private void maintainBusiness()
{
for (short x = 0; x < 4; x++)
{
//int tempFocus;
int tempNumber;
float tempProgress;
workStation useThis = business.workStations[x];
switch (business.workStations[x].type)
{
case 4:
//calculate progress since last update and add to the exsisting progress
tempProgress = (business.customerIncrease * Time.deltaTime) / useThis.timeMain;
tempProgress = useThis.orders[0].progress + tempProgress;
//the store is fully dirty or unmaintained
if (useThis.orders[0].progress == 1 && useThis.orders[0].wants[0] == 100)
{
return;
}
if (tempProgress >= 1)
{
// makes a new number to be the amount of times the bar was filled
tempNumber = (int)Mathf.Floor(tempProgress);
//make new variable to hold the progress less than 1
tempProgress = tempProgress - tempNumber;
//if the amount if full stop at full
if (useThis.orders[0].wants[0] == 100)
{
tempProgress = 1;
}
else
{
//add the amount and update happiness
useThis.orders[0].wants[0] = useThis.orders[0].wants[0] + tempNumber;
business.negativeHappiness[x] = useThis.orders[0].wants[0];
if (business.negativeHappiness[x] > 50)
{
business.negativeHappiness[x] = 50;
}
updateHappiness();
}
upDateAmount(x, null);
}
foreach (employee tempEmployee in business.employeesInfo)
{
if (tempEmployee.workingIn == x)
{
tempEmployee.task.progress = tempProgress;
upDateAmount(x, tempEmployee);
}
}
useThis.orders[0].progress = tempProgress;
break;
}
}
}
//adds customers once a day(every 24 sec)
private void addCustomers(workStation useThis)
{
//if happiness is greater than 90% increase the amount of customers that come per day/ if happiness is lower that 90 decrease
if (business.happiness > 90)
{
int temp = (int)(business.happiness) - 90;
business.customerIncrease = business.customerIncrease * (1 + (((float)temp / 100) * player.level));
}
else if (business.happiness < 90)
{
int temp = Mathf.Abs((int)(business.happiness) - 90);
business.customerIncrease = business.customerIncrease * (1 - (((float)temp / 100) * player.level));
if (business.customerIncrease < 2)
{
business.customerIncrease = 2;
}
}
//update the hapiness based on customers waiting
int percent = (int)Mathf.Floor(useThis.orders.Count / 20);
if (percent == 0)
{
business.negativeHappiness[needsCustomers] = business.negativeHappiness[needsCustomers] - 1;
if (business.negativeHappiness[needsCustomers] < 0)
{
business.negativeHappiness[needsCustomers] = 0;
}
}
else
{
business.negativeHappiness[needsCustomers] = business.negativeHappiness[needsCustomers] + percent;
if (business.negativeHappiness[needsCustomers] > 50)
{
business.negativeHappiness[needsCustomers] = 50;
}
}
updateHappiness();
int tempCustomers = (int)Mathf.Round(business.customerIncrease);
//update the customers waiting
for (int x = 0; x < tempCustomers; x++)
{
int[] want = new int[] { 0 };
order order = new order(mainControl.getName(), want, false);
useThis.orders.Add(order);
}
upDateAmount(needsCustomers);
}
public void setUpStoreInfo(int station)
{
workStation useThis = business.workStations[station];
//calculate the filth created since created since last tick
storeInfo[0] = business.customerIncrease / useThis.timeMain;
foreach (employee employee in business.employeesInfo)
{
if (employee.workingIn == station)
{
//creates the amount of progress in the last update taking into account the focus multiplyer
float progress = ((employee.focus * employee.focusMultiplyer[station]) / (useThis.timeMain / employee.timeMultiplyer[station])) * player.decreaseAmount * (player.skillPercent[0] / 100F);
progress = progress * getWorkForHappiness(employee);
if (player.playerEmployee.workingIn == station)
{
progress = progress * ((100 + player.percentEffect) / 100F);
}
storeInfo[1] = storeInfo[1] + progress;
}
}
storeInfo[2] = storeInfo[1] - storeInfo[0];
storeInfo[3] = useThis.orders[0].wants[0] + useThis.orders[0].progress;
}
//this is the template that runs each workstation depending on there type
private void updateStations(int place, workStation useThis)
{
int tempFocus;
int tempNumber;
float tempProgress;
switch (useThis.type)
{
case 0:
//set the amount of focus that the player has in this work station
tempFocus = player.focus[place];
//creates the amount of progress in the last update taking into account the focus multiplyer
