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CLAMP.ino
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CLAMP.ino
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// ============================================ //
// Heavily adapted from //
// Scott Marley's ESP32_FFT_VU //
// https://github.com/s-marley/ESP32_FFT_VU //
// ============================================ //
#include <esp_system.h> // Built-in
#include <esp_spi_flash.h> // Built-in
#include <IRremote.hpp> // https://github.com/Arduino-IRremote/Arduino-IRremote
#include <FastLED.h> // https://github.com/FastLED/FastLED
#include <arduinoFFT.h> // https://github.com/kosme/arduinoFFT
#include <ColorConverterLib.h> // https://github.com/luisllamasbinaburo/Arduino-ColorConverter
#include <ParticleSys.h> // https://github.com/christiansuryanto/arduino-particle-sys, I made a fork from https://github.com/giladaya/arduino-particle-sys
// edit library so that different effects can have its own particles parameter instead of shared ones (max. of 3)
#include "GLOBALS.h"
#include "WebCode.h"
#include "IRControl.h"
// Audio.h - included in IRControl.h
// Func.h - included in WiFi_E131.h
// Control.h, PatternDef.h - included in PatternCode.h
// WiFi_E131.h, PatternCode.h, credentials.h - included in WebCode.h
extern CRGB sourceLeds[NUM_LEDS];
extern CRGB targetLeds[NUM_LEDS];
extern CRGB activeLeds[NUM_LEDS];
// Create a eSPIFFS class
eSPIFFS filesystem;
void setup()
{
// FastLED intialization
FastLED.addLeds<CHIPSET, LED_PIN, COLOR_ORDER>(activeLeds, NUM_LEDS).setDither(0);
FastLED.setCorrection(TypicalLEDStrip);
FastLED.setMaxPowerInVoltsAndMilliamps(LED_VOLTS, MAX_MILLIAMPS);
FastLED.show();
Serial.begin(115200);
pinMode(AUDIO_IN_PIN, INPUT_PULLDOWN);
//delay(1000); // some microcontrollers reboot twice
if (!filesystem.checkFlashConfig())
{
Serial.println("Flash size was not correct! Please check your SPIFFS config and try again");
delay(10);
ESP.restart();
}
filesystem.openFromFile("/enableWifi.txt", enableWifi);
if (enableWifi) { greenColorSnap(); Serial.println("WIFI ENABLED"); initWebServer(); } else { redColorSnap(); Serial.println("WIFI DISABLED"); }
filesystem.openFromFile("/KEY_PWR.txt", KEY_PWR);
filesystem.openFromFile("/KEY_RESTART.txt", KEY_RESTART);
filesystem.openFromFile("/KEY_DOWN1.txt", KEY_DOWN1);
filesystem.openFromFile("/KEY_DOWN2.txt", KEY_DOWN2);
filesystem.openFromFile("/KEY_MODE.txt", KEY_MODE);
filesystem.openFromFile("/KEY_UP1.txt", KEY_UP1);
filesystem.openFromFile("/KEY_UP2.txt", KEY_UP2);
filesystem.openFromFile("/KEY_GAUD.txt", KEY_GAUD);
filesystem.openFromFile("/KEY_FAN.txt", KEY_FAN);
filesystem.openFromFile("/KEY_FANDOWN.txt", KEY_FANDOWN);
filesystem.openFromFile("/KEY_FANUP.txt", KEY_FANUP);
filesystem.openFromFile("/KEY_WIFI.txt", KEY_WIFI);
filesystem.openFromFile("/MAX_MILLIAMPS.txt", MAX_MILLIAMPS);
filesystem.openFromFile("/currentEffect.txt", currentEffect);
sourceEffect = currentEffect;
targetEffect = currentEffect + 1;
filesystem.openFromFile("/autoChangePatterns.txt", autoChangePatterns);
filesystem.openFromFile("/currentBrightness.txt", currentBrightness);
FastLED.setBrightness(currentBrightness);
filesystem.openFromFile("/currentAmplitude.txt", currentAmplitude);
filesystem.openFromFile("/pauseDelay.txt", pauseDelay);
