Mercurial > public > ostc4
view Discovery/Src/settings.c @ 915:ff318ae65dd0 Evo_2_23
SlowExitTimer:
Some modifications in the visualization e.g. to get the graph running in flipped mode
| author | Ideenmodellierer |
|---|---|
| date | Sat, 19 Oct 2024 20:10:56 +0200 |
| parents | 2225c467f1e9 |
| children |
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/////////////////////////////////////////////////////////////////////////////// /// -*- coding: UTF-8 -*- /// /// \file Discovery/Src/settings.c /// \brief settingsHelperButtonSens_translate_hwOS_values_to_percentage. /// \author Heinrichs Weikamp gmbh /// \date 6-March-2017 /// /// \details /// /// $Id$ /////////////////////////////////////////////////////////////////////////////// /// \par Copyright (c) 2014-2018 Heinrichs Weikamp gmbh /// /// This program is free software: you can redistribute it and/or modify /// it under the terms of the GNU General Public License as published by /// the Free Software Foundation, either version 3 of the License, or /// (at your option) any later version. /// /// This program is distributed in the hope that it will be useful, /// but WITHOUT ANY WARRANTY; without even the implied warranty of /// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the /// GNU General Public License for more details. /// /// You should have received a copy of the GNU General Public License /// along with this program. If not, see <http://www.gnu.org/licenses/>. ////////////////////////////////////////////////////////////////////////////// #include <string.h> #include "settings.h" #include "firmwareEraseProgram.h" // for HARDWAREDATA_ADDRESS #include "externLogbookFlash.h" // for SAMPLESTART and SAMPLESTOP #include "text_multilanguage.h" // for LANGUAGE_END #include "tHome.h" // for CVIEW_END #include "motion.h" #include "t7.h" #include "data_central.h" static uint8_t settingsWarning = 0; /* Active if setting values have been corrected */ static SSettingsStatus SettingsStatus; /* Structure containing number of corrections and first occurrence */ SSettings Settings; const uint8_t RTErequiredHigh = 3; const uint8_t RTErequiredLow = 4; const uint8_t FONTrequiredHigh = 1; const uint8_t FONTrequiredLow = 0; uint8_t RTEactualHigh = 0; uint8_t RTEactualLow = 0; // =============================================================================== // SFirmwareData FirmwareData /// @brief internal counter is for changes after last release /// use date and info as well for this purpose /// // =============================================================================== const SFirmwareData firmware_FirmwareData __attribute__( (section(".firmware_firmware_data")) ) = { .versionFirst = 1, .versionSecond = 6, .versionThird = 7, .versionBeta = 1, /* 4 bytes with trailing 0 */ .signature = "mh", .release_year = 23, .release_month = 8, .release_day = 26, .release_sub = 0, /* max 48 with trailing 0 */ //release_info ="12345678901234567890123456789012345678901" .release_info ="gcc_2nd", /* for safety reasons and coming functions */ .magic[0] = FIRMWARE_MAGIC_FIRST, .magic[1] = FIRMWARE_MAGIC_SECOND, .magic[2] = FIRMWARE_MAGIC_FIRMWARE, /* the magic byte */ .magic[3] = FIRMWARE_MAGIC_END }; /* always adjust check_and_correct_settings() accordingly * There might even be entries with fixed values that have no range */ const SSettings SettingsStandard = { .header = 0xFFFF002B, .warning_blink_dsec = 8 * 2, .lastDiveLogId = 0, .logFlashNextSampleStartAddress = SAMPLESTART, .gas[0].oxygen_percentage = 21, .gas[1].oxygen_percentage = 21, .gas[2].oxygen_percentage = 21, .gas[3].oxygen_percentage = 21, .gas[4].oxygen_percentage = 21, .gas[5].oxygen_percentage = 21, .gas[6].oxygen_percentage = 21, .gas[7].oxygen_percentage = 21, .gas[8].oxygen_percentage = 21, .gas[9].oxygen_percentage = 21, .gas[10].oxygen_percentage = 21, .gas[0].helium_percentage = 0, .gas[1].helium_percentage = 0, .gas[2].helium_percentage = 0, .gas[3].helium_percentage = 0, .gas[4].helium_percentage = 0, .gas[5].helium_percentage = 0, .gas[6].helium_percentage = 0, .gas[7].helium_percentage = 0, .gas[8].helium_percentage = 0, .gas[9].helium_percentage = 0, .gas[10].helium_percentage = 0, .gas[0].depth_meter = 0, .gas[1].depth_meter = 0, .gas[2].depth_meter = 0, .gas[3].depth_meter = 0, .gas[4].depth_meter = 0, .gas[5].depth_meter = 0, .gas[6].depth_meter = 0, .gas[7].depth_meter = 0, .gas[8].depth_meter = 0, .gas[9].depth_meter = 0, .gas[10].depth_meter = 0, .gas[0].depth_meter_travel = 0, .gas[1].depth_meter_travel = 0, .gas[2].depth_meter_travel = 0, .gas[3].depth_meter_travel = 0, .gas[4].depth_meter_travel = 0, .gas[5].depth_meter_travel = 0, .gas[6].depth_meter_travel = 0, .gas[7].depth_meter_travel = 0, .gas[8].depth_meter_travel = 0, .gas[9].depth_meter_travel = 0, .gas[10].depth_meter_travel = 0, .gas[0].note.uw = 0, .gas[1].note.ub.first = 1, .gas[1].note.ub.active = 1, .gas[1].note.ub.deco = 0, .gas[1].note.ub.travel = 0, .gas[2].note.uw = 0, .gas[3].note.uw = 0, .gas[4].note.uw = 0, .gas[5].note.uw = 0, .gas[6].note.ub.first = 1, .gas[6].note.ub.active = 1, .gas[6].note.ub.deco = 0, .gas[6].note.ub.travel = 0, .gas[7].note.uw = 0, .gas[8].note.uw = 0, .gas[9].note.uw = 0, .gas[10].note.uw = 0, .gas[0].bottle_size_liter = 0, .gas[1].bottle_size_liter = 0, .gas[2].bottle_size_liter = 0, .gas[3].bottle_size_liter = 0, .gas[4].bottle_size_liter = 0, .gas[5].bottle_size_liter = 0, .gas[6].bottle_size_liter = 0, .gas[7].bottle_size_liter = 0, .gas[8].bottle_size_liter = 0, .gas[9].bottle_size_liter = 0, .gas[10].bottle_size_liter = 0, /* .gas[0].bottle_wireless_status = 0, .gas[1].bottle_wireless_status = 0, .gas[2].bottle_wireless_status = 0, .gas[3].bottle_wireless_status = 0, .gas[4].bottle_wireless_status = 0, .gas[5].bottle_wireless_status = 0, .gas[6].bottle_wireless_status = 0, .gas[7].bottle_wireless_status = 0, .gas[8].bottle_wireless_status = 0, .gas[9].bottle_wireless_status = 0, .gas[10].bottle_wireless_status = 0, */ .gas[0].bottle_wireless_id = 0, .gas[1].bottle_wireless_id = 0, .gas[2].bottle_wireless_id = 0, .gas[3].bottle_wireless_id = 0, .gas[4].bottle_wireless_id = 0, .gas[5].bottle_wireless_id = 0, .gas[6].bottle_wireless_id = 0, .gas[7].bottle_wireless_id = 0, .gas[8].bottle_wireless_id = 0, .gas[9].bottle_wireless_id = 0, .gas[10].bottle_wireless_id = 0, .setpoint[0].setpoint_cbar = 100, .setpoint[1].setpoint_cbar = 70, .setpoint[2].setpoint_cbar = 90, .setpoint[3].setpoint_cbar = 100, .setpoint[4].setpoint_cbar = 120, .setpoint[5].setpoint_cbar = 140, .setpoint[0].depth_meter = 0, .setpoint[1].depth_meter = 0, .setpoint[2].depth_meter = 0, .setpoint[3].depth_meter = 0, .setpoint[4].depth_meter = 0, .setpoint[5].depth_meter = 0, .setpoint[0].note.uw = 0, .setpoint[1].note.ub.active = 1, .setpoint[1].note.ub.first = 1, .setpoint[2].note.ub.active = 1, .setpoint[2].note.ub.first = 0, .setpoint[3].note.ub.active = 1, .setpoint[3].note.ub.first = 0, .setpoint[4].note.ub.active = 1, .setpoint[4].note.ub.first = 0, .setpoint[5].note.ub.active = 1, .setpoint[5].note.ub.first = 0, .CCR_Mode = CCRMODE_Sensors, .dive_mode = DIVEMODE_OC, .deco_type.ub.standard = GF_MODE, .deco_type.ub.alternative = GF_MODE, .ppO2_max_deco = 160, .ppO2_max_std = 140, .ppO2_min = 15, .CNS_max = 90, .ascent_MeterPerMinute_max = 30, .ascent_MeterPerMinute_showGraph = 30, .future_TTS = 5, .GF_high = 85, .GF_low = 30, .aGF_high = 95, .aGF_low = 95, .VPM_conservatism.ub.standard = 2, .VPM_conservatism.ub.alternative = 0, .safetystopDuration = 1, .AtemMinutenVolumenLiter = 25, .ReserveFractionDenominator = 4, .salinity = 0, .last_stop_depth_meter = 3, .stop_increment_depth_meter = 3, .brightness = 1, .date_format = DDMMYY, .selected_language = 0, /* 0 = LANGUAGE_English */ .customtext = " <your name>\n" " <address>", .timeoutSurfacemode = 120, .timeoutMenuSurface = 120,//240, .timeoutMenuDive = 120,//20, .timeoutMenuEdit = 120,//40, .timeoutInfo = 120,//60, .timeoutInfoCompass = 60, .design = 7, .timeoutDiveReachedZeroDepth = 300, .divetimeToCreateLogbook = 60, .serialHigh = 0, .serialLow = 2, /* .firmwareVersion16to32bit.ub.first = 0, .firmwareVersion16to32bit.ub.second = 6, .firmwareVersion16to32bit.ub.third = 0, .firmwareVersion16to32bit.ub.betaFlag = 0, */ .backup_localtime_rtc_tr = 0, .backup_localtime_rtc_dr = 0, .totalDiveCounter = 0, .personalDiveCount = 0, .showDebugInfo = 0, .ButtonResponsiveness[0] = DEFAULT_BUTTONRESPONSIVENESS_GUI, // new hw 170306 .ButtonResponsiveness[1] = DEFAULT_BUTTONRESPONSIVENESS_GUI, // new hw 170306 .ButtonResponsiveness[2] = DEFAULT_BUTTONRESPONSIVENESS_GUI, // new hw 170306 .ButtonResponsiveness[3] = DEFAULT_BUTTONRESPONSIVENESS_GUI, // new hw 170306 .nonMetricalSystem = 0, .fallbackToFixedSetpoint = 1, .bluetoothActive = 0, .safetystopDepth = 5, .updateSettingsAllowedFromHeader = 0xFFFF0002, .pscr_lung_ratio = 10, .pscr_o2_drop = 4, .co2_sensor_active = 0, .ppo2sensors_deactivated = 0, .tX_colorscheme = 0, .tX_userselectedLeftLowerCornerPrimary = LLC_Temperature, .tX_userselectedLeftLowerCornerTimeout = 0, .tX_customViewPrimary = 1, .tX_customViewTimeout = 0, .timeoutEnterButtonSelectDive = 10, .logbookOffset = 0, .alwaysShowPPO2 = 0, .extraDisplay = EXTRADISPLAY_BIGFONT, .display_toogle_desc = 200, .offsetPressure_mbar = 0, .offsetTemperature_centigrad = 0, .gasConsumption_travel_l_min = 30, .gasConsumption_bottom_l_min = 30, .gasConsumption_deco_l_min = 20, .debugModeOnStart = 0, .compassBearing = 0, .lastKnownBatteryPercentage = 0, .buttonBalance[0] = 3, .buttonBalance[1] = 3, .buttonBalance[2] = 3, .firmwareVersion[0] = 0,//FirmwareData.firmwareVersion16to32bit.ub.first, .firmwareVersion[1] = 0,//FirmwareData.firmwareVersion16to32bit.ub.second, .firmwareVersion[2] = 0,//FirmwareData.firmwareVersion16to32bit.ub.third, .firmwareVersion[3] = 0,//FirmwareData.firmwareVersion16to32bit.ub.betaFlag, .timeoutSurfacemodeWithSensors = 600, .VPM_model = 0, .GF_model = 