tempProgress = (tempFocus * player.playerEmployee.focusMultiplyer[place] * Time.deltaTime) / (useThis.timeMain / player.playerEmployee.timeMultiplyer[place]);
//adds the progresses together to get the current progress
tempProgress = tempProgress + useThis.orders[0].progress;
if (tempProgress >= 1)
{
// makes a new number to be the amount of times the bar was filled
tempNumber = (int)Mathf.Floor(tempProgress);
//make new variable to hold the progress less than 1
tempProgress = tempProgress - tempNumber;
useThis.orders[0].wants[1] = useThis.orders[0].wants[1] + tempNumber;
upDateAmount(place);
}
useThis.slider.value = tempProgress;
useThis.orders[0].progress = tempProgress;
break;
case 1:
//if there are no supply and progress
if (useThis.orders[0].progress == 0 && business.workStations[useThis.extra[0]].orders[0].wants[1] == 0)
{
return;
}
//set the amount of focus that the player has in this station
tempFocus = player.focus[place];
//creates the amount of progress in the last update taking into account the focus multiplyer
tempProgress = (tempFocus * player.playerEmployee.focusMultiplyer[place] * Time.deltaTime) / (useThis.timeMain / player.playerEmployee.timeMultiplyer[place]);
//adds the progresses together to get the current progress
tempProgress = tempProgress + useThis.orders[0].progress;
//for orders if the taken value is false it means that the products for that order have not been removed
if (useThis.orders[0].taken == false)
{
if (business.workStations[useThis.extra[0]].orders[0].wants[1] == 0)
{
tempProgress = 0;
}
else
{
business.workStations[useThis.extra[0]].orders[0].wants[1] = business.workStations[useThis.extra[0]].orders[0].wants[1] - 1;
useThis.orders[0].taken = true;
}
}
//if the progress is greater than one
if (tempProgress >= 1)
{
// makes a new number to be the amount of times the bar was filled
tempNumber = (int)Mathf.Floor(tempProgress);
//make new variable to hold the progress less than 1
tempProgress = tempProgress - tempNumber;
//this code is not very nice and i will redo it the future, basically if it went though more than once take for each time through
useThis.orders[0].wants[1] = useThis.orders[0].wants[1] + 1;
if (business.workStations[useThis.extra[0]].orders[0].wants[1] == 0)
{
tempProgress = 0;
useThis.orders[0].taken = false;
}
else
{
business.workStations[useThis.extra[0]].orders[0].wants[1] = business.workStations[useThis.extra[0]].orders[0].wants[1] - 1;
useThis.orders[0].taken = true;
}
if (tempNumber == 2)
{
if (business.workStations[useThis.extra[0]].orders[0].wants[1] == 0)
{
tempProgress = 0;
useThis.orders[0].taken = false;
}
else
{
business.workStations[useThis.extra[0]].orders[0].wants[1] = business.workStations[useThis.extra[0]].orders[0].wants[1] - 1;
useThis.orders[0].wants[1] = useThis.orders[0].wants[1] + 1;
}
}
}
useThis.slider.value = tempProgress;
useThis.orders[0].progress = tempProgress;
upDateAmount(place);
upDateAmount(useThis.extra[0]);
break;
case 2:
//if there are no customers and progress
if (useThis.orders.Count == 0)
{
return;
}
//if there are no supply and progress
if (useThis.orders[0].progress == 0 && business.workStations[useThis.extra[0]].orders[0].wants[1] == 0)
{
return;
}
//set the amount of focus that the player has in this station
tempFocus = player.focus[place];
//creates the amount of progress in the last update taking into account the focus multiplyer
tempProgress = (tempFocus * player.playerEmployee.focusMultiplyer[place] * Time.deltaTime) / (useThis.timeMain / player.playerEmployee.timeMultiplyer[place]);
//adds the progresses together to get the current progress
tempProgress = tempProgress + useThis.orders[0].progress;
//take away one of the customers and used object since the bar has no progress
if (useThis.orders[0].taken == false)
{
if (business.workStations[useThis.extra[0]].orders[0].wants[1] == 0)
{
tempProgress = 0;
}
else
{
business.workStations[useThis.extra[0]].orders[0].wants[1] = business.workStations[useThis.extra[0]].orders[0].wants[1] - 1;
useThis.orders[0].taken = true;
}
}
//if the progress is greater than one
if (tempProgress >= 1)
{
// makes a new number to be the amount of times the bar was filled
tempNumber = (int)Mathf.Floor(tempProgress);
