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brittanybullbrittanybull
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‎SL01demoCC03_CS11/LOOP.ino‎

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void main_program(void) {
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while (1) {
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delay(0);
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TaskScheduler();
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}
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}
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‎SL01demoCC03_CS11/MAIN.ino‎

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void main_code(void) {
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//Request SLO1 to get the weather measurements and store in the various variables
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lux = SL01.getLUX();
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// Display the recoreded data on the OLED screen
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OD01.set2X();
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OD01.println("SL01 Data");
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OD01.set1X();
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OD01.println("Shine your phone");
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OD01.println("flash on the sensor");
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OD01.println("to increase LUX");
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OD01.print("Light:");
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OD01.print(lux);
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OD01.println("LUX");
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uv = SL01.getUVA();
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OD01.print("UVA :");
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OD01.print(uv);
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OD01.println(" uW/m^2");
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uv = SL01.getUVB();
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OD01.print("UVB :");
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OD01.print(uv);
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OD01.print(" uW/m^2");
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}
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‎SL01demoCC03_CS11/RGB.ino‎

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void red_fade(const long interval, int LED, int limit, int increment) {
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currentMilli = millis();
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if (currentMilli - previousMilli1 >= interval) {
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previousMilli1 = currentMilli;
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if (fade_flag1 == true) {
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LED_state1 += increment;
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if (LED_state1 == limit) {
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fade_flag1 = false;
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}
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}
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if (fade_flag1 == false) {
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LED_state1 -= increment;
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if (LED_state1 == 0) {
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fade_flag1 = true;
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ledID++;
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}
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}
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}
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analogWrite(LED, LED_state1);
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}
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void blue_fade(const long interval, int LED, int limit, int increment) {
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currentMilli = millis();
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if (currentMilli - previousMilli2 >= interval) {
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previousMilli2 = currentMilli;
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if (fade_flag2 == true) {
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LED_state2 += increment;
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if (LED_state2 == limit) {
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fade_flag2 = false;
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}
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}
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if (fade_flag2 == false) {
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LED_state2 -= increment;
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if (LED_state2 == 0) {
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fade_flag2 = true;
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ledID = 0;
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}
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}
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}
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analogWrite(LED, LED_state2);
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}
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void green_fade(const long interval, int LED, int limit, int increment) {
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currentMilli = millis();
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if (currentMilli - previousMilli3 >= interval) {
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previousMilli3 = currentMilli;
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if (fade_flag3 == true) {
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LED_state3 += increment;
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if (LED_state3 == limit) {
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fade_flag3 = false;
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}
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}
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if (fade_flag3 == false) {
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LED_state3 -= increment;
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if (LED_state3 == 0) {
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fade_flag3 = true;
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ledID++;
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}
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}
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}
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analogWrite(LED, LED_state3);
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}

‎SL01demoCC03_CS11/SETUP.ino‎

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void setup_program(void) {
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#if defined(ESP8266)
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WiFi.forceSleepBegin();
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Wire.begin(2, 14);
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Wire.setClockStretchLimit(15000);
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#elif defined(ARDUINO_SAMD_ZERO)
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Wire.begin();
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#elif defined(ARDUINO_AVR_PRO)
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Wire.begin();
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#elif defined(ESP32)
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Wire.begin();
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#endif
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lux = uv = 0;
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// start sensor
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SL01.begin();
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// start oled
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OLED.begin();
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// clear oled
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OD01.clear();
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// set output leds
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pinMode(CW01_RED, OUTPUT);
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pinMode(CW01_GREEN, OUTPUT);
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pinMode(CW01_BLUE, OUTPUT);
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// turn rgb on
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digitalWrite(CW01_RED, HIGH);
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digitalWrite(CW01_GREEN, HIGH);
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digitalWrite(CW01_BLUE, HIGH);
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delay(2000);
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// turn rgb off
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digitalWrite(CW01_RED, LOW);
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digitalWrite(CW01_GREEN, LOW);
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digitalWrite(CW01_BLUE, LOW);
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delay(1000);
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t.tick_main = millis();
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t.tick_poll = millis();
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}
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‎SL01demoCC03_CS11/SL01demoCC03_CS11.ino‎

