100 ; [mV] Energizer 1.5 V E2 AA - lowest possible voltage, according to Energizer data sheet EBC-4201R, page 2
248 #DEFINE battery_show_level .30 ; [%] threshold when to show battery level 253 #DEFINE battery_show_level .30 ; [%] threshold when to show battery level
249 #DEFINE color_code_battery_low .30 ; [%] threshold for battery level color coding, also acts as threshold for setting display brightness level to ECO when in dive mode 254 #DEFINE battery_warn_level_36 .15 ; [%] threshold for 3.6 V battery warning, also acts as threshold for setting display brightness level to ECO when in dive mode
255 #DEFINE battery_warn_level_15 .25 ; [%] threshold for 1.5 V battery warning, also acts as threshold for setting display brightness level to ECO when in dive modebattery warning level, also acts as threshold for setting display brightness level to ECO when in dive mode
250 256
251 257
252 ; 3.6 Volt Battery Sensing Data Points at 70 mA Load 258 ; 3.6 Volt Battery Sensing Data Points at 70 mA Load
253 #DEFINE lithium_36v_75 .3000 ; [mV] 259 #DEFINE lithium_36v_75 .3000 ; [mV]
254 #DEFINE lithium_36v_50 .2900 ; [mV] 260 #DEFINE lithium_36v_50 .2900 ; [mV]
255 #DEFINE lithium_36v_25 .2600 ; [mV] 261 #DEFINE lithium_36v_25 .2600 ; [mV]
256 #DEFINE lithium_36v_10 .2500 ; [mV] 262 #DEFINE lithium_36v_10 .2500 ; [mV]
257 263
264
258 ; Capacity for 2.4 Ah Saft LS14500 and 0.8 Ah Panasonic UR14500P 265 ; Capacity for 2.4 Ah Saft LS14500 and 0.8 Ah Panasonic UR14500P
259 ; battery_gauge: 6 is nAs 266 ; battery_gauge: 6 is nAs
260 ; devide through 65536 267 ; devide through 65536
261 ; a) devide through 364 -> result is in percent of a 2.4 Ah battery 268 ; a) devide through 364 -> result is in percent of a 2.4 Ah battery
262 ; or b) devide through 121 -> result is in percent of a 0.8 Ah battery 269 ; or b) devide through 121 -> result is in percent of a 0.8 Ah battery
270
263 271
264 ; internal Battery Gauging 272 ; internal Battery Gauging
265 #DEFINE capacity_saft_internal .364 273 #DEFINE capacity_saft_internal .364
266 #DEFINE capacity_panasonic_internal .121 274 #DEFINE capacity_panasonic_internal .121
267 275
301 #DEFINE ambient_light_max_eco .70 309 #DEFINE ambient_light_max_eco .70
302 #DEFINE ambient_light_min_eco .10 ; must be the lowest value! 310 #DEFINE ambient_light_min_eco .10 ; must be the lowest value!
303 311
304 312
305 ; IR Link Timeout 313 ; IR Link Timeout
306 #DEFINE ir_timeout_value .64 ; in multiples of 62.5 ms 314 #DEFINE ir_timeout_value .128 ; in multiples of 62.5 ms
307 315
308 316
309 ; Setpoint Control 317 ; Setpoint Control
310 #DEFINE surface_sp .50 ; in cbar 318 #DEFINE surface_sp .50 ; in cbar
311 319
350 #DEFINE DECO_START_NORM .0 ; =1: write: start calculation of a normal deco plan 358 #DEFINE DECO_START_NORM .0 ; =1: write: start calculation of a normal deco plan
351 #DEFINE DECO_START_ALT .1 ; =1: write: start calculation of an alternative deco plan 359 #DEFINE DECO_START_ALT .1 ; =1: write: start calculation of an alternative deco plan
352 #DEFINE DECO_COMPLETED_NORM .0 ; =1: read: calculation of a normal deco plan has completed 360 #DEFINE DECO_COMPLETED_NORM .0 ; =1: read: calculation of a normal deco plan has completed
353 #DEFINE DECO_COMPLETED_ALT .1 ; =1: read: calculation of an alternative deco plan has completed 361 #DEFINE DECO_COMPLETED_ALT .1 ; =1: read: calculation of an alternative deco plan has completed
