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Předělání RGB LED na array.

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This commit is contained in:
Matěj Kubíček
2026-06-10 10:42:03 +02:00
parent f057c44361
commit 920a2b7d1d
1 changed files with 18 additions and 18 deletions
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src/src/main.cpp
+18 -18
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@@ -7,9 +7,9 @@
constexpr byte ENCODER_CLK_PIN = 11; constexpr byte ENCODER_CLK_PIN = 11;
constexpr byte ENCODER_DT_PIN = 12; constexpr byte ENCODER_DT_PIN = 12;
constexpr byte BUTTON_PIN = 2; constexpr byte BUTTON_PIN = 2;
constexpr byte RGB_RED_PIN = 3;
constexpr byte RGB_GREEN_PIN = 5; constexpr byte RGB_LED[] = {2, 5, 6};
constexpr byte RGB_BLUE_PIN = 6;
constexpr byte SERVO_PIN = 9; constexpr byte SERVO_PIN = 9;
constexpr byte BUZZER_PIN = 8; constexpr byte BUZZER_PIN = 8;
@@ -82,28 +82,28 @@ void ConfirmSound() {
} }
void OpenLED() { void OpenLED() {
analogWrite(RGB_GREEN_PIN, 120); analogWrite(RGB_LED[1], 120);
analogWrite(RGB_BLUE_PIN, 0); analogWrite(RGB_LED[2], 0);
analogWrite(RGB_RED_PIN, 0); analogWrite(RGB_LED[0], 0);
} }
void CloseLED() { void CloseLED() {
analogWrite(RGB_GREEN_PIN, 0); analogWrite(RGB_LED[1], 0);
analogWrite(RGB_BLUE_PIN, 0); analogWrite(RGB_LED[2], 0);
analogWrite(RGB_RED_PIN, 120); analogWrite(RGB_LED[0], 120);
} }
void NeutralLED() { void NeutralLED() {
analogWrite(RGB_GREEN_PIN, 0); analogWrite(RGB_LED[1], 0);
analogWrite(RGB_BLUE_PIN, 120); analogWrite(RGB_LED[2], 120);
analogWrite(RGB_RED_PIN, 0); analogWrite(RGB_LED[0], 0);
} }
void BlockedLED() { void BlockedLED() {
const bool blink = millis() / 500 % 2 == 0; const bool blink = millis() / 500 % 2 == 0;
analogWrite(RGB_RED_PIN, blink ? 120 : 0); analogWrite(RGB_LED[0], blink ? 120 : 0);
analogWrite(RGB_GREEN_PIN, 0); analogWrite(RGB_LED[1], 0);
analogWrite(RGB_BLUE_PIN, 0); analogWrite(RGB_LED[2], 0);
} }
void showEntryScreen(const bool showValue) { void showEntryScreen(const bool showValue) {
@@ -209,9 +209,9 @@ void setup() {
Serial.println("Nastavování pinů"); Serial.println("Nastavování pinů");
pinMode(BUTTON_PIN, INPUT); Serial.println("Piny: 1/8"); pinMode(BUTTON_PIN, INPUT); Serial.println("Piny: 1/8");
pinMode(RGB_RED_PIN, OUTPUT); Serial.println("Piny: 2/8"); pinMode(RGB_LED[0], OUTPUT); Serial.println("Piny: 2/8");
pinMode(RGB_GREEN_PIN, OUTPUT); Serial.println("Piny: 3/8"); pinMode(RGB_LED[1], OUTPUT); Serial.println("Piny: 3/8");
pinMode(RGB_BLUE_PIN, OUTPUT); Serial.println("Piny: 4/8"); pinMode(RGB_LED[2], OUTPUT); Serial.println("Piny: 4/8");
pinMode(ENCODER_CLK_PIN, INPUT); Serial.println("Piny: 5/8"); pinMode(ENCODER_CLK_PIN, INPUT); Serial.println("Piny: 5/8");
pinMode(ENCODER_DT_PIN, INPUT); Serial.println("Piny: 6/8"); pinMode(ENCODER_DT_PIN, INPUT); Serial.println("Piny: 6/8");
pinMode(SERVO_PIN, OUTPUT); Serial.println("Piny: 7/8"); pinMode(SERVO_PIN, OUTPUT); Serial.println("Piny: 7/8");