/// <summary>
/// Creates the desired regulation scheme
/// </summary>
public void UpdateBasicRegulation()
{
// First resets the regulation list
moduleController.ResetRegulation();
// Is it "Active when X is active" or when "X is inactive"?
if (activeWhenInputActive)
{
// "Active when X is active" is the easiest case:
moduleController.AddInputToReg(inputSelector.value, 1.0);
// We record this action:
moduleController.UiManager.WriteToRecord(
"New regulation for module " + moduleController.ModuleId +
": when " + inputSelector.value.ToString() + " active");
}
else
{
// We record this action:
moduleController.UiManager.WriteToRecord(
"New regulation for module " + moduleController.ModuleId +
": when " + inputSelector.value.ToString() + " inactive");
// First checks the special case for "active when bias is inactive"
// In this case we do not want 2 different connections from bias
// which would be problematic, because they would share Id!
if (inputSelector.value == 0)
{
// This should never be active, so it uses weight 0
moduleController.AddInputToReg(inputSelector.value, 0.0);
}
else
{
// This is the normal case. +1 regulation with bias and -1
// from the selected input (so when it is active the result
// is +1 -1 = 0 --> no activation)
// First adds the auxiliary connection from bias
moduleController.AddInputToReg(0, 1.0);
// Then the connection from the selected input, with weight -1
moduleController.AddInputToReg(inputSelector.value, -1.0);
}
}
// Asks module controller to pass the new regulation scheme to
// UImanager.
moduleController.PassRegulation();
}