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Merge branch 'audioreactive-prototype' of https://github.com/blazoncek/WLED into merge-audio

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Blaž Kristan 2022-08-22 10:34:10 +02:00
commit cf0f0d77be
7 changed files with 735 additions and 670 deletions
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6
usermods/PWM_fan/usermod_PWM_fan.h
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@ -275,12 +275,12 @@ class PWMFanUsermod : public Usermod {
enabled = usermod[FPSTR(_enabled)].as<bool>(); enabled = usermod[FPSTR(_enabled)].as<bool>();
if (!enabled) updateFanSpeed(0); if (!enabled) updateFanSpeed(0);
} }
if (!usermod[FPSTR(_speed)].isNull() && usermod[FPSTR(_speed)].is<int>()) { if (enabled && !usermod[FPSTR(_speed)].isNull() && usermod[FPSTR(_speed)].is<int>()) {
pwmValuePct = usermod[FPSTR(_speed)].as<int>(); pwmValuePct = usermod[FPSTR(_speed)].as<int>();
updateFanSpeed((MAX(0,MIN(100,pwmValuePct)) * 255) / 100); updateFanSpeed((constrain(pwmValuePct,0,100) * 255) / 100);
if (pwmValuePct) lockFan = true; if (pwmValuePct) lockFan = true;
} }
if (!usermod[FPSTR(_lock)].isNull() && usermod[FPSTR(_lock)].is<bool>()) { if (enabled && !usermod[FPSTR(_lock)].isNull() && usermod[FPSTR(_lock)].is<bool>()) {
lockFan = usermod[FPSTR(_lock)].as<bool>(); lockFan = usermod[FPSTR(_lock)].as<bool>();
} }
} }

344
usermods/audioreactive/audio_reactive.h
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@ -23,11 +23,9 @@
// Comment/Uncomment to toggle usb serial debugging // Comment/Uncomment to toggle usb serial debugging
// #define MIC_LOGGER // MIC sampling & sound input debugging (serial plotter) // #define MIC_LOGGER // MIC sampling & sound input debugging (serial plotter)
// #define FFT_SAMPLING_LOG // FFT result debugging // #define FFT_SAMPLING_LOG // FFT result debugging
// #define SR_DEBUG // generic SR DEBUG messages (including MIC_LOGGER) // #define SR_DEBUG // generic SR DEBUG messages
// #define NO_MIC_LOGGER // exclude MIC_LOGGER from SR_DEBUG // #define NO_MIC_LOGGER // exclude MIC_LOGGER from SR_DEBUG
// hackers corner
#ifdef SR_DEBUG #ifdef SR_DEBUG
#define DEBUGSR_PRINT(x) Serial.print(x) #define DEBUGSR_PRINT(x) Serial.print(x)
#define DEBUGSR_PRINTLN(x) Serial.println(x) #define DEBUGSR_PRINTLN(x) Serial.println(x)
@ -37,21 +35,19 @@
#define DEBUGSR_PRINTLN(x) #define DEBUGSR_PRINTLN(x)
#define DEBUGSR_PRINTF(x...) #define DEBUGSR_PRINTF(x...)
#endif #endif
// legacy support
// #if defined(SR_DEBUG) && !defined(MIC_LOGGER) && !defined(NO_MIC_LOGGER)
// #define MIC_LOGGER
// #endif
#include "audio_source.h" #include "audio_source.h"
constexpr i2s_port_t I2S_PORT = I2S_NUM_0; constexpr i2s_port_t I2S_PORT = I2S_NUM_0;
constexpr int BLOCK_SIZE = 128; constexpr int BLOCK_SIZE = 128;
//constexpr int SAMPLE_RATE = 22050; // Base sample rate in Hz - 22Khz is a standard rate. Physical sample time -> 23ms constexpr int SAMPLE_RATE = 22050; // Base sample rate in Hz - 22Khz is a standard rate. Physical sample time -> 23ms
constexpr int SAMPLE_RATE = 20480; // Base sample rate in Hz - 20Khz is experimental. Physical sample time -> 25ms //constexpr int SAMPLE_RATE = 20480; // Base sample rate in Hz - 20Khz is experimental. Physical sample time -> 25ms
//constexpr int SAMPLE_RATE = 10240; // Base sample rate in Hz - standard. Physical sample time -> 50ms //constexpr int SAMPLE_RATE = 10240; // Base sample rate in Hz - previous default. Physical sample time -> 50ms
#define FFT_MIN_CYCLE 22 // minimum time before FFT task is repeated. Must be less than time needed to read 512 samples at SAMPLE_RATE -> not the same as I2S time!! #define FFT_MIN_CYCLE 18 // minimum time before FFT task is repeated. Use with 22Khz sampling
//#define FFT_MIN_CYCLE 22 // minimum time before FFT task is repeated. Use with 20Khz sampling
//#define FFT_MIN_CYCLE 44 // minimum time before FFT task is repeated. Use with 10Khz sampling
// globals // globals
static uint8_t inputLevel = 128; // UI slider value static uint8_t inputLevel = 128; // UI slider value
@ -64,6 +60,8 @@ static uint8_t audioSyncEnabled = 0; // bit field: bit 0 - send, bit 1
static bool limiterOn = true; // bool: enable / disable dynamics limiter static bool limiterOn = true; // bool: enable / disable dynamics limiter
static uint16_t attackTime = 80; // int: attack time in milliseconds. Default 0.08sec static uint16_t attackTime = 80; // int: attack time in milliseconds. Default 0.08sec
static uint16_t decayTime = 1400; // int: decay time in milliseconds. Default 1.40sec static uint16_t decayTime = 1400; // int: decay time in milliseconds. Default 1.40sec
// user settable options for FFTResult scaling
static uint8_t FFTScalingMode = 3; // 0 none; 1 optimized logarithmic; 2 optimized linear; 3 optimized sqare root
// //
// AGC presets // AGC presets
@ -88,8 +86,14 @@ static AudioSource *audioSource = nullptr;
static volatile bool disableSoundProcessing = false; // if true, sound processing (FFT, filters, AGC) will be suspended. "volatile" as its shared between tasks. static volatile bool disableSoundProcessing = false; // if true, sound processing (FFT, filters, AGC) will be suspended. "volatile" as its shared between tasks.
static float micDataReal = 0.0f; // MicIn data with full 24bit resolution - lowest 8bit after decimal point static float micDataReal = 0.0f; // MicIn data with full 24bit resolution - lowest 8bit after decimal point
static float sampleReal = 0.0f; // "sampleRaw" as float, to provide bits that are lost otherwise (before amplification by sampleGain or inputLevel). Needed for AGC.
static float multAgc = 1.0f; // sample * multAgc = sampleAgc. Our AGC multiplier static float multAgc = 1.0f; // sample * multAgc = sampleAgc. Our AGC multiplier
static int16_t sampleRaw = 0; // Current sample. Must only be updated ONCE!!! (amplified mic value by sampleGain and inputLevel)
static int16_t rawSampleAgc = 0; // not smoothed AGC sample
static float sampleAvg = 0.0f; // Smoothed Average sampleRaw
static float sampleAgc = 0.0f; // Smoothed AGC sample
//////////////////// ////////////////////
// Begin FFT Code // // Begin FFT Code //
//////////////////// ////////////////////
@ -105,7 +109,7 @@ static float multAgc = 1.0f; // sample * multAgc = sampleAgc.
constexpr uint16_t samplesFFT = 512; // Samples in an FFT batch - This value MUST ALWAYS be a power of 2 constexpr uint16_t samplesFFT = 512; // Samples in an FFT batch - This value MUST ALWAYS be a power of 2
constexpr uint16_t samplesFFT_2 = 256; // meaningfull part of FFT results - only the "lower half" contains useful information. constexpr uint16_t samplesFFT_2 = 256; // meaningfull part of FFT results - only the "lower half" contains useful information.
static float FFT_MajorPeak = 0.0f; static float FFT_MajorPeak = 1.0f;
static float FFT_Magnitude = 0.0f; static float FFT_Magnitude = 0.0f;
// These are the input and output vectors. Input vectors receive computed results from FFT. // These are the input and output vectors. Input vectors receive computed results from FFT.
@ -113,6 +117,12 @@ static float vReal[samplesFFT] = {0.0f};
static float vImag[samplesFFT] = {0.0f}; static float vImag[samplesFFT] = {0.0f};
static float fftBin[samplesFFT_2] = {0.0f}; static float fftBin[samplesFFT_2] = {0.0f};
// the following are observed values, supported by a bit of "educated guessing"
//#define FFT_DOWNSCALE 0.65f // 20kHz - downscaling factor for FFT results - "Flat-Top" window @20Khz, old freq channels
#define FFT_DOWNSCALE 0.46f // downscaling factor for FFT results - for "Flat-Top" window @22Khz, new freq channels
#define LOG_256 5.54517744
#ifdef UM_AUDIOREACTIVE_USE_NEW_FFT #ifdef UM_AUDIOREACTIVE_USE_NEW_FFT
static float windowWeighingFactors[samplesFFT] = {0.0f}; static float windowWeighingFactors[samplesFFT] = {0.0f};
#endif #endif
@ -131,9 +141,6 @@ static unsigned long fftTime = 0;
static unsigned long sampleTime = 0; static unsigned long sampleTime = 0;
#endif #endif
// Table of linearNoise results to be multiplied by soundSquelch in order to reduce squelch across fftResult bins.
static uint8_t linearNoise[16] = { 34, 28, 26, 25, 20, 12, 9, 6, 4, 4, 3, 2, 2, 2, 2, 2 };
// Table of multiplication factors so that we can even out the frequency response. // Table of multiplication factors so that we can even out the frequency response.
static float fftResultPink[16] = { 1.70f, 1.71f, 1.73f, 1.78f, 1.68f, 1.56f, 1.55f, 1.63f, 1.79f, 1.62f, 1.80f, 2.06f, 2.47f, 3.35f, 6.83f, 9.55f }; static float fftResultPink[16] = { 1.70f, 1.71f, 1.73f, 1.78f, 1.68f, 1.56f, 1.55f, 1.63f, 1.79f, 1.62f, 1.80f, 2.06f, 2.47f, 3.35f, 6.83f, 9.55f };
@ -146,6 +153,11 @@ static arduinoFFT FFT = arduinoFFT(vReal, vImag, samplesFFT, SAMPLE_RATE);
static TaskHandle_t FFT_Task = nullptr; static TaskHandle_t FFT_Task = nullptr;
// float version of map()
static float mapf(float x, float in_min, float in_max, float out_min, float out_max){
return (x - in_min) * (out_max - out_min) / (in_max - in_min) + out_min;
}
static float fftAddAvg(int from, int to) { static float fftAddAvg(int from, int to) {
float result = 0.0f; float result = 0.0f;
for (int i = from; i <= to; i++) { for (int i = from; i <= to; i++) {
@ -161,27 +173,23 @@ void FFTcode(void * parameter)
// see https://www.freertos.org/vtaskdelayuntil.html // see https://www.freertos.org/vtaskdelayuntil.html
const TickType_t xFrequency = FFT_MIN_CYCLE * portTICK_PERIOD_MS; const TickType_t xFrequency = FFT_MIN_CYCLE * portTICK_PERIOD_MS;
//const TickType_t xFrequency_2 = (FFT_MIN_CYCLE * portTICK_PERIOD_MS) / 2;
for(;;) { for(;;) {
TickType_t xLastWakeTime = xTaskGetTickCount(); TickType_t xLastWakeTime = xTaskGetTickCount();
delay(1); // DO NOT DELETE THIS LINE! It is needed to give the IDLE(0) task enough time and to keep the watchdog happy. delay(1); // DO NOT DELETE THIS LINE! It is needed to give the IDLE(0) task enough time and to keep the watchdog happy.