//make new variable to hold the progress less than 1
tempProgress = tempProgress - tempNumber;
useThis.orders.RemoveAt(0);
addToCustomers(1);
//this code is not very nice and i will redo it the future, basically if it went though more than once take for each time through
if (useThis.orders.Count == 0)
{
tempProgress = 0;
}
else if (business.workStations[useThis.extra[0]].orders[0].wants[1] == 0)
{
tempProgress = 0;
useThis.orders[0].taken = false;
}
else
{
business.workStations[useThis.extra[0]].orders[0].wants[1] = business.workStations[useThis.extra[0]].orders[0].wants[1] - 1;
useThis.orders[0].taken = true;
}
if (tempNumber == 2)
{
if (useThis.orders.Count == 0)
{
tempProgress = 0;
}
else if (business.workStations[useThis.extra[0]].orders[0].wants[1] == 0)
{
tempProgress = 0;
useThis.orders[0].taken = false;
}
else
{
business.workStations[useThis.extra[0]].orders[0].wants[1] = business.workStations[useThis.extra[0]].orders[0].wants[1] - 1;
useThis.orders.RemoveAt(0);
addToCustomers(1);
}
}
}
useThis.slider.value = tempProgress;
if (useThis.orders.Count > 0)
{
useThis.orders[0].progress = tempProgress;
}
upDateAmount(place);
upDateAmount(useThis.extra[0]);
break;
case 3:
/*
* //if there are no customers and progress
* if (useThis.progress == 0 && useThis.amountWaiting == 0)
* {
* return;
* }
*
* //add 10 to the focus amount if this workplace is being run
* int tempFocus3 = useThis.focus;
* if (business.isRunning == place)
* {
* tempFocus3 = tempFocus3 + 10;
* }
*
* //creates the amount of progress in the last update taking into account the focus multiplyer
* float tempProgress3 = (tempFocus3 * player.focusMultiplyer[place] * Time.deltaTime) / (useThis.timeMain / player.timeMultiplyer[place]);
* //adds the progresses together to get the current progress
* tempProgress3 = tempProgress3 + useThis.progress;
*
* //take away one of the customers and used object since the bar has no progress
* if (useThis.progress == 0)
* {
* useThis.amountWaiting = useThis.amountWaiting - 1;
* }
*
* //if the progress is greater than one
* if (tempProgress3 >= 1)
* {
* // makes a new number to be the amount of times the bar was filled
* int tempNumber3 = (int)Mathf.Floor(tempProgress3);
*
* //make new variable to hold the progress less than 1
* tempProgress3 = tempProgress3 - tempNumber3;
* int amountToUse3;
* //if it went though more times then there are customers
* if (tempNumber3 > useThis.amountWaiting)
* {
* amountToUse3 = useThis.amountWaiting;
* addToCustomers(amountToUse3 + 1);
* tempProgress3 = 0;
* }
* //if the amount it went though was the correct amount
* else
* {
* amountToUse3 = tempNumber3;
* addToCustomers(tempNumber3);
* }
* useThis.amountWaiting = useThis.amountWaiting - amountToUse3;
* }
* useThis.slider.value = tempProgress3;
* useThis.progress = tempProgress3;
* upDateAmount(place);
*/
break;
case 4:
//set the amount of focus that the player has
tempFocus = player.focus[place];
//creates the amount of progress in the last update taking into account the focus multiplyer
tempProgress = (tempFocus * player.playerEmployee.focusMultiplyer[place] * Time.deltaTime) / (useThis.timeMain / player.playerEmployee.timeMultiplyer[place]);
//adds the progresses together to get the current progress
tempProgress = useThis.orders[0].progress - tempProgress;
//the store is fully clean or maintained
if (useThis.orders[0].progress == 0 && useThis.orders[0].wants[0] == 0)
{
return;
}
if (tempProgress < 0)
{
tempProgress = Mathf.Abs(tempProgress);
// makes a new number to be the amount of times the bar was filled
tempNumber = (int)Mathf.Floor(tempProgress) + 1;
//make new variable to hold the progress less than 1
tempProgress = tempProgress % 1;
tempProgress = 1 - tempProgress;
//if the amount is full stop at full
if (useThis.orders[0].wants[0] == 0)
{
tempProgress = 0;
}
else
{
//subtract the amount and update happiness
useThis.orders[0].wants[0] = useThis.orders[0].wants[0] - tempNumber;
business.negativeHappiness[place] = useThis.orders[0].wants[0];
if (business.negativeHappiness[place] < 0)
{
business.negativeHappiness[place] = 0;
}
updateHappiness();
}
upDateAmount(place);
}
useThis.slider.value = tempProgress;
useThis.orders[0].progress = tempProgress;
break;
case 5:
/*