0, .FactoryButtonBase = DEFAULT_BUTTONRESPONSIVENESS_GUI, .FactoryButtonBalance[0] = 3, .FactoryButtonBalance[1] = 3, .FactoryButtonBalance[2] = 3, .FlipDisplay = 0, .cv_configuration = 0xFFFFFFFF, .MotionDetection = MOTION_DETECT_OFF, .cv_config_BigScreen = 0xFFFFFFFF, .compassInertia = 0, .tX_customViewPrimaryBF = CVIEW_T3_Decostop, .viewPortMode = 0, .viewRoll = 0, .viewPitch = 0, .viewYaw = 0, .ppo2sensors_source = 0, .ppo2sensors_calibCoeff[0] = 0.0, .ppo2sensors_calibCoeff[1] = 0.0, .ppo2sensors_calibCoeff[2] = 0.0, .amPMTime = 0, .autoSetpoint = 0, .scrubTimerMax_Obsolete = 0, .scrubTimerCur_Obsolete = 0, .scrubTimerMode = SCRUB_TIMER_OFF, .ext_sensor_map[0] = SENSOR_OPTIC, .ext_sensor_map[1] = SENSOR_OPTIC, .ext_sensor_map[2] = SENSOR_OPTIC, .ext_sensor_map[3] = SENSOR_NONE, .ext_sensor_map[4] = SENSOR_NONE, .ext_sensor_map[5] = SENSOR_NONE, .ext_sensor_map[6] = SENSOR_NONE, .ext_sensor_map[7] = SENSOR_NONE, .buttonLockActive = 0, .compassDeclinationDeg = 0, .delaySetpointLow = false, .timerDurationS = 180, .cvAutofocus = 0, .slowExitTime = 0 }; /* Private function prototypes -----------------------------------------------*/ uint8_t checkValue(uint8_t value,uint8_t from, uint8_t to); /* Functions -----------------------------------------------------------------*/ // =============================================================================== // set_new_settings_missing_in_ext_flash /// @brief Add all the new setting variables of this version /// or/and change what has changed in the meantime /// /// Additionally update the serial number if written via bluetooth /// // =============================================================================== SSettings* pSettings; void set_new_settings_missing_in_ext_flash(void) { uint32_t tmp = 0; // never delete this part setting the serial if(hardwareDataGetPointer()->secondarySerial != 0xFFFF) { settingsGetPointer()->serialHigh = (hardwareDataGetPointer()->secondarySerial / 256); settingsGetPointer()->serialLow = (hardwareDataGetPointer()->secondarySerial & 0xFF); } else if(hardwareDataGetPointer()->primarySerial != 0xFFFF) { settingsGetPointer()->serialHigh = (hardwareDataGetPointer()->primarySerial / 256); settingsGetPointer()->serialLow = (hardwareDataGetPointer()->primarySerial & 0xFF); } else { settingsGetPointer()->serialHigh = 0; settingsGetPointer()->serialLow = 0; } settingsGetPointer()->firmwareVersion[0] = firmware_FirmwareData.versionFirst; settingsGetPointer()->firmwareVersion[1] = firmware_FirmwareData.versionSecond; settingsGetPointer()->firmwareVersion[2] = firmware_FirmwareData.versionThird; settingsGetPointer()->firmwareVersion[3] = firmware_FirmwareData.versionBeta; pSettings = settingsGetPointer(); const SSettings* pStandard = settingsGetPointerStandard(); /* Pointing to the old header data => set new data depending on what had been added since last version */ switch(pSettings->header) { case 0xFFFF0000: case 0xFFFF0001: case 0xFFFF0002: case 0xFFFF0003: case 0xFFFF0004: case 0xFFFF0005: pSettings->ppo2sensors_deactivated = pStandard->ppo2sensors_deactivated; pSettings->tX_colorscheme = pStandard->tX_colorscheme; pSettings->tX_userselectedLeftLowerCornerPrimary = pStandard->tX_userselectedLeftLowerCornerPrimary; pSettings->tX_userselectedLeftLowerCornerTimeout = pStandard->tX_userselectedLeftLowerCornerTimeout; pSettings->tX_customViewPrimary = pStandard->tX_customViewPrimary; pSettings->tX_customViewTimeout = pStandard->tX_customViewTimeout; // no break case 0xFFFF0006: pSettings->timeoutEnterButtonSelectDive = pStandard->timeoutEnterButtonSelectDive; pSettings->ButtonResponsiveness[0] = pStandard->ButtonResponsiveness[0]; pSettings->ButtonResponsiveness[1] = pStandard->ButtonResponsiveness[1]; pSettings->ButtonResponsiveness[2] = pStandard->ButtonResponsiveness[2]; pSettings->ButtonResponsiveness[3] = pStandard->ButtonResponsiveness[3]; pSettings->timeoutSurfacemode = pStandard->timeoutSurfacemode; pSettings->timeoutMenuSurface = pStandard->timeoutMenuSurface; pSettings->timeoutMenuDive = pStandard->timeoutMenuDive; pSettings->timeoutMenuEdit = pStandard->timeoutMenuEdit; pSettings->timeoutInfo = pStandard->timeoutInfo; pSettings->timeoutInfoCompass = pStandard->timeoutInfoCompass; pSettings->timeoutDiveReachedZeroDepth = pStandard->timeoutDiveReachedZeroDepth; pSettings->divetimeToCreateLogbook = pStandard->divetimeToCreateLogbook; pSettings->safetystopDuration = pStandard->safetystopDuration; // change from on/off to minutes // no break case 0xFFFF0007: case 0xFFFF0008: pSettings->alwaysShowPPO2 = pStandard->alwaysShowPPO2; pSettings->logbookOffset = pStandard->logbookOffset; // no break case 0xFFFF0009: pSettings->extraDisplay = pStandard->extraDisplay; // no break case 0xFFFF000A: pSettings->display_toogle_desc = pStandard->display_toogle_desc; // no break case 0xFFFF000B: pSettings->offsetPressure_mbar = pStandard->offsetPressure_mbar; pSettings->offsetTemperature_centigrad = pStandard->offsetTemperature_centigrad; pSettings->gasConsumption_travel_l_min = pStandard->gasConsumption_travel_l_min; pSettings->gasConsumption_bottom_l_min = pStandard->gasConsumption_bottom_l_min; pSettings->gasConsumption_deco_l_min = pStandard->gasConsumption_deco_l_min; // no break case 0xFFFF000C: memcpy(pSettings->customtext, " hwOS 4\n\r" " welcome\n\r", 60); // no break case 0xFFFF000D: // nothing to do from 0xFFFF000D to 0xFFFF000E, just about header :-) case 0xFFFF000E: pSettings->debugModeOnStart = 0; // no break case 0xFFFF000F: pSettings->compassBearing = 0; // no break case 0xFFFF0011: pSettings->lastKnownBatteryPercentage = 0; // no break case 0xFFFF0012: pSettings->buttonBalance[0] = 3; pSettings->buttonBalance[1] = 3; pSettings->buttonBalance[2] = 3; // no break case 0xFFFF0013: case 0xFFFF0014: pSettings->timeoutSurfacemodeWithSensors = pStandard->timeoutSurfacemodeWithSensors; // no break case 0xFFFF0015: pSettings->ButtonResponsiveness[3] = pStandard->ButtonResponsiveness[3]; settingsHelperButtonSens_keepPercentageValues(settingsHelperButtonSens_translate_hwOS_values_to_percentage(pSettings->ButtonResponsiveness[3]), pSettings->ButtonResponsiveness); pSettings->VPM_model = 0; pSettings->GF_model = 0; // no break case 0xFFFF0016: pSettings->FactoryButtonBase = pStandard->FactoryButtonBase; pSettings->FactoryButtonBalance[0] = pStandard->FactoryButtonBalance[0]; pSettings->FactoryButtonBalance[1] = pStandard->FactoryButtonBalance[1]; pSettings->FactoryButtonBalance[2] = pStandard->FactoryButtonBalance[2]; // no break case 0xFFFF0017: pSettings->FlipDisplay = 0; // no break case 0xFFFF0018: pSettings->cv_configuration = 0xFFFFFFFF; // no break case 0xFFFF0019: pSettings->MotionDetection = MOTION_DETECT_OFF; // no break case 0xFFFF001A: /* deactivate new views => to be activated by customer */ pSettings->cv_config_BigScreen = 0xFFFFFFFF; pSettings->cv_config_BigScreen &= pSettings->cv_configuration ^= 1 << (CVIEW_T3_Navigation + LEGACY_T3_START_ID_PRE_TIMER); pSettings->cv_config_BigScreen &= pSettings->cv_configuration ^= 1 << (CVIEW_T3_DepthData + LEGACY_T3_START_ID_PRE_TIMER); // no break case 0xFFFF001B: pSettings->compassInertia = 0; /* no inertia */ pSettings->tX_customViewPrimaryBF = CVIEW_T3_Decostop; pSettings->cv_config_BigScreen &= pSettings->cv_configuration ^= 1 << (CVIEW_T3_DecoTTS + LEGACY_T3_START_ID_PRE_TIMER); // no break case 0xFFFF001C: pSettings->viewPortMode = 0; pSettings->viewRoll = 0; pSettings->viewPitch = 0; pSettings->viewYaw = 0; // no break case 0xFFFF001D: pSettings->ppo2sensors_source = O2_SENSOR_SOURCE_OPTIC; pSettings->ppo2sensors_calibCoeff[0] = 0.0; pSettings->ppo2sensors_calibCoeff[1] = 0.0; pSettings->ppo2sensors_calibCoeff[2] = 0.0; pSettings->amPMTime = 0; // no break case 0xFFFF001E: pSettings->autoSetpoint = 0; pSettings->scrubTimerMax_Obsolete = 0; pSettings->scrubTimerCur_Obsolete = 0; pSettings->scrubTimerMode = SCRUB_TIMER_OFF; // no break case 0xFFFF001F: pSettings->pscr_lung_ratio = 10; pSettings->pscr_o2_drop = 4; // no break case 0xFFFF0020: pSettings->co2_sensor_active = 0; // no break; case 0xFFFF0021: pSettings->ext_uart_protocol = 0; // no break; case 0xFFFF0022: pSettings->scubberActiveId = 0; pSettings->scrubberData[0].TimerCur = pSettings->scrubTimerCur_Obsolete; pSettings->scrubberData[0].TimerMax = pSettings->scrubTimerMax_Obsolete; pSettings->scrubberData[0].lastDive.WeekDay = 0; pSettings->scrubberData[0].lastDive.Month = 0; pSettings->scrubberData[0].lastDive.Date = 0; pSettings->scrubberData[0].lastDive.Year = 0; pSettings->scrubberData[1].TimerCur = 0; pSettings->scrubberData[1].TimerMax = 0; pSettings->scrubberData[1].lastDive.WeekDay = 0; pSettings->scrubberData[1].lastDive.Month = 0; pSettings->scrubberData[1].lastDive.Date = 0; pSettings->scrubberData[1].lastDive.Year = 0; // no break; case 0xFFFF0023: pSettings->ext_sensor_map[0] = SENSOR_OPTIC; pSettings->ext_sensor_map[1] = SENSOR_OPTIC; pSettings->ext_sensor_map[2] = SENSOR_OPTIC; pSettings->ext_sensor_map[3] = SENSOR_NONE; pSettings->ext_sensor_map[4] = SENSOR_NONE; // no break; case 0xFFFF0024: pSettings->buttonLockActive = 0; // no break; case 0xFFFF0025: pSettings->compassDeclinationDeg = pStandard->compassDeclinationDeg; pSettings->delaySetpointLow = pStandard->delaySetpointLow; // Disable auto setpoint to avoid a configuration warning being triggered by the new auto setpoint validation // This ensures that users don't lose setpoint information if it is not in the right spot for the new configuration pSettings->autoSetpoint = false; pSettings->timerDurationS = pStandard->timerDurationS; // no break; case 0xFFFF0026: pSettings->ext_sensor_map[0] = pSettings->ext_sensor_map_Obsolete[0]; pSettings->ext_sensor_map[1] = pSettings->ext_sensor_map_Obsolete[1]; pSettings->ext_sensor_map[2] = pSettings->ext_sensor_map_Obsolete[2]; pSettings->ext_sensor_map[3] = pSettings->ext_sensor_map_Obsolete[3]; pSettings->ext_sensor_map[4] = pSettings->ext_sensor_map_Obsolete[4]; pSettings->ext_sensor_map[5] = SENSOR_NONE; pSettings->ext_sensor_map[6] = SENSOR_NONE; pSettings->ext_sensor_map[7] = SENSOR_NONE; // no