354 #DEFINE DECO_INITIALIZE .2 ; =1: write: initialize deco engine (to be done only once at the begin of every dive) 362 #DEFINE DECO_INITIALIZE .2 ; =1: write: initialize deco engine (to be done only once at the begin of every dive)
355 ; .3 ; unused 363 #DEFINE DECO_CALCULATOR_MODE .3 ; =1: deco engone is run from the deco calculator
356 #DEFINE DECO_BAILOUT_FLAG .4 ; =1: allow gas switches before first deco stop (used in bailout plans) 364 #DEFINE DECO_BAILOUT_FLAG .4 ; =1: allow gas switches before first deco stop (used in bailout plans)
357 #DEFINE DECO_ASCENT_FLAG .5 ; =1: figure in a delayed ascent (fTTS) 365 #DEFINE DECO_ASCENT_FLAG .5 ; =1: figure in a delayed ascent (fTTS)
358 ; DECO_MODE_LOOP_FLAG .6 ; =1: calculate simulated tissues in loop mode (CCR or pSCR) 366 ; DECO_MODE_LOOP_FLAG .6 ; =1: calculate simulated tissues in loop mode (CCR or pSCR)
359 ; DECO_MODE_PSCR_FLAG .7 ; =1: calculate simulated tissues in pSCR mode (loop flag needs to be set, too) 367 ; DECO_MODE_PSCR_FLAG .7 ; =1: calculate simulated tissues in pSCR mode (loop flag needs to be set, too)
360 368
365 #DEFINE mbubble_warning .2 ; =1: microbubbles potentionally currently occuring 373 #DEFINE mbubble_warning .2 ; =1: microbubbles potentionally currently occuring
366 #DEFINE mbubble_warning_lock .3 ; =1: microbubbles potentionally occured during the dive 374 #DEFINE mbubble_warning_lock .3 ; =1: microbubbles potentionally occured during the dive
367 #DEFINE outside_warning .4 ; =1: currently outside the ZHL-16 model 375 #DEFINE outside_warning .4 ; =1: currently outside the ZHL-16 model
368 #DEFINE outside_warning_lock .5 ; =1: was outside the ZHL-16 model during the dive 376 #DEFINE outside_warning_lock .5 ; =1: was outside the ZHL-16 model during the dive
369 #DEFINE outside_attention .6 ; =1: currently near to the limits of the ZHL-16 model 377 #DEFINE outside_attention .6 ; =1: currently near to the limits of the ZHL-16 model
370 #DEFINE stoptable_overflow .7 ; =1: more stops needed than can be stored 378 #DEFINE deco_plan_incomplete .7 ; =1: internal error: deco calculation incomplete
371 379
372 380
373 ; Bit Flags for Communication with p2_deco.c - char_O_deco_info 381 ; Bit Flags for Communication with p2_deco.c - char_O_deco_info
374 #DEFINE deco_flag .0 ; =1: in deco mode, deco ppO2 levels permitted 382 #DEFINE deco_mode .0 ; =1: in deco mode, deco ppO2 levels permitted
375 #DEFINE ind_double_switch .1 ; =1: switch to other tank advice active 383 #DEFINE ind_double_switch .1 ; =1: switch to other tank advice active
376 ; .2 ; --- unused 384 ; .2 ; --- unused
377 #DEFINE deco_zone .3 ; =1: fTTS is <= TTS (not updated when in bailout mode) 385 #DEFINE deco_zone .3 ; =1: fTTS is <= TTS (not updated when in bailout mode)
378 #DEFINE deco_ceiling .4 ; =1: ceiling depth > 0 386 #DEFINE deco_ceiling .4 ; =1: ceiling depth > 0
379 #DEFINE deco_stops .5 ; =1: deco stops found 387 #DEFINE deco_stops .5 ; =1: deco stops found
433 #DEFINE ostc_rx_present HW_descriptor,5 ; =1: OSTC has RX module 441 #DEFINE ostc_rx_present HW_descriptor,5 ; =1: OSTC has RX module
434 #DEFINE lv_core HW_descriptor,6 ; =1: OSTC has low-voltage core (2.7V) 442 #DEFINE lv_core HW_descriptor,6 ; =1: OSTC has low-voltage core (2.7V)
435 ; HW_descriptor,7 ; --- reserved 443 ; HW_descriptor,7 ; --- reserved
436 444
437 ;---- Hardware - OSTC Model Variants (stored in access RAM, NOT cleared in restart) 445 ;---- Hardware - OSTC Model Variants (stored in access RAM, NOT cleared in restart)