// taskYIELD(), yield(), vTaskDelay() and esp_task_wdt_feed() didn't seem to work. // taskYIELD(), yield(), vTaskDelay() and esp_task_wdt_feed() didn't seem to work.
vTaskDelayUntil( &xLastWakeTime, xFrequency); // release CPU, and let I2S fill its buffers
// Only run the FFT computing code if we're not in Receive mode and not in realtime mode // Only run the FFT computing code if we're not in Receive mode and not in realtime mode
if (disableSoundProcessing || (audioSyncEnabled & 0x02)) { if (disableSoundProcessing || (audioSyncEnabled & 0x02)) {
//delay(7); // release CPU - delay is implemeted using vTaskDelay(). cannot use yield() because we are out of arduino loop context
vTaskDelayUntil( &xLastWakeTime, xFrequency); // release CPU, by doing nothing for FFT_MIN_CYCLE millis
continue; continue;
} }
vTaskDelayUntil( &xLastWakeTime, xFrequency); // release CPU, and let I2S fill its buffers
//vTaskDelayUntil( &xLastWakeTime, xFrequency_2); // release CPU, and let I2S fill its buffers
#ifdef WLED_DEBUG #ifdef WLED_DEBUG
uint64_t start = esp_timer_get_time(); uint64_t start = esp_timer_get_time();
#endif #endif
// get a fresh batch of samples from I2S
if (audioSource) audioSource->getSamples(vReal, samplesFFT); if (audioSource) audioSource->getSamples(vReal, samplesFFT);
#ifdef WLED_DEBUG #ifdef WLED_DEBUG
@ -191,29 +199,24 @@ void FFTcode(void * parameter)
} }
#endif #endif
const int halfSamplesFFT = samplesFFT / 2; // samplesFFT divided by 2 // find highest sample in the batch
float maxSample1 = 0.0f; // max sample from first half of FFT batch float maxSample = 0.0f; // max sample from FFT batch
float maxSample2 = 0.0f; // max sample from second half of FFT batch for (int i=0; i < samplesFFT; i++) {
for (int i=0; i < halfSamplesFFT; i++) {
// set imaginary parts to 0 // set imaginary parts to 0
vImag[i] = 0; vImag[i] = 0;
// pick our our current mic sample - we take the max value from all samples that go into FFT // pick our our current mic sample - we take the max value from all samples that go into FFT
if ((vReal[i] <= (INT16_MAX - 1024)) && (vReal[i] >= (INT16_MIN + 1024))) //skip extreme values - normally these are artefacts if ((vReal[i] <= (INT16_MAX - 1024)) && (vReal[i] >= (INT16_MIN + 1024))) //skip extreme values - normally these are artefacts
if (fabsf((float)vReal[i]) > maxSample1) maxSample1 = fabsf((float)vReal[i]); if (fabsf((float)vReal[i]) > maxSample) maxSample = fabsf((float)vReal[i]);
} }
for (int i=halfSamplesFFT; i < samplesFFT; i++) { // release highest sample to volume reactive effects early - not strictly necessary here - could also be done at the end of the function
// set imaginary parts to 0 // early release allows the filters (getSample() and agcAvg()) to work with fresh values - we will have matching gain and noise gate values when we want to process the FFT results. micDataReal = maxSample;
vImag[i] = 0; micDataReal = maxSample;
// pick our our current mic sample - we take the max value from all samples that go into FFT
if ((vReal[i] <= (INT16_MAX - 1024)) && (vReal[i] >= (INT16_MIN + 1024))) //skip extreme values - normally these are artefacts
if (fabsf((float)vReal[i]) > maxSample2) maxSample2 = fabsf((float)vReal[i]);
}
// release first sample to volume reactive effects
micDataReal = maxSample1;
// run FFT (takes 3-5ms on ESP32)
#ifdef UM_AUDIOREACTIVE_USE_NEW_FFT #ifdef UM_AUDIOREACTIVE_USE_NEW_FFT
FFT.dcRemoval(); // remove DC offset FFT.dcRemoval(); // remove DC offset
FFT.windowing( FFTWindow::Flat_top, FFTDirection::Forward); // Weigh data FFT.windowing( FFTWindow::Flat_top, FFTDirection::Forward); // Weigh data using "Flat Top" function - better amplitude accuracy
//FFT.windowing(FFTWindow::Blackman_Harris, FFTDirection::Forward); // Weigh data using "Blackman- Harris" window - sharp peaks due to excellent sideband rejection
FFT.compute( FFTDirection::Forward ); // Compute FFT FFT.compute( FFTDirection::Forward ); // Compute FFT
FFT.complexToMagnitude(); // Compute magnitudes FFT.complexToMagnitude(); // Compute magnitudes
#else #else
@ -226,25 +229,23 @@ void FFTcode(void * parameter)
FFT.Compute( FFT_FORWARD ); // Compute FFT FFT.Compute( FFT_FORWARD ); // Compute FFT
FFT.ComplexToMagnitude(); // Compute magnitudes FFT.ComplexToMagnitude(); // Compute magnitudes
#endif #endif
//
// vReal[3 .. 255] contain useful data, each a 20Hz interval (60Hz - 5120Hz).
// There could be interesting data at bins 0 to 2, but there are too many artifacts.
//
#ifdef UM_AUDIOREACTIVE_USE_NEW_FFT #ifdef UM_AUDIOREACTIVE_USE_NEW_FFT
FFT.majorPeak(FFT_MajorPeak, FFT_Magnitude); // let the effects know which freq was most dominant FFT.majorPeak(FFT_MajorPeak, FFT_Magnitude); // let the effects know which freq was most dominant
#else #else
FFT.MajorPeak(&FFT_MajorPeak, &FFT_Magnitude); // let the effects know which freq was most dominant FFT.MajorPeak(&FFT_MajorPeak, &FFT_Magnitude); // let the effects know which freq was most dominant
#endif #endif
FFT_MajorPeak = constrain(FFT_MajorPeak, 1.0f, 11025.0f); // restrict value to range expected by effects
for (int i = 0; i < samplesFFT_2; i++) { // Values for bins 0 and 1 are WAY too large. Might as well start at 3. for (int i = 0; i < samplesFFT_2; i++) { // Values for bins 0 and 1 are WAY too large. Might as well start at 3.
float t = fabs(vReal[i]); // just to be sure - values in fft bins should be positive any way float t = fabsf(vReal[i]); // just to be sure - values in fft bins should be positive any way
fftBin[i] = t / 16.0f; // Reduce magnitude. Want end result to be linear and ~4096 max. fftBin[i] = t / 16.0f; // Reduce magnitude. Want end result to be linear and ~4096 max.
} // for() } // for()
// mapping of FFT result bins to frequency channels
if (sampleAvg > 1) { // noise gate open
#if 0
/* This FFT post processing is a DIY endeavour. What we really need is someone with sound engineering expertise to do a great job here AND most importantly, that the animations look GREAT as a result. /* This FFT post processing is a DIY endeavour. What we really need is someone with sound engineering expertise to do a great job here AND most importantly, that the animations look GREAT as a result.
*
* *
* Andrew's updated mapping of 256 bins down to the 16 result bins with Sample Freq = 10240, samplesFFT = 512 and some overlap. * Andrew's updated mapping of 256 bins down to the 16 result bins with Sample Freq = 10240, samplesFFT = 512 and some overlap.
* Based on testing, the lowest/Start frequency is 60 Hz (with bin 3) and a highest/End frequency of 5120 Hz in bin 255. * Based on testing, the lowest/Start frequency is 60 Hz (with bin 3) and a highest/End frequency of 5120 Hz in bin 255.
@ -252,9 +253,8 @@ void FFTcode(void * parameter)
* End frequency = Start frequency * multiplier ^ 16 * End frequency = Start frequency * multiplier ^ 16
* Multiplier = (End frequency/ Start frequency) ^ 1/16 * Multiplier = (End frequency/ Start frequency) ^ 1/16
* Multiplier = 1.320367784 * Multiplier = 1.320367784
*/ */ // Range
// Range fftCalc[ 0] = fftAddAvg(2,4); // 60 - 100
fftCalc[ 0] = fftAddAvg(3,4); // 60 - 100
fftCalc[ 1] = fftAddAvg(4,5); // 80 - 120 fftCalc[ 1] = fftAddAvg(4,5); // 80 - 120
fftCalc[ 2] = fftAddAvg(5,7); // 100 - 160 fftCalc[ 2] = fftAddAvg(5,7); // 100 - 160
fftCalc[ 3] = fftAddAvg(7,9); // 140 - 200 fftCalc[ 3] = fftAddAvg(7,9); // 140 - 200
@ -269,28 +269,107 @@ void FFTcode(void * parameter)
fftCalc[12] = fftAddAvg(84,111); // 1680 - 2240 fftCalc[12] = fftAddAvg(84,111); // 1680 - 2240
fftCalc[13] = fftAddAvg(111,147); // 2220 - 2960 fftCalc[13] = fftAddAvg(111,147); // 2220 - 2960
fftCalc[14] = fftAddAvg(147,194); // 2940 - 3900 fftCalc[14] = fftAddAvg(147,194); // 2940 - 3900
fftCalc[15] = fftAddAvg(194,255); // 3880 - 5120 fftCalc[15] = fftAddAvg(194,250); // 3880 - 5000 // avoid the last 5 bins, which are usually inaccurate
#else
/* new mapping, optimized for 22050 Hz by softhack007 */
// bins frequency range
fftCalc[ 0] = fftAddAvg(1,2); // 1 43 - 86 sub-bass
fftCalc[ 1] = fftAddAvg(2,3); // 1 86 - 129 bass
fftCalc[ 2] = fftAddAvg(3,5); // 2 129 - 216 bass
fftCalc[ 3] = fftAddAvg(5,7); // 2 216 - 301 bass + midrange
fftCalc[ 4] = fftAddAvg(7,10); // 3 301 - 430 midrange
fftCalc[ 5] = fftAddAvg(10,13); // 3 430 - 560 midrange
fftCalc[ 6] = fftAddAvg(13,19); // 5 560 - 818 midrange
fftCalc[ 7] = fftAddAvg(19,26); // 7 818 - 1120 midrange -- 1Khz should always be the center !
fftCalc[ 8] = fftAddAvg(26,33); // 7 1120 - 1421 midrange
fftCalc[ 9] = fftAddAvg(33,44); // 9 1421 - 1895 midrange
fftCalc[10] = fftAddAvg(44,56); // 12 1895 - 2412 midrange + high mid
fftCalc[11] = fftAddAvg(56,70); // 14 2412 - 3015 high mid
fftCalc[12] = fftAddAvg(70,86); // 16 3015 - 3704 high mid
fftCalc[13] = fftAddAvg(86,104); // 18 3704 - 4479 high mid
fftCalc[14] = fftAddAvg(104,165) * 0.88f; // 61 4479 - 7106 high mid + high -- with slight damping
fftCalc[15] = fftAddAvg(165,215) * 0.70f; // 50 7106 - 9259 high -- with some damping
// don't use the last bins from 216 to 255. They are usually contaminated by aliasing (aka noise)
#endif
} else { // noise gate closed - just decay old values
for (int i=0; i < 16; i++) { for (int i=0; i < 16; i++) {
// Noise supression of fftCalc bins using soundSquelch adjustment for different input types. fftCalc[i] *= 0.85f; // decay to zero
fftCalc[i] = (fftCalc[i] < ((float)soundSquelch * (float)linearNoise[i] / 4.0f)) ? 0 : fftCalc[i]; if (fftCalc[i] < 4.0f) fftCalc[i] = 0.0f;
}
}
// post-processing of frequency channels (pink noise adjustment, AGC, smooting, scaling)
for (int i=0; i < 16; i++) {
if (sampleAvg > 1) { // noise gate open
// Adjustment for frequency curves. // Adjustment for frequency curves.
fftCalc[i] *= fftResultPink[i]; fftCalc[i] *= fftResultPink[i];
if (FFTScalingMode > 0) fftCalc[i] *= FFT_DOWNSCALE; // adjustment related to FFT windowing function
// Manual linear adjustment of gain using sampleGain adjustment for different input types. // Manual linear adjustment of gain using sampleGain adjustment for different input types.
