private void StartScan()
{
KillScan();
PhysicalSwitch.AssignSwitch(0, ctrSwitch0.Type, ctrSwitch0.Parameter);
if (rdoTwo.Checked)
{
PhysicalSwitch.AssignSwitch(1, ctrSwitch1.Type, ctrSwitch1.Parameter);
}
else
{
PhysicalSwitch.AssignSwitch(1, PhysicalSwitch.Types.Null, 0);
}
m_Engine = Engine.Create((Engine.Methods)cmbMethods.SelectedValue);
// note must be created before Logical bit to get switch count, but Initialised after the switches are available
pnlTest.Engine = m_Engine;
if (rdoTwo.Checked)
{
Logical.CreateSwitches(Logical.Number.Two, m_Engine);
}
else if (m_Engine.NumberSwitchInputs == 2)
{
Logical.CreateSwitches(Logical.Number.ShortLong, m_Engine);
}
else
{
Logical.CreateSwitches(Logical.Number.One, m_Engine);
}
m_Engine.Initialise();
ctrDiagram.Construct(m_Engine);
PhysicalSwitch.MasterSwitch = PhysicalSwitch.MasterModes.On;
m_Engine.StartScanning();
}
public override void Initialise()
{
// unlike most engines this will also create switches
PhysicalSwitch.AssignSwitch(0, PhysicalSwitch.Types.Pointer, (int)m_Method);
if (m_Method == Methods.DwellAveragePointer)
{
Logical.CreateSwitches(Logical.Number.PassThrough, this);
(PhysicalSwitch.Switch(0) as PointerDwellAverageSwitch).Engine = this;
}
else
{
Logical.CreateSwitches(m_Dwell ? Logical.Number.DwellOnly : Logical.Number.One, this);
}
base.Initialise(); // must be AFTER switches assigned
}