///<  FILENAME: Voltmeter.ino

///<  CONFIG: Must be configured for proper platform
///<  CONFIG: Config 0=IDE MODE, Config 1=WOKII MODE
#define CONFIG 2

#if CONFIG == 0
#define CONFIG_TEXT "IDE"
#elif CONFIG == 1
#define CONFIG_TEXT "WOKII"
#elif CONFIG == 2
#define CONFIG_TEXT "TFT_eSPI"
#endif

///<  INCLUDE: This includes all variables, defintions, libraries & drivers required
///<  INCLUDE:
#include "include.h"
//==================================================================================


#define SCREEN_WIDTH 240
#define SCREEN_HEIGHT 240

// Assign human-readable names to some common 16-bit color values:
#define BLACK 0x0000
#define BLUE 0x001F
#define RED 0xF800
#define GREEN 0x07E0
#define CYAN 0x07FF
#define MAGENTA 0xF81F
#define YELLOW 0xFFE0
#define WHITE 0xFFFF

// Rotations 0,2 = portrait  : 0->USB=right,upper : 2->USB=left,lower
// Rotations 1,3 = landscape : 1->USB=left,upper  : 3->USB=right,lower
const uint16_t rotation = 0;  //(0->3)
const uint16_t crnrname = 0;


void setup() {
  tft.begin();
  tft.setRotation(rotation);
  tft.fillScreen(BLACK);
  tft.setTextColor(WHITE);
  tft.setTextSize(3);
  //  CharacterGrid();
}
//  END SETUP


void loop() {

  int16_t x = 120;
  int16_t y = 120;
  int16_t START_ANGLE = 0;
  int16_t STOP_ANGLE = 45;
  int16_t ARC_SEGMENTS = 3;
  int16_t rx = 120;
  int16_t ry = 120;
  int16_t ARC_THICKNESS = 20;
  int16_t ARCS = 3;
  int16_t ARC_SWEEPS = 0;

    for (ARC_SWEEPS = 0; ARC_SWEEPS <= ARCS; ARC_SWEEPS++) {
      fillArc1(x, y, START_ANGLE, STOP_ANGLE, ARC_SEGMENTS, rx - (ARC_SWEEPS * ARC_THICKNESS), ry - (ARC_SWEEPS * ARC_THICKNESS), ARC_THICKNESS, (ARC_SWEEPS * 0x010F) + ORANGE);
    }

    START_ANGLE = 90;
    STOP_ANGLE = START_ANGLE + 30;
    for (ARC_SWEEPS = 0; ARC_SWEEPS <= ARCS; ARC_SWEEPS++) {
      fillArc2(x, y, START_ANGLE, STOP_ANGLE, ARC_SEGMENTS, rx - (ARC_SWEEPS * ARC_THICKNESS), ry - (ARC_SWEEPS * ARC_THICKNESS), ARC_THICKNESS, (ARC_SWEEPS * 0x010F) + GREEN);
    }

    START_ANGLE = STOP_ANGLE + 1;
    STOP_ANGLE = START_ANGLE + 30;
    for (ARC_SWEEPS = 0; ARC_SWEEPS <= ARCS; ARC_SWEEPS++) {
      fillArc2(x, y, START_ANGLE, STOP_ANGLE, ARC_SEGMENTS, rx - (ARC_SWEEPS * ARC_THICKNESS), ry - (ARC_SWEEPS * ARC_THICKNESS), ARC_THICKNESS, (ARC_SWEEPS * 0x010F) + YELLOW);
    }

    START_ANGLE = STOP_ANGLE + 1;
    STOP_ANGLE = START_ANGLE + 30;
    for (ARC_SWEEPS = 0; ARC_SWEEPS <= ARCS; ARC_SWEEPS++) {
      fillArc2(x, y, START_ANGLE, STOP_ANGLE, ARC_SEGMENTS, rx - (ARC_SWEEPS * ARC_THICKNESS), ry - (ARC_SWEEPS * ARC_THICKNESS), ARC_THICKNESS, (ARC_SWEEPS * 0x010F) + RED);
    }

    HOLDING(5000);
    tft.fillScreen(BLACK);
    Serial.println("reset");
} //  END LOOP