test/canvas/blocktypes.a4c

REQUIRE "atoms.a4l";

ATOM specific_enthalpy REFINES solver_var
		DIMENSION L^2/T^2
		DEFAULT 1000{kJ/kg};
	lower_bound := 0{kJ/kg};
	upper_bound := 1e50{kJ/kg};
	nominal := 1000{kJ/kg};
END specific_enthalpy;

ATOM specific_volume REFINES solver_var
		DIMENSION L^3/M
		DEFAULT 0.001{m^3/kg};
	lower_bound := 0{m^3/kg};
	upper_bound := 1e50{m^3/kg};
	nominal := 0.001{m^3/kg};
END specific_volume;

MODEL stream;
	p IS_A pressure;
	v IS_A specific_volume;
	h IS_A specific_enthalpy;
	mdot IS_A mass_rate;
END stream;

MODEL equipment;
	inlet "in: NAMED IN equipment" IS_A stream;
	outlet "out:"IS_A stream;
END equipment;

MODEL pump REFINES equipment;
	NOTES
		'block' SELF {Tee piece}
		'icon' SELF {pump.svg}
	END NOTES;
	inlet.p - 1 {bar} = outlet.p;
END pump;

MODEL tee REFINES equipment;
	NOTES
		'block' SELF {Tee piece}
		'icon' SELF {tee.svg}
	END NOTES;
	side "out:" IS_A stream;
	inlet.mdot = outlet.mdot + side.mdot;
END tee;

MODEL join REFINES equipment;
	NOTES
		'block' SELF {Joiner piece}
		'inline' inlet {in: AS NAMED IN 'join'}
		'icon' SELF {join.svg}
	END NOTES;
	side "in:" IS_A stream;
	inlet.mdot + side.mdot = outlet.mdot;
END join;

MODEL heater REFINES join;
	NOTES
		'block' SELF {Feedwater heater}
		'icon' SELF {heater.svg}
	END NOTES;
	V IS_A volume;
END heater;
1	REQUIRE "atoms.a4l";
2
3	ATOM specific_enthalpy REFINES solver_var
4	DIMENSION L^2/T^2
5	DEFAULT 1000{kJ/kg};
6	lower_bound := 0{kJ/kg};
7	upper_bound := 1e50{kJ/kg};
8	nominal := 1000{kJ/kg};
9	END specific_enthalpy;
10
11	ATOM specific_volume REFINES solver_var
12	DIMENSION L^3/M
13	DEFAULT 0.001{m^3/kg};
14	lower_bound := 0{m^3/kg};
15	upper_bound := 1e50{m^3/kg};
16	nominal := 0.001{m^3/kg};
17	END specific_volume;
18
19	MODEL stream;
20	p IS_A pressure;
21	v IS_A specific_volume;
22	h IS_A specific_enthalpy;
23	mdot IS_A mass_rate;
24	END stream;
25
26	MODEL equipment;
27	inlet "in: NAMED IN equipment" IS_A stream;
28	outlet "out:"IS_A stream;
29	END equipment;
30
31	MODEL pump REFINES equipment;
32	NOTES
33	'block' SELF {Tee piece}
34	'icon' SELF {pump.svg}
35	END NOTES;
36	inlet.p - 1 {bar} = outlet.p;
37	END pump;
38
39	MODEL tee REFINES equipment;
40	NOTES
41	'block' SELF {Tee piece}
42	'icon' SELF {tee.svg}
43	END NOTES;
44	side "out:" IS_A stream;
45	inlet.mdot = outlet.mdot + side.mdot;
46	END tee;
47
48	MODEL join REFINES equipment;
49	NOTES
50	'block' SELF {Joiner piece}
51	'inline' inlet {in: AS NAMED IN 'join'}
52	'icon' SELF {join.svg}
53	END NOTES;
54	side "in:" IS_A stream;
55	inlet.mdot + side.mdot = outlet.mdot;
56	END join;
57
58	MODEL heater REFINES join;
59	NOTES
60	'block' SELF {Feedwater heater}
61	'icon' SELF {heater.svg}
62	END NOTES;
63	V IS_A volume;
64	END heater;