fftCalc[i] *= soundAgc ? multAgc : ((float)sampleGain/40.0f * (float)inputLevel/128.0f + 1.0f/16.0f); //with inputLevel adjustment fftCalc[i] *= soundAgc ? multAgc : ((float)sampleGain/40.0f * (float)inputLevel/128.0f + 1.0f/16.0f); //apply gain, with inputLevel adjustment
if(fftCalc[i] < 0) fftCalc[i] = 0;
}
// smooth results - rise fast, fall slower // smooth results - rise fast, fall slower
if(fftCalc[i] > fftAvg[i]) // rise fast if(fftCalc[i] > fftAvg[i]) // rise fast
fftAvg[i] = fftCalc[i] *0.75f + 0.25f*fftAvg[i]; // will need approx 2 cycles (50ms) for converging against fftCalc[i] fftAvg[i] = fftCalc[i] *0.75f + 0.25f*fftAvg[i]; // will need approx 2 cycles (50ms) for converging against fftCalc[i]
else // fall slow else { // fall slow
fftAvg[i] = fftCalc[i]*0.1f + 0.9f*fftAvg[i]; // will need approx 5 cycles (150ms) for converging against fftCalc[i] if (decayTime < 1000) fftAvg[i] = fftCalc[i]*0.22f + 0.78f*fftAvg[i]; // approx 5 cycles (225ms) for falling to zero
//fftAvg[i] = fftCalc[i]*0.05f + 0.95f*fftAvg[i]; // will need approx 10 cycles (250ms) for converging against fftCalc[i] else if (decayTime < 2000) fftAvg[i] = fftCalc[i]*0.17f + 0.83f*fftAvg[i]; // default - approx 9 cycles (225ms) for falling to zero
else if (decayTime < 3000) fftAvg[i] = fftCalc[i]*0.14f + 0.86f*fftAvg[i]; // approx 14 cycles (350ms) for falling to zero
else fftAvg[i] = fftCalc[i]*0.1f + 0.9f*fftAvg[i]; // approx 20 cycles (500ms) for falling to zero
}
// constrain internal vars - just to be sure
fftCalc[i] = constrain(fftCalc[i], 0.0f, 1023.0f);
fftAvg[i] = constrain(fftAvg[i], 0.0f, 1023.0f);
float currentResult;
if(limiterOn == true)
currentResult = fftAvg[i];
else
currentResult = fftCalc[i];
switch (FFTScalingMode) {
case 1:
// Logarithmic scaling
currentResult *= 0.42; // 42 is the answer ;-)
currentResult -= 8.0; // this skips the lowest row, giving some room for peaks
if (currentResult > 1.0) currentResult = logf(currentResult); // log to base "e", which is the fastest log() function
else currentResult = 0.0; // special handling, because log(1) = 0; log(0) = undefined
currentResult *= 0.85f + (float(i)/18.0f); // extra up-scaling for high frequencies
currentResult = mapf(currentResult, 0, LOG_256, 0, 255); // map [log(1) ... log(255)] to [0 ... 255]
break;
case 2:
// Linear scaling
currentResult *= 0.30f; // needs a bit more damping, get stay below 255
currentResult -= 4.0; // giving a bit more room for peaks
if (currentResult < 1.0f) currentResult = 0.0f;
currentResult *= 0.85f + (float(i)/1.8f); // extra up-scaling for high frequencies
break;
case 3:
// square root scaling
currentResult *= 0.38f;
currentResult -= 6.0f;
if (currentResult > 1.0) currentResult = sqrtf(currentResult);
else currentResult = 0.0; // special handling, because sqrt(0) = undefined
currentResult *= 0.85f + (float(i)/4.5f); // extra up-scaling for high frequencies
currentResult = mapf(currentResult, 0.0, 16.0, 0.0, 255.0); // map [sqrt(1) ... sqrt(256)] to [0 ... 255]
break;
case 0:
default:
// no scaling - leave freq bins as-is
currentResult -= 4; // just a bit more room for peaks
break;
}
// Now, let's dump it all into fftResult. Need to do this, otherwise other routines might grab fftResult values prematurely. // Now, let's dump it all into fftResult. Need to do this, otherwise other routines might grab fftResult values prematurely.
if(limiterOn == true) if (soundAgc > 0) { // apply extra "GEQ Gain" if set by user
fftResult[i] = constrain((int)fftAvg[i], 0, 254); float post_gain = (float)inputLevel/128.0f;
else if (post_gain < 1.0f) post_gain = ((post_gain -1.0f) * 0.8f) +1.0f;
fftResult[i] = constrain((int)fftCalc[i], 0, 254); currentResult *= post_gain;
}
fftResult[i] = constrain((int)currentResult, 0, 255);
} }
#ifdef WLED_DEBUG #ifdef WLED_DEBUG
@ -300,11 +379,6 @@ void FFTcode(void * parameter)
} }
#endif #endif
//vTaskDelayUntil( &xLastWakeTime, xFrequency_2); // release CPU, by waiting until FFT_MIN_CYCLE is over
// release second sample to volume reactive effects.
// Releasing a second sample now effectively doubles the "sample rate"
micDataReal = maxSample2;
} // for(;;) } // for(;;)
} // FFTcode() } // FFTcode()
@ -314,7 +388,7 @@ class AudioReactive : public Usermod {
private: private:
#ifndef AUDIOPIN #ifndef AUDIOPIN
int8_t audioPin = 36; int8_t audioPin = -1;
#else #else
int8_t audioPin = AUDIOPIN; int8_t audioPin = AUDIOPIN;
#endif #endif
@ -396,12 +470,7 @@ class AudioReactive : public Usermod {
bool udpSamplePeak = 0; // Boolean flag for peak. Set at the same tiem as samplePeak, but reset by transmitAudioData bool udpSamplePeak = 0; // Boolean flag for peak. Set at the same tiem as samplePeak, but reset by transmitAudioData
int16_t micIn = 0; // Current sample starts with negative values and large values, which is why it's 16 bit signed int16_t micIn = 0; // Current sample starts with negative values and large values, which is why it's 16 bit signed
int16_t sampleRaw = 0; // Current sample. Must only be updated ONCE!!! (amplified mic value by sampleGain and inputLevel; smoothed over 16 samples)
double sampleMax = 0.0; // Max sample over a few seconds. Needed for AGC controler. double sampleMax = 0.0; // Max sample over a few seconds. Needed for AGC controler.
float sampleReal = 0.0f; // "sampleRaw" as float, to provide bits that are lost otherwise (before amplification by sampleGain or inputLevel). Needed for AGC.
float sampleAvg = 0.0f; // Smoothed Average sampleRaw
float sampleAgc = 0.0f; // Our AGC sample
int16_t rawSampleAgc = 0; // Our AGC sample - raw
uint32_t timeOfPeak = 0; uint32_t timeOfPeak = 0;
unsigned long lastTime = 0; // last time of running UDP Microphone Sync unsigned long lastTime = 0; // last time of running UDP Microphone Sync
float micLev = 0.0f; // Used to convert returned value to have '0' as minimum. A leveller float micLev = 0.0f; // Used to convert returned value to have '0' as minimum. A leveller
@ -540,7 +609,6 @@ class AudioReactive : public Usermod {
if((fabs(sampleReal) < 2.0f) || (sampleMax < 1.0f)) { if((fabs(sampleReal) < 2.0f) || (sampleMax < 1.0f)) {
// MIC signal is "squelched" - deliver silence // MIC signal is "squelched" - deliver silence
//multAgcTemp = multAgc; // keep old control value (no change)
tmpAgc = 0; tmpAgc = 0;
// we need to "spin down" the intgrated error buffer // we need to "spin down" the intgrated error buffer
if (fabs(control_integrated) < 0.01) control_integrated = 0.0; if (fabs(control_integrated) < 0.01) control_integrated = 0.0;
@ -553,7 +621,6 @@ class AudioReactive : public Usermod {
multAgcTemp = agcTarget1[AGC_preset] / sampleMax; // Make the multiplier so that sampleMax * multiplier = second setpoint multAgcTemp = agcTarget1[AGC_preset] / sampleMax; // Make the multiplier so that sampleMax * multiplier = second setpoint
} }
// limit amplification // limit amplification
//multAgcTemp = constrain(multAgcTemp, 0.015625f, 32.0f); // 1/64 < multAgcTemp < 32
if (multAgcTemp > 32.0f) multAgcTemp = 32.0f; if (multAgcTemp > 32.0f) multAgcTemp = 32.0f;
if (multAgcTemp < 1.0f/64.0f) multAgcTemp = 1.0f/64.0f; if (multAgcTemp < 1.0f/64.0f) multAgcTemp = 1.0f/64.0f;
@ -598,9 +665,6 @@ class AudioReactive : public Usermod {
else else
sampleAgc += agcSampleSmooth[AGC_preset] * (tmpAgc - sampleAgc); // smooth path sampleAgc += agcSampleSmooth[AGC_preset] * (tmpAgc - sampleAgc); // smooth path
//userVar0 = sampleAvg * 4;
//if (userVar0 > 255) userVar0 = 255;
last_soundAgc = soundAgc; last_soundAgc = soundAgc;
} // agcAvg() } // agcAvg()
@ -676,13 +740,12 @@ class AudioReactive : public Usermod {
//if (userVar1 == 0) samplePeak = 0; //if (userVar1 == 0) samplePeak = 0;
// Poor man's beat detection by seeing if sample > Average + some value. // Poor man's beat detection by seeing if sample > Average + some value.
// if (sample > (sampleAvg + maxVol) && millis() > (timeOfPeak + 200)) { if ((maxVol > 0) && (binNum > 1) && (fftBin[binNum] > maxVol) && (millis() > (timeOfPeak + 100))) {
if ((maxVol > 0) && (binNum > 1) && (fftBin[binNum] > maxVol) && (millis() > (timeOfPeak + 100))) { // This goes through ALL of the 255 bins - but ignores stupid settings // This goes through ALL of the 255 bins - but ignores stupid settings
// Then we got a peak, else we don't. The peak has to time out on its own in order to support UDP sound sync. // Then we got a peak, else we don't. The peak has to time out on its own in order to support UDP sound sync.
samplePeak = true; samplePeak = true;
timeOfPeak = millis(); timeOfPeak = millis();
udpSamplePeak = true; udpSamplePeak = true;
//userVar1 = samplePeak;
} }
} // getSample() } // getSample()
@ -725,9 +788,6 @@ class AudioReactive : public Usermod {
audioSyncPacket transmitData; audioSyncPacket transmitData;
strncpy_P(transmitData.header, PSTR(UDP_SYNC_HEADER), 6); strncpy_P(transmitData.header, PSTR(UDP_SYNC_HEADER), 6);
//transmitData.sampleRaw = volumeRaw;
//transmitData.sampleSmth = volumeSmth;
// transmit samples that were not modified by limitSampleDynamics() // transmit samples that were not modified by limitSampleDynamics()
transmitData.sampleRaw = (soundAgc) ? rawSampleAgc: sampleRaw; transmitData.sampleRaw = (soundAgc) ? rawSampleAgc: sampleRaw;
transmitData.sampleSmth = (soundAgc) ? sampleAgc : sampleAvg; transmitData.sampleSmth = (soundAgc) ? sampleAgc : sampleAvg;
@ -757,7 +817,6 @@ class AudioReactive : public Usermod {
bool receiveAudioData() // check & process new data. return TRUE in case that new audio data was received. bool receiveAudioData() // check & process new data. return TRUE in case that new audio data was received.