* //calculate progress since last update and add to the exsisting progress
* float tempProgress5 = (business.customerIncrease * Time.deltaTime) / (useThis.extra[0] / player.timeMultiplyer[place]);
* tempProgress5 = useThis.progress - tempProgress5;
* int tempNumber5 = 0;
*
* if (useThis.running == true)
* {
* //add focuse if it is being run by player
* int tempFocus5 = useThis.focus;
* if (business.isRunning == place)
* {
* tempFocus5 = tempFocus5 + 10;
* }
*
* //update the progress based on the amount of work that is being done
* tempProgress5 = tempProgress5 + ((tempFocus5 * player.focusMultiplyer[place] * Time.deltaTime) / (useThis.timeMain / player.timeMultiplyer[place]));
* }
*
* //the store is fully stocked or maintained
* if (useThis.progress == 1 && useThis.amountWaiting == 100 && tempProgress5 < 0)
* {
* return;
* }
*
* //the store is fully unstocked or unmaintained
* if (useThis.progress == 0 && useThis.amountWaiting == 0 && tempProgress5 > 0)
* {
* return;
* }
*
* if (tempProgress5 >= 1)
* {
* // makes a new number to be the amount of times the bar was filled
* tempNumber5 = (int)Mathf.Floor(tempProgress5);
*
* //make new variable to hold the progress less than 1
* tempProgress5 = tempProgress5 - tempNumber5;
*
* //if the amount is full stop at full
* if (useThis.amountWaiting == 100)
* {
* tempProgress5 = 1;
* }
* else
* {
* //add the amount and update happiness
* useThis.amountWaiting = useThis.amountWaiting + tempNumber5;
* business.negativeHappiness[place] = 100 - useThis.amountWaiting;
* if (business.negativeHappiness[place] < 0)
* {
* business.negativeHappiness[place] = 0;
* }
* updateHappiness();
* }
* upDateAmount(place);
* }
*
* if (tempProgress5 < 0)
* {
* tempProgress5 = Mathf.Abs(tempProgress5);
* // makes a new number to be the amount of times the bar was filled
* tempNumber5 = (int)Mathf.Floor(tempProgress5) + 1;
*
* //make new variable to hold the progress less than 1
* tempProgress5 = tempProgress5 % 1;
* tempProgress5 = 1 - tempProgress5;
*
* //if the amount if full stop at full
* if (useThis.amountWaiting == 0)
* {
* tempProgress5 = 0;
* }
* else
* {
* //subtract the amount and update happiness
* useThis.amountWaiting = useThis.amountWaiting - tempNumber5;
* business.negativeHappiness[place] = 100 - useThis.amountWaiting;
* if (business.negativeHappiness[place] > 50)
* {
* business.negativeHappiness[place] = 50;
* }
* updateHappiness();
* }
* upDateAmount(place);
* }
* useThis.slider.value = tempProgress5;
* useThis.progress = tempProgress5;
*/
break;
case 6:
/*
* //if the store is fully supplied/maintained
* if (useThis.progress == 1 && useThis.amountWaiting == 100)
* {
* return;
* }
*
* //if there are no goods waiting
* if (useThis.extra[2] == 0 && business.workStations[useThis.extra[0]].amountWaiting == 0)
* {
* return;
* }
*
* //add 10 to the focus amount if this workplace is being run
* int tempFocus6 = useThis.focus;
* if (business.isRunning == place)
* {
* tempFocus6 = tempFocus6 + 10;
* }
*
* //creates the amount of progress in the last update taking into account the multiplyers
* float thisProgress6 = (tempFocus6 * player.focusMultiplyer[place] * Time.deltaTime) / (useThis.timeMain / player.timeMultiplyer[place]);
* //adds the progresses together to get the current progress
* float tempProgress6 = thisProgress6 + useThis.progress;
* int tempNumber6 = 0;
*
* if (thisProgress6 > (float)useThis.extra[2] / 1000000)
* {
* tempProgress6 = thisProgress6 - ((float)useThis.extra[2] / 1000000);
* // makes a new number to be the amount of times the bar was filled
* tempNumber6 = (int)Mathf.Ceil(tempProgress6);
*
* if (tempNumber6 > business.workStations[useThis.extra[0]].amountWaiting)
* {
* tempNumber6 = business.workStations[useThis.extra[0]].amountWaiting;
* useThis.extra[2] = useThis.extra[2] + (1000000 * tempNumber6);
* tempProgress6 = useThis.progress + ((float)useThis.extra[2] / 1000000F);
* useThis.extra[2] = 0;
* }
* else
* {
* business.workStations[useThis.extra[0]].amountWaiting = business.workStations[useThis.extra[0]].amountWaiting - tempNumber6;
* tempProgress6 = useThis.progress + thisProgress6;
* useThis.extra[2] = (useThis.extra[2] + (1000000 * tempNumber6)) - (int)(thisProgress6 * 1000000F);
* }
* }
* else
* {