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#include <xCore.h>
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#include <xOD01.h>
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#include "TIMER_CTRL.h"
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#include <xSL01.h>
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#if defined(ESP8266)
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#define RED RED
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#define GREEN GREEN
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#define BLUE BLUE
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#include <ESP8266WiFi.h>
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#define Serial Serial
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#elif defined(ARDUINO_SAMD_ZERO)
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#define RED CC03_RED
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#define GREEN CC03_GREEN
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#define BLUE CC03_BLUE
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#define Serial SerialUSB
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#elif defined(ARDUINO_AVR_PRO)
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#define RED CC01_RED
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#define GREEN CC01_GREEN
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#define BLUE CC01_BLUE
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#define Serial Serial
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#elif defined(ESP32)
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#define RED CW02_RED
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#define GREEN CW02_GREEN
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#define BLUE CW02_BLUE
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#define Serial Serial
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#endif
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xSL01 SL01;
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unsigned long currentMilli = 0;
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int ledID = 0;
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bool fade_flag1 = true;
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unsigned long previousMilli1 = 0; // timing variable for LEDS
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int LED_state1 = 0;
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bool fade_flag2 = true;
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unsigned long previousMilli2 = 0; // timing variable for LEDS
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int LED_state2 = 0;
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bool fade_flag3 = true;
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unsigned long previousMilli3 = 0; // timing variable for LEDS
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int LED_state3 = 0;
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//Create variables to store the light data read from the SL01
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float lux;
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float uv;
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void setup() {
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// put your setup code here, to run once:
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setup_program();
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}
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void loop() {
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// put your main code here, to run repeatedly:
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main_program();
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}

‎SL01demoCC03_CS11/TASKS.ino‎

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void TaskScheduler(void) {
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if (ledID == 0) {
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red_fade(30, CW01_RED, 255, 5);
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} else if (ledID == 1) {
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green_fade(30, CW01_GREEN, 255, 5);
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} else if (ledID == 2) {
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blue_fade(30, CW01_BLUE, 255, 5);
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}
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if((millis() - t.tick_main) > 5000) {
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OD01.clear();
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main_code();
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t.tick_main = millis();
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}
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if((millis() - t.tick_poll) > 30) {
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// poll sensor
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SL01.poll();
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t.tick_poll = millis();
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}
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}

‎SL01demoCC03_CS11/TIMER_CTRL.h‎

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#ifndef timer_h
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#define timer_h
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struct TIMER_CTRL {
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unsigned long tick_main;
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unsigned long tick_poll;
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}t;
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#endif
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‎SL01demoCW01/LOOP.ino‎

Lines changed: 7 additions & 0 deletions
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1+
void main_program(void) {
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while (1) {
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delay(0);
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TaskScheduler();
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}
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}
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‎SL01demoCW01/MAIN.ino‎

Lines changed: 31 additions & 0 deletions
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1+
void main_code(void) {
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//Request SLO1 to get the weather measurements and store in the various variables
4+
lux = SL01.getLUX();
5+
6+
// Display the recoreded data on the OLED screen
7+
OD01.set2X();
8+
OD01.println("SL01 Data");
9+
10+
OD01.set1X();
11+
OD01.println("Shine your phone");
12+
OD01.println("flash on the sensor");
13+
OD01.println("to increase LUX");
14+
15+
OD01.print("Light:");
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OD01.print(lux);
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OD01.println("LUX");
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uv = SL01.getUVA();
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OD01.print("UVA :");
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OD01.print(uv);
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OD01.println(" uW/m^2");
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uv = SL01.getUVB();
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OD01.print("UVB :");
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OD01.print(uv);
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OD01.print(" uW/m^2");
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}
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‎SL01demoCW01/RGB.ino‎

Lines changed: 60 additions & 0 deletions
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void red_fade(const long interval, int LED, int limit, int increment) {
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currentMilli = millis();
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if (currentMilli - previousMilli1 >= interval) {
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previousMilli1 = currentMilli;
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if (fade_flag1 == true) {
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LED_state1 += increment;
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if (LED_state1 == limit) {
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fade_flag1 = false;
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}
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}
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if (fade_flag1 == false) {
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LED_state1 -= increment;
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if (LED_state1 == 0) {
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fade_flag1 = true;
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ledID++;
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}
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}
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}
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analogWrite(LED, LED_state1);
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}
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void blue_fade(const long interval, int LED, int limit, int increment) {
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currentMilli = millis();
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if (currentMilli - previousMilli2 >= interval) {
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previousMilli2 = currentMilli;
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if (fade_flag2 == true) {
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LED_state2 += increment;
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if (LED_state2 == limit) {
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fade_flag2 = false;
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}
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}
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if (fade_flag2 == false) {
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LED_state2 -= increment;
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if (LED_state2 == 0) {
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fade_flag2 = true;
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ledID = 0;
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}
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}
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}
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analogWrite(LED, LED_state2);
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}
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void green_fade(const long interval, int LED, int limit, int increment) {
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currentMilli = millis();
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if (currentMilli - previousMilli3 >= interval) {
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previousMilli3 = currentMilli;
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if (fade_flag3 == true) {
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LED_state3 += increment;
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if (LED_state3 == limit) {
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fade_flag3 = false;
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}
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}
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if (fade_flag3 == false) {
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LED_state3 -= increment;
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if (LED_state3 == 0) {
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fade_flag3 = true;
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ledID++;
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}
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}
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}
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analogWrite(LED, LED_state3);
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}

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