438 #DEFINE screen_type HW_variants,0 ; =1: display 1, =0; display 0 446 #DEFINE screen_type1 HW_variants,0 ; =1: display type 1, =0; display type 0
439 #DEFINE screen_type2 HW_variants,1 ; =1: display 2, =0: display 0 or 1 447 #DEFINE screen_type2 HW_variants,1 ; =1: display type 2, =0: display type 0 or 1
440 #DEFINE compass_type HW_variants,2 ; =1: compass 1, =0: compass 0 448 #DEFINE screen_type3 HW_variants,2 ; =1: display type 3, =0: display type 0 or 1 or 2
441 #DEFINE compass_type2 HW_variants,3 ; =1: compass 2, =0: compass 0 or 1 449 #DEFINE compass_type1 HW_variants,3 ; =1: compass type 1, =0: compass type 0
442 #DEFINE analog_switches HW_variants,4 ; =1: analog switches available 450 #DEFINE compass_type2 HW_variants,4 ; =1: compass type 2, =0: compass type 0 or 1
443 #DEFINE battery_is_36v HW_variants,5 ; =1: a 3.6 Volt battery is detected 451 #DEFINE compass_type3 HW_variants,5 ; =1: compass type 3, =0: compass type 0 or 1 or 2
444 #DEFINE cc_active HW_variants,6 ; =1: constant current charging active (cR hardware only) 452 #DEFINE analog_switches HW_variants,6 ; =1: analog switches available
445 #DEFINE cv_active HW_variants,7 ; =1: constant voltage charging active (cR hardware only) 453 #DEFINE battery_is_36v HW_variants,7 ; =1: a 3.6 Volt battery is detected
446 454
447 #DEFINE compass_type3 HW_variants2,0 ; =1: compass 3, =0: compass 0, 1 or 2 455
448 456 ;---- Hardware - States 1 (stored in access RAM, cleared on restart)
449 457 #DEFINE analog_sw1_pressed HW_flags_state1,0 ; =1: analog switch 1 pressed
450 ;---- Hardware - States (stored in access RAM) 458 #DEFINE analog_sw2_pressed HW_flags_state1,1 ; =1: analog switch 2 pressed
451 #DEFINE analog_sw1_pressed HW_flags_state,0 ; =1: analog switch 1 pressed 459 #DEFINE switch_left HW_flags_state1,2 ; =1: left button was pressed
452 #DEFINE analog_sw2_pressed HW_flags_state,1 ; =1: analog switch 2 pressed 460 #DEFINE switch_right HW_flags_state1,3 ; =1: right button was pressed
453 #DEFINE switch_left HW_flags_state,2 ; =1: left button was pressed 461 #DEFINE flip_screen HW_flags_state1,4 ; =1: screen is shown 180° turned
454 #DEFINE switch_right HW_flags_state,3 ; =1: right button was pressed 462 #DEFINE adc_is_running HW_flags_state1,5 ; =1: the ADC is in use
455 #DEFINE flip_screen HW_flags_state,4 ; =1: screen is shown 180° turned 463 #DEFINE tft_is_dimming HW_flags_state1,6 ; =1: the TFT is dimming, ignore light sensor
456 #DEFINE adc_is_running HW_flags_state,5 ; =1: the ADC is in use 464 #DEFINE compass_enabled HW_flags_state1,7 ; =1: the compass and accelerometer chip is active
457 #DEFINE tft_is_dimming HW_flags_state,6 ; =1: the TFT is dimming, ignore light sensor 465
458 #DEFINE compass_enabled HW_flags_state,7 ; =1: the compass and accelerometer chip is active 466 ;---- Hardware - States 2 (stored in access RAM, NOT cleared on restart)
467 #DEFINE cc_active HW_flags_state2,0 ; =1: constant current charging active (cR hardware only)
468 #DEFINE cv_active HW_flags_state2,1 ; =1: constant voltage charging active (cR hardware only)
469 ; HW_flags_state2,2 ; --- unused
470 ; HW_flags_state2,3 ; --- unused
471 ; HW_flags_state2,4 ; --- unused
472 ; HW_flags_state2,5 ; --- unused
473 ; HW_flags_state2,6 ; --- unused
474 ; HW_flags_state2,7 ; --- unused
459 475
460 476
461 ;---- Operating System - persistent Settings (stored in access RAM, NOT cleared in restart) 477 ;---- Operating System - persistent Settings (stored in access RAM, NOT cleared in restart)