filesystem.openFromFile("/isGlobalAudioReactive.txt", isGlobalAudioReactive);
filesystem.openFromFile("/currentGVolume.txt", currentGVolume);
filesystem.openFromFile("/EQ0.txt", EQ[0]);
filesystem.openFromFile("/EQ1.txt", EQ[1]);
filesystem.openFromFile("/EQ2.txt", EQ[2]);
filesystem.openFromFile("/EQ3.txt", EQ[3]);
filesystem.openFromFile("/EQ4.txt", EQ[4]);
filesystem.openFromFile("/EQ5.txt", EQ[5]);
filesystem.openFromFile("/EQ6.txt", EQ[6]);
filesystem.openFromFile("/EQ7.txt", EQ[7]);
EQLoad();
setLEDDutyCycle();
filesystem.openFromFile("/currentSaturation.txt", currentSaturation);
filesystem.openFromFile("/intervalNFireHue.txt", intervalNFireHue);
filesystem.openFromFile("/currentNFireHue.txt", currentNFireHue);
filesystem.openFromFile("/currentNFireDelay.txt", currentNFireDelay);
filesystem.openFromFile("/nfireAutoHue.txt", nfireAutoHue);
filesystem.openFromFile("/currentPPlasmaDelay.txt", currentPPlasmaDelay);
filesystem.openFromFile("/currentEasingDelay.txt", currentEasingDelay);
filesystem.openFromFile("/currentEasingHue.txt", currentEasingHue);
filesystem.openFromFile("/intervalEasingHue.txt", intervalEasingHue);
filesystem.openFromFile("/AABarFrameDelay.txt", AABarFrameDelay);
filesystem.openFromFile("/keroseneAutoPalette.txt", keroseneAutoPalette);
filesystem.openFromFile("/kerosenePaletteIndex.txt", kerosenePaletteIndex);
filesystem.openFromFile("/randomColorAutoPalette.txt", randomColorAutoPalette);
filesystem.openFromFile("/intervalFlameHue.txt", intervalFlameHue);
filesystem.openFromFile("/currentFlameHue.txt", currentFlameHue);
filesystem.openFromFile("/currentFlameDelay.txt", currentFlameDelay);
filesystem.openFromFile("/flameAutoHue.txt", flameAutoHue);
emitterFlame.baseHue = currentFlameHue;
filesystem.openFromFile("/intervalPaintHue.txt", intervalPaintHue);
filesystem.openFromFile("/currentPaintHue.txt", currentPaintHue);
filesystem.openFromFile("/currentPaintDelay.txt", currentPaintDelay);
filesystem.openFromFile("/paintAutoHue.txt", paintAutoHue);
emitterPaint.baseHue = currentPaintHue;
filesystem.openFromFile("/intervalSmokeHue.txt", intervalSmokeHue);
filesystem.openFromFile("/currentSmokeHue.txt", currentSmokeHue);
filesystem.openFromFile("/currentSmokeDelay.txt", currentSmokeDelay);
filesystem.openFromFile("/smokeAutoHue.txt", smokeAutoHue);
emitterSmoke.baseHue = currentSmokeHue;
filesystem.openFromFile("/intervalStarHue.txt", intervalStarHue);
filesystem.openFromFile("/currentStarHue.txt", currentStarHue);
filesystem.openFromFile("/currentStarDelay.txt", currentStarDelay);
filesystem.openFromFile("/starAutoHue.txt", starAutoHue);
emitterStar.baseHue = currentStarHue;
filesystem.openFromFile("/intervalSpinnerHue.txt", intervalSpinnerHue);
filesystem.openFromFile("/currentSpinnerHue.txt", currentSpinnerHue);
filesystem.openFromFile("/currentSpinnerDelay.txt", currentSpinnerDelay);
filesystem.openFromFile("/spinnerAutoHue.txt", spinnerAutoHue);
emitterSpinner.baseHue = currentSpinnerHue;
filesystem.openFromFile("/intervalCBHue.txt", intervalCBHue);
filesystem.openFromFile("/currentCBHue.txt", currentCBHue);
filesystem.openFromFile("/CBAutoHue.txt", CBAutoHue);
filesystem.openFromFile("/SBAutoPalette.txt", SBAutoPalette);
filesystem.openFromFile("/SBPaletteIndex.txt", SBPaletteIndex);