{ {
if (!udpSyncConnected) return false; if (!udpSyncConnected) return false;
//DEBUGSR_PRINTLN("Checking for UDP Microphone Packet");
bool haveFreshData = false; bool haveFreshData = false;
size_t packetSize = fftUdp.parsePacket(); size_t packetSize = fftUdp.parsePacket();
if (packetSize > 5) { if (packetSize > 5) {
@ -800,7 +859,8 @@ class AudioReactive : public Usermod {
my_magnitude = fmaxf(receivedPacket->FFT_Magnitude, 0.0f); my_magnitude = fmaxf(receivedPacket->FFT_Magnitude, 0.0f);
FFT_Magnitude = my_magnitude; FFT_Magnitude = my_magnitude;
FFT_MajorPeak = fmaxf(receivedPacket->FFT_MajorPeak, 0.0f); FFT_MajorPeak = constrain(receivedPacket->FFT_MajorPeak, 1.0f, 11025.0f); // restrict value to range expected by effects
//DEBUGSR_PRINTLN("Finished parsing UDP Sync Packet"); //DEBUGSR_PRINTLN("Finished parsing UDP Sync Packet");
haveFreshData = true; haveFreshData = true;
} }
@ -911,7 +971,7 @@ class AudioReactive : public Usermod {
*/ */
void connected() void connected()
{ {
if (audioSyncPort > 0 || (audioSyncEnabled & 0x03)) { if (audioSyncPort > 0 && (audioSyncEnabled & 0x03)) {
#ifndef ESP8266 #ifndef ESP8266
udpSyncConnected = fftUdp.beginMulticast(IPAddress(239, 0, 0, 1), audioSyncPort); udpSyncConnected = fftUdp.beginMulticast(IPAddress(239, 0, 0, 1), audioSyncPort);
#else #else
@ -1009,47 +1069,6 @@ class AudioReactive : public Usermod {
if (volumeSmth < 1 ) my_magnitude = 0.001f; // noise gate closed - mute if (volumeSmth < 1 ) my_magnitude = 0.001f; // noise gate closed - mute
limitSampleDynamics(); // optional - makes volumeSmth very smooth and fluent limitSampleDynamics(); // optional - makes volumeSmth very smooth and fluent
// update WebServer UI
uint8_t knownMode = strip.getFirstSelectedSeg().mode; // 1st selected segment is more appropriate than main segment
if (lastMode != knownMode) { // only execute if mode changes
char lineBuffer[4];
extractModeName(knownMode, JSON_mode_names, lineBuffer, 3); // use of JSON_mode_names is deprecated, use nullptr
agcEffect = (lineBuffer[1] == 226 && lineBuffer[2] == 153); // && (lineBuffer[3] == 170 || lineBuffer[3] == 171 ) encoding of ♪ or ♫
// agcEffect = (lineBuffer[4] == 240 && lineBuffer[5] == 159 && lineBuffer[6] == 142 && lineBuffer[7] == 154 ); //encoding of 🎚 No clue why as not found here https://www.iemoji.com/view/emoji/918/objects/level-slider
lastMode = knownMode;
}
// update inputLevel Slider based on current AGC gain
if ((soundAgc>0) && agcEffect) {
unsigned long now_time = millis();
// "user kick" feature - if user has moved the slider by at least 32 units, we "kick" AGC gain by 30% (up or down)
// only once in 3.5 seconds
if ( (lastMode == knownMode)
&& (abs(last_user_inputLevel - inputLevel) > 31)
&& (now_time - last_kick_time > 3500)) {
if (last_user_inputLevel > inputLevel) multAgc *= 0.60; // down -> reduce gain
if (last_user_inputLevel < inputLevel) multAgc *= 1.50; // up -> increase gain
last_kick_time = now_time;
}
int new_user_inputLevel = 128.0f * multAgc; // scale AGC multiplier so that "1" is at 128
if (multAgc > 1.0f) new_user_inputLevel = 128.0f * (((multAgc - 1.0f) / 4.0f) +1.0f); // compress range so we can show values up to 4
new_user_inputLevel = MIN(MAX(new_user_inputLevel, 0),255);
// update user interfaces - restrict frequency to avoid flooding UI's with small changes
if (( ((now_time - last_update_time > 3500) && (abs(new_user_inputLevel - inputLevel) > 2)) // small change - every 3.5 sec (max)
||((now_time - last_update_time > 2200) && (abs(new_user_inputLevel - inputLevel) > 15)) // medium change
||((now_time - last_update_time > 1200) && (abs(new_user_inputLevel - inputLevel) > 31))) // BIG change - every second
&& !strip.isUpdating()) // don't interfere while strip is updating
{
inputLevel = new_user_inputLevel; // change of least 3 units -> update user variable
updateInterfaces(CALL_MODE_WS_SEND); // is this the correct way to notify UIs ? Yes says blazoncek
last_update_time = now_time;
last_user_inputLevel = new_user_inputLevel;
}
}
} }
@ -1113,16 +1132,27 @@ class AudioReactive : public Usermod {
volumeRaw = 0; volumeSmth = 0; volumeRaw = 0; volumeSmth = 0;
sampleAgc = 0; sampleAvg = 0; sampleAgc = 0; sampleAvg = 0;
sampleRaw = 0; rawSampleAgc = 0; sampleRaw = 0; rawSampleAgc = 0;
my_magnitude = 0; FFT_Magnitude = 0; FFT_MajorPeak = 0; my_magnitude = 0; FFT_Magnitude = 0; FFT_MajorPeak = 1;
multAgc = 1; multAgc = 1;
// reset FFT data
memset(fftCalc, 0, sizeof(fftCalc));
memset(fftAvg, 0, sizeof(fftAvg));
memset(fftResult, 0, sizeof(fftResult));
for(int i=(init?0:1); i<16; i+=2) fftResult[i] = 16; // make a tiny pattern
inputLevel = 128; // resset level slider to default
if (init && FFT_Task) { if (init && FFT_Task) {
vTaskSuspend(FFT_Task); // update is about to begin, disable task to prevent crash vTaskSuspend(FFT_Task); // update is about to begin, disable task to prevent crash
if (udpSyncConnected) { // close UDP sync connection (if open)
udpSyncConnected = false;
fftUdp.stop();
}
} else { } else {
// update has failed or create task requested // update has failed or create task requested
if (FFT_Task) if (FFT_Task) {
vTaskResume(FFT_Task); vTaskResume(FFT_Task);
else connected(); // resume UDP
} else
// xTaskCreatePinnedToCore( // xTaskCreatePinnedToCore(
xTaskCreate( // no need to "pin" this task to core #0 xTaskCreate( // no need to "pin" this task to core #0
FFTcode, // Function to implement the task FFTcode, // Function to implement the task
@ -1134,7 +1164,7 @@ class AudioReactive : public Usermod {
// , 0 // Core where the task should run // , 0 // Core where the task should run
); );
} }
micDataReal = 0.0f; // just to ber sure micDataReal = 0.0f; // just to be sure
if (enabled) disableSoundProcessing = false; if (enabled) disableSoundProcessing = false;
} }
@ -1182,7 +1212,12 @@ class AudioReactive : public Usermod {
infoArr.add(uiDomString); infoArr.add(uiDomString);
if (enabled) { if (enabled) {
infoArr = user.createNestedArray(F("Input level")); // Input Level Slider
if (disableSoundProcessing == false) { // only show slider when audio processing is running
if (soundAgc > 0)
infoArr = user.createNestedArray(F("GEQ Input Level")); // if AGC is on, this slider only affects fftResult[] frequencies
else
infoArr = user.createNestedArray(F("Audio Input Level"));
uiDomString = F("<div class=\"slider\"><div class=\"sliderwrap il\"><input class=\"noslide\" onchange=\"requestJson({"); uiDomString = F("<div class=\"slider\"><div class=\"sliderwrap il\"><input class=\"noslide\" onchange=\"requestJson({");
uiDomString += FPSTR(_name); uiDomString += FPSTR(_name);
uiDomString += F(":{"); uiDomString += F(":{");
@ -1191,50 +1226,53 @@ class AudioReactive : public Usermod {
uiDomString += inputLevel; uiDomString += inputLevel;
uiDomString += F(" /><div class=\"sliderdisplay\"></div></div></div>"); //<output class=\"sliderbubble\"></output> uiDomString += F(" /><div class=\"sliderdisplay\"></div></div></div>"); //<output class=\"sliderbubble\"></output>
infoArr.add(uiDomString); infoArr.add(uiDomString);
}
// The following can be used for troubleshooting user errors and is so not enclosed in #ifdef WLED_DEBUG
// current Audio input // current Audio input
infoArr = user.createNestedArray(F("Audio Source")); infoArr = user.createNestedArray(F("Audio Source"));
if (audioSyncEnabled & 0x02) { if (audioSyncEnabled & 0x02) {
// UDP sound sync - receive mode // UDP sound sync - receive mode
infoArr.add("UDP sound sync"); infoArr.add(F("UDP sound sync"));
if (udpSyncConnected) { if (udpSyncConnected) {
if (millis() - last_UDPTime < 2500) if (millis() - last_UDPTime < 2500)
infoArr.add(" - receiving"); infoArr.add(F(" - receiving"));
else else
infoArr.add(" - idle"); infoArr.add(F(" - idle"));
} else { } else {
infoArr.add(" - no network"); infoArr.add(F(" - no connection"));
} }
} else { } else {
// Analog or I2S digital input // Analog or I2S digital input
if (audioSource && (audioSource->isInitialized())) { if (audioSource && (audioSource->isInitialized())) {
// audio source sucessfully configured // audio source sucessfully configured
if (audioSource->getType() == AudioSource::Type_I2SAdc) { if (audioSource->getType() == AudioSource::Type_I2SAdc) {
infoArr.add("ADC analog"); infoArr.add(F("ADC analog"));
} else { } else {
infoArr.add("I2S digital"); infoArr.add(F("I2S digital"));
} }
// input level or "silence" // input level or "silence"
if (maxSample5sec > 1.0) { if (maxSample5sec > 1.0) {
float my_usage = 100.0f * (maxSample5sec / 255.0f); float my_usage = 100.0f * (maxSample5sec / 255.0f);
snprintf(myStringBuffer, 15, " - peak %3d%%", int(my_usage)); snprintf_P(myStringBuffer, 15, PSTR(" - peak %3d%%"), int(my_usage));
infoArr.add(myStringBuffer); infoArr.add(myStringBuffer);
} else { } else {
infoArr.add(" - quiet"); infoArr.add(F(" - quiet"));
} }
} else { } else {
// error during audio source setup // error during audio source setup
infoArr.add("not initialized"); infoArr.add(F("not initialized"));
infoArr.add(" - check GPIO config"); infoArr.add(F(" - check GPIO config"));
} }
} }
// Sound processing (FFT and input filters) // Sound processing (FFT and input filters)
infoArr = user.createNestedArray(F("Sound Processing")); infoArr = user.createNestedArray(F("Sound Processing"));
if (audioSource && (disableSoundProcessing == false)) { if (audioSource && (disableSoundProcessing == false)) {
infoArr.add("running"); infoArr.add(F("running"));
} else { } else {
infoArr.add("suspended"); infoArr.add(F("suspended"));
} }
// AGC or manual Gain // AGC or manual Gain