break; case 0xFFFF0027: tmp = pSettings->cv_config_BigScreen & 0x00000007; /* position of first three view is keeps the same */ /* Identify from which data version was in use before the update */ if(pSettings->tX_customViewPrimaryBF == LEGACY_CV_END_POST_TIMER) /* data version after introduction of timer (ID shift problem) */ { pSettings->tX_customViewPrimaryBF = CVIEW_T3_Decostop; } else { if(pSettings->tX_customViewPrimaryBF >= 3) { pSettings->tX_customViewPrimaryBF -= LEGACY_T3_START_ID_PRE_TIMER - 3; } } pSettings->cv_config_BigScreen = pSettings->cv_config_BigScreen >> (LEGACY_T3_START_ID_PRE_TIMER - 3); pSettings->cv_config_BigScreen &= ~0x00000007; /* just to be sure: clear lower three bits */ pSettings->cv_config_BigScreen |= tmp; // no break; case 0xFFFF0028: /* In previous version deco gases were automatically used for deco calculation */ for(tmp=1; tmp<=2*NUM_GASES; tmp++) /* This is now handled by an additional parameter. Set it to true to maintain same behavior as before */ { if(Settings.gas[tmp].note.ub.deco) { Settings.gas[tmp].note.ub.decocalc = 1; } else { Settings.gas[tmp].note.ub.decocalc = 0; } } // no break; case 0xFFFF0029: Settings.cvAutofocus = 0; // no break; case 0xFFFF002A: Settings.slowExitTime = 0; // no break; default: pSettings->header = pStandard->header; break; // no break before!! } } uint8_t newFirmwareVersionCheckViaSettings(void) { SSettings* pSettings = settingsGetPointer(); if(pSettings->header < 0xFFFF0014) // for the versions without firmwareVersion[] return 1; if(pSettings->firmwareVersion[0] != firmware_FirmwareData.versionFirst) return 1; if(pSettings->firmwareVersion[1] != firmware_FirmwareData.versionSecond) return 1; if(pSettings->firmwareVersion[2] != firmware_FirmwareData.versionThird) return 1; if(pSettings->firmwareVersion[3] != firmware_FirmwareData.versionBeta) return 1; return 0; } void set_settings_button_to_factory_with_individual_buttonBalance(void) { bool factoryBalanceSettingsValid = true; unsigned i = 0; while (factoryBalanceSettingsValid && i < 3) { if (Settings.FactoryButtonBalance[i] < 2 || Settings.FactoryButtonBalance[i] > 5) { factoryBalanceSettingsValid = false; } i++; } if (factoryBalanceSettingsValid) { for (i = 0; i < 3; i++) { Settings.buttonBalance[i] = Settings.FactoryButtonBalance[i]; } } uint8_t buttonResponsiveness = Settings.FactoryButtonBase; if (buttonResponsiveness < 70 || buttonResponsiveness > 110) { buttonResponsiveness = SettingsStandard.ButtonResponsiveness[3]; } settingsHelperButtonSens_keepPercentageValues(buttonResponsiveness, settingsGetPointer()->ButtonResponsiveness); } bool checkAndFixSetpointSettings(void) { SSettings *settings = settingsGetPointer(); bool fixed = false; if (settings->autoSetpoint) { SSetpointLine *setpointLow = &settings->setpoint[SETPOINT_INDEX_AUTO_LOW]; if (setpointLow->setpoint_cbar >= 100) { setpointLow->setpoint_cbar = 70; fixed = true; } if (setpointLow->depth_meter == 0 || setpointLow->depth_meter > 100) { setpointLow->depth_meter = 2; fixed = true; } SSetpointLine *setpointHigh = &settings->setpoint[SETPOINT_INDEX_AUTO_HIGH]; if (setpointHigh->setpoint_cbar <= setpointLow->setpoint_cbar) { setpointHigh->setpoint_cbar = 130; fixed = true; } if (setpointHigh->depth_meter <= setpointLow->depth_meter) { setpointHigh->depth_meter = setpointLow->depth_meter + 6; fixed = true; } SSetpointLine *setpointDeco = &settings->setpoint[SETPOINT_INDEX_AUTO_DECO]; if (setpointDeco->note.ub.active) { if (setpointDeco->setpoint_cbar == setpointHigh->setpoint_cbar || setpointDeco->setpoint_cbar == setpointLow->setpoint_cbar) { setpointDeco->setpoint_cbar = 10 * (setpointHigh->setpoint_cbar / 10) - 10; if (setpointDeco->setpoint_cbar == setpointLow->setpoint_cbar) { setpointDeco->setpoint_cbar += 5; } fixed = true; } } } return fixed; } static void setFirstCorrection(uint8_t Id) { if(SettingsStatus.FirstCorrection == 0xFF) { SettingsStatus.FirstCorrection = Id; } } void get_CorrectionStatus(SSettingsStatus* Status) { if(Status != NULL) { memcpy(Status, &SettingsStatus,2); } } uint8_t check_and_correct_settings(void) { uint32_t corrections = 0; uint8_t firstGasFoundOC = 0; uint8_t firstGasFoundCCR = 0; uint8_t parameterId = 0; settingsWarning = 0; /* reset warning indicator */ SettingsStatus.FirstCorrection = 0xFF; /* uint32_t header; */ /* uint8_t warning_blink_dsec; 1/10 seconds */ if((Settings.warning_blink_dsec < 1) || (Settings.warning_blink_dsec > 100)) { Settings.warning_blink_dsec = SettingsStandard.warning_blink_dsec; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t lastDiveLogId; */ /* uint32_t logFlashNextSampleStartAddress; */ if((Settings.logFlashNextSampleStartAddress < SAMPLESTART) || (Settings.logFlashNextSampleStartAddress > SAMPLESTOP)) { Settings.logFlashNextSampleStartAddress = SAMPLESTART; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t dive_mode; has to before the gases */ if( (Settings.dive_mode != DIVEMODE_OC) && (Settings.dive_mode != DIVEMODE_CCR) && (Settings.dive_mode != DIVEMODE_Gauge) && (Settings.dive_mode != DIVEMODE_Apnea) && (Settings.dive_mode != DIVEMODE_PSCR)) { Settings.dive_mode = DIVEMODE_OC; corrections++; setFirstCorrection(parameterId); } parameterId++; /* SGasLine gas[1 + (2*NUM_GASES)]; */ for(int i=1; i<=2*NUM_GASES;i++) { if(Settings.gas[i].oxygen_percentage < 4) { Settings.gas[i].oxygen_percentage = 4; corrections++; setFirstCorrection(parameterId); } if(Settings.gas[i].oxygen_percentage > 100) { Settings.gas[i].oxygen_percentage = 100; corrections++; setFirstCorrection(parameterId); } if((Settings.gas[i].oxygen_percentage + Settings.gas[i].helium_percentage) > 100) { Settings.gas[i].helium_percentage = 100 - Settings.gas[i].oxygen_percentage; corrections++; setFirstCorrection(parameterId); } if(Settings.gas[i].note.ub.deco) { if(Settings.gas[i].note.ub.active != 1) { Settings.gas[i].note.ub.active = 1; corrections++; setFirstCorrection(parameterId); } if(Settings.gas[i].note.ub.travel == 1) { Settings.gas[i].note.ub.travel = 0; corrections++; setFirstCorrection(parameterId); } } if(Settings.gas[i].note.ub.travel) { if(Settings.gas[i].note.ub.active != 1) { Settings.gas[i].note.ub.active = 1; corrections++; setFirstCorrection(parameterId); } if(Settings.gas[i].note.ub.deco == 1) { Settings.gas[i].note.ub.deco = 0; corrections++; setFirstCorrection(parameterId); } } if(Settings.gas[i].note.ub.first) { if(Settings.gas[i].note.ub.active != 1) { Settings.gas[i].note.ub.active = 1; corrections++; setFirstCorrection(parameterId); } if(Settings.gas[i].note.ub.travel == 1) { Settings.gas[i].note.ub.travel = 0; corrections++; setFirstCorrection(parameterId); } if(Settings.gas[i].note.ub.deco == 1) { Settings.gas[i].note.ub.deco = 0; corrections++; setFirstCorrection(parameterId); } if((i<=NUM_GASES) && (!firstGasFoundOC)) firstGasFoundOC = 1; else if((i>NUM_GASES) && (!firstGasFoundCCR)) firstGasFoundCCR = 1; else Settings.gas[i].note.ub.first = 0; } if(Settings.gas[i].bottle_size_liter > 40) { Settings.gas[i].bottle_size_liter = 40; corrections++; setFirstCorrection(parameterId); } if(Settings.gas[i].depth_meter > 250) { Settings.gas[i].depth_meter = 250; corrections++; setFirstCorrection(parameterId); } if(Settings.gas[i].depth_meter_travel > 250) { Settings.gas[i].depth_meter_travel = 250; corrections++; setFirstCorrection(parameterId); } /*if(Settings.gas[i].note.ub.senderCode) { } if(Settings.gas[i].bottle_wireless_id) { } */ } // for(int i=1; i<=2*NUM_GASES;i++) parameterId++; if(!firstGasFoundOC) { Settings.gas[1].note.ub.active = 1; Settings.gas[1].note.ub.first = 1; Settings.gas[1].note.ub.travel = 0; Settings.gas[1].note.ub.deco = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if(!firstGasFoundCCR) { Settings.gas[1 + NUM_GASES].note.ub.active = 1; Settings.gas[1 + NUM_GASES].note.ub.first = 1; Settings.gas[1 + NUM_GASES].note.ub.travel = 0; Settings.gas[1 + NUM_GASES].note.ub.deco = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* SSetpointLine setpoint[1 + NUM_GASES]; */ for(int i=1; i<=NUM_GASES;i++) { if(Settings.setpoint[i].setpoint_cbar < MIN_PPO2_SP_CBAR) { Settings.setpoint[i].setpoint_cbar = MIN_PPO2_SP_CBAR; corrections++; setFirstCorrection(parameterId); } if(Settings.setpoint[i].setpoint_cbar > 160) { Settings.setpoint[i].setpoint_cbar = 160; corrections++; setFirstCorrection(parameterId); } if(Settings.setpoint[i].depth_meter > 250) { Settings.setpoint[i].depth_meter = 250; corrections++; setFirstCorrection(parameterId); } } // for(int i=1; i<=NUM_GASES;i++) parameterId++; if (checkAndFixSetpointSettings()) { corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t CCR_Mode; */ if( (Settings.CCR_Mode != CCRMODE_Sensors) && (Settings.CCR_Mode != CCRMODE_Simulation) && (Settings.CCR_Mode != CCRMODE_FixedSetpoint)) { Settings.CCR_Mode = CCRMODE_FixedSetpoint; corrections++; setFirstCorrection(parameterId); } parameterId++; /* split2x4_Type deco_type; */ if( (Settings.deco_type.ub.standard != GF_MODE) && (Settings.deco_type.ub.standard != VPM_MODE)) { Settings.deco_type.ub.standard = VPM_MODE; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.deco_type.ub.alternative != GF_MODE) { Settings.deco_type.ub.alternative = GF_MODE; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t ppO2_max_deco; */ if(Settings.ppO2_max_deco > 190) { Settings.ppO2_max_deco = 190; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.ppO2_max_deco < 100) { Settings.ppO2_max_deco = 100; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t ppO2_max_std; */ if(Settings.ppO2_max_std > 190) { Settings.ppO2_max_std = 190; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.ppO2_max_std < 100) { Settings.ppO2_max_std = 100; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t ppO2_min; */ if(Settings.ppO2_min != 15) { Settings.ppO2_min = 15; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t CNS_max; */ if(Settings.CNS_max != 90) { Settings.CNS_max = 90; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t ascent_MeterPerMinute_max; */ if(Settings.ascent_MeterPerMinute_max != 30) { Settings.ascent_MeterPerMinute_max = 30; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t ascent_MeterPerMinute_showGraph; */ if(Settings.ascent_MeterPerMinute_showGraph != 30) { Settings.ascent_MeterPerMinute_showGraph = 30; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t future_TTS; */ if(Settings.future_TTS > 15) { Settings.future_TTS = 15; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t GF_high; */ if(Settings.GF_high > 99) { Settings.GF_high = 99; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.GF_high < 45) { Settings.GF_high = 45; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t GF_low; */ if(Settings.GF_low > 99) { Settings.GF_low = 99; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.GF_low < 10) { Settings.GF_low = 10; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.GF_low > Settings.GF_high) { Settings.GF_low = Settings.GF_high; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t aGF_high; */ if(Settings.aGF_high > 99) { Settings.aGF_high = 99; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.aGF_high < 45) { Settings.aGF_high = 45; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t aGF_low; */ if(Settings.aGF_low > 99) { Settings.aGF_low = 99; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.aGF_low < 10) { Settings.aGF_low = 10; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.aGF_low > Settings.aGF_high) { Settings.aGF_low = Settings.aGF_high; corrections++; setFirstCorrection(parameterId); } parameterId++; /* split2x4_Type VPM_conservatism; */ if(Settings.VPM_conservatism.ub.standard > 5) { Settings.VPM_conservatism.ub.standard = 5; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.VPM_conservatism.ub.alternative > 5) { Settings.VPM_conservatism.ub.alternative = 5; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t safetystopDuration; */ if(Settings.safetystopDuration > 5) { Settings.safetystopDuration = 5; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t AtemMinutenVolumenLiter; */ if(Settings.AtemMinutenVolumenLiter != 25) { Settings.AtemMinutenVolumenLiter = 25; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t ReserveFractionDenominator; */ if(Settings.ReserveFractionDenominator != 4) { Settings.ReserveFractionDenominator = 4; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t salinity; */ if(Settings.salinity > 4) { Settings.salinity = 4; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t last_stop_depth_meter; */ if(Settings.last_stop_depth_meter > 9) { Settings.last_stop_depth_meter = 9; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.last_stop_depth_meter < 3) { Settings.last_stop_depth_meter = 3; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t stop_increment_depth_meter; */ if(Settings.stop_increment_depth_meter != 3) { Settings.stop_increment_depth_meter = 3; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t brightness; */ if(Settings.brightness > 4) { Settings.brightness = 4; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t date_format; */ if( (Settings.date_format != DDMMYY) && (Settings.date_format != MMDDYY) && (Settings.date_format != YYMMDD)) { Settings.date_format = DDMMYY; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t selected_language; */ if(Settings.selected_language >= LANGUAGE_END) { Settings.selected_language = LANGUAGE_English; corrections++; setFirstCorrection(parameterId); } parameterId++; /* char customtext[60]; */ if(Settings.customtext[59] != 0) { Settings.customtext[59] = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint16_t timeoutSurfacemode; */ if( (Settings.timeoutSurfacemode != 20) && // Quick Sleep Option (Settings.timeoutSurfacemode != 120)) { Settings.timeoutSurfacemode = 120; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t timeoutMenuSurface; */ if(Settings.timeoutMenuSurface != 120) { Settings.timeoutMenuSurface = 120; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t timeoutMenuDive; */ if(Settings.timeoutMenuDive != 120) { Settings.timeoutMenuDive = 120; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t timeoutMenuEdit; */ if(Settings.timeoutMenuEdit != 120) { Settings.timeoutMenuEdit = 120; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t timeoutInfo; */ if(Settings.timeoutInfo != 120) { Settings.timeoutInfo = 120; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t timeoutInfoCompass; */ if(Settings.timeoutInfoCompass != 60) { Settings.timeoutInfoCompass = 60; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t design; */ if(Settings.design != 7) { Settings.design = 7; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint16_t timeoutDiveReachedZeroDepth; */ if(Settings.timeoutDiveReachedZeroDepth != 300) { Settings.timeoutDiveReachedZeroDepth = 300; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint16_t divetimeToCreateLogbook; */ if(Settings.divetimeToCreateLogbook != 60) { Settings.divetimeToCreateLogbook = 60; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.slowExitTime > 9) { Settings.divetimeToCreateLogbook = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t serialHigh; */ /* uint8_t serialLow; */ /* SUFirmware firmwareVersion16to32bit; */ /* uint32_t backup_localtime_rtc_tr; */ /* uint32_t backup_localtime_rtc_dr; */ /* uint16_t totalDiveCounter; */ /* uint16_t personalDiveCount; */ /* uint8_t showDebugInfo; */ #ifdef HAVE_DEBUG_VIEW if(Settings.showDebugInfo > 1) { Settings.showDebugInfo = 0; corrections++; } #else Settings.showDebugInfo = 0; #endif /* uint8_t ButtonResponsiveness[4]; */ // Base value, index 3 if(Settings.ButtonResponsiveness[3] < MIN_BUTTONRESPONSIVENESS_GUI) { Settings.ButtonResponsiveness[3] = MIN_BUTTONRESPONSIVENESS_GUI; corrections++; setFirstCorrection(parameterId); } else if(Settings.ButtonResponsiveness[3] > MAX_BUTTONRESPONSIVENESS_GUI) { Settings.ButtonResponsiveness[3] = MAX_BUTTONRESPONSIVENESS_GUI; corrections++; setFirstCorrection(parameterId); } parameterId++; // flex values 0, 1, 2 for(int i=0; i<3;i++) { if(Settings.ButtonResponsiveness[i] < MIN_BUTTONRESPONSIVENESS) // 50-10 //Fix for broken buttons. :) { Settings.ButtonResponsiveness[i] = MIN_BUTTONRESPONSIVENESS; corrections++; setFirstCorrection(parameterId); } else if(Settings.ButtonResponsiveness[i] > MAX_BUTTONRESPONSIVENESS) // 110+20 { Settings.ButtonResponsiveness[i] = MAX_BUTTONRESPONSIVENESS; corrections++; setFirstCorrection(parameterId); } } parameterId++; /* uint8_t buttonBalance[3]; */ for(int i=0; i<3;i++) { if(Settings.buttonBalance[i] < 2) // 2 = -10 { Settings.buttonBalance[i] = 2; corrections++; setFirstCorrection(parameterId); } else if(Settings.buttonBalance[i] > 5) // 3 = 0, 4 = +10, 5 = +20 { Settings.buttonBalance[i] = 5; corrections++; setFirstCorrection(parameterId); } } parameterId++; /* uint8_t nonMetricalSystem; */ if(Settings.nonMetricalSystem > 1) { Settings.nonMetricalSystem = 1; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t fallbackToFixedSetpoint; */ if(Settings.fallbackToFixedSetpoint > 1) { Settings.fallbackToFixedSetpoint = 1; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t bluetoothActive; */ if(Settings.bluetoothActive > 1) { Settings.bluetoothActive = 1; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t safetystopDepth; */ if(Settings.safetystopDepth > 6) { Settings.safetystopDepth = 6; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.safetystopDepth < 3) { Settings.safetystopDepth = 3; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint32_t updateSettingsAllowedFromHeader; */ /* uint8_t ppo2sensors_deactivated; */ if(Settings.ppo2sensors_deactivated > (1+2+4)) { Settings.ppo2sensors_deactivated = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t tX_colorscheme; */ if(Settings.tX_colorscheme > 3) { Settings.tX_colorscheme = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t tX_userselectedLeftLowerCornerPrimary; */ if(Settings.tX_userselectedLeftLowerCornerPrimary >= LLC_END) { Settings.tX_userselectedLeftLowerCornerPrimary = LLC_Temperature; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t tX_userselectedLeftLowerCornerTimeout; */ if(Settings.tX_userselectedLeftLowerCornerTimeout > 60) { Settings.tX_userselectedLeftLowerCornerTimeout = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t tX_customViewPrimary; */ if(Settings.tX_customViewPrimary >= CVIEW_END) { Settings.tX_customViewPrimary = 1; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t tX_customViewTimeout; */ if(Settings.tX_customViewTimeout > 60) { Settings.tX_customViewTimeout = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t timeoutEnterButtonSelectDive; */ if(Settings.timeoutEnterButtonSelectDive != 10) { Settings.timeoutEnterButtonSelectDive = 10; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t logbookOffset; */ if(Settings.logbookOffset > 9000) { Settings.logbookOffset = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t alwaysShowPPO2; */ if(Settings.alwaysShowPPO2 > 1) { Settings.alwaysShowPPO2 = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t extraDisplay; */ if(Settings.extraDisplay >= EXTRADISPLAY_END) { Settings.extraDisplay = EXTRADISPLAY_BIGFONT; corrections++; setFirstCorrection(parameterId); } parameterId++; /* int8_t offsetPressure_mbar; */ if((Settings.offsetPressure_mbar > PRESSURE_OFFSET_LIMIT_MBAR) || (Settings.offsetPressure_mbar < -1 * PRESSURE_OFFSET_LIMIT_MBAR)) { Settings.offsetPressure_mbar = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* int8_t offsetTemperature_centigrad; */ if((Settings.offsetTemperature_centigrad > 20) || (Settings.offsetTemperature_centigrad < -20)) { Settings.offsetTemperature_centigrad = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t