* useThis.extra[2] = useThis.extra[2] - (int)(thisProgress6 * 1000000);
* }
*
* if (tempProgress6 >= 1)
* {
* // makes a new number to be the amount of times the bar was filled
* tempNumber6 = (int)Mathf.Floor(tempProgress6);
*
* //make new variable to hold the progress less than 1
* tempProgress6 = tempProgress6 - tempNumber6;
* useThis.amountWaiting = useThis.amountWaiting + tempNumber6;
* setHappinessForUses(useThis.amountWaiting);
* if (useThis.amountWaiting > 100)
* {
* useThis.extra[2] = useThis.extra[2] + (int)(tempProgress6 * 1000000F);
* tempProgress6 = 1;
* useThis.amountWaiting = 100;
* }
* }
* useThis.slider.value = tempProgress6;
* useThis.progress = tempProgress6;
* upDateAmount(place);
* upDateAmount(useThis.extra[0]);
*/
break;
case 7:
if (useThis.orders.Count == 0)
{
return;
}
//set the amount of focus that the player has in this station
tempFocus = player.focus[place];
//creates the amount of progress in the last update taking into account the focus multiplyer
tempProgress = (tempFocus * player.playerEmployee.focusMultiplyer[place] * Time.deltaTime) / (useThis.orders[0].wants[1] / player.playerEmployee.timeMultiplyer[place]);
//adds the progresses together to get the current progress
tempProgress = tempProgress + useThis.orders[0].progress;
//when the current training has been finished
if (tempProgress > 1)
{
trainingCS.finishTraining();
useThis.orders.RemoveAt(0);
tempProgress = tempProgress - 1;
}
//if there is training add the progress to the next training
if (useThis.orders.Count != 0)
{
useThis.slider.value = tempProgress;
useThis.orders[0].progress = tempProgress;
}
//if there is no more training
else
{
useThis.slider.value = 0;
selectionChange(player.playerEmployee.wasWorkingIn);
}
break;
}
}
//run the work stations for each employee - needs work
private void updateStations(int station, workStation useThis, employee employee, float decreaseAmount, int place)
{
int tempFocus;
int tempNumber;
float tempProgress;
switch (useThis.type)
{
case 0:
/*
* //creates the amount of progress in the last update taking into account the focus multiplyer
* float tempProgress0 = (focus * employee.focusMultiplyer[place] * Time.deltaTime * (player.skillPercent[0]/100F) * decreaseAmount) / (useThis.timeMain / employee.timeMultiplyer[place]);
*
* //adds the progresses together to get the current progress
* tempProgress0 = tempProgress0 + employee.progress;
*
* if (tempProgress0 >= 1)
* {
* // makes a new number to be the amount of times the bar was filled
* int tempNumber0 = (int)Mathf.Floor(tempProgress0);
*
* //make new variable to hold the progress less than 1
* tempProgress0 = tempProgress0 - tempNumber0;
* useThis.amountWaiting = useThis.amountWaiting + tempNumber0;
* upDateAmount(place, employee);
* }
* employee.slider.value = tempProgress0;
* employee.progress = tempProgress0;
* break;
* case 1:
* //if there are no supply and progress
* if (employee.progress == 0 && business.workStations[useThis.extra[0]].amountWaiting == 0)
* {
* return;
* }
*
* //creates the amount of progress in the last update taking into account the focus multiplyer
* float tempProgress1 = (focus * employee.focusMultiplyer[place] * Time.deltaTime * (player.skillPercent[0] / 100F) * decreaseAmount) / (useThis.timeMain / employee.timeMultiplyer[place]);
*
* //adds the progresses together to get the current progress
* tempProgress1 = tempProgress1 + employee.progress;
*
* //take away one used object since the bar has no progress
* if (employee.progress == 0)
* {
* business.workStations[useThis.extra[0]].amountWaiting = business.workStations[useThis.extra[0]].amountWaiting - 1;
* }
*
* //if the progress is greater than one
* if (tempProgress1 >= 1)
* {
* // makes a new number to be the amount of times the bar was filled
* int tempNumber1 = (int)Mathf.Floor(tempProgress1);
*
* //make new variable to hold the progress less than 1
* tempProgress1 = tempProgress1 - tempNumber1;
* int amountToUse1;
* //if it went though more times then there are used amount
* if (tempNumber1 > business.workStations[useThis.extra[0]].amountWaiting)
* {
* amountToUse1 = business.workStations[useThis.extra[0]].amountWaiting + 1;
* business.workStations[useThis.extra[0]].amountWaiting = business.workStations[useThis.extra[0]].amountWaiting - (amountToUse1 - 1);