@ -1254,12 +1292,13 @@ class AudioReactive : public Usermod {
infoArr = user.createNestedArray(F("UDP Sound Sync")); infoArr = user.createNestedArray(F("UDP Sound Sync"));
if (audioSyncEnabled) { if (audioSyncEnabled) {
if (audioSyncEnabled & 0x01) { if (audioSyncEnabled & 0x01) {
infoArr.add("send mode"); infoArr.add(F("send mode"));
} else if (audioSyncEnabled & 0x02) { } else if (audioSyncEnabled & 0x02) {
infoArr.add("receive mode"); infoArr.add(F("receive mode"));
} }
} else } else
infoArr.add("off"); infoArr.add("off");
if (audioSyncEnabled && !udpSyncConnected) infoArr.add(" <i>(unconnected)</i>");
#ifdef WLED_DEBUG #ifdef WLED_DEBUG
infoArr = user.createNestedArray(F("Sampling time")); infoArr = user.createNestedArray(F("Sampling time"));
@ -1372,6 +1411,9 @@ class AudioReactive : public Usermod {
dynLim[F("Rise")] = attackTime; dynLim[F("Rise")] = attackTime;
dynLim[F("Fall")] = decayTime; dynLim[F("Fall")] = decayTime;
JsonObject freqScale = top.createNestedObject("Frequency");
freqScale[F("Scale")] = FFTScalingMode;
JsonObject sync = top.createNestedObject("sync"); JsonObject sync = top.createNestedObject("sync");
sync[F("port")] = audioSyncPort; sync[F("port")] = audioSyncPort;
sync[F("mode")] = audioSyncEnabled; sync[F("mode")] = audioSyncEnabled;
@ -1418,6 +1460,8 @@ class AudioReactive : public Usermod {
configComplete &= getJsonValue(top["dynamics"][F("Rise")], attackTime); configComplete &= getJsonValue(top["dynamics"][F("Rise")], attackTime);
configComplete &= getJsonValue(top["dynamics"][F("Fall")], decayTime); configComplete &= getJsonValue(top["dynamics"][F("Fall")], decayTime);
configComplete &= getJsonValue(top["Frequency"][F("Scale")], FFTScalingMode);
configComplete &= getJsonValue(top["sync"][F("port")], audioSyncPort); configComplete &= getJsonValue(top["sync"][F("port")], audioSyncPort);
configComplete &= getJsonValue(top["sync"][F("mode")], audioSyncEnabled); configComplete &= getJsonValue(top["sync"][F("mode")], audioSyncEnabled);
@ -1443,11 +1487,15 @@ class AudioReactive : public Usermod {
oappend(SET_F("dd=addDropdown('AudioReactive','dynamics:Limiter');")); oappend(SET_F("dd=addDropdown('AudioReactive','dynamics:Limiter');"));
oappend(SET_F("addOption(dd,'Off',0);")); oappend(SET_F("addOption(dd,'Off',0);"));
oappend(SET_F("addOption(dd,'On',1);")); oappend(SET_F("addOption(dd,'On',1);"));
oappend(SET_F("addInfo('AudioReactive:dynamics:Limiter',0,' Limiter On ');")); // 0 is field type, 1 is actual field oappend(SET_F("addInfo('AudioReactive:dynamics:Limiter',0,' On ');")); // 0 is field type, 1 is actual field
//oappend(SET_F("addInfo('AudioReactive:dynamics:Rise',0,'min. ');")); oappend(SET_F("addInfo('AudioReactive:dynamics:Rise',1,'ms <i>(&#x266A; effects only)</i>');"));
oappend(SET_F("addInfo('AudioReactive:dynamics:Rise',1,' ms <br /><i>(volume reactive FX only)</i>');")); oappend(SET_F("addInfo('AudioReactive:dynamics:Fall',1,'ms <i>(&#x266A; effects only)</i>');"));
//oappend(SET_F("addInfo('AudioReactive:dynamics:Fall',0,'min. ');"));
oappend(SET_F("addInfo('AudioReactive:dynamics:Fall',1,' ms <br /><i>(volume reactive FX only)</i>');")); oappend(SET_F("dd=addDropdown('AudioReactive','Frequency:Scale');"));
oappend(SET_F("addOption(dd,'None',0);"));
oappend(SET_F("addOption(dd,'Linear (Amplitude)',2);"));
oappend(SET_F("addOption(dd,'Square Root (Energy)',3);"));
oappend(SET_F("addOption(dd,'Logarithmic (Loudness)',1);"));
oappend(SET_F("dd=addDropdown('AudioReactive','sync:mode');")); oappend(SET_F("dd=addDropdown('AudioReactive','sync:mode');"));
oappend(SET_F("addOption(dd,'Off',0);")); oappend(SET_F("addOption(dd,'Off',0);"));

84
wled00/FX.cpp
View File

@ -75,7 +75,7 @@ int8_t tristate_square8(uint8_t x, uint8_t pulsewidth, uint8_t attdec) {
*/ */
uint16_t mode_static(void) { uint16_t mode_static(void) {
SEGMENT.fill(SEGCOLOR(0)); SEGMENT.fill(SEGCOLOR(0));
return /*(SEGMENT.getOption(SEG_OPTION_TRANSITIONAL)) ? FRAMETIME :*/ 350; //update faster if in transition return 350;
} }
static const char _data_FX_MODE_STATIC[] PROGMEM = "Solid"; static const char _data_FX_MODE_STATIC[] PROGMEM = "Solid";
@ -2842,12 +2842,13 @@ uint16_t mode_bouncing_balls(void) {
for (size_t i = 0; i < numBalls; i++) { for (size_t i = 0; i < numBalls; i++) {
float timeSinceLastBounce = (time - balls[i].lastBounceTime)/((255-SEGMENT.speed)*8/256 +1); float timeSinceLastBounce = (time - balls[i].lastBounceTime)/((255-SEGMENT.speed)*8/256 +1);
balls[i].height = 0.5 * gravity * pow(timeSinceLastBounce/1000 , 2.0) + balls[i].impactVelocity * timeSinceLastBounce/1000; float timeSec = timeSinceLastBounce/1000.0f;
balls[i].height = 0.5 * gravity * (timeSec * timeSec) + balls[i].impactVelocity * timeSec; // avoid use pow(x, 2) - its extremely slow !
if (balls[i].height < 0) { //start bounce if (balls[i].height < 0) { //start bounce
balls[i].height = 0; balls[i].height = 0;
//damping for better effect using multiple balls //damping for better effect using multiple balls
float dampening = 0.90 - float(i)/pow(numBalls,2); float dampening = 0.90 - float(i)/(float(numBalls) * float(numBalls)); // avoid use pow(x, 2) - its extremely slow !
balls[i].impactVelocity = dampening * balls[i].impactVelocity; balls[i].impactVelocity = dampening * balls[i].impactVelocity;
balls[i].lastBounceTime = time; balls[i].lastBounceTime = time;
@ -2863,7 +2864,7 @@ uint16_t mode_bouncing_balls(void) {
color = SEGCOLOR(i % NUM_COLORS); color = SEGCOLOR(i % NUM_COLORS);
} }
uint16_t pos = round(balls[i].height * (SEGLEN - 1)); uint16_t pos = roundf(balls[i].height * (SEGLEN - 1));
SEGMENT.setPixelColor(pos, color); SEGMENT.setPixelColor(pos, color);
} }
@ -3986,7 +3987,7 @@ uint16_t mode_flow(void)
{ {
uint8_t colorIndex = (i * 255 / zoneLen) - counter; uint8_t colorIndex = (i * 255 / zoneLen) - counter;
uint16_t led = (z & 0x01) ? i : (zoneLen -1) -i; uint16_t led = (z & 0x01) ? i : (zoneLen -1) -i;
if (SEGMENT.getOption(SEG_OPTION_REVERSED)) led = (zoneLen -1) -led; if (SEGMENT.reverse) led = (zoneLen -1) -led;
SEGMENT.setPixelColor(pos + led, SEGMENT.color_from_palette(colorIndex, false, true, 255)); SEGMENT.setPixelColor(pos + led, SEGMENT.color_from_palette(colorIndex, false, true, 255));
} }
} }
@ -4927,7 +4928,7 @@ uint16_t mode_2Dgameoflife(void) { // Written by Ewoud Wijma, inspired by https:
SEGENV.aux1 = SEGENV.aux0; SEGENV.aux1 = SEGENV.aux0;
SEGENV.aux0 = crc; SEGENV.aux0 = crc;
return (SEGMENT.getOption(SEG_OPTION_TRANSITIONAL)) ? FRAMETIME : FRAMETIME_FIXED * (128-(SEGMENT.speed>>1)); // update only when appropriate time passes (in 42 FPS slots) return FRAMETIME_FIXED * (128-(SEGMENT.speed>>1)); // update only when appropriate time passes (in 42 FPS slots)
} // mode_2Dgameoflife() } // mode_2Dgameoflife()
static const char _data_FX_MODE_2DGAMEOFLIFE[] PROGMEM = "Game Of Life@!,;!,!;!;2d"; static const char _data_FX_MODE_2DGAMEOFLIFE[] PROGMEM = "Game Of Life@!,;!,!;!;2d";
@ -5937,7 +5938,7 @@ static const char _data_FX_MODE_2DDRIFTROSE[] PROGMEM = "Drift Rose@Fade,Blur;;;
uint8_t *binNum = (uint8_t*)&SEGENV.aux1, *maxVol = (uint8_t*)(&SEGENV.aux1+1); // just in case assignment uint8_t *binNum = (uint8_t*)&SEGENV.aux1, *maxVol = (uint8_t*)(&SEGENV.aux1+1); // just in case assignment
bool samplePeak = false; bool samplePeak = false;
float FFT_MajorPeak = 0.0; float FFT_MajorPeak = 1.0;
uint8_t *fftResult = nullptr; uint8_t *fftResult = nullptr;
float *fftBin = nullptr; float *fftBin = nullptr;
um_data_t *um_data; um_data_t *um_data;
@ -5958,6 +5959,21 @@ static const char _data_FX_MODE_2DDRIFTROSE[] PROGMEM = "Drift Rose@Fade,Blur;;;
*/ */
// a few constants needed for AudioReactive effects
// for 22Khz sampling
#define MAX_FREQUENCY 11025 // sample frequency / 2 (as per Nyquist criterion)
#define MAX_FREQ_LOG10 4.04238f // log10(MAX_FREQUENCY)
// for 20Khz sampling
//#define MAX_FREQUENCY 10240
//#define MAX_FREQ_LOG10 4.0103f
// for 10Khz sampling
//#define MAX_FREQUENCY 5120
//#define MAX_FREQ_LOG10 3.71f
///////////////////////////////// /////////////////////////////////
// * Ripple Peak // // * Ripple Peak //
///////////////////////////////// /////////////////////////////////
@ -6006,7 +6022,9 @@ uint16_t mode_ripplepeak(void) { // * Ripple peak. By Andrew Tuli
case 255: // Initialize ripple variables. case 255: // Initialize ripple variables.
ripples[i].pos = random16(SEGLEN); ripples[i].pos = random16(SEGLEN);
#ifdef ESP32 #ifdef ESP32
if (FFT_MajorPeak > 1) // log10(0) is "forbidden" (throws exception)
ripples[i].color = (int)(log10f(FFT_MajorPeak)*128); ripples[i].color = (int)(log10f(FFT_MajorPeak)*128);
else ripples[i].color = 0;
#else #else
ripples[i].color = random8(); ripples[i].color = random8();
#endif #endif
@ -6707,7 +6725,7 @@ static const char _data_FX_MODE_DJLIGHT[] PROGMEM = "DJ Light@Speed;;;mp12=2,ssi
//////////////////// ////////////////////
uint16_t mode_freqmap(void) { // Map FFT_MajorPeak to SEGLEN. Would be better if a higher framerate. uint16_t mode_freqmap(void) { // Map FFT_MajorPeak to SEGLEN. Would be better if a higher framerate.
// Start frequency = 60 Hz and log10(60) = 1.78 // Start frequency = 60 Hz and log10(60) = 1.78
// End frequency = 5120 Hz and lo10(5120) = 3.71 // End frequency = MAX_FREQUENCY in Hz and lo10(MAX_FREQUENCY) = MAX_FREQ_LOG10
um_data_t *um_data; um_data_t *um_data;
if (!usermods.getUMData(&um_data, USERMOD_ID_AUDIOREACTIVE)) { if (!usermods.getUMData(&um_data, USERMOD_ID_AUDIOREACTIVE)) {
@ -6716,16 +6734,17 @@ uint16_t mode_freqmap(void) { // Map FFT_MajorPeak to SEGLEN.
