public void ChangeRed(bool up)
{
string result = CM.ConvertToHex(RedValue);
string redstr = result[1].ToString() + result[2].ToString();
int red = int.Parse(redstr, System.Globalization.NumberStyles.HexNumber);
//int alpha = increment / 3;
int newred = 0;
if (up)
{
if (red + increment >= 255)
{
Debug.Log("Red at maximum");
SetKnob();
return;
}
else
{
newred = red + increment;
RotateKnob(up);
}
}
else
{
if (red - increment <= 0)
{
Debug.Log("Red at zero");
RedValue = Color.clear;
CM.DrawLineBetweenTwoVectors(RedLaserGO.transform.position, Mirror.transform.position, RedValue, LineMaterial, RedLaserGO, RedLaser, false);
ChangeOutput();
SetKnob();
return;
}
else
{
newred = red - increment;
RotateKnob(up);
}
}
Debug.Log(newred);
string hexValue = "#" + newred.ToString("X") + "0000";
if (hexValue.Length == 6)
{
hexValue = hexValue.Insert(1, "0");
}
RedValue = CM.ConvertToColor(hexValue);
CM.DrawLineBetweenTwoVectors(RedLaserGO.transform.position, Mirror.transform.position, RedValue, LineMaterial, RedLaserGO, RedLaser, false);
ChangeOutput();
}
public void ResetColors()
{
RedValue = Color.clear;
BlueValue = Color.clear;
GreenValue = Color.clear;
OutputVal = Color.clear;
CM.DrawLineBetweenTwoVectors(RedLaserGO.transform.position, Mirror.transform.position, RedValue, LineMaterial, RedLaserGO, RedLaser, false);
CM.DrawLineBetweenTwoVectors(BlueLaserGO.transform.position, Mirror.transform.position, BlueValue, LineMaterial, BlueLaserGO, BlueLaser, true);
CM.DrawLineBetweenTwoVectors(GreenLaserGO.transform.position, Mirror.transform.position, GreenValue, LineMaterial, GreenLaserGO, GreenLaser, false);
CM.DrawLineBetweenTwoVectors(Mirror.transform.position, OutputLaserGO.transform.position, OutputVal, LineMaterial, OutputLaserGO, OutputLaser, true);
}
public void ChangeBlue(bool up)
{
string result = CM.ConvertToHex(BlueValue);
string bluestr = result[5].ToString() + result[6].ToString();
int blue = int.Parse(bluestr, System.Globalization.NumberStyles.HexNumber);
int newblue = 0;
if (up)
{
if (blue + increment >= 255)
{
Debug.Log("Blue at maximum");
SetKnob();
return;
}
else
{
newblue = blue + increment;
RotateKnob(up);
}
}
else
{
if (blue - increment <= 0)
{
Debug.Log("Blue at zero or will be below zero.");
BlueValue = Color.clear;
CM.DrawLineBetweenTwoVectors(BlueLaserGO.transform.position, Mirror.transform.position, BlueValue, LineMaterial, BlueLaserGO, BlueLaser, true);
ChangeOutput();
SetKnob();
return;
}
else
{
newblue = blue - increment;
RotateKnob(up);
}
}
Debug.Log(newblue);
string hexValue = "#0000" + newblue.ToString("X");
if (hexValue.Length == 6)
{
hexValue = hexValue.Insert(5, "0");
}
BlueValue = CM.ConvertToColor(hexValue);
Debug.Log(BlueValue);
CM.DrawLineBetweenTwoVectors(BlueLaserGO.transform.position, Mirror.transform.position, BlueValue, LineMaterial, BlueLaserGO, BlueLaser, true);
ChangeOutput();
}
public void ChangeGreen(bool up)
{
string result = CM.ConvertToHex(GreenValue);
string greenstr = result[3].ToString() + result[4].ToString();
int green = int.Parse(greenstr, System.Globalization.NumberStyles.HexNumber);
int newgreen = 0;
if (up)
{
if (green + increment >= 255)
{
Debug.Log("Green at maximum");
SetKnob();
return;
}
else
{
newgreen = green + increment;
RotateKnob(up);
}
}
else
{
if (green - increment <= 0)
{
Debug.Log("Green at zero");
GreenValue = Color.clear;
CM.DrawLineBetweenTwoVectors(GreenLaserGO.transform.position, Mirror.transform.position, GreenValue, LineMaterial, GreenLaserGO, GreenLaser, false);
ChangeOutput();
SetKnob();
return;
}
else
{
newgreen = green - increment;
RotateKnob(up);
}
}
Debug.Log(newgreen);
string hexValue = "#00" + newgreen.ToString("X") + "00";
if (hexValue.Length == 6)
{
hexValue = hexValue.Insert(3, "0");
}
GreenValue = CM.ConvertToColor(hexValue);
CM.DrawLineBetweenTwoVectors(GreenLaserGO.transform.position, Mirror.transform.position, GreenValue, LineMaterial, GreenLaserGO, GreenLaser, false);
ChangeOutput();
}
public void ChangeOutput()
{
string red = CM.ConvertToHex(RedValue);
string green = CM.ConvertToHex(GreenValue);
string blue = CM.ConvertToHex(BlueValue);
string hexValue = "#" + red[1] + red[2] + green[3] + green[4] + blue[5] + blue[6];
OutputVal = CM.ConvertToColor(hexValue);
if (RedValue == Color.clear && GreenValue == Color.clear && BlueValue == Color.clear)
{
OutputVal = Color.clear;
}
CM.DrawLineBetweenTwoVectors(Mirror.transform.position, OutputLaserGO.transform.position, OutputVal, LineMaterial, OutputLaserGO, OutputLaser, true);
}
// Start is called before the first frame update
void Start()
{
OutputVal = Color.white;
// Add The Line Renderers
RedLaser = RedLaserGO.AddComponent <LineRenderer>();
GreenLaser = GreenLaserGO.AddComponent <LineRenderer>();
BlueLaser = BlueLaserGO.AddComponent <LineRenderer>();
OutputLaser = OutputLaserGO.AddComponent <LineRenderer>();
// Set Colors
CM.SetColorMaterialTransform(TrueValue, ColorMatcher.transform);
CM.SetColorMaterialTransform(Color.red, redKnob.transform);
CM.SetColorMaterialTransform(Color.green, greenKnob.transform);
CM.SetColorMaterialTransform(Color.blue, blueKnob.transform);
// Draw Lines
CM.DrawLineBetweenTwoVectors(RedLaserGO.transform.position, Mirror.transform.position, RedValue, LineMaterial, RedLaserGO, RedLaser, false);
CM.DrawLineBetweenTwoVectors(BlueLaserGO.transform.position, Mirror.transform.position, BlueValue, LineMaterial, BlueLaserGO, BlueLaser, true);
CM.DrawLineBetweenTwoVectors(GreenLaserGO.transform.position, Mirror.transform.position, GreenValue, LineMaterial, GreenLaserGO, GreenLaser, false);
CM.DrawLineBetweenTwoVectors(Mirror.transform.position, OutputLaserGO.transform.position, OutputVal, LineMaterial, OutputLaserGO, OutputLaser, true);
}
