/ evalST
/ pass the data generated
/ by the compiled function
/ to evalST to get an
/ action that can be called

// condition vec, actions vec, transition table, table args
evalST: {[c;a;t;args] eidx:*&c[args]; ts: t[0;eidx]; (a[ts[0]];ts[1])};

/ Actions
A1: {[] "fan low"};
A2: {[] "fan med"};
A3: {[] "fan hig"};
A4: {[] "heat on"};
A5: {[] "acpw on"};
A6: {[] "allp of"};

c: {[args] T:args[0]; isOff:args[1]; (isOff;T<18;T<22;T<26;T<30;T>30)};
a: (A1;A2;A3;A4;A5;A6);
t: (((0N;1);(4;5);(1;2);(2;3);(3;4);(5;6));((6;1);(4;5);(0N;2);(2;3);(3;4);(5;6));((6;1);(4;5);(1;2);(0N;3);(3;4);(5;6));((6;1);(4;5);(1;2);(2;3);(0N;4);(5;6));((6;1);(0N;5);(1;2);(2;3);(3;4);(5;6));((6;1);(4;5);(1;2);(2;3);(3;4);(0N;6)));
s: ("Off";"FanLow";"FanMedium";"FanHigh";"Heating";"Cooling");
at: (`i;`i;`i); / T, isOff, current state - see c

state: 0;
(action;state): evalST[c;a;t;(20;0;state)];
:action
:s[state]