} }
float FFT_MajorPeak = *(float*) um_data->u_data[4]; float FFT_MajorPeak = *(float*) um_data->u_data[4];
float my_magnitude = *(float*) um_data->u_data[5] / 4.0f; float my_magnitude = *(float*) um_data->u_data[5] / 4.0f;
if (FFT_MajorPeak < 1) FFT_MajorPeak = 1; // log10(0) is "forbidden" (throws exception)
SEGMENT.fade_out(SEGMENT.speed); SEGMENT.fade_out(SEGMENT.speed);
// int locn = (log10f((float)FFT_MajorPeak) - 1.78f) * (float)SEGLEN/(3.71f-1.78f); // log10 frequency range is from 1.78 to 3.71. Let's scale to SEGLEN. int locn = (log10f((float)FFT_MajorPeak) - 1.78f) * (float)SEGLEN/(MAX_FREQ_LOG10 - 1.78f); // log10 frequency range is from 1.78 to 3.71. Let's scale to SEGLEN.
int locn = (log10f((float)FFT_MajorPeak) - 1.78f) * (float)SEGLEN/(4.0102f-1.78f); // log10 frequency range is from 1.78 to 3.71. Let's scale to SEGLEN.
if (locn < 1) locn = 0; // avoid underflow if (locn < 1) locn = 0; // avoid underflow
if (locn >=SEGLEN) locn = SEGLEN-1; if (locn >=SEGLEN) locn = SEGLEN-1;
//uint16_t pixCol = (log10f(FFT_MajorPeak) - 1.78f) * 255.0f/(3.71f-1.78f); // Scale log10 of frequency values to the 255 colour index. uint16_t pixCol = (log10f(FFT_MajorPeak) - 1.78f) * 255.0f/(MAX_FREQ_LOG10 - 1.78f); // Scale log10 of frequency values to the 255 colour index.
uint16_t pixCol = (log10f(FFT_MajorPeak) - 1.78f) * 255.0f/(4.0102f-1.78f); // Scale log10 of frequency values to the 255 colour index. if (FFT_MajorPeak < 61.0f) pixCol = 0; // handle underflow
uint16_t bright = (int)my_magnitude; uint16_t bright = (int)my_magnitude;
SEGMENT.setPixelColor(locn, color_blend(SEGCOLOR(1), SEGMENT.color_from_palette(SEGMENT.intensity+pixCol, false, PALETTE_SOLID_WRAP, 0), bright)); SEGMENT.setPixelColor(locn, color_blend(SEGCOLOR(1), SEGMENT.color_from_palette(SEGMENT.intensity+pixCol, false, PALETTE_SOLID_WRAP, 0), bright));
@ -6764,8 +6783,7 @@ uint16_t mode_freqmatrix(void) { // Freqmatrix. By Andreas Plesch
CRGB color = CRGB::Black; CRGB color = CRGB::Black;
//if (FFT_MajorPeak > 5120) FFT_MajorPeak = 0; if (FFT_MajorPeak > MAX_FREQUENCY) FFT_MajorPeak = 1;
if (FFT_MajorPeak > 10240) FFT_MajorPeak = 0;
// MajorPeak holds the freq. value which is most abundant in the last sample. // MajorPeak holds the freq. value which is most abundant in the last sample.
// With our sampling rate of 10240Hz we have a usable freq range from roughtly 80Hz to 10240/2 Hz // With our sampling rate of 10240Hz we have a usable freq range from roughtly 80Hz to 10240/2 Hz
// we will treat everything with less than 65Hz as 0 // we will treat everything with less than 65Hz as 0
@ -6773,9 +6791,9 @@ uint16_t mode_freqmatrix(void) { // Freqmatrix. By Andreas Plesch
if (FFT_MajorPeak < 80) { if (FFT_MajorPeak < 80) {
color = CRGB::Black; color = CRGB::Black;
} else { } else {
int upperLimit = 20 * SEGMENT.custom2; int upperLimit = 80 + 42 * SEGMENT.custom2;
int lowerLimit = 2 * SEGMENT.custom1; int lowerLimit = 80 + 3 * SEGMENT.custom1;
int i = lowerLimit!=upperLimit ? map(FFT_MajorPeak, lowerLimit, upperLimit, 0, 255) : FFT_MajorPeak; uint8_t i = lowerLimit!=upperLimit ? map(FFT_MajorPeak, lowerLimit, upperLimit, 0, 255) : FFT_MajorPeak; // may under/overflow - so we enforce uint8_t
uint16_t b = 255 * intensity; uint16_t b = 255 * intensity;
if (b > 255) b = 255; if (b > 255) b = 255;
color = CHSV(i, 240, (uint8_t)b); // implicit conversion to RGB supplied by FastLED color = CHSV(i, 240, (uint8_t)b); // implicit conversion to RGB supplied by FastLED
@ -6806,14 +6824,15 @@ uint16_t mode_freqpixels(void) { // Freqpixel. By Andrew Tuline.
} }
float FFT_MajorPeak = *(float*) um_data->u_data[4]; float FFT_MajorPeak = *(float*) um_data->u_data[4];
float my_magnitude = *(float*) um_data->u_data[5] / 16.0f; float my_magnitude = *(float*) um_data->u_data[5] / 16.0f;
if (FFT_MajorPeak < 1) FFT_MajorPeak = 1; // log10(0) is "forbidden" (throws exception)
uint16_t fadeRate = 2*SEGMENT.speed - SEGMENT.speed*SEGMENT.speed/255; // Get to 255 as quick as you can. uint16_t fadeRate = 2*SEGMENT.speed - SEGMENT.speed*SEGMENT.speed/255; // Get to 255 as quick as you can.
SEGMENT.fade_out(fadeRate); SEGMENT.fade_out(fadeRate);
for (int i=0; i < SEGMENT.intensity/32+1; i++) { for (int i=0; i < SEGMENT.intensity/32+1; i++) {
uint16_t locn = random16(0,SEGLEN); uint16_t locn = random16(0,SEGLEN);
//uint8_t pixCol = (log10f(FFT_MajorPeak) - 1.78) * 255.0/(3.71-1.78); // Scale log10 of frequency values to the 255 colour index. uint8_t pixCol = (log10f(FFT_MajorPeak) - 1.78f) * 255.0f/(MAX_FREQ_LOG10 - 1.78f); // Scale log10 of frequency values to the 255 colour index.
uint8_t pixCol = (log10f(FFT_MajorPeak) - 1.78f) * 255.0f/(4.0102f-1.78f); // Scale log10 of frequency values to the 255 colour index. if (FFT_MajorPeak < 61.0f) pixCol = 0; // handle underflow
SEGMENT.setPixelColor(locn, color_blend(SEGCOLOR(1), SEGMENT.color_from_palette(SEGMENT.intensity+pixCol, false, PALETTE_SOLID_WRAP, 0), (int)my_magnitude)); SEGMENT.setPixelColor(locn, color_blend(SEGCOLOR(1), SEGMENT.color_from_palette(SEGMENT.intensity+pixCol, false, PALETTE_SOLID_WRAP, 0), (int)my_magnitude));
} }
@ -6863,8 +6882,7 @@ uint16_t mode_freqwave(void) { // Freqwave. By Andreas Pleschun
CRGB color = 0; CRGB color = 0;
//if (FFT_MajorPeak > 5120) FFT_MajorPeak = 0.0f; if (FFT_MajorPeak > MAX_FREQUENCY) FFT_MajorPeak = 1.0f;
if (FFT_MajorPeak > 10240) FFT_MajorPeak = 0.0f;
// MajorPeak holds the freq. value which is most abundant in the last sample. // MajorPeak holds the freq. value which is most abundant in the last sample.
// With our sampling rate of 10240Hz we have a usable freq range from roughtly 80Hz to 10240/2 Hz // With our sampling rate of 10240Hz we have a usable freq range from roughtly 80Hz to 10240/2 Hz
// we will treat everything with less than 65Hz as 0 // we will treat everything with less than 65Hz as 0
@ -6872,9 +6890,9 @@ uint16_t mode_freqwave(void) { // Freqwave. By Andreas Pleschun
if (FFT_MajorPeak < 80) { if (FFT_MajorPeak < 80) {
color = CRGB::Black; color = CRGB::Black;
} else { } else {
int upperLimit = 20 * SEGMENT.custom2; int upperLimit = 80 + 42 * SEGMENT.custom2;
int lowerLimit = 2 * SEGMENT.custom1; int lowerLimit = 80 + 3 * SEGMENT.custom1;
int i = lowerLimit!=upperLimit ? map(FFT_MajorPeak, lowerLimit, upperLimit, 0, 255) : FFT_MajorPeak; uint8_t i = lowerLimit!=upperLimit ? map(FFT_MajorPeak, lowerLimit, upperLimit, 0, 255) : FFT_MajorPeak; // may under/overflow - so we enforce uint8_t
uint16_t b = 255.0 * intensity; uint16_t b = 255.0 * intensity;
if (b > 255) b=255; if (b > 255) b=255;
color = CHSV(i, 240, (uint8_t)b); // implicit conversion to RGB supplied by FastLED color = CHSV(i, 240, (uint8_t)b); // implicit conversion to RGB supplied by FastLED
@ -6908,8 +6926,9 @@ uint16_t mode_gravfreq(void) { // Gravfreq. By Andrew Tuline.
} }
float FFT_MajorPeak = *(float*) um_data->u_data[4]; float FFT_MajorPeak = *(float*) um_data->u_data[4];
float volumeSmth = *(float*) um_data->u_data[0]; float volumeSmth = *(float*) um_data->u_data[0];
if (FFT_MajorPeak < 1) FFT_MajorPeak = 1; // log10(0) is "forbidden" (throws exception)
SEGMENT.fade_out(240); SEGMENT.fade_out(250);
float segmentSampleAvg = volumeSmth * (float)SEGMENT.intensity / 255.0; float segmentSampleAvg = volumeSmth * (float)SEGMENT.intensity / 255.0;
segmentSampleAvg *= 0.125; // divide by 8, to compensate for later "sensitivty" upscaling segmentSampleAvg *= 0.125; // divide by 8, to compensate for later "sensitivty" upscaling
@ -6921,7 +6940,7 @@ uint16_t mode_gravfreq(void) { // Gravfreq. By Andrew Tuline.
for (int i=0; i<tempsamp; i++) { for (int i=0; i<tempsamp; i++) {
//uint8_t index = (log10((int)FFT_MajorPeak) - (3.71-1.78)) * 255; //int? shouldn't it be floor() or similar //uint8_t index = (log10((int)FFT_MajorPeak) - (3.71-1.78)) * 255; //int? shouldn't it be floor() or similar
uint8_t index = (log10f(FFT_MajorPeak) - (4.0102f-1.78f)) * 255; //int? shouldn't it be floor() or similar uint8_t index = (log10f(FFT_MajorPeak) - (MAX_FREQ_LOG10 - 1.78f)) * 255; //int? shouldn't it be floor() or similar
SEGMENT.setPixelColor(i+SEGLEN/2, SEGMENT.color_from_palette(index, false, PALETTE_SOLID_WRAP, 0)); SEGMENT.setPixelColor(i+SEGLEN/2, SEGMENT.color_from_palette(index, false, PALETTE_SOLID_WRAP, 0));
SEGMENT.setPixelColor(SEGLEN/2-i-1, SEGMENT.color_from_palette(index, false, PALETTE_SOLID_WRAP, 0)); SEGMENT.setPixelColor(SEGLEN/2-i-1, SEGMENT.color_from_palette(index, false, PALETTE_SOLID_WRAP, 0));
@ -6997,6 +7016,7 @@ uint16_t mode_rocktaves(void) { // Rocktaves. Same note from eac
frTemp = fabs(frTemp * 2.1); // Fudge factors to compress octave range starting at 0 and going to 255; frTemp = fabs(frTemp * 2.1); // Fudge factors to compress octave range starting at 0 and going to 255;
uint16_t i = map(beatsin8(8+octCount*4, 0, 255, 0, octCount*8), 0, 255, 0, SEGLEN-1); uint16_t i = map(beatsin8(8+octCount*4, 0, 255, 0, octCount*8), 0, 255, 0, SEGLEN-1);
i = constrain(i, 0, SEGLEN-1);
SEGMENT.addPixelColor(i, color_blend(SEGCOLOR(1), SEGMENT.color_from_palette((uint8_t)frTemp, false, PALETTE_SOLID_WRAP, 0), volTemp)); SEGMENT.addPixelColor(i, color_blend(SEGCOLOR(1), SEGMENT.color_from_palette((uint8_t)frTemp, false, PALETTE_SOLID_WRAP, 0), volTemp));
return FRAMETIME; return FRAMETIME;
@ -7022,6 +7042,8 @@ uint16_t mode_waterfall(void) { // Waterfall. By: Andrew Tulin
uint8_t *binNum = (uint8_t*)um_data->u_data[7]; uint8_t *binNum = (uint8_t*)um_data->u_data[7];
float my_magnitude = *(float*) um_data->u_data[5] / 8.0f; float my_magnitude = *(float*) um_data->u_data[5] / 8.0f;
if (FFT_MajorPeak < 1) FFT_MajorPeak = 1; // log10(0) is "forbidden" (throws exception)
if (SEGENV.call == 0) { if (SEGENV.call == 0) {
SEGMENT.setUpLeds(); SEGMENT.setUpLeds();
SEGMENT.fill(BLACK); SEGMENT.fill(BLACK);
@ -7037,7 +7059,9 @@ uint16_t mode_waterfall(void) { // Waterfall. By: Andrew Tulin
if (SEGENV.aux0 != secondHand) { // Triggered millis timing. if (SEGENV.aux0 != secondHand) { // Triggered millis timing.