filesystem.openFromFile("/intervalPurpleBarsHue.txt", intervalPurpleBarsHue);
filesystem.openFromFile("/currentPurpleBarsHue.txt", currentPurpleBarsHue);
filesystem.openFromFile("/purpleBarsAutoHue.txt", purpleBarsAutoHue);
filesystem.openFromFile("/intervalTrailHue.txt", intervalTrailHue);
filesystem.openFromFile("/currentTrailHue.txt", currentTrailHue);
setTrailHue(currentTrailHue);
filesystem.openFromFile("/trailAutoHue.txt", trailAutoHue);
filesystem.openFromFile("/currentTrailDelay.txt", currentTrailDelay);
filesystem.openFromFile("/currentSolidHue.txt", currentSolidHue);
filesystem.openFromFile("/currentNexusDelay.txt", currentNexusDelay);
filesystem.openFromFile("/currentNexusScale.txt", currentNexusScale);
filesystem.openFromFile("/nexusAutoPalette.txt", nexusAutoPalette);
filesystem.openFromFile("/nexusPaletteIndex.txt", nexusPaletteIndex);
nexusSetPalette();
filesystem.openFromFile("/currentPacifica1DDelay.txt", currentPacifica1DDelay);
//filesystem.openFromFile("/auroraRandom.txt", auroraRandom);
filesystem.openFromFile("/currentAuroraSpeed.txt", currentAuroraSpeed);
filesystem.openFromFile("/AURORA_COLOR_RANGE.txt", AURORA_COLOR_RANGE);
//filesystem.openFromFile("/boilRandom.txt", boilRandom);
filesystem.openFromFile("/currentBoilScale.txt", currentBoilScale);
//filesystem.openFromFile("/wfallRandom.txt", wfallRandom);
filesystem.openFromFile("/currentWFallScale.txt", currentWFallScale);
filesystem.openFromFile("/currentWFallVar2.txt", currentWFallVar2);
//filesystem.openFromFile("/rubikRandom.txt", rubikRandom);
filesystem.openFromFile("/currentRubikScale.txt", currentRubikScale);
filesystem.openFromFile("/currentRubikDelay.txt", currentRubikDelay);
//filesystem.openFromFile("/currentLava1Scale.txt", currentLava1Scale);
filesystem.openFromFile("/currentLava1Speed.txt", currentLava1Speed);
filesystem.openFromFile("/currentRotateLampHue.txt", currentRotateLampHue);
filesystem.openFromFile("/rotateLampAutoHue.txt", rotateLampAutoHue);
filesystem.openFromFile("/currentRadFireDelay.txt", currentRadFireDelay);
filesystem.openFromFile("/currentRadFireHue.txt", currentRadFireHue);
filesystem.openFromFile("/radFireAutoHue.txt", radFireAutoHue);
filesystem.openFromFile("/currentBP1Delay.txt", currentBP1Delay);
filesystem.openFromFile("/bp1AutoHue.txt", bp1AutoHue);
filesystem.openFromFile("/currentBP1Hue.txt", currentBP1Hue);
filesystem.openFromFile("/currentBP2Delay.txt", currentBP2Delay);
filesystem.openFromFile("/bp2AutoHue.txt", bp2AutoHue);
filesystem.openFromFile("/currentBP2Hue.txt", currentBP2Hue);
filesystem.openFromFile("/currentBP3Delay.txt", currentBP3Delay);
filesystem.openFromFile("/bp3AutoHue.txt", bp3AutoHue);
filesystem.openFromFile("/currentBP3Hue.txt", currentBP3Hue);
filesystem.openFromFile("/currentLava2Hue.txt", currentLava2Hue);
filesystem.openFromFile("/lava2AutoHue.txt", lava2AutoHue);
filesystem.openFromFile("/currentLava3Delay.txt", currentLava3Delay);
filesystem.openFromFile("/lava3AutoHue.txt", lava3AutoHue);
filesystem.openFromFile("/currentLava3Hue.txt", currentLava3Hue);
filesystem.openFromFile("/currentLava3Speed.txt", currentLava3Speed);
filesystem.openFromFile("/cwAutoPalette.txt", cwAutoPalette);
filesystem.openFromFile("/cwCurrentPaletteNumber.txt", cwCurrentPaletteNumber);