* tempProgress1 = 0;
* }
* //if the amount it went though was the correct amount
* else
* {
* amountToUse1 = tempNumber1;
* business.workStations[useThis.extra[0]].amountWaiting = business.workStations[useThis.extra[0]].amountWaiting - amountToUse1;
* }
* useThis.amountWaiting = useThis.amountWaiting + amountToUse1;
* }
* employee.slider.value = tempProgress1;
* employee.progress = tempProgress1;
* upDateAmount(place,employee);
* upDateAmount(useThis.extra[0],employee);
*/
break;
case 2:
/*
* //if there are no supply and progress
* if (employee.progress == 0 && business.workStations[useThis.extra[0]].amountWaiting == 0)
* {
* return;
* }
*
* //if there are no customers and progress
* if (employee.progress == 0 && useThis.amountWaiting == 0)
* {
* return;
* }
*
* //creates the amount of progress in the last update taking into account the focus multiplyer
* float tempProgress2 = (focus * employee.focusMultiplyer[place] * Time.deltaTime * (player.skillPercent[0] / 100F) * decreaseAmount) / (useThis.timeMain / employee.timeMultiplyer[place]);
*
* //adds the progresses together to get the current progress
* tempProgress2 = tempProgress2 + employee.progress;
*
* //take away one of the customers and used object since the bar has no progress
* if (employee.progress == 0)
* {
* business.workStations[useThis.extra[0]].amountWaiting = business.workStations[useThis.extra[0]].amountWaiting - 1;
* useThis.amountWaiting = useThis.amountWaiting - 1;
* }
*
* //if the progress is greater than one
* if (tempProgress2 >= 1)
* {
* // makes a new number to be the amount of times the bar was filled
* int tempNumber2 = (int)Mathf.Floor(tempProgress2);
*
* //make new variable to hold the progress less than 1
* tempProgress2 = tempProgress2 - tempNumber2;
* int amountToUse2;
* //if it went though more times then there are customers
* if (tempNumber2 > useThis.amountWaiting)
* {
* amountToUse2 = useThis.amountWaiting;
* addToCustomers(amountToUse2 + 1);
* tempProgress2 = 0;
* }
* //if it went though more times then there are used amount
* else if (tempNumber2 > business.workStations[useThis.extra[0]].amountWaiting)
* {
* amountToUse2 = business.workStations[useThis.extra[0]].amountWaiting;
* addToCustomers(amountToUse2 + 1);
* tempProgress2 = 0;
* }
* //if the amount it went though was the correct amount
* else
* {
* amountToUse2 = tempNumber2;
* addToCustomers(tempNumber2);
* }
* useThis.amountWaiting = useThis.amountWaiting - amountToUse2;
* business.workStations[useThis.extra[0]].amountWaiting = business.workStations[useThis.extra[0]].amountWaiting - amountToUse2;
* }
* employee.slider.value = tempProgress2;
* employee.progress = tempProgress2;
* upDateAmount(place,employee);
* upDateAmount(useThis.extra[0],employee);
*/
break;
case 3:
/*
* //if there are no customers and progress
* if (useThis.progress == 0 && useThis.amountWaiting == 0)
* {
* return;
* }
*
* //creates the amount of progress in the last update taking into account the focus multiplyer
* float tempProgress3 = (focus * employee.focusMultiplyer[place] * Time.deltaTime * (player.skillPercent[0] / 100F) * decreaseAmount) / (useThis.timeMain / employee.timeMultiplyer[place]);
*
* //adds the progresses together to get the current progress
* tempProgress3 = tempProgress3 + employee.progress;
*
* //take away one of the customers and used object since the bar has no progress
* if (employee.progress == 0)
* {
* useThis.amountWaiting = useThis.amountWaiting - 1;
* }
*
* //if the progress is greater than one
* if (tempProgress3 >= 1)
* {
* // makes a new number to be the amount of times the bar was filled
* int tempNumber3 = (int)Mathf.Floor(tempProgress3);
*
* //make new variable to hold the progress less than 1
* tempProgress3 = tempProgress3 - tempNumber3;
* int amountToUse3;
* //if it went though more times then there are customers
* if (tempNumber3 > useThis.amountWaiting)
* {
* amountToUse3 = useThis.amountWaiting;
* addToCustomers(amountToUse3 + 1);
* tempProgress3 = 0;
* }
* //if the amount it went though was the correct amount
* else
* {
* amountToUse3 = tempNumber3;
* addToCustomers(tempNumber3);
* }
* useThis.amountWaiting = useThis.amountWaiting - amountToUse3;
