internal override float CalculateEyeOutput(Eye eye)
{
float red, green, blue;
ColorInformation info = eye.GetEntireEyeInformation();
red = info.maxRed * this.redChannelWeight;
green = info.maxGreen * this.greenChannelWeight;
blue = info.maxBlue * this.blueChannelWeight;
//now we calculate an average value
float average = (red + green + blue) / 3;
return(this.vehicle.EvaluateEyeBrightness(average));
}
internal virtual float CalculateEyeOutput(Eye eye)
{
//calculates the output for a specific eye
//by default eye output is calculated for the entire eye
ColorInformation eyeInfo = eye.GetEntireEyeInformation();
switch (this.eyeMode)
{
case EyeMode.Maximum:
return(eyeInfo.maxBrightness);
case EyeMode.Minimum:
return(eyeInfo.minBrightness);
default:
return(eyeInfo.averageBrightness);
}
}
internal override float CalculateEyeOutput(Eye eye)
{
float red, green, blue;
//get color information for the entire retine
ColorInformation info = eye.GetEntireEyeInformation();
switch (this.eyeMode)
{
case EyeMode.Maximum:
red = info.maxRed;
green = info.maxGreen;
blue = info.maxBlue;
break;
case EyeMode.Minimum:
red = info.minRed;
green = info.minGreen;
blue = info.minBlue;
break;
default:
red = info.averageRed;
green = info.averageGreen;
blue = info.averageBlue;
break;
}
//now we have the color information for each color channel
float diffRed, diffGreen, diffBlue;
diffRed = Mathf.Abs(colorSensitivity.r - red);
diffGreen = Mathf.Abs(colorSensitivity.g - green);
diffBlue = Mathf.Abs(colorSensitivity.b - blue);
//now we calculate an average value
float average = (diffRed + diffGreen + diffBlue) / 3;
//if we have the an exact match to the preferred color, average will equal 0
//and if we have the exact opposite, the average will be 1
return(this.vehicle.EvaluateEyeBrightness(1 - average));
}