public short AntiDeadZoneHelperValueTests(short inputValue, int percentage)
{
var helper = new AntiDeadZoneHelper {
Percentage = percentage
};
return(helper.ApplyRangeAntiDeadZone(inputValue));
}
public override void Update(params short[] values)
{
var value = values[0];
// Empirical:
// Throttle 0% == 32k
// Throttle 100% == -32k
var axisPercentage = (32768 - value) / 65536f; // Percentage of input axis that is activated
// rangeStart will represent where our range will begin
int rangeStart = (int)Math.Ceiling((65536 * LowRange) / 100f);
// rangeEnd will represent the end of our range
int rangeEnd = (int)Math.Round((65536 * HighRange) / 100f);
// outputRange is the range we are scaling the input axis to
int outputRange = rangeEnd - rangeStart;
// Calculate output value by scaling range to the absolute throttle percentage and offsetting with the max value and range start
var tmp = 32768 - rangeStart - (int)Math.Round(outputRange * axisPercentage);
// Debug.WriteLine($"d: {d} range: {range} Input: {value} output: {tmp}");
// Let's limit the output value
tmp = Math.Max(tmp, -32767);
tmp = Math.Min(tmp, 32768);
value = (short)tmp;
if (Invert)
{
value = Functions.Invert(value);
}
if (DeadZone != 0)
{
value = _deadZoneHelper.ApplyRangeDeadZone(value);
}
if (AntiDeadZone != 0)
{
value = _antiDeadZoneHelper.ApplyRangeAntiDeadZone(value);
}
if (Sensitivity != 100)
{
value = _sensitivityHelper.ApplyRangeSensitivity(value);
}
WriteOutput(0, value);
}
public override void Update(params short[] values)
{
var value = values[0];
if (Invert)
{
value = Functions.Invert(value);
}
if (DeadZone != 0)
{
value = _deadZoneHelper.ApplyRangeDeadZone(value);
}
if (AntiDeadZone != 0)
{
value = _antiDeadZoneHelper.ApplyRangeAntiDeadZone(value);
}
if (Sensitivity != 100)
{
value = _sensitivityHelper.ApplyRangeSensitivity(value);
}
WriteOutput(0, value);
}
public long AntiDeadZoneHelperInitTests(short inputValue)
{
var helper = new AntiDeadZoneHelper();
return(helper.ApplyRangeAntiDeadZone(inputValue));
}