* }
* employee.slider.value = tempProgress3;
* employee.progress = tempProgress3;
* upDateAmount(place,employee);
*/
break;
case 4:
if (employee.task == null)
{
employee.task = useThis.orders[0];
}
else if (employee.task.name != useThis.orders[0].name)
{
employee.task = useThis.orders[0];
}
//set the amount of focus that the employee has
tempFocus = employee.focus;
//creates the amount of progress in the last update taking into account the focus multiplyer
tempProgress = ((tempFocus * employee.focusMultiplyer[station] * Time.deltaTime) / (useThis.timeMain / employee.timeMultiplyer[station])) * decreaseAmount * (player.skillPercent[0] / 100F);
tempProgress = tempProgress * getWorkForHappiness(employee);
if (player.playerEmployee.workingIn == station)
{
tempProgress = tempProgress * ((100 + player.percentEffect) / 100F);
}
//adds the progresses together to get the current progress
tempProgress = useThis.orders[0].progress - tempProgress;
//the store is fully clean or maintained
if (useThis.orders[0].progress == 0 && useThis.orders[0].wants[0] == 0)
{
return;
}
if (tempProgress < 0)
{
tempProgress = Mathf.Abs(tempProgress);
// makes a new number to be the amount of times the bar was filled
tempNumber = (int)Mathf.Floor(tempProgress) + 1;
//make new variable to hold the progress less than 1
tempProgress = tempProgress % 1;
tempProgress = 1 - tempProgress;
//if the amount is full stop at full
if (useThis.orders[0].wants[0] == 0)
{
tempProgress = 0;
}
else
{
//subtract the amount and update happiness
useThis.orders[0].wants[0] = useThis.orders[0].wants[0] - tempNumber;
business.negativeHappiness[station] = useThis.orders[0].wants[0];
if (business.negativeHappiness[station] < 0)
{
business.negativeHappiness[station] = 0;
}
updateHappiness();
}
}
employee.task.progress = tempProgress;
break;
case 5:
/*
* //calculate progress since last update and add to the exsisting progress
* float tempProgress5 = (business.customerIncrease * Time.deltaTime) / (useThis.extra[0] / player.timeMultiplyer[place]);
* tempProgress5 = useThis.progress - tempProgress5;
* int tempNumber5 = 0;
*
* if (useThis.running == true)
* {
* //add focuse if it is being run by player
* int tempFocus5 = useThis.focus;
* if (business.isRunning == place)
* {
* tempFocus5 = tempFocus5 + 10;
* }
*
* //update the progress based on the amount of work that is being done
* tempProgress5 = tempProgress5 + ((tempFocus5 * player.focusMultiplyer[place] * Time.deltaTime) / (useThis.timeMain / player.timeMultiplyer[place]));
* }
*
* //the store is fully stocked or maintained
* if (useThis.progress == 1 && useThis.amountWaiting == 100 && tempProgress5 < 0)
* {
* return;
* }
*
* //the store is fully unstocked or unmaintained
* if (useThis.progress == 0 && useThis.amountWaiting == 0 && tempProgress5 > 0)
* {
* return;
* }
*
* if (tempProgress5 >= 1)
* {
* // makes a new number to be the amount of times the bar was filled
* tempNumber5 = (int)Mathf.Floor(tempProgress5);
*
* //make new variable to hold the progress less than 1
* tempProgress5 = tempProgress5 - tempNumber5;
*
* //if the amount is full stop at full
* if (useThis.amountWaiting == 100)
* {
* tempProgress5 = 1;
* }
* else
* {
* //add the amount and update happiness
* useThis.amountWaiting = useThis.amountWaiting + tempNumber5;
* business.negativeHappiness[place] = 100 - useThis.amountWaiting;
* if (business.negativeHappiness[place] < 0)
* {
* business.negativeHappiness[place] = 0;
* }
* updateHappiness();
* }
* upDateAmount(place);
* }
*
* if (tempProgress5 < 0)
* {
* tempProgress5 = Mathf.Abs(tempProgress5);
* // makes a new number to be the amount of times the bar was filled
* tempNumber5 = (int)Mathf.Floor(tempProgress5) + 1;
*
* //make new variable to hold the progress less than 1
* tempProgress5 = tempProgress5 % 1;
* tempProgress5 = 1 - tempProgress5;
*
* //if the amount if full stop at full
* if (useThis.amountWaiting == 0)
* {
* tempProgress5 = 0;
* }
* else
* {
* //subtract the amount and update happiness
* useThis.amountWaiting = useThis.amountWaiting - tempNumber5;
* business.negativeHappiness[place] = 100 - useThis.amountWaiting;
* if (business.negativeHappiness[place] > 50)
* {
* business.negativeHappiness[place] = 50;
* }
* updateHappiness();