462 #DEFINE sensor1_calibrated_ok OS_flags_persist,0 ; =1: sensor 1 calibration ok 478 #DEFINE sensor1_calibrated_ok OS_flags_persist,0 ; =1: sensor 1 calibration ok
463 #DEFINE sensor2_calibrated_ok OS_flags_persist,1 ; =1: sensor 2 calibration ok 479 #DEFINE sensor2_calibrated_ok OS_flags_persist,1 ; =1: sensor 2 calibration ok
523 #DEFINE use_aGF DM_flags_state,0 ; =1: use aGF, =0: use GF 539 #DEFINE use_aGF DM_flags_state,0 ; =1: use aGF, =0: use GF
524 #DEFINE sp_fallback DM_flags_state,1 ; =1: fall-back to SP1 due to external O2 sensor failure 540 #DEFINE sp_fallback DM_flags_state,1 ; =1: fall-back to SP1 due to external O2 sensor failure
525 #DEFINE dive_turned DM_flags_state,2 ; =1: dive is turned 541 #DEFINE dive_turned DM_flags_state,2 ; =1: dive is turned
526 #DEFINE cave_mode DM_flags_state,3 ; =1: in cave mode (gas needs by backtracking) 542 #DEFINE cave_mode DM_flags_state,3 ; =1: in cave mode (gas needs by backtracking)
527 #DEFINE depth_limit_exceeded DM_flags_state,4 ; =1: depth limit exceeded 543 #DEFINE depth_limit_exceeded DM_flags_state,4 ; =1: depth limit exceeded
528 ; DM_flags_state,5 ; --- unused 544 #DEFINE deco_locked DM_flags_state,5 ; =1: in or has been in deco obligation during the dive
529 ; DM_flags_state,6 ; --- unused 545 #DEFINE deco_region DM_flags_state,6 ; =1: in or has been in the deco stops region during the dive
530 ; DM_flags_state,7 ; --- unused 546 ; DM_flags_state,7 ; --- unused
531 547
532 ;---- Dive Mode - O2 Sensors 548 ;---- Dive Mode - O2 Sensors
533 #DEFINE use_O2_sensor1 DM_flags_sensor,0 ; =1: sensor 1 shall be used 549 #DEFINE use_O2_sensor1 DM_flags_sensor,0 ; =1: sensor 1 shall be used
534 #DEFINE use_O2_sensor2 DM_flags_sensor,1 ; =1: sensor 2 shall be used 550 #DEFINE use_O2_sensor2 DM_flags_sensor,1 ; =1: sensor 2 shall be used
813 829
814 ifndef ACCESS_RAM_VARS 830 ifndef ACCESS_RAM_VARS
815 831
816 extern HW_descriptor 832 extern HW_descriptor
817 extern HW_variants 833 extern HW_variants
818 extern HW_variants2 834
819 835 extern HW_flags_state1
820 extern HW_flags_state 836 extern HW_flags_state2
821 837
822 extern OS_flags_persist 838 extern OS_flags_persist
823 extern OS_flags_ISR1 839 extern OS_flags_ISR1
824 extern OS_flags_ISR2 840 extern OS_flags_ISR2
825 841
1201 ; -------------- Applications using ---------------------- 1217 ; -------------- Applications using ----------------------
1202 ; Mode local1 local2 local3 1218 ; Mode local1 local2 local3
1203 ; ----------------------------------------------------------------------------- 1219 ; -----------------------------------------------------------------------------
1204 ; sleepmode sleepmode.asm (unused) (unused) 1220 ; sleepmode sleepmode.asm (unused) (unused)
1205 ; surfmode surfmode.asm* (unused) (unused) 1221 ; surfmode surfmode.asm* (unused) (unused)
1206 ; simulator simulator.asm (unused) (unused) 1222 ; simulator divemode.asm divemode.asm simulator.asm
1207 ; divemode divemode.asm divemode.asm ghostwriter.asm 1223 ; divemode divemode.asm divemode.asm ghostwriter.asm
1208 ; logbook logbook.asm logbook.asm logbook.asm 1224 ; logbook logbook.asm logbook.asm logbook.asm
1209 ; 1225 ;
1210 ; * assigned to this slot, but currently no local memory used 1226 ; * assigned to this slot, but currently no local memory used
1211 1227
1263 ;old_velocity res 4 ; stores the last 4 speeds (8 seconds) in m/min 1279 ;old_velocity res 4 ; stores the last 4 speeds (8 seconds) in m/min
1264 1280
1265 ;---- Menu Processor (8 byte) 1281 ;---- Menu Processor (8 byte)