gasConsumption_travel_l_min; */ if((Settings.gasConsumption_travel_l_min < 5) || (Settings.gasConsumption_travel_l_min > 50)) { Settings.gasConsumption_travel_l_min = 20; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t gasConsumption_bottom_l_min; */ if((Settings.gasConsumption_bottom_l_min < 5) || (Settings.gasConsumption_bottom_l_min > 50)) { Settings.gasConsumption_bottom_l_min = 20; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t gasConsumption_deco_l_min; */ if((Settings.gasConsumption_deco_l_min < 5) || (Settings.gasConsumption_deco_l_min > 50)) { Settings.gasConsumption_deco_l_min = 20; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t showDebugInfo; */ #ifdef BOOT16 Settings.showDebugInfo = 0; #else if(Settings.showDebugInfo > 1) Settings.showDebugInfo = 0; #endif /* uint8_t selected_language; */ #ifdef BOOT16 if(Settings.selected_language > 1) Settings.selected_language = 0; #else if(Settings.selected_language > 4) Settings.selected_language = 0; #endif /* uint8_t display_toogle_desc; 1/10 seconds */ if((Settings.display_toogle_desc < 20) || (Settings.display_toogle_desc > 600)) { Settings.display_toogle_desc = SettingsStandard.display_toogle_desc; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t debugModeOnStart; */ if(Settings.debugModeOnStart > 1) { Settings.debugModeOnStart = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t IAmStolenPleaseKillMe; */ if(hardwareDataGetPointer()->primarySerial == 90) Settings.IAmStolenPleaseKillMe++; else Settings.IAmStolenPleaseKillMe = 0; /* uint8_t debugModeOnStart; */ if(Settings.compassBearing > 360) { Settings.compassBearing = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t lastKnownBatteryPercentage; */ if(Settings.lastKnownBatteryPercentage > 100) { Settings.lastKnownBatteryPercentage = 100; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t VPM_model */ if((Settings.VPM_model != VPM_FROM_FORTRAN) && (Settings.VPM_model != VPM_BACHELORWORK)) { Settings.VPM_model = VPM_FROM_FORTRAN; corrections++; setFirstCorrection(parameterId); } parameterId++; /* uint8_t Buehlmann_model */ if((Settings.GF_model != BUEHLMANN_OSTC4) && (Settings.GF_model != BUEHLMANN_hwOS)) { Settings.GF_model = BUEHLMANN_OSTC4; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.FlipDisplay > 1) /* only boolean values allowed */ { Settings.FlipDisplay = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; #ifdef ENABLE_MOTION_CONTROL if(Settings.MotionDetection >= MOTION_DETECT_END) { Settings.MotionDetection = MOTION_DETECT_OFF; corrections++; setFirstCorrection(parameterId); } #else Settings.MotionDetection = MOTION_DETECT_OFF; Settings.viewPortMode = 0; Settings.viewRoll = 0.0; Settings.viewPitch = 0.0; Settings.viewYaw = 0.0; #endif parameterId++; if(Settings.compassInertia > MAX_COMPASS_COMP) { Settings.compassInertia = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.tX_customViewPrimaryBF > CVIEW_T3_END) { Settings.tX_customViewPrimaryBF = CVIEW_T3_Decostop; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.viewPortMode > MAX_VIEWPORT_MODE) { Settings.viewPortMode = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.ppo2sensors_source >= O2_SENSOR_SOURCE_MAX) { Settings.ppo2sensors_source = O2_SENSOR_SOURCE_OPTIC; Settings.ppo2sensors_calibCoeff[0] = 0.0; Settings.ppo2sensors_calibCoeff[1] = 0.0; Settings.ppo2sensors_calibCoeff[2] = 0.0; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.amPMTime > 1) /* only boolean values allowed */ { Settings.amPMTime = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.autoSetpoint > 1) /* only boolean values allowed */ { Settings.autoSetpoint = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.scubberActiveId > 1) { Settings.scubberActiveId = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if((Settings.scrubberData[0].TimerMax > MAX_SCRUBBER_TIME) || Settings.scrubberData[0].TimerCur < MIN_SCRUBBER_TIME || Settings.scrubberData[0].TimerCur > (int16_t)MAX_SCRUBBER_TIME) { Settings.scrubberData[0].TimerMax = 0; Settings.scrubberData[0].TimerCur = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if((Settings.scrubberData[1].TimerMax > MAX_SCRUBBER_TIME) || Settings.scrubberData[1].TimerCur < MIN_SCRUBBER_TIME || Settings.scrubberData[1].TimerCur > (int16_t)MAX_SCRUBBER_TIME) { Settings.scrubberData[1].TimerMax = 0; Settings.scrubberData[1].TimerCur = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.scrubTimerMode > SCRUB_TIMER_END) { Settings.scrubTimerMode = SCRUB_TIMER_OFF; corrections++; setFirstCorrection(parameterId); } parameterId++; if((Settings.pscr_lung_ratio > PSCR_MAX_LUNG_RATIO) || (Settings.pscr_lung_ratio < PSCR_MIN_LUNG_RATIO)) { Settings.pscr_lung_ratio = 10; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.pscr_o2_drop > PSCR_MAX_O2_DROP) { Settings.pscr_o2_drop = 4; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.co2_sensor_active > 1) { Settings.co2_sensor_active = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.ext_uart_protocol > UART_MAX_PROTOCOL) { Settings.ext_uart_protocol = 0; corrections++; setFirstCorrection(parameterId); } parameterId++; if((Settings.ext_sensor_map[0] >= SENSOR_END) || (Settings.ext_sensor_map[1] >= SENSOR_END) || (Settings.ext_sensor_map[2] >= SENSOR_END) || (Settings.ext_sensor_map[3] >= SENSOR_END) || (Settings.ext_sensor_map[4] >= SENSOR_END) || (Settings.ext_sensor_map[5] >= SENSOR_END) || (Settings.ext_sensor_map[6] >= SENSOR_END) || (Settings.ext_sensor_map[7] >= SENSOR_END)) { Settings.ext_sensor_map[0] = SENSOR_OPTIC; Settings.ext_sensor_map[1] = SENSOR_OPTIC; Settings.ext_sensor_map[2] = SENSOR_OPTIC; Settings.ext_sensor_map[3] = SENSOR_NONE; Settings.ext_sensor_map[4] = SENSOR_NONE; Settings.ext_sensor_map[5] = SENSOR_NONE; Settings.ext_sensor_map[6] = SENSOR_NONE; Settings.ext_sensor_map[7] = SENSOR_NONE; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.buttonLockActive > 1) { Settings.buttonLockActive = 1; corrections++; setFirstCorrection(parameterId); } parameterId++; if (Settings.compassDeclinationDeg > 99) { Settings.compassDeclinationDeg = 99; corrections++; setFirstCorrection(parameterId); } else if (Settings.compassDeclinationDeg < -99) { Settings.compassDeclinationDeg = -99; corrections++; setFirstCorrection(parameterId); } parameterId++; if (Settings.timerDurationS > 599) { Settings.timerDurationS = 599; corrections++; setFirstCorrection(parameterId); } else if (Settings.timerDurationS < 1) { Settings.timerDurationS = 1; corrections++; setFirstCorrection(parameterId); } parameterId++; if(Settings.cvAutofocus > 1) { corrections++; Settings.cvAutofocus = 0; } parameterId++; if(corrections) { settingsWarning = 1; } else if(corrections > 255) { corrections = 255; } SettingsStatus.Corrections = corrections; return (uint8_t)corrections; } #ifndef BOOTLOADER_STANDALONE /* always at 0x8080000, do not move -> bootloader access */ const SFirmwareData* firmwareDataGetPointer(void) { return &firmware_FirmwareData; } #ifndef SPECIALPROGRAMM const SHardwareData* hardwareDataGetPointer(void) { return (SHardwareData *)HARDWAREDATA_ADDRESS; } #endif #endif const SSettings* settingsGetPointerStandard(void) { return &SettingsStandard; } void hardwareBatchCode(uint8_t *high, uint8_t *low) { if(high) { *high = (uint8_t)((hardwareDataGetPointer()->production_year - 16) * 16); *high += hardwareDataGetPointer()->production_month; if(low) { *low = (uint8_t)(hardwareDataGetPointer()->production_day * 8); } } } uint8_t firmwareVersion_16bit_high(void) { return ((firmware_FirmwareData.versionFirst & 0x1F) << 3) + ((firmware_FirmwareData.versionSecond & 0x1C) >> 2); } uint8_t firmwareVersion_16bit_low(void) { return ((firmware_FirmwareData.versionSecond & 0x03) << 6) + ((firmware_FirmwareData.versionThird & 0x1F) << 1) + (firmware_FirmwareData.versionBeta & 0x01); } inline SSettings* settingsGetPointer(void) { return &Settings; } // =============================================================================== // set_settings_to_Standard /// @brief This function overwrites the current settings of the system /// with the EXCEPTION of the personalDiveCount /// /// It additionally calls set_new_settings_missing_in_ext_flash() and /// check_and_correct_settings(), even so this shouldn't be necessary. /// It is called on every start and from Reset All. /// /// 160622 added lastDiveLogIdBackup /// // =============================================================================== void set_settings_to_Standard(void) { SSettings *pSettings; const SSettings *pSettingsStandard; uint16_t personalDiveCountBackup; uint8_t lastDiveLogIdBackup; pSettings = settingsGetPointer(); pSettingsStandard = settingsGetPointerStandard(); personalDiveCountBackup = pSettings->personalDiveCount; lastDiveLogIdBackup = pSettings->lastDiveLogId; memcpy(pSettings,pSettingsStandard,sizeof(*pSettings)); pSettings->personalDiveCount = personalDiveCountBackup; pSettings->lastDiveLogId = lastDiveLogIdBackup; pSettings->firmwareVersion[0] = firmware_FirmwareData.versionFirst; pSettings->firmwareVersion[1] = firmware_FirmwareData.versionSecond; pSettings->firmwareVersion[2] = firmware_FirmwareData.versionThird; pSettings->firmwareVersion[3] = firmware_FirmwareData.versionBeta; set_new_settings_missing_in_ext_flash(); check_and_correct_settings(); // has to be called too: createDiveSettings(); } // =============================================================================== // mod_settings_for_first_start_with_empty_ext_flash /// @brief This function overwrites some settings of the system /// It is called on every start. /// Those settings will be overwriten by ext_flash_read_settings() /// Will be kept if ext_flash_read_settings() is invalid because /// it is still empty. /// // =============================================================================== void mod_settings_for_first_start_with_empty_ext_flash(void) { settingsGetPointer()->debugModeOnStart = 1; // } // =============================================================================== // hwOS4_to_hwOS_GasType /// @brief Helper for get gas / diluent /// // =============================================================================== uint8_t hwOS4_to_hwOS_GasType(uint8_t inOSTC4style) { switch(inOSTC4style) { case (1+2): // first case (2): // first return 1; // hwOS style first case (1+4): // deco case (4): // deco return 3; // hwOS style deco case (1+8): // travel case (8): // travel return 2; // hwOS style travel default: return 0; // hwOS style Disabled } } // =============================================================================== // hwOS_to_hwOS4_GasType /// @brief Helper for set gas / diluent /// // =============================================================================== uint8_t hwOS_to_hwOS4_GasType(uint8_t inOSTC4style) { switch(inOSTC4style) { case (1): // first return 1+2; // hwOS4 style first case (2): // travel (normal for diluent) return 1+8; // hwOS4 style travel case (3): // deco return 1+4; // hwOS4 style deco default: return 0; // hwOS4 style inactive } } // =============================================================================== // setGas /// @brief This function overwrites one gas, including mode and deco depth, /// it returns 0x4D prompt which is not used by writeData() that calls it. /// /// @param i the gas id from 1 to 5 for OC and 6 to 10 for CCR, 0 is the extra gas /// @param *data 5 bytes with the first the command to call setGas and the four /// following bytes to define oxygen, helium, mode and deco depth /// /// @return 0x4D (prompt that is not used) // =============================================================================== uint8_t setGas(int i,uint8_t * data) { if(!checkValue(data[1],4,100)) return ERROR_; if(!checkValue(data[4],0,250)) return ERROR_; Settings.gas[i].oxygen_percentage = data[1]; Settings.gas[i].helium_percentage = data[2]; Settings.gas[i].note.uw = hwOS_to_hwOS4_GasType(data[3]); Settings.gas[i].depth_meter = data[4]; return 0x4d; } uint8_t getGas(int i,uint8_t * data) { data[0] = Settings.gas[i].oxygen_percentage; data[1] = Settings.gas[i].helium_percentage; data[2] = hwOS4_to_hwOS_GasType(Settings.gas[i].note.uw); data[3] = Settings.gas[i].depth_meter; return 0x4d; } uint8_t setDiluent(int i,uint8_t * data) { if(!checkValue(data[1],4,100)) return ERROR_; if(!checkValue(data[4],0,250)) return ERROR_; Settings.gas[NUM_OFFSET_DILUENT + i].oxygen_percentage = data[1]; Settings.gas[NUM_OFFSET_DILUENT + i].helium_percentage = data[2]; Settings.gas[NUM_OFFSET_DILUENT + i].note.uw = hwOS_to_hwOS4_GasType(data[3]); Settings.gas[NUM_OFFSET_DILUENT + i].depth_meter = data[4]; return 0x4d; } uint8_t getDiluent(int i,uint8_t * data) { data[0] = Settings.gas[NUM_OFFSET_DILUENT + i].oxygen_percentage; data[1] = Settings.gas[NUM_OFFSET_DILUENT + i].helium_percentage; data[2] = hwOS4_to_hwOS_GasType(Settings.gas[NUM_OFFSET_DILUENT + i].note.uw); data[3] = Settings.gas[NUM_OFFSET_DILUENT + i].depth_meter; return 0x4d; } uint8_t setSetpoint(int i,uint8_t * data) { if(!checkValue(data[1],50,160)) return ERROR_; if(!checkValue(data[2],0,250)) return ERROR_; Settings.setpoint[i].setpoint_cbar = data[1]; Settings.setpoint[i].depth_meter = data[2]; return 0x4d; } uint8_t getSetpoint(int i,uint8_t * data) { data[0] = Settings.setpoint[i].setpoint_cbar; data[1] = Settings.setpoint[i].depth_meter; return 0x4d; } uint8_t checkValue(uint8_t value,uint8_t from, uint8_t to) { if(value >= from && value <= to) return 1; return 0; } uint8_t writeData(uint8_t * data) { uint32_t newSensitivity; uint16_t newDuration, newOffset; uint8_t newStopDepth; switch(data[0]) { case 0x10: return setGas(1,data); case 0x11: return setGas(2,data); case 0x12: return setGas(3,data); case 0x13: return setGas(4,data); case 0x14: return setGas(5,data); case 0x15: return setDiluent(1,data); case 0x16: return setDiluent(2,data); case 0x17: return setDiluent(3,data); case 0x18: return setDiluent(4,data); case 0x19: return setDiluent(5,data); case 0x1A: return setSetpoint(1,data); case 0x1B: return setSetpoint(2,data); case 0x1C: return setSetpoint(3,data); case 0x1D: return setSetpoint(4,data); case 0x1E: return setSetpoint(5,data); case 0x1F: if(!checkValue(data[2],0,1)) return ERROR_; Settings.CCR_Mode = data[1]; break; case 0x20: if(!checkValue(data[1],0,3)) return ERROR_; Settings.dive_mode = data[1]; break; case 0x21: if(!checkValue(data[1],1,2)) return ERROR_; Settings.deco_type.ub.standard = data[1] & 0x0F; //Settings.deco_type.ub.alternative = (data[1] & 0xF0) >> 4; break; case 0x22: if(!checkValue(data[1],100,190)) return ERROR_; Settings.ppO2_max_std = data[1]; break; case 0x23: if(!checkValue(data[1],15,15)) return ERROR_; Settings.ppO2_min = data[1]; break; case 0x24: if(!checkValue(data[1],0,15)) return ERROR_; Settings.future_TTS = data[1]; break; case 0x25: if(!checkValue(data[1],10,99)) return ERROR_; Settings.GF_low = data[1]; break; case 0x26: if(!checkValue(data[1],45,99)) return ERROR_; Settings.GF_high = data[1]; break; case 0x27: if(!checkValue(data[1],10,99)) return ERROR_; Settings.aGF_low = data[1]; break; case 0x28: if(!checkValue(data[1],45,99)) return ERROR_; Settings.aGF_high = data[1]; break; case 0x29: if(!checkValue(data[1],0,5)) return ERROR_; Settings.VPM_conservatism.ub.standard = data[1]; break; case 0x2A: case 0x2B: return ERROR_; case 0x2C: if(!checkValue(data[1],3,9)) return ERROR_; Settings.last_stop_depth_meter = data[1]; break; case 0x2D: if(!checkValue(data[1],0,4)) return ERROR_; Settings.brightness = data[1]; break; case 0x2E: if(!checkValue(data[1],0,1)) return ERROR_; Settings.nonMetricalSystem = data[1]; break; case 0x2F: return ERROR_; case 0x30: if(!checkValue(data[1],0,4)) return ERROR_; Settings.salinity = data[1]; break; case 0x31: if(!checkValue(data[1],0,3)) return ERROR_; Settings.tX_colorscheme = data[1]; GFX_use_colorscheme(Settings.tX_colorscheme); break; case 0x32: if(!checkValue(data[1],0,4)) return ERROR_; Settings.selected_language = data[1]; break; case 0x33: if(!checkValue(data[1],0,2)) return ERROR_; Settings.date_format = data[1]; break; case 0x34: return ERROR_; case 0x35: if(data[1] & 0x80) { data[1] = ~(data[1]); if(!checkValue(data[1],0,PRESSURE_OFFSET_LIMIT_MBAR)) return ERROR_; Settings.offsetPressure_mbar = 0 - data[1]; } else { if(!checkValue(data[1],0,PRESSURE_OFFSET_LIMIT_MBAR)) return ERROR_; Settings.offsetPressure_mbar = data[1]; } break; case 0x36: if(!checkValue(data[1],0,1)) return ERROR_; if(data[1]) Settings.safetystopDuration = settingsGetPointerStandard()->safetystopDuration; else Settings.safetystopDuration = 0; break; case 0x37: return ERROR_; case 0x38: if(!checkValue(data[1],0,1)) return ERROR_; Settings.fallbackToFixedSetpoint = data[1]; break; case 0x39: return ERROR_; case 0x3A: if(!checkValue(data[1],70,110)) return ERROR_; newSensitivity = data[1]; settingsHelperButtonSens_keepPercentageValues(newSensitivity, settingsGetPointer()->ButtonResponsiveness); setButtonResponsiveness(Settings.ButtonResponsiveness); break; case 0x3B: // value between 0 and 127 if(buttonBalanceTranslatorHexToArray(data[1], settingsGetPointer()->buttonBalance)) { settingsHelperButtonSens_keepPercentageValues(settingsGetPointer()->ButtonResponsiveness[3], settingsGetPointer()->ButtonResponsiveness); } else // value >= 128 (bit 7 set) factory reset { getButtonFactorDefaults(&settingsGetPointer()->ButtonResponsiveness[3], settingsGetPointer()->buttonBalance); settingsHelperButtonSens_keepPercentageValues(settingsGetPointerStandard()->ButtonResponsiveness[3], settingsGetPointer()->ButtonResponsiveness); } // valid for both: setButtonResponsiveness(Settings.ButtonResponsiveness); break; case 0x3C: if(!checkValue(data[1],5,50)) return ERROR_; Settings.gasConsumption_bottom_l_min = data[1]; break; case 0x3D: if(!checkValue(data[1],5,50)) return ERROR_; Settings.gasConsumption_deco_l_min = data[1]; break; case 0x3E: if(!checkValue(data[1],5,50)) return ERROR_; Settings.gasConsumption_travel_l_min = data[1]; break; case 0x3F: case 0x40: return ERROR_; case 0x41: if(!checkValue(data[1],0,1)) return ERROR_; Settings.alwaysShowPPO2 = data[1]; break; case 0x42: if(data[1] & 0x80) { data[1] = ~(data[1]); if(!checkValue(data[1],0,20)) return ERROR_; Settings.offsetTemperature_centigrad = 0 - data[1]; } else { if(!checkValue(data[1],0,20)) return ERROR_; Settings.offsetTemperature_centigrad = data[1]; } break; case 0x43: if(!checkValue(data[1],60,255)) return ERROR_; newDuration = (uint16_t)data[1] + 59; newDuration /= 60; Settings.safetystopDuration = (uint8_t)newDuration; break; case 0x44: if(!checkValue(data[1],21,61)) return ERROR_; newStopDepth = data[1] + 9; if(newStopDepth > 60) newStopDepth = 60; newStopDepth /= 10; Settings.safetystopDepth = newStopDepth; break; case 0x45: case 0x46: return ERROR_; case 0x47: newOffset = data[2] * 256; newOffset += data[1]; if(newOffset > 9000) return ERROR_; Settings.logbookOffset = newOffset; break; case 0x70: if(!checkValue(data[1],0,1)) return ERROR_; Settings.showDebugInfo = data[1]; break; case 0x71: if(!checkValue(data[1],0,(EXTRADISPLAY_END - 1))) return ERROR_; Settings.extraDisplay = data[1]; break; case 0x72: if(!checkValue(data[1],0,8)) return ERROR_; Settings.tX_customViewPrimary = data[1]; break; case 0x73: if(!checkValue(data[1],0,20)) return ERROR_; Settings.tX_customViewTimeout = data[1]; break; case 0x74: if(!checkValue(data[1],1,7)) return ERROR_; Settings.tX_userselectedLeftLowerCornerPrimary = data[1]; break; case 0x75: if(!checkValue(data[1],0,20)) return ERROR_; Settings.tX_userselectedLeftLowerCornerTimeout = data[1]; break; } return 0; } uint8_t readDataLimits__8and16BitValues_4and7BytesOutput(uint8_t what, uint8_t * data) { enum JeanDoParameterType { PARAM_UNKNOWN = 0, PARAM_INT15 = 1, PARAM_INT8, PARAM_DECI, PARAM_CENTI, PARAM_MILI, PARAM_PERCENT, PARAM_SEC, PARAM_COLOR, PARAM_BOOL, PARAM_ENUM, PARAM_SIGNED = 128, PARAM_SDECI = PARAM_SIGNED|PARAM_DECI, PARAM_SSEC = PARAM_SIGNED|PARAM_SEC, PARAM_SINT = PARAM_SIGNED|PARAM_INT8 }; // uint32_t buttonSensitivity; uint16_t newDuration; uint8_t datacounter = 0; data[0] = 0; data[1] = 0; data[2] = 0; data[3] = 0; datacounter = 0; switch(what) { case 0x10: case 0x11: case 0x12: case 0x13: case 0x14: data[datacounter++] = PARAM_INT8; data[datacounter++] = 4; data[datacounter++] = settingsGetPointerStandard()->gas[1].oxygen_percentage; data[datacounter++] = 100; break; case 0x15: case 0x16: case 0x17: case 0x18: case 0x19: data[datacounter++] = PARAM_INT8; data[datacounter++] = 4; data[datacounter++] = settingsGetPointerStandard()->gas[1].oxygen_percentage; data[datacounter++] = 100; break; case 0x1A: case 0x1B: case 0x1C: case 0x1D: case 0x1E: data[datacounter++] = PARAM_CENTI; data[datacounter++] = 50; data[datacounter++] = settingsGetPointerStandard()->setpoint[1].setpoint_cbar; data[datacounter++] = 160; break; case 0x1F: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->CCR_Mode; data[datacounter++] = 1; break; case 0x20: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->dive_mode; data[datacounter++] = 3; break; case 0x21: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 1; data[datacounter++] = settingsGetPointerStandard()->deco_type.ub.standard; data[datacounter++] = 2; break; case 0x22: data[datacounter++] = PARAM_CENTI; data[datacounter++] = 100; data[datacounter++] = settingsGetPointerStandard()->ppO2_max_std; data[datacounter++] = 190; break; case 0x23: data[datacounter++] = PARAM_CENTI; data[datacounter++] = 15; data[datacounter++] = settingsGetPointerStandard()->ppO2_min; data[datacounter++] = 15; break; case 0x24: data[datacounter++] = PARAM_INT8; // minutes data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->future_TTS; data[datacounter++] = 15; break; case 0x25: data[datacounter++] = PARAM_PERCENT; data[datacounter++] = 10; data[datacounter++] = settingsGetPointerStandard()->GF_low; data[datacounter++] = 99; break; case 0x26: data[datacounter++] = PARAM_PERCENT; data[datacounter++] = 45; data[datacounter++] = settingsGetPointerStandard()->GF_high; data[datacounter++] = 99; break; case 0x27: data[datacounter++] = PARAM_PERCENT; data[datacounter++] = 10; data[datacounter++] = settingsGetPointerStandard()->aGF_low; data[datacounter++] = 99; break; case 0x28: data[datacounter++] = PARAM_PERCENT; data[datacounter++] = 45; data[datacounter++] = settingsGetPointerStandard()->aGF_high; data[datacounter++] = 99; break; case 0x29: data[datacounter++] = PARAM_INT8; // conservatism +0 .. +5 data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->VPM_conservatism.ub.standard; data[datacounter++] = 5; break; case 0x2A: case 0x2B: data[datacounter++] = PARAM_PERCENT; data[datacounter++] = 100; data[datacounter++] = 100;// saturation, desaturation, settingsGetPointerStandard()->; data[datacounter++] = 100; break; case 0x2C: data[datacounter++] = PARAM_INT8; data[datacounter++] = 3; data[datacounter++] = settingsGetPointerStandard()->last_stop_depth_meter; data[datacounter++] = 9; break; case 0x2D: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->brightness; data[datacounter++] = 4; break; case 0x2E: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->nonMetricalSystem; data[datacounter++] = 1; break; case 0x2F: data[datacounter++] = PARAM_INT8; // Sampling rate logbook data[datacounter++] = 2; data[datacounter++] = 2; data[datacounter++] = 2; break; case 0x30: data[datacounter++] = PARAM_PERCENT; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->salinity; data[datacounter++] = 4; break; case 0x31: data[datacounter++] = PARAM_INT8; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->tX_colorscheme; data[datacounter++] = 3; break; case 0x32: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->selected_language; data[datacounter++] = 1; break; case 0x33: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->date_format; data[datacounter++] = 2; break; case 0x34: data[datacounter++] = PARAM_UNKNOWN ; data[datacounter++] = 0; data[datacounter++] = 0; // compass gain, is unknown,, settingsGetPointerStandard()->; data[datacounter++] = 0; break; case 0x35: data[datacounter++] = PARAM_SINT; data[datacounter++] = (uint8_t)(256 - PRESSURE_OFFSET_LIMIT_MBAR); // == -20 if(settingsGetPointerStandard()->offsetPressure_mbar < 0) data[datacounter++] = (uint8_t)(127 - settingsGetPointerStandard()->offsetPressure_mbar); else data[datacounter++] = settingsGetPointerStandard()->offsetPressure_mbar; data[datacounter++] = PRESSURE_OFFSET_LIMIT_MBAR; break; case 0x36: data[datacounter++] = PARAM_BOOL; data[datacounter++] = 0; if(settingsGetPointerStandard()->safetystopDuration) data[datacounter++] = 1; else data[datacounter++] = 0; data[datacounter++] = 1; break; case 0x37: data[datacounter++] = PARAM_UNKNOWN ; data[datacounter++] = 0; data[datacounter++] = 0; // Set calibration gas, not possible with optical data[datacounter++] = 0; break; case 0x38: data[datacounter++] = PARAM_BOOL; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->fallbackToFixedSetpoint; data[datacounter++] = 1; break; case 0x39: data[datacounter++] = PARAM_BOOL; data[datacounter++] = 0; data[datacounter++] = 0; // flipscreen, not yet :-) settingsGetPointerStandard()->; data[datacounter++] = 0; break; case 0x3A: data[datacounter++] = PARAM_PERCENT; data[datacounter++] = 70; data[datacounter++] = settingsGetPointerStandard()->ButtonResponsiveness[3]; data[datacounter++] = 110; break; case 0x3B: data[datacounter++] = PARAM_UNKNOWN; data[datacounter++] = 0; data[datacounter++] = buttonBalanceTranslateArrayOutHex(settingsGetPointerStandard()->buttonBalance); data[datacounter++] = 128; break; case 0x3C: data[datacounter++] = PARAM_INT8; data[datacounter++] = 5; data[datacounter++] = settingsGetPointerStandard()->gasConsumption_bottom_l_min; data[datacounter++] = 50; break; case 0x3D: data[datacounter++] = PARAM_INT8; data[datacounter++] = 5; data[datacounter++] = settingsGetPointerStandard()->gasConsumption_deco_l_min; data[datacounter++] = 50; break; case 0x3E: data[datacounter++] = PARAM_INT8; data[datacounter++] = 5; data[datacounter++] = settingsGetPointerStandard()->gasConsumption_travel_l_min; data[datacounter++] = 50; break; case 0x3F: data[datacounter++] = PARAM_UNKNOWN; data[datacounter++] = 0; data[datacounter++] = 0; // Dynamic ascend rate, not yet :-) settingsGetPointerStandard()->; data[datacounter++] = 0; break; case 0x40: data[datacounter++] = PARAM_BOOL; data[datacounter++] = 1; data[datacounter++] = 1; // Graphical speed indicator; data[datacounter++] = 1; break; case 0x41: data[datacounter++] = PARAM_BOOL; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->alwaysShowPPO2; data[datacounter++] = 1; break; case 0x42: data[datacounter++] = PARAM_SIGNED|PARAM_CENTI; data[datacounter++] = (uint8_t)(256 - 20); // == -20 if(settingsGetPointerStandard()->offsetTemperature_centigrad < 0) data[datacounter++] = (uint8_t)(127 - settingsGetPointerStandard()->offsetTemperature_centigrad); else data[datacounter++] = settingsGetPointerStandard()->offsetTemperature_centigrad; data[datacounter++] = 20; break; case 0x43: newDuration = settingsGetPointerStandard()->safetystopDuration; newDuration *= 60; if(newDuration > 255) newDuration = 255; data[datacounter++] = PARAM_INT8; data[datacounter++] = 60; // coud be 1 minute instead data[datacounter++] = (uint8_t)newDuration; data[datacounter++] = 255; // could be 5 minutes instead break; case 0x44: data[datacounter++] = PARAM_INT8; data[datacounter++] = 30; // coud be 3 meter instead data[datacounter++] = settingsGetPointerStandard()->safetystopDepth * 10; data[datacounter++] = 60; // could be 6 meter instead break; case 0x45: case 0x46: data[datacounter++] = PARAM_UNKNOWN; data[datacounter++] = 0; data[datacounter++] = 0; // SafetyStop End Depth and SafetyStop Reset Depth data[datacounter++] = 0; break; case 0x47: data[datacounter++] = PARAM_INT15; data[datacounter++] = 0; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->logbookOffset & 0xFF; data[datacounter++] = settingsGetPointerStandard()->logbookOffset / 0xFF; data[datacounter++] = 9000 & 0xFF; data[datacounter++] = 9000 / 0xFF; break; case 0x70: data[datacounter++] = PARAM_BOOL; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->showDebugInfo; data[datacounter++] = 1; break; case 0x71: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->extraDisplay; data[datacounter++] = (EXTRADISPLAY_END - 1); break; case 0x72: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->tX_customViewPrimary; data[datacounter++] = 8; break; case 0x73: data[datacounter++] = PARAM_INT8; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->tX_customViewTimeout; data[datacounter++] = 60; break; case 0x74: data[datacounter++] = PARAM_ENUM; data[datacounter++] = 1; data[datacounter++] = settingsGetPointerStandard()->tX_userselectedLeftLowerCornerPrimary; data[datacounter++] = 7; break; case 0x75: data[datacounter++] = PARAM_INT8; data[datacounter++] = 0; data[datacounter++] = settingsGetPointerStandard()->tX_userselectedLeftLowerCornerTimeout; data[datacounter++] = 60; break; } if(datacounter == 0) { data[datacounter++] = PARAM_UNKNOWN; data[datacounter++] = 0; data[datacounter++] = 0; // SafetyStop End Depth and SafetyStop Reset Depth data[datacounter++] = 0; } return datacounter; } uint8_t readData(uint8_t what, uint8_t * data) { data[0] = 0; data[1] = 0; data[2] = 0; data[3] = 0; switch(what) { case 0x10: return getGas(1,data); case 0x11: return getGas(2,data); case 0x12: return getGas(3,data); case 0x13: return getGas(4,data); case 0x14: return getGas(5,data); case 0x15: return getDiluent(1,data); case 0x16: return getDiluent(2,data); case 0x17: return getDiluent(3,data); case 0x18: return getDiluent(4,data); case 0x19: return getDiluent(5,data); case 0x1A: return