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- Committer: Selene Scriven
- Date: 2016-09-09 21:21:01 UTC
- mto: This revision was merged to the branch mainline in revision 172.
- Revision ID: ubuntu@toykeeper.net-20160909212101-6o1838vegn51jz4j
Updated Mike C's X85 firmware (new version 2016-06-22, IIRC).
- files added:
- bin/build-85.sh
- files modified:
- Mike_C/X85/X85.c
added
removed
Mike_C/X85/X85.c
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#define MODE3 0,2
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#define BOOST 0,MAX // MAX for max output. Differs depending on driver, defined per driver type.
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#define RAMP1 15,0 // Default output in UI 3.
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#define RAMP2 15,0 // Default output in UI 4.
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#define RAMP2 10,0 // Default output in UI 4.
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#define BOOSTTIMER 5 // 0, 10, 20, 30, 45, 1:00, 1:30, 2:00, 3:00 ,5:00.
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#define GENERICSETTINGS 0b111111 // CRITSHUTDOWN, LOWVOLTMON, TEMPMONITOR, MODEDIRL2H, BOOSTMEM, MODEMEM
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// ======================== DUAL SWITCH INTERFACE ==========================
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/*
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UI 1
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Adjust mode: Short P press enables mode adjustment.
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Boost: E press. Hold for 1.5 seconds to lock.
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UI 4 & 5
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UI 4
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--------
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Adjust mode: Constant adjustable.
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Adjust mode: Constantly adjustable.
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Boost: N/A.
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Adjusting output
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----------------
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Increase: E press and hold.
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Decrease: Double E press, hold on second press.
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Increase 1 step: Short E press.
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Decrease 1 step: Double short E press.
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// ======================== OFF SWITCH INTERFACE ===========================
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Adjust mode: Long P press enables mode adjustment.
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Boost: Short P press.
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UI 4 & 5
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UI 4
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--------
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Adjust mode: Constant adjustable.
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Adjust mode: Constantly adjustable.
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Boost: N/A.
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Adjusting output
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1 LOCK / UI L = Safety lock.
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1-4 = UI.
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9 = Noob mode toggle on/off.
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9 = Noob mode on/off.
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2 SPECIALMODES 1 = Beacon.
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2 = Strobe.
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3 = BoostTimer: 1-9 = 10, 20, 30, 45, 1:00, 1:30, 2:00, 3:00, 5:00.
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L = No timer.
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0 = Readout timer.
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0 = SOS on/off Confirmation required.
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4 MONITORING 1 = MaxTemp: 1 = Start (turn off at max temp).
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L = Toggle Temp Monitor on/off.
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5 CALIBRATIONS 1 = VoltCalib: XXX = X.XX Volt, readout, confirm.
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L = Reset INTREFVOLT to default.
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0 = Readout INTREFVOLT.
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0 = Readout INTREFVOLT.
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2 = TempCalib: XX = Temp, readout, confirm.
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L = Reset TEMPOFFSET to default.
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0 = Readout TEMPOFFSET.
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0 = Readout TEMPOFFSET.
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3 = TempProfile: 1 = Starts temp profiling.
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L = Reset TEMPPROFILE to default.
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0 = Readout TEMPPROFILE.
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0 = Readout TEMPPROFILE.
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6 RESET2DEFAULT 1 = Reset modes & settings, not calibrations or offsets.
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6 RESET2DEFAULT 1 = Reset modes and settings but not calibrations or offsets.
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L = Full reset.
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Additional confirmation required.
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7 CALIBRATIONS 1 = VoltCalib: XXX = X.XX Volt, readout, confirm.
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L = Reset INTREFVOLT to default.
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0 = Readout INTREFVOLT.
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0 = Readout INTREFVOLT.
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2 = TempCalib: XX = Temp, readout, confirm.
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L = Reset TEMPOFFSET to default.
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0 = Readout TEMPOFFSET.
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0 = Readout TEMPOFFSET.