cwTargetPalette = cwGradientPalettes[cwCurrentPaletteNumber];
filesystem.openFromFile("/currentHypHue.txt", currentHypHue);
filesystem.openFromFile("/hypAutoHue.txt", hypAutoHue);
filesystem.openFromFile("/currentsnovaHue.txt", currentsnovaHue);
filesystem.openFromFile("/currentsnovaSpeed.txt", currentsnovaSpeed);
filesystem.openFromFile("/snovaAutoHue.txt", snovaAutoHue);
filesystem.openFromFile("/Fire2AutoPalette.txt", Fire2AutoPalette);
filesystem.openFromFile("/Fire2PaletteIndex.txt", Fire2PaletteIndex);
filesystem.openFromFile("/Fire2Scale.txt", Fire2Scale);
filesystem.openFromFile("/Fire2Speed.txt", Fire2Speed);
// EOF eSPIFFS PART //
// init Patterns //
initFlame(activeLeds);
initPaint(activeLeds);
initSmoke(activeLeds);
initStar(activeLeds);
initSpinner(activeLeds);
initKerosene();
initRandomColor();
initRadFire();
initsnova();
// EOF init Patterns //
//additional init, based on isGlobalAudioReactive //
if (currentEffect==idxPaint)
{
if (isGlobalAudioReactive)
initPaint_runtimeSR();
else
initPaint_runtimeNOSR();
}
///////////////////////////////////////////////////
// INDICATOR LED PIN Initialization //
initPWM();
pinMode(LEDMODE1_PIN, OUTPUT); // IND LED. 1
pinMode(LEDMODE2_PIN, OUTPUT); // IND LED. 2
pinMode(LEDMODE3_PIN, OUTPUT); // IND LED. 3
setLED(LEDMODE1_PIN, 1); // MODE = 1 (animation)
setLED(LEDMODE2_PIN, 0);
setLED(LEDMODE3_PIN, 0);
pinMode(FAN_PIN, OUTPUT);
filesystem.openFromFile("/fanSpeed.txt", fanSpeed);
setFanSpeed(fanSpeed);
IrReceiver.begin(RECV_PIN, DISABLE_LED_FEEDBACK); // Start the receiver
sampling_period_us = round(1000000 * (1.0 / SAMPLING_FREQ));
delayFading = 1;
}
void loop()
{
// Serial.println(strIRData);
// strIRData = "";
if (!isBlinking) IRCheck();
if (isBlinking) setLEDModeOff(); else setCurrentLEDMode();
if (isIdle)
{
if (millis() > timerLEDidle)
{
counterIdle++;
if (counterIdle == secondsToDim) { isIdle = false; counterIdle = 0; LEDDutyCycle = LEDinActive; setCurrentLEDMode(); }
timerLEDidle = millis() + 1000;
}
}
if (enableWifi && !isGlobalAudioReactive)
{
// fadeToBlackBy(activeLeds, NUM_LEDS, 2);
drawE131_to_LED();
FastLED.show();
}
if ((enableWifi && isGlobalAudioReactive) || !enableWifi)
{
//if (currentEffect < idxBLANK1)
{
runPattern(sourceEffect, sourceLeds); // Run both patterns simultaneously
runPattern(targetEffect, targetLeds);
}
// Reset bandValues[]
for (int i = 0; i<NUM_BANDS; i++)
{
bandValues[i] = 0;
}
if (currentEffect >= idxSeparatorFFT)
{
if (!isLEDOFF) FastLED.setBrightness(currentBrightness);
// Sample the audio pin
for (int i = 0; i < SAMPLES; i++)
{
newTime = micros();
vReal[i] = abs(analogRead(AUDIO_IN_PIN)); // A conversion takes about 9.7uS on an ESP32
vImag[i] = 0;
while ((micros() - newTime) < sampling_period_us) { /* chill */ }
}
// Compute FFT
FFT.DCRemoval();
FFT.Windowing(FFT_WIN_TYP_HAMMING, FFT_FORWARD);
FFT.Compute(FFT_FORWARD);
FFT.ComplexToMagnitude();
}
else if ((isGlobalAudioReactive) && !isLEDOFF)
{
if (!enableWifi)
getAudioSample(ANALOGMIC);
else
getAudioSample(E131);
//getAudioFromE131();
}
// Analyse FFT results
for (int i = 2; i < (SAMPLES/2); i++)
{ // Don't use sample 0 and only first SAMPLES/2 are usable. Each array element represents a frequency bin and its value the Amplitude.
