internal override void ProcessData(IConnectedDevice device, int incomingValue, int offset)
{
switch (properties.Information.Aspect)
{
case ObjectAspect.Position:
float newValue = incomingValue * sensitivity;
if (newValue > 0)
newValue = Math.Min(axisMax, newValue);
else if (newValue < 0)
newValue = Math.Max(axisMin, newValue);
OnNewValue((int)newValue);
break;
}
}
internal override void ProcessData(IConnectedDevice device, int incomingValue, int offset)
{
switch (properties.Information.Aspect)
{
case ObjectAspect.Position:
int pos = (int)lerp(nRange, pRange, (float)incomingValue / rawRange) + rawOffset;
if (inverted)
pos *= -1;
if (deadband > 0 && Math.Abs(pos) < deadband)
OnNewValue(0);
else
OnNewValue(pos);
break;
}
}
internal override void ProcessData(IConnectedDevice device, int incomingValue, int offset)
{
bool wasPressed = Value > 0;
bool isPressed = inverted ? incomingValue <= 0 : incomingValue > 0;
OnNewValue(isPressed ? 1 : 0);
if(ButtonPressed != null)
{
if (!wasPressed && isPressed)
ButtonPressed(this);
}
if(ButtonReleased != null)
{
if (wasPressed && !isPressed)
ButtonReleased(this);
}
}
internal override void ProcessData(IConnectedDevice device, int incomingValue, int offset)
{
int oldValue = value;
if (device.Device == positive.Properties.Device && offset == positive.Properties.RealOffset)
positive.ProcessData(device, incomingValue, offset);
else if (device.Device == negative.Properties.Device && offset == negative.Properties.RealOffset)
negative.ProcessData(device, incomingValue, offset);
if (positive.Value > 0)
value = toSet;
else if (negative.Value > 0)
value = -toSet;
else
value = 0;
if ((oldValue != value) && (InputChanged != null))
InputChanged(this, oldValue, incomingValue);
}
internal override void ProcessData(IConnectedDevice device, int incomingValue, int offset)
{
}
internal abstract void ProcessData(IConnectedDevice device, int incomingValue, int offset);
