Mercurial > public > ostc4
view Discovery/Src/settings.c @ 926:875933272056 Evo_2_23
Bugfix sensor de-/activation handling:
In the previous version a CO2 sensor could cause a not used analog channel to be displayed. Rootcause was that all sensor type, not only o2 sensors, were used for o2 sensor deactivation evaluation. The deactivation state is the criteria if a value is displayed or not.
In the new version only o2 sensor type are used for handling of sensor de-/activation state.
In addition the cursor will now be set to the first valid sensor entry in case sensor slot 0 is empty.
| author | Ideenmodellierer |
|---|---|
| date | Thu, 14 Nov 2024 20:13:18 +0100 |
| parents | 2225c467f1e9 |
| children |
line wrap: on
line source
/////////////////////////////////////////////////////////////////////////////// /// -*- 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; }