if (vReal[i] > DIGITAL_NOISE)
{ // Add a crude noise filter
//8 bands, 12kHz top band
if (i<=3 ) bandValues[0] += (int)vReal[i];
if (i>3 && i<=6 ) bandValues[1] += (int)vReal[i];
if (i>6 && i<=13 ) bandValues[2] += (int)vReal[i];
if (i>13 && i<=27 ) bandValues[3] += (int)vReal[i];
if (i>27 && i<=55 ) bandValues[4] += (int)vReal[i];
if (i>55 && i<=112) bandValues[5] += (int)vReal[i];
if (i>112 && i<=229) bandValues[6] += (int)vReal[i];
if (i>229 ) bandValues[7] += (int)vReal[i];
}
}
// Process the FFT data into bar heights
for (byte band = 0; band < NUM_BANDS; band++)
{
// Scale the bars for the display
int barHeight = (band % 2 == 1? 0 : ((bandValues[band]+bandValues[band+1])/2) * EQ[band]/(currentAmplitude));
if (barHeight > TOP) barHeight = TOP;
// Small amount of averaging between frames
barHeight = ((oldBarHeights[band] * 1) + (barHeight*1)) / 2;
// Move peak up
if (barHeight > peak[band])
{
peak[band] = min(TOP, barHeight);
}
// Draw bars
fadeInStartUp();
if (toSleep) fadeOutSleep();
if (toWakeUp) fadeInWakeUp();
// BLENDING EFFECT PART //
EVERY_N_MILLIS(10)
{
blend(sourceLeds, targetLeds, activeLeds, NUM_LEDS, blendAmount); // Blend between the two sources
if (isSwapped)
{
if (blendAmount < 255) blendAmount+=blendSteps; // Blend 'up' to source 2
}
else
{
if (blendAmount > 0) blendAmount-=blendSteps; // Blend 'down' to source 1
}
}
//Serial.println(blendAmount);
if (!isLEDOFF && !toSleep && !toWakeUp && isGlobalAudioReactive)
{
if (currentEffect == idxColorWaves)
{
if (FastLED.getBrightness()< constrain(currentBrightness*2, minBrightness, maxBrightness*0.75)) { FastLED.setBrightness(FastLED.getBrightness()+1); }
}
else
FastLED.setBrightness(currentBrightness);
}
if (currentEffect >= idxBLANK1 - 1)
{
runPatternSpectrum(sourceEffect, band, barHeight, sourceLeds); // Run both patterns simultaneously
runPatternSpectrum(targetEffect, band, barHeight, targetLeds);
}
// EOF BLENDING EFFECT PART //
// Save oldBarHeights for averaging later
oldBarHeights[band] = barHeight;
}
// Decay peak
EVERY_N_MILLISECONDS(60)
{
for (byte band = 0; band < NUM_BANDS; band++)
if (peak[band] > 0) peak[band] -= 1;
colorTimer++;
}
// Used in some of the patterns
EVERY_N_MILLISECONDS(10)
{
colorTimer++;
}
if (autoChangePatterns)
{
EVERY_N_SECONDS(10)
{
nextPattern(true);
if (currentEffect == idxSolidColor) nextPattern(true);
//if (currentEffect == idxSeparatorPAT) nextPattern(true);
if (currentEffect == idxBLANK1) { nextPattern(true); nextPattern(true); }
}
}
switch (currentEffect)
{
case idxBoil :
break;
case idxNFire :
break;
case idxSolidColor :
break;
case idxTrailDown :
break;
case idxFlame :
break;
case idxPaint :
break;
case idxSmoke :
break;
case idxStar :
break;
case idxSpinner :
break;
case idxNexus :
break;
case idxPacifica1D :
break;
