/**
* @brief Calculates the total frame count (minutes) needed for producing an item
* @param[in] base Pointer to the base the production happen
* @param[in] prodData Pointer to the productionData structure
*/
static int PR_CalculateTotalFrames (const base_t* base, const productionData_t* prodData)
{
/* Check how many workers hired in this base. */
const signed int allWorkers = E_CountHired(base, EMPL_WORKER);
/* We will not use more workers than workspace capacity in this base. */
const signed int maxWorkers = std::min(allWorkers, CAP_GetMax(base, CAP_WORKSPACE));
double timeDefault;
if (PR_IsProductionData(prodData)) {
const technology_t* tech = PR_GetTech(prodData);
/* This is the default production time for PRODUCE_WORKERS workers. */
timeDefault = tech->produceTime;
} else {
const storedUFO_t* storedUFO = prodData->data.ufo;
/* This is the default disassemble time for PRODUCE_WORKERS workers. */
timeDefault = storedUFO->comp->time;
/* Production is 4 times longer when installation is on Antipodes
* Penalty starts when distance is greater than 45 degrees */
timeDefault *= std::max(1.0, GetDistanceOnGlobe(storedUFO->installation->pos, base->pos) / 45.0);
}
/* Calculate the time needed for production of the item for our amount of workers. */
const float rate = PRODUCE_WORKERS / ccs.curCampaign->produceRate;
double const timeScaled = timeDefault * (MINUTES_PER_HOUR * rate) / std::max(1, maxWorkers);
/* Don't allow to return a time of less than 1 (you still need at least 1 minute to produce an item). */
return std::max(1.0, timeScaled) + 1;
}
/**
* @brief Calculates the total frame count (minutes) needed for producing an item for a single worker
* @param[in] base Pointer to the base the production happen
* @param[in] prodData Pointer to the productionData structure
*/
static int PR_CalculateTotalFrames (const base_t* base, const productionData_t* prodData)
{
double time;
if (PR_IsProductionData(prodData)) {
const technology_t* tech = PR_GetTech(prodData);
time = tech->produceTime;
} else {
const storedUFO_t* storedUFO = prodData->data.ufo;
time = storedUFO->comp->time;
/* Production is 4 times longer when installation is on Antipodes
* Penalty starts when distance is greater than 45 degrees */
time *= std::max(1.0, GetDistanceOnGlobe(storedUFO->installation->pos, base->pos) / 45.0);
}
/* Calculate the time needed for production of the item for our amount of workers. */
time *= MINUTES_PER_HOUR * ccs.curCampaign->produceRate;
/* Don't allow to return a time of less than 1 (you still need at least 1 minute to produce an item). */
return std::max(1.0, time) + 1;
}