public VehicleDriveControls GetControlFromDeltas(AxisDeltas axisDeltas, VehicleDriveControls currentState, float deltaTime)
{
float resultingAxis1Value = AxisValue(currentState.Axis1, axisDeltas.Delta1, Axis1RateOfChange, deltaTime);
float resultingAxis2Value = AxisValue(currentState.Axis2, axisDeltas.Delta2, Axis2RateOfChange, deltaTime);
float resultingAxis3Value = AxisValue(currentState.Axis3, axisDeltas.Delta3, Axis3RateOfChange, deltaTime);
return(new VehicleDriveControls(resultingAxis1Value, resultingAxis2Value, resultingAxis3Value));
}
private static AxisDeltas[] GenerateDeltas(float axis1RateOfChange, float axis2RateOfChange, float axis3RateOfChange)
{
int deltaCount = 0;
for (short axis1Delta = -1; axis1Delta < 2; ++axis1Delta)
{
if ((axis1Delta != 0) && (axis1RateOfChange == 0f))
{
continue;
}
for (short axis2Delta = -1; axis2Delta < 2; ++axis2Delta)
{
if ((axis2Delta != 0) && (axis2RateOfChange == 0f))
{
continue;
}
for (short axis3Delta = -1; axis3Delta < 2; ++axis3Delta)
{
if ((axis3Delta != 0) && (axis3RateOfChange == 0f))
{
continue;
}
++deltaCount;
}
}
}
AxisDeltas[] deltas = new AxisDeltas[deltaCount];
deltaCount = 0;
for (short axis1Delta = -1; axis1Delta < 2; ++axis1Delta)
{
if ((axis1Delta != 0) && (axis1RateOfChange == 0f))
{
continue;
}
for (short axis2Delta = -1; axis2Delta < 2; ++axis2Delta)
{
if ((axis2Delta != 0) && (axis2RateOfChange == 0f))
{
continue;
}
for (short axis3Delta = -1; axis3Delta < 2; ++axis3Delta)
{
if ((axis3Delta != 0) && (axis3RateOfChange == 0f))
{
continue;
}
deltas[deltaCount] = new AxisDeltas(axis1Delta, axis2Delta, axis3Delta);
++deltaCount;
}
}
}
return(deltas);
}