case idxPPlasma :
break;
case idxEasing :
break;
case idxAABar :
break;
case idxKerosene :
break;
case idxRandomColor :
break;
case idxPride :
break;
case idxPre1STW :
break;
case idxPre2STW :
break;
case idxSoftTwinkles :
break;
case idxPost2STW :
break;
case idxPost1STW :
break;
case idxAurora :
break;
case idxWFall :
break;
case idxRubik :
break;
case idxRotateLamp :
break;
case idxRadFire :
break;
case idxBarberPole1 :
break;
case idxBarberPole2 :
break;
case idxBarberPole3 :
break;
case idxLava2 :
break;
case idxLava3 :
break;
case idxLava1 :
break;
case idxDrawBars :
break;
case idxRGBHype :
break;
case idxColorWaves :
break;
case idxSNova :
break;
case idxFire2 :
break;
case idxBLANK1 :
FastLED.show();
break;
case idxConfigBars :
FastLED.show();
break;
case idxRainbowBars :
FastLED.show();
break;
case idxOutrun :
FastLED.show();
break;
case idxPurpleBars :
FastLED.show();
break;
case idxCenterBars :
FastLED.show();
break;
case idxSideBars :
FastLED.show();
break;
case idxChangingBars :
FastLED.show();
break;
case idxWFallSR :
FastLED.show();
break;
}
///////////////////////////// SOFT TWINKLES NECESSARY PROCESS, NEED CLEAR AREA /////////////////////////////////
// Clear the screen, prepare for softTwinkle
// check for empty screen to ensure code spawn
//// GETTING INTO SOFTTWINKLES ////
bool emptyScreen1 = true;
for(int i = 0; i < NUM_LEDS; i++)
{
if (activeLeds[i])
{
emptyScreen1 = false;
break;
}
}
if (strIRData == KEY_UP1 && currentEffect == idxPre1STW && emptyScreen1)
{
//Serial.println("OK");
FastLED.clear();
strIRData = "";
nextPattern(true);
nextPattern(true);
}
if (strIRData == KEY_DOWN1 && currentEffect == idxPost1STW && emptyScreen1)
{
//Serial.println("OK");
FastLED.clear();
strIRData = "";
nextPattern(false);
nextPattern(false);
}
//// GETTING OUT FROM SOFTTWINKLES ////
if (strIRData == KEY_UP1 && currentEffect == idxPost2STW)
{
FastLED.clear();
strIRData = "";
nextPattern(true);
nextPattern(true);
}
if (strIRData == KEY_DOWN1 && currentEffect == idxPre2STW)
{
FastLED.clear();
strIRData = "";
nextPattern(false);
nextPattern(false);
}
//Serial.println(currentEffect);
if (currentEffect == idxPre1STW && firstLoad)
{
firstLoad = false;
//Serial.println("OK1");
nextPattern(true);
nextPattern(true);
}
if (currentEffect == idxPost1STW && firstLoad)
{
firstLoad = false;
//Serial.println("OK2");
nextPattern(false);
nextPattern(false);
}
if (currentEffect == idxPre2STW && firstLoad)
{
firstLoad = false;
//Serial.println("OK1");
nextPattern(false);
nextPattern(false);
}
if (currentEffect == idxPost2STW && firstLoad)
{
firstLoad = false;
//Serial.println("OK2");
nextPattern(true);
nextPattern(true);
}
///////////////////////////// EOF SOFT TWINKLES NECESSARY PROCESS, NEED CLEAR AREA /////////////////////////////////
}
}