SEGENV.aux0 = secondHand; SEGENV.aux0 = secondHand;
uint8_t pixCol = (log10f((float)FFT_MajorPeak) - 2.26f) * 177; // log10 frequency range is from 2.26 to 3.7. Let's scale accordingly. //uint8_t pixCol = (log10f((float)FFT_MajorPeak) - 2.26f) * 177; // 10Khz sampling - log10 frequency range is from 2.26 (182hz) to 3.7 (5012hz). Let's scale accordingly.
uint8_t pixCol = (log10f(FFT_MajorPeak) - 2.26f) * 150; // 22Khz sampling - log10 frequency range is from 2.26 (182hz) to 3.967 (9260hz). Let's scale accordingly.
if (FFT_MajorPeak < 182.0f) pixCol = 0; // handle underflow
if (samplePeak) { if (samplePeak) {
SEGMENT.setPixelColor(SEGLEN-1, CHSV(92,92,92)); SEGMENT.setPixelColor(SEGLEN-1, CHSV(92,92,92));
@ -7085,6 +7109,7 @@ uint16_t mode_2DGEQ(void) { // By Will Tatam. Code reduction by Ewoud Wijma.
for (int x=0; x < cols; x++) { for (int x=0; x < cols; x++) {
uint8_t band = map(x, 0, cols-1, 0, NUM_BANDS - 1); uint8_t band = map(x, 0, cols-1, 0, NUM_BANDS - 1);
band = constrain(band, 0, 15);
uint16_t colorIndex = band * 17; uint16_t colorIndex = band * 17;
uint16_t barHeight = map(fftResult[band], 0, 255, 0, rows); // do not subtract -1 from rows here uint16_t barHeight = map(fftResult[band], 0, 255, 0, rows); // do not subtract -1 from rows here
if (barHeight > previousBarHeight[x]) previousBarHeight[x] = barHeight; //drive the peak up if (barHeight > previousBarHeight[x]) previousBarHeight[x] = barHeight; //drive the peak up
@ -7145,8 +7170,8 @@ uint16_t mode_2DFunkyPlank(void) { // Written by ??? Adapted by Wil
// display values of // display values of
int b = 0; int b = 0;
for (int band = 0; band < NUMB_BANDS; band += bandInc, b++) { for (int band = 0; band < NUMB_BANDS; band += bandInc, b++) {
int hue = fftResult[band]; int hue = fftResult[band % 16];
int v = map(fftResult[band], 0, 255, 10, 255); int v = map(fftResult[band % 16], 0, 255, 10, 255);
for (int w = 0; w < barWidth; w++) { for (int w = 0; w < barWidth; w++) {
int xpos = (barWidth * b) + w; int xpos = (barWidth * b) + w;
SEGMENT.setPixelColorXY(xpos, 0, CHSV(hue, 255, v)); SEGMENT.setPixelColorXY(xpos, 0, CHSV(hue, 255, v));
@ -7261,6 +7286,7 @@ uint16_t mode_2DAkemi(void) {
if (um_data && fftResult) { if (um_data && fftResult) {
for (int x=0; x < cols/8; x++) { for (int x=0; x < cols/8; x++) {
uint16_t band = x * cols/8; uint16_t band = x * cols/8;
band = constrain(band, 0, 15);
uint16_t barHeight = map(fftResult[band], 0, 255, 0, 17*rows/32); uint16_t barHeight = map(fftResult[band], 0, 255, 0, 17*rows/32);
CRGB color = SEGMENT.color_from_palette((band * 35), false, PALETTE_SOLID_WRAP, 0); CRGB color = SEGMENT.color_from_palette((band * 35), false, PALETTE_SOLID_WRAP, 0);

1
wled00/NodeStruct.h
View File

@ -19,7 +19,6 @@ struct NodeStruct
{ {
String nodeName; String nodeName;
IPAddress ip; IPAddress ip;
uint8_t unit;
uint8_t age; uint8_t age;
uint8_t nodeType; uint8_t nodeType;
uint32_t build; uint32_t build;

42
wled00/bus_manager.h
View File

@ -134,7 +134,12 @@ struct ColorOrderMap {
//parent class of BusDigital, BusPwm, and BusNetwork //parent class of BusDigital, BusPwm, and BusNetwork
class Bus { class Bus {
public: public:
Bus(uint8_t type, uint16_t start, uint8_t aw) { Bus(uint8_t type, uint16_t start, uint8_t aw)
: _bri(255)
, _len(1)
, _valid(false)
, _needsRefresh(false)
{
_type = type; _type = type;
_start = start; _start = start;
_autoWhiteMode = Bus::isRgbw(_type) ? aw : RGBW_MODE_MANUAL_ONLY; _autoWhiteMode = Bus::isRgbw(_type) ? aw : RGBW_MODE_MANUAL_ONLY;
@ -142,13 +147,13 @@ class Bus {
virtual ~Bus() {} //throw the bus under the bus virtual ~Bus() {} //throw the bus under the bus
virtual void show() {} virtual void show() = 0;
virtual bool canShow() { return true; } virtual bool canShow() { return true; }
virtual void setStatusPixel(uint32_t c) {} virtual void setStatusPixel(uint32_t c) {}
virtual void setPixelColor(uint16_t pix, uint32_t c) {} virtual void setPixelColor(uint16_t pix, uint32_t c) = 0;
virtual uint32_t getPixelColor(uint16_t pix) { return 0; } virtual uint32_t getPixelColor(uint16_t pix) { return 0; }
virtual void setBrightness(uint8_t b) {} virtual void setBrightness(uint8_t b) { _bri = b; };
virtual void cleanup() {} virtual void cleanup() = 0;
virtual uint8_t getPins(uint8_t* pinArray) { return 0; } virtual uint8_t getPins(uint8_t* pinArray) { return 0; }
virtual uint16_t getLength() { return _len; } virtual uint16_t getLength() { return _len; }
virtual void setColorOrder() {} virtual void setColorOrder() {}
@ -195,12 +200,12 @@ class Bus {
bool reversed = false; bool reversed = false;
protected: protected:
uint8_t _type = TYPE_NONE; uint8_t _type;
uint8_t _bri = 255; uint8_t _bri;
uint16_t _start = 0; uint16_t _start;
uint16_t _len = 1; uint16_t _len;
bool _valid = false; bool _valid;
bool _needsRefresh = false; bool _needsRefresh;
uint8_t _autoWhiteMode; uint8_t _autoWhiteMode;
static uint8_t _gAWM; // definition in FX_fcn.cpp static uint8_t _gAWM; // definition in FX_fcn.cpp
static int16_t _cct; // definition in FX_fcn.cpp static int16_t _cct; // definition in FX_fcn.cpp
@ -262,7 +267,7 @@ class BusDigital : public Bus {
if (_pins[0] == LED_BUILTIN || _pins[1] == LED_BUILTIN) PolyBus::begin(_busPtr, _iType, _pins); if (_pins[0] == LED_BUILTIN || _pins[1] == LED_BUILTIN) PolyBus::begin(_busPtr, _iType, _pins);
} }
#endif #endif
_bri = b; Bus::setBrightness(b);
PolyBus::setBrightness(_busPtr, _iType, b); PolyBus::setBrightness(_busPtr, _iType, b);
} }
@ -448,10 +453,6 @@ class BusPwm : public Bus {
} }
} }
inline void setBrightness(uint8_t b) {
_bri = b;
}
uint8_t getPins(uint8_t* pinArray) { uint8_t getPins(uint8_t* pinArray) {
if (!_valid) return 0; if (!_valid) return 0;
uint8_t numPins = NUM_PWM_PINS(_type); uint8_t numPins = NUM_PWM_PINS(_type);
@ -531,10 +532,6 @@ class BusOnOff : public Bus {
digitalWrite(_pin, reversed ? !(bool)_data : (bool)_data); digitalWrite(_pin, reversed ? !(bool)_data : (bool)_data);
} }
inline void setBrightness(uint8_t b) {
_bri = b;
}
uint8_t getPins(uint8_t* pinArray) { uint8_t getPins(uint8_t* pinArray) {
if (!_valid) return 0; if (!_valid) return 0;
pinArray[0] = _pin; pinArray[0] = _pin;
@ -623,10 +620,6 @@ class BusNetwork : public Bus {
return !_broadcastLock; return !_broadcastLock;
} }
inline void setBrightness(uint8_t b) {
_bri = b;
}
uint8_t getPins(uint8_t* pinArray) { uint8_t getPins(uint8_t* pinArray) {
for (uint8_t i = 0; i < 4; i++) { for (uint8_t i = 0; i < 4; i++) {
pinArray[i] = _client[i]; pinArray[i] = _client[i];
@ -655,7 +648,6 @@ class BusNetwork : public Bus {
private: private:
IPAddress _client; IPAddress _client;
uint8_t _bri = 255;
uint8_t _UDPtype; uint8_t _UDPtype;
uint8_t _UDPchannels; uint8_t _UDPchannels;
bool _rgbw; bool _rgbw;

768
wled00/html_settings.h
View File

@ -8,7 +8,7 @@
// Autogenerated from wled00/data/style.css, do not edit!! // Autogenerated from wled00/data/style.css, do not edit!!
const uint16_t PAGE_settingsCss_length = 824; const uint16_t PAGE_settingsCss_length = 824;
const uint8_t PAGE_settingsCss[] PROGMEM = { const uint8_t PAGE_settingsCss[] PROGMEM = {
0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x13, 0xad, 0x55, 0x5d, 0x8b, 0x9c, 0x30, 0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x0a, 0xad, 0x55, 0x5d, 0x8b, 0x9c, 0x30,
0x14, 0xfd, 0x2b, 0x96, 0x61, 0x61, 0x0b, 0xa3, 0xa8, 0xa3, 0xb3, 0xd3, 0x48, 0xa1, 0xf4, 0xbd, 0x14, 0xfd, 0x2b, 0x96, 0x61, 0x61, 0x0b, 0xa3, 0xa8, 0xa3, 0xb3, 0xd3, 0x48, 0xa1, 0xf4, 0xbd,
0x6f, 0xa5, 0x14, 0xca, 0x3e, 0x44, 0x73, 0x1d, 0xc3, 0xe4, 0x43, 0x92, 0xd8, 0x75, 0x2a, 0xfe, 0x6f, 0xa5, 0x14, 0xca, 0x3e, 0x44, 0x73, 0x1d, 0xc3, 0xe4, 0x43, 0x92, 0xd8, 0x75, 0x2a, 0xfe,
0xf7, 0x26, 0x7e, 0xac, 0xce, 0xac, 0x6c, 0x5f, 0xca, 0xe0, 0xa0, 0xde, 0x98, 0x7b, 0xee, 0xb9, 0xf7, 0x26, 0x7e, 0xac, 0xce, 0xac, 0x6c, 0x5f, 0xca, 0xe0, 0xa0, 0xde, 0x98, 0x7b, 0xee, 0xb9,
@ -66,7 +66,7 @@ const uint8_t PAGE_settingsCss[] PROGMEM = {
// Autogenerated from wled00/data/settings.htm, do not edit!! // Autogenerated from wled00/data/settings.htm, do not edit!!