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3 = TempProfile: 1 = Starts temp profiling.
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L = Reset TEMPPROFILE to default.
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0 = Readout TEMPPROFILE.
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0 = Readout TEMPPROFILE.
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8 RESET2DEFAULT 1 = Reset modes & settings.
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8 RESET2DEFAULT 1 = Reset modes and settings but not calibrations or offsets.
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L = Full reset.
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Additional confirmation required.
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9 NOOB MODE Noob mode toggle on/off.
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9 NOOB MODE Noob mode on/off.
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// ======================== COMMON SHARED INTERFACE ========================
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No memory: Always starts in lowest mode on cold start.
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Mode memory: Mode restored on cold start. Does not include boost by default.
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Boost memory: Includes boost mode in mode memory.
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UI change: Lowest mode set on UI change.
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UI change: Lowest mode set on UI change, regardless of mode memory setting.
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Low voltage or high temp
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------------------------
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On low voltage, high temperature or critical levels the light steps down to a
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mode or mode level that is at or below the allowed limit for low/high or
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critical levels after blinking warning.
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On low voltage, high temperature or critical levels the light steps down to a mode
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or level that is at or below the defined allowed limits after blinking warning.
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2 blinks for voltage, 3 blinks for temperature, followed by 3 quick flashes if critical.
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The light continues to warn every 30 seconds without interaction.
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If critical and the critical shutdown setting is enabled the light will enter sleep mode.
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A power off cycle will wake up the light from sleep mode.
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If levels are critical and the critical shutdown setting is enabled the light will enter
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sleep mode. A power off cycle will wake up the light from sleep.
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*/
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// =========================================================================
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uint16_t EswGetValue(uint8_t iDigits) { // Overly complicated routine to allow different results depending on conditions.
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// 1,2 or 3 expects 1,2 or 3 digits to be entered. Exceptions:
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uint8_t i = iDigits; // Long press on first digit returns 255 (except if code), is 0 on following digits.
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uint8_t i = iDigits; // Long press on first digit returns 255, returns 0 on following digits.
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// No press on first returns 0. No press on following returns error (except if Temperature).
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if (iDigits == TEMP) i = 2; // Temperature takes 1 or 2 digits.
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while (i--) {
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uint8_t iEswDigit = EswPressCounter();
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if (iEswDigit == 255 && i == iFirst) return 255; // First long press exits and returns 255 (if not a code).
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if (iEswDigit == 255 && i == iFirst) return 255; // First long press exits and returns 255.
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if (!iEswDigit) { // No input for digit:
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if (i == iFirst) return 0; // Was first digit, return 0.
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else { // Was a following digit when no input.
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void Readout_Calibrations() {
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ClearSwitch();
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while (1) {
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while (1) { // Endless loop, easier to count and write down.
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Delay(DELAY_SW);
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BlinkNumValue(sINTREFVOLT,5);
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Delay(DELAY_SW);
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else {
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bPROGSTATUS = 6;
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#ifdef OFFSWITCH
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sMODE = (uint8_t)bMODE; // Copy stored mode to keep mode for level programming when memory disabled.
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sMODE = (uint8_t)bMODE; // Copy stored mode to keep current mode even if mode memory is disabled.
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eeWrite();
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#endif
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BlinkConfirm();
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else BlinkValue(0,0); // Low voltage monitoring is deactivated.
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}
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if (swSETUP == sSETCRITVMON) BlinkNumValue(sCRITVOLT,2); // Readout current critical voltage threshold.
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if (swSETUP == sTEMPCALIB) BlinkMinusValue(sTEMPOFFSET);
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if (swSETUP == sTEMPCALIB) BlinkError();
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if (swSETUP == sTEMPCALIB) {
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if (sTEMPMONITOR) BlinkMinusValue(sTEMPOFFSET); // Readout temperature offset if monitoring active.
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else BlinkValue(0,0); // Except if temperature monitor is off.
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}
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swStartup = STARTDELAY_LONG;
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}
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