public bool CheckRequirements(WIBlueprint blueprint, List <List <InventorySquareCrafting> > rows, InventorySquareCraftingResult resultSquare, ref int numCraftableItems)
{
numCraftableItems = Globals.NumItemsPerStack;
if (CheckRequirementsRow(blueprint, rows [0], ref numCraftableItems) &&
CheckRequirementsRow(blueprint, rows [1], ref numCraftableItems) &&
CheckRequirementsRow(blueprint, rows [2], ref numCraftableItems))
{
resultSquare.RequirementsMet = true;
}
else
{
numCraftableItems = 0;
resultSquare.RequirementsMet = false;
}
resultSquare.NumItemsPossible = numCraftableItems;
return(resultSquare.RequirementsMet);
}
public IEnumerator CraftItems(
WIBlueprint blueprint,
CraftingItem craftingItem,
int totalItems,
List <List <InventorySquareCrafting> > rows,
InventorySquareCraftingResult resultSquare)
{
int currentItem = 0;
double startTime = 0f;
double endTime = 0f;
double timeOffset = 0f;
double timeMultiplier = 1f;
double craftTime = 0f;
double craftSkillUsageValue = 0f;
mProgressValue = 0f;
UseStart(true);
//here we go with the crafting...
while (currentItem < totalItems && !mCancelled)
{
craftTime = blueprint.BaseCraftTime * EffectTime;
craftSkillUsageValue = 1.0f; //TODO apply modifiers
startTime = WorldClock.RealTime;
endTime = startTime + craftTime;
if (totalItems > 1)
{
timeOffset = (float)(currentItem - 1) / (float)totalItems;
timeMultiplier = 1.0f / totalItems;
//crafting time is reduced in proportion to the number of items you're crafting at once
}
//ok, if we can consume the requirements, we're good to go
if (!ConsumeRequirements(rows))
{
//Debug.Log ("Couldn't consume requirements");
break;
}
else
{
while (WorldClock.RealTime < endTime && !ProgressCanceled)
{
double normalizedProgress = (WorldClock.RealTime - startTime) / (endTime - startTime);
mProgressValue = (float)((normalizedProgress * timeMultiplier) + timeOffset); //make sure it doesn't accidentally stop
mProgressValue = Mathf.Clamp(mProgressValue, 0.001f, 0.999f);
yield return(null);
}
if (!ProgressCanceled)
{
resultSquare.NumItemsCrafted++;
currentItem++;
}
}
yield return(null);
}
//just in case
mProgressValue = 1.0f;
UseFinish();
yield break;
}
public void LoadBlueprintsRows(List <List <InventorySquareCrafting> > rows, WIBlueprint blueprint, InventorySquareCraftingResult resultSquare)
{
LoadBlueprintRow(rows [0], blueprint.Row1, blueprint.Strictness);
LoadBlueprintRow(rows [1], blueprint.Row2, blueprint.Strictness);
LoadBlueprintRow(rows [2], blueprint.Row3, blueprint.Strictness);
resultSquare.RequirementsMet = false;
}
