public override bool WorthProcessing(Driven.PanelInputs inputs)
{
//TODO: Make these more complex (like providing opposite input is faster to stop than just letting go).
//TODO: Cause self-damage if you reverse while still going full on an axis.
float leftAxis = inputs.topLeft - inputs.bottomLeft;
float rightAxis = inputs.topRight - inputs.bottomRight;
return(!(Mathf.Approximately(leftAxis, leftThrottle) && Mathf.Approximately(rightAxis, rightThrottle)));
}
// Update is called once per frame
void Update()
{
if (!isLocalPlayer)
{
return;
}
Driven.PanelInputs[] inputs = new Driven.PanelInputs[] {
new Driven.PanelInputs(Input.GetAxis("1 Top Left"), Input.GetAxis("1 Top"), Input.GetAxis("1 Top Right"),
Input.GetAxis("1 Left"), Input.GetAxis("1 Middle"), Input.GetAxis("1 Right"),
Input.GetAxis("1 Bottom Left"), Input.GetAxis("1 Bottom"), Input.GetAxis("1 Bottom Right"))
};
List <Module> modules = mech.ModulesForPilot(crewPosition);
for (int i = 0; i < modules.Count; i++)
{
if (modules[i] && modules[i].WorthProcessing(inputs[i]))
{
CmdSendInputs(inputs);
}
}
}
public abstract void ProcessInputs(Driven.PanelInputs inputs);
public abstract bool WorthProcessing(Driven.PanelInputs inputs);
public override void ProcessInputs(Driven.PanelInputs inputs)
{
leftThrottle = inputs.topLeft - inputs.bottomLeft;
rightThrottle = inputs.topRight - inputs.bottomRight;
}
