122 lines
3.8 KiB
C++
122 lines
3.8 KiB
C++
/*
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* Callback to set the led
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* like the analog time
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* struct
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*
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*/
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void ledRefreshCallback() {
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temp = allDotsOn ? backlightColor : black;
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strip.ClearTo(temp);
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for (int dot = 0; dot < NUM_LEDS; dot++) {
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#if NUM_LEDS == 60
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//1 dot hour marking
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if (MOD(dot, 5) == 0) {
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strip.SetPixelColor(dot, hourMarkingColor);
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}
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#endif
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#if NUM_LEDS == 24
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//1 dot quarter marking
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if (MOD(dot, 6) == 0) {
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strip.SetPixelColor(dot, hourMarkingColor);
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}
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#endif
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}
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strip.SetPixelColor(0, highnoonColor); //define high noon
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#if NUM_LEDS == 60
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//3 dots hour
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strip.SetPixelColor(MOD(int(currentHour * NUM_LEDS / 12 - 1 + hourOffset), NUM_LEDS), hourColor);
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strip.SetPixelColor(MOD(int(currentHour * NUM_LEDS / 12 + 0 + hourOffset), NUM_LEDS), hourColor);
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strip.SetPixelColor(MOD(int(currentHour * NUM_LEDS / 12 + 1 + hourOffset), NUM_LEDS), hourColor);
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if (singleSecond) {
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strip.SetPixelColor(MOD(int(currentSec * NUM_LEDS / 60 + 0), NUM_LEDS), allDotsOn ? secondsColor : backlightColor);
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}
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#else
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strip.SetPixelColor(MOD(int(currentHour * NUM_LEDS / 12 + 0 + hourOffset), NUM_LEDS) , hourColor);
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#endif
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strip.SetPixelColor(MOD(int(currentMin * NUM_LEDS / 60 + 0), NUM_LEDS), minuteColor);
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strip.Show();
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}
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/*
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* Callback to animate
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* black running for online but not NTP
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* white running for connecting
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* green running for AP mode
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* red running for boot and unconfigured
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*/
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void bootAnimCallback() {
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strip.ClearTo(black);
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int tail = -1;
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if (clockwiseRing) {
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currentSec++;
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if (currentSec >= NUM_LEDS) {
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currentSec = 0;
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}
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}
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else {
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currentSec--;
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tail = 1;
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if (currentSec < 0) {
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currentSec = NUM_LEDS - 1;
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}
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}
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//ToDo change to no valid time
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if (iotWebConf.getState() == iotwebconf::OnLine && !NTPreachable) {
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strip.ClearTo(white);
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strip.SetPixelColor(MOD((currentSec - 0), NUM_LEDS), black);
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strip.SetPixelColor(MOD((currentSec - 1 * tail), NUM_LEDS), black);
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strip.SetPixelColor(MOD((currentSec - 2 * tail), NUM_LEDS), black);
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}
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if (iotWebConf.getState() == iotwebconf::Connecting ) {
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strip.SetPixelColor(MOD((currentSec - 0), NUM_LEDS), white);
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strip.SetPixelColor(MOD((currentSec - 1 * tail), NUM_LEDS), whiter);
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strip.SetPixelColor(MOD((currentSec - 2 * tail), NUM_LEDS), white12);
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}
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if (iotWebConf.getState() == iotwebconf::ApMode ) {
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strip.SetPixelColor(MOD((currentSec - 0), NUM_LEDS), lightgreen);
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strip.SetPixelColor(MOD((currentSec - 1 * tail), NUM_LEDS), green);
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strip.SetPixelColor(MOD((currentSec - 2 * tail), NUM_LEDS), darkgreen);
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}
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if (iotWebConf.getState() == iotwebconf::Boot || iotWebConf.getState() == iotwebconf::NotConfigured) {
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strip.SetPixelColor(MOD((currentSec - 0), NUM_LEDS), orangered);
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strip.SetPixelColor(MOD((currentSec - 1 * tail), NUM_LEDS), red);
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strip.SetPixelColor(MOD((currentSec - 2 * tail), NUM_LEDS), darkred);
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}
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strip.Show();
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}
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/*
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* Callback fo the brigthness
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* takes 10 values, get the median
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* and set the new value
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*/
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#ifdef LDR_PIN
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void brightnessAdjustmentCallback() {
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//Serial.println(ldrValue);
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//brigthness begin
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ldrValue = ldrValue / 10;
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if (ldrValue == 0) {
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targetBrightness = MAX_BRIGHTNESS;
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}
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else {
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targetBrightness = int(MINIMAL_BRIGHTNESS + (MAX_BRIGHTNESS - MINIMAL_BRIGHTNESS) / ((ldrValue / LDR_SCALE) + 1) );
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}
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//Serial.println("Brightness: " + String(strip.GetBrightness()) + "(" + String(ldrValue) + ")");
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}
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/*
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* callback for fading the brigthness smootly
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*/
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void brightnessFadingCallback() {
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int currentBrightness = strip.GetBrightness();
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int diff = targetBrightness - currentBrightness;
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int rate = rint(diff / 10);
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strip.SetBrightness(currentBrightness + rate);
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strip.Show();
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//Serial.println("Brightness: " + String(currentBrightness) + " diff " + String(rate));
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}
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#endif
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