1266 menustack res 8 ; menu stack 1282 menustack res 8 ; menu stack
1267 1283
1268 ;---- Graphical Compass (17 byte) 1284 ;---- Graphical Compass (15 byte)
1269 xRD res 2 ; virtual compass ruler offset 1285 xRD res 2 ; virtual compass ruler offset
1270 xRDr res 2 ; virtual compass ruler offset - right end 1286 xRDr res 2 ; virtual compass ruler offset - right end
1271 xRD180 res 2 ; virtual compass ruler offset for the -180 marker 1287 xRD180 res 2 ; virtual compass ruler offset for the -180 marker
1272 xLO res 1 ; lo backup to prevent trashing 1288 xLO res 1 ; lo backup to prevent trashing
1273 xHI res 1 ; hi backup to prevent trashing 1289 xHI res 1 ; hi backup to prevent trashing
1274 xCM res 1 ; compass bearing relative position 1290 xCM res 1 ; compass bearing relative position
1275 compass_heading_new res 2 ; corrected heading (in 1°) : -180 .. 180 1291 compass_heading_new res 2 ; corrected heading (in 1°) : -180 .. 180
1276 compass_heading_old res 2 ; old heading (for smoother display)
1277 compass_heading_shown res 2 ; displayed heading 1292 compass_heading_shown res 2 ; displayed heading
1278 compass_bearing res 2 ; displayed bearing 1293 compass_bearing res 2 ; displayed bearing
1279 1294
1280 ;---- Compass Arithmetics (30 byte) 1295 ;---- Compass Arithmetics (30 byte)
1281 compass_DX res 2 ; raw data 1296 compass_DX res 2 ; raw data
1304 rx_buffer res .48 ; Buffer for RX data (slots 0-7) 1319 rx_buffer res .48 ; Buffer for RX data (slots 0-7)
1305 rx_firmware_cur_major res 1 ; TR module current firmware, major 1320 rx_firmware_cur_major res 1 ; TR module current firmware, major
1306 rx_firmware_cur_minor res 1 ; TR module current firmware, minor 1321 rx_firmware_cur_minor res 1 ; TR module current firmware, minor
1307 ENDIF 1322 ENDIF
1308 1323
1309 ;---- SAC Calculation on Pressure Readings 1 & 2 (20 byte) 1324 ;---- SAC Calculation on Pressure Readings 1 & 2 (22 byte)
1310 IFDEF _rx_functions 1325 IFDEF _rx_functions
1311 pres_accu_1st res 4 ; accumulator for pressure drop in 1/160 bar | ATTENTION: do not 1326 pres_accu_1st res 4 ; accumulator for pressure drop in 1/160 bar | ATTENTION: do not
1312 pres_accu_2nd res 4 ; accumulator for pressure drop in 1/160 bar | change the 1327 pres_accu_2nd res 4 ; accumulator for pressure drop in 1/160 bar | change the
1313 time_accu_1st res 1 ; accumulator for reading ages in seconds | position 1328 time_accu_1st res 2 ; accumulator for reading ages in seconds | position
1314 gas__last_1st res 1 ; last gas assignment | of these 1329 gas__last_1st res 1 ; last gas assignment | of these
1315 time_accu_2nd res 1 ; accumulator for reading ages in seconds | variables 1330 time_accu_2nd res 2 ; accumulator for reading ages in seconds | variables
1316 gas__last_2nd res 1 ; last gas assignment | relative 1331 gas__last_2nd res 1 ; last gas assignment | relative
1317 pres_last_1st res 2 ; last pressure reading pressure in 1/160 bar | to each 1332 pres_last_1st res 2 ; last pressure reading pressure in 1/160 bar | to each
1318 pres_last_2nd res 2 ; last pressure reading pressure in 1/160 bar | other! 1333 pres_last_2nd res 2 ; last pressure reading pressure in 1/160 bar | other!
1319 time_last_1st res 2 ; last pressure reading time in seconds | 1334 time_last_1st res 2 ; last pressure reading time in seconds |
1320 time_last_2nd res 2 ; last pressure reading time in seconds | 1335 time_last_2nd res 2 ; last pressure reading time in seconds |