* }
* upDateAmount(place);
* }
* useThis.slider.value = tempProgress5;
* useThis.progress = tempProgress5;
*/
break;
case 6:
/*
* //if the store is fully supplied/maintained
* if (useThis.progress == 1 && useThis.amountWaiting == 100)
* {
* return;
* }
*
* //if there are no goods waiting
* if (useThis.extra[2] == 0 && business.workStations[useThis.extra[0]].amountWaiting == 0)
* {
* return;
* }
*
* //add 10 to the focus amount if this workplace is being run
* int tempFocus6 = useThis.focus;
* if (business.isRunning == place)
* {
* tempFocus6 = tempFocus6 + 10;
* }
*
* //creates the amount of progress in the last update taking into account the multiplyers
* float thisProgress6 = (tempFocus6 * player.focusMultiplyer[place] * Time.deltaTime) / (useThis.timeMain / player.timeMultiplyer[place]);
* //adds the progresses together to get the current progress
* float tempProgress6 = thisProgress6 + useThis.progress;
* int tempNumber6 = 0;
*
* if (thisProgress6 > (float)useThis.extra[2] / 1000000)
* {
* tempProgress6 = thisProgress6 - ((float)useThis.extra[2] / 1000000);
* // makes a new number to be the amount of times the bar was filled
* tempNumber6 = (int)Mathf.Ceil(tempProgress6);
*
* if (tempNumber6 > business.workStations[useThis.extra[0]].amountWaiting)
* {
* tempNumber6 = business.workStations[useThis.extra[0]].amountWaiting;
* useThis.extra[2] = useThis.extra[2] + (1000000 * tempNumber6);
* tempProgress6 = useThis.progress + ((float)useThis.extra[2] / 1000000F);
* useThis.extra[2] = 0;
* }
* else
* {
* business.workStations[useThis.extra[0]].amountWaiting = business.workStations[useThis.extra[0]].amountWaiting - tempNumber6;
* tempProgress6 = useThis.progress + thisProgress6;
* useThis.extra[2] = (useThis.extra[2] + (1000000 * tempNumber6)) - (int)(thisProgress6 * 1000000F);
* }
* }
* else
* {
* useThis.extra[2] = useThis.extra[2] - (int)(thisProgress6 * 1000000);
* }
*
* if (tempProgress6 >= 1)
* {
* // makes a new number to be the amount of times the bar was filled
* tempNumber6 = (int)Mathf.Floor(tempProgress6);
*
* //make new variable to hold the progress less than 1
* tempProgress6 = tempProgress6 - tempNumber6;
* useThis.amountWaiting = useThis.amountWaiting + tempNumber6;
* setHappinessForUses(useThis.amountWaiting);
* if (useThis.amountWaiting > 100)
* {
* useThis.extra[2] = useThis.extra[2] + (int)(tempProgress6 * 1000000F);
* tempProgress6 = 1;
* useThis.amountWaiting = 100;
* }
* }
* useThis.slider.value = tempProgress6;
* useThis.progress = tempProgress6;
* upDateAmount(place);
* upDateAmount(useThis.extra[0]);
*/
break;
case 7:
if (employee.trainingQ.Count == 0)
{
return;
}
//set the amount of focus that the employee has
tempFocus = employee.focus;
//creates the amount of progress in the last update taking into account the focus multiplyer
tempProgress = ((tempFocus * employee.focusMultiplyer[station] * Time.deltaTime) / (employee.trainingQ[0].wants[1] / employee.timeMultiplyer[station])) * decreaseAmount * (player.skillPercent[0] / 100F);
//adds the progresses together to get the current progress
tempProgress = tempProgress * getWorkForHappiness(employee);
if (player.playerEmployee.workingIn == station)
{
tempProgress = tempProgress * ((100 + player.percentEffect) / 100F);
}
tempProgress = tempProgress + employee.trainingQ[0].progress;
if (tempProgress > 1)
{
int iteam = employee.trainingQ[0].wants[0];
for (short x = 0; x < business.iteamList[iteam].affectAreas.Length; x++)
{
int tempInt = business.iteamList[iteam].affectAreas[x];
employee.timeMultiplyer[tempInt] = employee.timeMultiplyer[tempInt] + (business.iteamList[iteam].affectAmount / 100F);
}
employee.trainingQ.RemoveAt(0);
if (currentlySelected == -1)
{
//do nothing
}
else if (business.employeesInfo[currentlySelected] == employee)
{
trainingMenuEmployee.GetComponent <TrainingEmployee>().setUp(currentlySelected);
}
tempProgress = tempProgress - 1;
}
if (employee.trainingQ.Count != 0)
{
employee.slider.value = tempProgress;
employee.trainingQ[0].progress = tempProgress;
}
else
{
employee.slider.value = 0;
if (business.workStations[employee.wasWorkingIn].EmployeeSpace != 0)
{
changeEmployeeStation(place, employee.wasWorkingIn);
employee.workingIn = employee.wasWorkingIn;
}
}
break;
}
}