getSetpoint(1,data); case 0x1B: return getSetpoint(2,data); case 0x1C: return getSetpoint(3,data); case 0x1D: return getSetpoint(4,data); case 0x1E: return getSetpoint(5,data); case 0x1F: data[0] = Settings.CCR_Mode; break; case 0x20: data[0] = Settings.dive_mode; break; case 0x21: data[0] = Settings.deco_type.ub.standard; break; case 0x22: data[0] = Settings.ppO2_max_std; break; case 0x23: data[0] = Settings.ppO2_min; break; case 0x24: data[0] = Settings.future_TTS; break; case 0x25: data[0] = Settings.GF_low; break; case 0x26: data[0] = Settings.GF_high; break; case 0x27: data[0] = Settings.aGF_low; break; case 0x28: data[0] = Settings.aGF_high; break; case 0x29: data[0] = Settings.VPM_conservatism.ub.standard; break; case 0x2A: case 0x2B: data[0] = 100; break; case 0x2C: data[0] = Settings.last_stop_depth_meter; break; case 0x2D: data[0] = Settings.brightness; break; case 0x2E: data[0] = Settings.nonMetricalSystem; break; case 0x2F: data[0] = 0; // 0 == 2 sec sampling rate break; case 0x30: data[0] = Settings.salinity; break; case 0x31: data[0] = Settings.tX_colorscheme; break; case 0x32: data[0] = Settings.selected_language; break; case 0x33: data[0] = Settings.date_format; break; case 0x34: data[0] = 7; // gain should be always 7 as far as I understand the code in RTE break; case 0x35: data[0] = Settings.offsetPressure_mbar; break; case 0x36: if(Settings.safetystopDepth) data[0] = 1; else data[0] = 0; break; case 0x37: data[0] = 0; // calibration gas %O2 -> 0 no gas :-) break; case 0x38: data[0] = Settings.fallbackToFixedSetpoint; break; case 0x39: data[0] = 0; // flip screen break; case 0x3A: data[0] = Settings.ButtonResponsiveness[3]; break; case 0x3B: data[0] = buttonBalanceTranslateArrayOutHex(settingsGetPointer()->buttonBalance); break; case 0x3C: data[0] = Settings.gasConsumption_bottom_l_min; break; case 0x3D: data[0] = Settings.gasConsumption_deco_l_min; break; case 0x3E: data[0] = Settings.gasConsumption_travel_l_min; break; case 0x3F: data[0] = 0; // fixed ascend rate 10 m/min break; case 0x40: data[0] = 1; // graphical speed indicator break; case 0x41: data[0] = Settings.alwaysShowPPO2; break; case 0x42: data[0] = Settings.offsetTemperature_centigrad; break; case 0x43: if(Settings.safetystopDuration > 4) data[0] = 255; // seconds else data[0] = 60 * Settings.safetystopDuration; break; case 0x44: data[0] = Settings.safetystopDepth * 10; // cbar instead of meter break; case 0x45: if(Settings.safetystopDepth == 3) data[0] = 20; // cbar else data[0] = 30; // cbar break; case 0x46: data[0] = 10; // reset at 10 meter as far as I understood break; case 0x47: data[0] = Settings.logbookOffset & 0xFF; data[1] = Settings.logbookOffset / 0xFF; break; case 0x70: data[0] = Settings.showDebugInfo; break; case 0x71: data[0] = Settings.extraDisplay; break; case 0x72: data[0] = Settings.tX_customViewPrimary; break; case 0x73: data[0] = Settings.tX_customViewTimeout; break; case 0x74: data[0] = Settings.tX_userselectedLeftLowerCornerPrimary; break; case 0x75: data[0] = Settings.tX_userselectedLeftLowerCornerTimeout; break; } return 0x4D; } uint8_t RTEminimum_required_high(void) { return RTErequiredHigh; } uint8_t RTEminimum_required_low(void) { return RTErequiredLow; } uint8_t FONTminimum_required_high(void) { return FONTrequiredHigh; } uint8_t FONTminimum_required_low(void) { return FONTrequiredLow; } void setActualRTEversion(uint8_t high, uint8_t low) { RTEactualHigh = high; RTEactualLow = low; } #ifndef BOOTLOADER_STANDALONE void getActualRTEandFONTversion(uint8_t *RTEhigh, uint8_t *RTElow, uint8_t *FONThigh, uint8_t *FONTlow) { if(RTEhigh && RTElow) { *RTEhigh = RTEactualHigh; *RTElow = RTEactualLow; } if(FONThigh && FONTlow) { *FONThigh = *(uint8_t *)0x08132000; *FONTlow = *(uint8_t *)0x08132001; } } uint8_t getLicence(void) { return hardwareDataGetPointer()->primaryLicence; } #endif void firmwareGetDate(RTC_DateTypeDef *SdateOutput) { SdateOutput->Year = firmwareDataGetPointer()->release_year; SdateOutput->Month = firmwareDataGetPointer()->release_month; SdateOutput->Date = firmwareDataGetPointer()->release_day; } // this should use device specific values stored in OTPROG ROM soon void getButtonFactorDefaults(uint8_t* basePercentage, uint8_t* buttonBalanceArray) { *basePercentage = settingsGetPointerStandard()->ButtonResponsiveness[3]; for(int i=0;i<3;i++) { buttonBalanceArray[i] = settingsGetPointerStandard()->buttonBalance[i]; } } uint8_t buttonBalanceTranslatorHexToArray(uint8_t hexValue, uint8_t* outputArray) { if(hexValue > 127) return 0; // internal order: 0 = right, 1 = center, 2 = left // external order: Factory,left,center,right outputArray[0] = 2 + (hexValue & 0x03); hexValue /= 4; outputArray[1] = 2 + (hexValue & 0x03); hexValue /= 4; outputArray[2] = 2 + (hexValue & 0x03); return 1; } uint8_t buttonBalanceTranslateArrayOutHex(const uint8_t* inputArray) { uint8_t hexValue = 0; if(inputArray[2] > 2) { hexValue += inputArray[2] - 2; } hexValue *= 4; if(inputArray[1] > 2) { hexValue += inputArray[1] - 2; } hexValue *= 4; if(inputArray[0] > 2) { hexValue += inputArray[0] - 2; } return hexValue; } void settingsWriteFactoryDefaults(uint8_t inputValueRaw, uint8_t *inputBalanceArray) { if((inputValueRaw >= 70) && (inputValueRaw <= 110)) { Settings.FactoryButtonBase = inputValueRaw; } for(int i=0;i<3;i++) { if((inputBalanceArray[i] >= 2) && (inputBalanceArray[i] <= 5)) { Settings.FactoryButtonBalance[i] = inputBalanceArray[i]; } } } /** ****************************************************************************** * @brief settingsHelperButtonSens. / make 32 bit input to three buttons + storage value in [3] * @author heinrichs weikamp gmbh * @version V 01 * @date 19-Sept-2016 ****************************************************************************** * * @param inputValueRaw: * @param outArray4Values: [0] is right, [1] is center, [2] is left, [3] is original value with zero balance * @retval None */ void settingsHelperButtonSens_keepPercentageValues(uint32_t inputValueRaw, uint8_t *outArray4Values) { uint32_t newSensitivity; if(inputValueRaw > MAX_BUTTONRESPONSIVENESS) { inputValueRaw = MAX_BUTTONRESPONSIVENESS; } else if(inputValueRaw < MIN_BUTTONRESPONSIVENESS) { inputValueRaw = MIN_BUTTONRESPONSIVENESS; } // the unbalanced value outArray4Values[3] = inputValueRaw; // the balanced values for(int i=0;i<3;i++) { newSensitivity = inputValueRaw; switch(settingsGetPointer()->buttonBalance[i]) { case 1: // should not be an option hw 170508 newSensitivity -= 20; break; case 2: newSensitivity -= 10; break; default: break; case 4: newSensitivity += 10; break; case 5: newSensitivity += 20; break; } if(newSensitivity > MAX_BUTTONRESPONSIVENESS) { newSensitivity = MAX_BUTTONRESPONSIVENESS; } outArray4Values[i] = newSensitivity; } } /** ****************************************************************************** * @brief settingsHelperButtonSens_translate_to_hwOS_values. / make 32 bit input to three buttons + storage value in [3] * @author heinrichs weikamp gmbh * @version V 01 * @date 19-Sept-2016 ****************************************************************************** * * @param inputValueRaw: * @param outArray4Values: [0] is right, [1] is center, [2] is left, [3] is original value with zero balance * @retval None */ void settingsHelperButtonSens_original_translate_to_hwOS_values(const uint32_t inputValueRaw, uint8_t *outArray4Values) { uint32_t newSensitivity; for(int i=0;i<3;i++) { newSensitivity = inputValueRaw; switch(settingsGetPointer()->buttonBalance[i]) { case 1: newSensitivity -= 20; break; case 2: newSensitivity -= 10; break; default: break; case 4: newSensitivity += 10; break; case 5: newSensitivity += 20; break; } if(newSensitivity > 100) { if(newSensitivity <= 105) newSensitivity = 10; else newSensitivity = 7; } else { newSensitivity *= 24; newSensitivity = 2400 - newSensitivity; newSensitivity /= 10; newSensitivity += 15; if(newSensitivity > 255) newSensitivity = 255; } outArray4Values[i] = newSensitivity; } // the unbalanced value newSensitivity = inputValueRaw; if(newSensitivity > 100) { if(newSensitivity <= 105) newSensitivity = 10; else newSensitivity = 7; } else { newSensitivity *= 24; newSensitivity = 2400 - newSensitivity; newSensitivity /= 10; newSensitivity += 15; if(newSensitivity > 255) newSensitivity = 255; } outArray4Values[3] = newSensitivity; } /** ****************************************************************************** * @brief settingsHelperButtonSens_translate_percentage_to_hwOS_values. * @author heinrichs weikamp gmbh * @version V 01 * @date 6-March-2017 ****************************************************************************** * * @param inputValuePercentage with buttonBalance included * @retval PIC compatible value */ uint8_t settingsHelperButtonSens_translate_percentage_to_hwOS_values(uint8_t inputValuePercentage) { uint32_t newSensitivity = inputValuePercentage; if(newSensitivity > 100) { if(newSensitivity <= 105) newSensitivity = 10; else newSensitivity = 7; } else { newSensitivity *= 24; newSensitivity = 2400 - newSensitivity; newSensitivity /= 10; newSensitivity += 15; if(newSensitivity > 255) newSensitivity = 255; } return (uint8_t)newSensitivity; } /** ****************************************************************************** * @brief settingsHelperButtonSens_translate_hwOS_values_to_percentage. * @author heinrichs weikamp gmbh * @version V 01 * @date 6-March-2017 ****************************************************************************** * * @param PIC compatible value * @retval Percentage */ uint8_t settingsHelperButtonSens_translate_hwOS_values_to_percentage(uint8_t inputValuePIC) { if(inputValuePIC >= 15) { return(uint8_t)((25500 - (inputValuePIC)*100) / 240); } else { if(inputValuePIC >= 10) { return 105; } else { return 110; } } } void reset_SettingWarning() { settingsWarning = 0; } inline uint8_t isSettingsWarning() { return settingsWarning; }