HybridCosimulation/DSL_SemanticAdaptation/be.uantwerpen.ansymo.semanticadaptation/examples/power_canonical_generated_algorithm.sa

/*
This file is deprecated
*/
code power_sa:
	
	var in_condition_executed;
	var out_condition_executed;
	
	var power; //FMU power ref
	
	var time_last_window;
	
	var stored_windowsa_u,
		stored_windowsa_d;
	
	var stored_window_reaction_torque,
		stored_window_height;
	
	var init_armature_current = 0,
		init_displacement = 0,
		init_speed = 0;
	
	var stored_armature_current,
		stored_displacement,
		stored_speed;
	
	function instantiate()
		power.instantiate()
		return
	end function
	
	function setup_experiment(t, ...) 
		time_last_window := t;
	end function
	
	function enter_init() 
		power.enter_init()
		return
	end function
	
	function exit_init() 
		power.exit_init()
		return
	end function
	
	function setValues(ports, values) 		
		in_condition_executed = empty map
		if (true) then
			in_condition_executed[cond1] = true
			
			stored_windowsa_u = values["u"]
			stored_windowsa_d = values["d"]
			
			// power_sa is moore, so nothing else to do.
			
		end if
		
		out_condition_executed := empty map // force output computation.
	end function
	
	function doStep(t, H)
		
		var e := t - time_last_window;
		{ // new scope
			var t := t
			var h := H
			var dt := 0
			power.setValues("u", stored_windowsa_u)
			power.setValues("d", stored_windowsa_d)
		}
		power.doStep(t, H);
		time_last_window := t;
		out_condition_executed := empty map
	end function
	
	function getValues(ports)
		var values = empty map
		
		if out_condition_executed == empty map then
			if true then
				stored_armature_current = power.getValues("armature_current")
				out_condition_executed[cond1] := true
			end if
			if true then
				stored_displacement = power.getValues("displacement")
				out_condition_executed[cond2] := true
			end if
			if true then
				stored_speed = power.getValues("speed")
				out_condition_executed[cond3] := true
			end if
		end if
		
		if out_condition_executed[cond1] then
			values["armature_current"] := stored_armature_current
		end if
		if out_condition_executed[cond2] then
			values["displacement"] := stored_displacement
		end if
		if out_condition_executed[cond3] then
			values["speed"] := stored_speed
		end if
		
		return values
	end function