#define BASE_WORKER_PROD_RATE 15

#define CARGO1_CALCULATION min (waiting_cargo_1/16, LOAD_TEMP(0x01)/16)

#define CARGO2_CALCULATION min (waiting_cargo_2/16, LOAD_TEMP(0x01)/16)

 

produce(produce_worker_yard2,

    (waiting_cargo_2 == 0) ? 0 : CARGO1_CALCULATION,    // input cargo 1, building materials

    CARGO2_CALCULATION, // input cargo 2, food

    0,  // input cargo 3 - not available for worker yard

    // the real logic follows

    (LOAD_TEMP(0x01) < BASE_WORKER_PROD_RATE * 8) ?

        BASE_WORKER_PROD_RATE :

        max (

            CARGO1_CALCULATION +

            CARGO2_CALCULATION, BASE_WORKER_PROD_RATE),

    0  // do not repeat this process until next 256 ticks

);

 

switch(FEAT_INDUSTRIES, PARENT, produce_worker_yard, STORE_TEMP(population,0x01)) {

    produce_worker_yard2;

}