const uint16_t PAGE_settings_length = 985; const uint16_t PAGE_settings_length = 985;
const uint8_t PAGE_settings[] PROGMEM = { const uint8_t PAGE_settings[] PROGMEM = {
0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x13, 0xad, 0x56, 0x6d, 0x6f, 0xdb, 0x36, 0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x0a, 0xad, 0x56, 0x6d, 0x6f, 0xdb, 0x36,
0x10, 0xfe, 0xee, 0x5f, 0xc1, 0xb0, 0x58, 0x23, 0xa1, 0xb2, 0xec, 0x38, 0xc3, 0xb0, 0xc9, 0x96, 0x10, 0xfe, 0xee, 0x5f, 0xc1, 0xb0, 0x58, 0x23, 0xa1, 0xb2, 0xec, 0x38, 0xc3, 0xb0, 0xc9, 0x96,
0x8b, 0x35, 0x2f, 0x9d, 0x87, 0x04, 0x0d, 0x90, 0xa4, 0xdd, 0x80, 0x7d, 0xa1, 0xc9, 0x93, 0xcc, 0x8b, 0x35, 0x2f, 0x9d, 0x87, 0x04, 0x0d, 0x90, 0xa4, 0xdd, 0x80, 0x7d, 0xa1, 0xc9, 0x93, 0xcc,
0x46, 0x22, 0x05, 0xf2, 0xe4, 0xc4, 0x73, 0xf3, 0xdf, 0x77, 0x94, 0x9d, 0xb7, 0x36, 0xd8, 0x8a, 0x46, 0x22, 0x05, 0xf2, 0xe4, 0xc4, 0x73, 0xf3, 0xdf, 0x77, 0x94, 0x9d, 0xb7, 0x36, 0xd8, 0x8a,
@ -134,7 +134,7 @@ const uint8_t PAGE_settings[] PROGMEM = {
// Autogenerated from wled00/data/settings_wifi.htm, do not edit!! // Autogenerated from wled00/data/settings_wifi.htm, do not edit!!
const uint16_t PAGE_settings_wifi_length = 1557; const uint16_t PAGE_settings_wifi_length = 1557;
const uint8_t PAGE_settings_wifi[] PROGMEM = { const uint8_t PAGE_settings_wifi[] PROGMEM = {
0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x13, 0xad, 0x57, 0xff, 0x4f, 0xdb, 0x38, 0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x0a, 0xad, 0x57, 0xff, 0x4f, 0xdb, 0x38,
0x14, 0xff, 0x3d, 0x7f, 0x85, 0xf1, 0x49, 0x53, 0xa3, 0x85, 0x94, 0xb6, 0xc7, 0x6e, 0x62, 0x49, 0x14, 0xff, 0x3d, 0x7f, 0x85, 0xf1, 0x49, 0x53, 0xa3, 0x85, 0x94, 0xb6, 0xc7, 0x6e, 0x62, 0x49,
0x76, 0x5d, 0xdb, 0x0d, 0xee, 0x18, 0xeb, 0x29, 0x68, 0xe8, 0xa4, 0x93, 0x26, 0x37, 0x79, 0x6d, 0x76, 0x5d, 0xdb, 0x0d, 0xee, 0x18, 0xeb, 0x29, 0x68, 0xe8, 0xa4, 0x93, 0x26, 0x37, 0x79, 0x6d,
0x3d, 0x9c, 0x38, 0x17, 0x3b, 0x2d, 0x88, 0xf1, 0xbf, 0xdf, 0xb3, 0x93, 0x96, 0x16, 0xe8, 0x36, 0x3d, 0x9c, 0x38, 0x17, 0x3b, 0x2d, 0x88, 0xf1, 0xbf, 0xdf, 0xb3, 0x93, 0x96, 0x16, 0xe8, 0x36,
@ -236,9 +236,9 @@ const uint8_t PAGE_settings_wifi[] PROGMEM = {
// Autogenerated from wled00/data/settings_leds.htm, do not edit!! // Autogenerated from wled00/data/settings_leds.htm, do not edit!!
const uint16_t PAGE_settings_leds_length = 7355; const uint16_t PAGE_settings_leds_length = 7357;
const uint8_t PAGE_settings_leds[] PROGMEM = { const uint8_t PAGE_settings_leds[] PROGMEM = {
0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x13, 0xdd, 0x3c, 0xed, 0x76, 0xe2, 0xc6, 0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x0a, 0xdd, 0x3c, 0xed, 0x76, 0xe2, 0xc6,
0x92, 0xff, 0x79, 0x8a, 0x76, 0x27, 0x71, 0xa4, 0x8b, 0x0c, 0x12, 0x1f, 0x8e, 0x07, 0x10, 0xac, 0x92, 0xff, 0x79, 0x8a, 0x76, 0x27, 0x71, 0xa4, 0x8b, 0x0c, 0x12, 0x1f, 0x8e, 0x07, 0x10, 0xac,
0xb1, 0x3d, 0x13, 0xdf, 0x6b, 0xc7, 0x3e, 0xc6, 0xc9, 0xdc, 0x3d, 0x93, 0x39, 0x19, 0x21, 0x1a, 0xb1, 0x3d, 0x13, 0xdf, 0x6b, 0xc7, 0x3e, 0xc6, 0xc9, 0xdc, 0x3d, 0x93, 0x39, 0x19, 0x21, 0x1a,
0xd0, 0x58, 0x48, 0xba, 0x92, 0xb0, 0x87, 0xb5, 0xd9, 0x67, 0xda, 0x67, 0xd8, 0x27, 0xdb, 0xaa, 0xd0, 0x58, 0x48, 0xba, 0x92, 0xb0, 0x87, 0xb5, 0xd9, 0x67, 0xda, 0x67, 0xd8, 0x27, 0xdb, 0xaa,
@ -475,236 +475,236 @@ const uint8_t PAGE_settings_leds[] PROGMEM = {
0x0e, 0x77, 0xea, 0x34, 0x6a, 0x57, 0xc6, 0x18, 0xe4, 0xe9, 0x82, 0xb1, 0xa4, 0xf7, 0x28, 0x19, 0x0e, 0x77, 0xea, 0x34, 0x6a, 0x57, 0xc6, 0x18, 0xe4, 0xe9, 0x82, 0xb1, 0xa4, 0xf7, 0x28, 0x19,
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}; };
// Autogenerated from wled00/data/settings_dmx.htm, do not edit!! // Autogenerated from wled00/data/settings_dmx.htm, do not edit!!
const uint16_t PAGE_settings_dmx_length = 1612; const uint16_t PAGE_settings_dmx_length = 1612;
const uint8_t PAGE_settings_dmx[] PROGMEM = { const uint8_t PAGE_settings_dmx[] PROGMEM = {
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@ -811,7 +811,7 @@ const uint8_t PAGE_settings_dmx[] PROGMEM = {
// Autogenerated from wled00/data/settings_ui.htm, do not edit!! // Autogenerated from wled00/data/settings_ui.htm, do not edit!!
const uint16_t PAGE_settings_ui_length = 3090; const uint16_t PAGE_settings_ui_length = 3090;
const uint8_t PAGE_settings_ui[] PROGMEM = { const uint8_t PAGE_settings_ui[] PROGMEM = {
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@ -1011,7 +1011,7 @@ const uint8_t PAGE_settings_ui[] PROGMEM = {
// Autogenerated from wled00/data/settings_sync.htm, do not edit!! // Autogenerated from wled00/data/settings_sync.htm, do not edit!!
const uint16_t PAGE_settings_sync_length = 3153; const uint16_t PAGE_settings_sync_length = 3153;
const uint8_t PAGE_settings_sync[] PROGMEM = { const uint8_t PAGE_settings_sync[] PROGMEM = {
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@ -1215,7 +1215,7 @@ const uint8_t PAGE_settings_sync[] PROGMEM = {
// Autogenerated from wled00/data/settings_time.htm, do not edit!! // Autogenerated from wled00/data/settings_time.htm, do not edit!!
const uint16_t PAGE_settings_time_length = 3302; const uint16_t PAGE_settings_time_length = 3302;
const uint8_t PAGE_settings_time[] PROGMEM = { const uint8_t PAGE_settings_time[] PROGMEM = {
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@ -1426,166 +1426,166 @@ const uint8_t PAGE_settings_time[] PROGMEM = {
// Autogenerated from wled00/data/settings_sec.htm, do not edit!! // Autogenerated from wled00/data/settings_sec.htm, do not edit!!
const uint16_t PAGE_settings_sec_length = 2406; const uint16_t PAGE_settings_sec_length = 2405;
const uint8_t PAGE_settings_sec[] PROGMEM = { const uint8_t PAGE_settings_sec[] PROGMEM = {
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0xd8, 0x7d, 0x76, 0x14, 0x00, 0x00 0x46, 0x75, 0x14, 0x00, 0x00
}; };
// Autogenerated from wled00/data/settings_um.htm, do not edit!! // Autogenerated from wled00/data/settings_um.htm, do not edit!!
const uint16_t PAGE_settings_um_length = 2514; const uint16_t PAGE_settings_um_length = 2514;
const uint8_t PAGE_settings_um[] PROGMEM = { const uint8_t PAGE_settings_um[] PROGMEM = {
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0x48, 0x42, 0x4c, 0x81, 0x5c, 0x00, 0xf4, 0x65, 0x65, 0xfd, 0xfb, 0x9e, 0x06, 0x49, 0x5d, 0x1c, 0x48, 0x42, 0x4c, 0x81, 0x5c, 0x00, 0xf4, 0x65, 0x65, 0xfd, 0xfb, 0x9e, 0x06, 0x49, 0x5d, 0x1c,
@ -1749,7 +1749,7 @@ const uint8_t PAGE_settings_um[] PROGMEM = {
// Autogenerated from wled00/data/settings_2D.htm, do not edit!! // Autogenerated from wled00/data/settings_2D.htm, do not edit!!
const uint16_t PAGE_settings_2D_length = 1754; const uint16_t PAGE_settings_2D_length = 1754;
const uint8_t PAGE_settings_2D[] PROGMEM = { const uint8_t PAGE_settings_2D[] PROGMEM = {
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0x49, 0x37, 0x6e, 0xdc, 0xda, 0x1d, 0x7b, 0xe2, 0x89, 0x72, 0xce, 0xdc, 0x5c, 0x3a, 0x29, 0x44, 0x49, 0x37, 0x6e, 0xdc, 0xda, 0x1d, 0x7b, 0xe2, 0x89, 0x72, 0xce, 0xdc, 0x5c, 0x3a, 0x29, 0x44,
0xae, 0x44, 0xc4, 0x24, 0xc0, 0x01, 0x20, 0xd9, 0xae, 0xe2, 0xff, 0x7e, 0x0b, 0x90, 0x12, 0x25, 0xae, 0x44, 0xc4, 0x24, 0xc0, 0x01, 0x20, 0xd9, 0xae, 0xe2, 0xff, 0x7e, 0x0b, 0x90, 0x12, 0x25,
@ -1865,7 +1865,7 @@ const uint8_t PAGE_settings_2D[] PROGMEM = {
// Autogenerated from wled00/data/settings_pin.htm, do not edit!! // Autogenerated from wled00/data/settings_pin.htm, do not edit!!
const uint16_t PAGE_settings_pin_length = 471; const uint16_t PAGE_settings_pin_length = 471;
const uint8_t PAGE_settings_pin[] PROGMEM = { const uint8_t PAGE_settings_pin[] PROGMEM = {
0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x13, 0x5d, 0x52, 0x4d, 0x6f, 0x13, 0x31, 0x1f, 0x8b, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x02, 0x0a, 0x5d, 0x52, 0x4d, 0x6f, 0x13, 0x31,
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0xb6, 0x37, 0x21, 0x54, 0xfc, 0x77, 0xc6, 0xbb, 0xa1, 0xa0, 0x5c, 0xd6, 0x7e, 0x33, 0xe3, 0x37, 0xb6, 0x37, 0x21, 0x54, 0xfc, 0x77, 0xc6, 0xbb, 0xa1, 0xa0, 0x5c, 0xd6, 0x7e, 0x33, 0xe3, 0x37,

2
wled00/wled.h
View File

@ -27,7 +27,7 @@
//#define WLED_DISABLE_ALEXA // saves 11kb //#define WLED_DISABLE_ALEXA // saves 11kb
//#define WLED_DISABLE_BLYNK // saves 6kb //#define WLED_DISABLE_BLYNK // saves 6kb
//#define WLED_DISABLE_HUESYNC // saves 4kb //#define WLED_DISABLE_HUESYNC // saves 4kb
//#define WLED_DISABLE_INFRARED // there is no pin left for this on ESP8266-01, saves 12kb //#define WLED_DISABLE_INFRARED // saves 12kb
#ifndef WLED_DISABLE_MQTT #ifndef WLED_DISABLE_MQTT
#define WLED_ENABLE_MQTT // saves 12kb #define WLED_ENABLE_MQTT // saves 12kb
#endif #endif