//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//-//
//-//STATS//-//
public static TileSchematic Warehouse(string name, int nextTier)
{
TileSchematic bs = null;
switch (nextTier)
{
case 0:
bs = new TileSchematic()
{
kCost = 1000,
materials = new List <StackedObject <string, int> >()
{
new StackedObject <string, int>("Wood", 500),
new StackedObject <string, int>("Metal Scrap", 100),
},
}; break;
default:
bs = new TileSchematic()
{
kCost = 500 * nextTier,
materials = new List <StackedObject <string, int> >()
{
new StackedObject <string, int>("Wood", 50 * nextTier),
new StackedObject <string, int>("Metal Scrap", 20 * nextTier),
new StackedObject <string, int>("Polished Metal", 10 * nextTier),
},
}; break;
}
bs.Name = name;
bs.tier = nextTier;
return(bs);
}
//-//PRODUCTION//-//
public static TileSchematic MetalMines(string name, int nextTier)
{
TileSchematic bs = null;
if (nextTier == 0)
{
bs = new TileSchematic()
{
kCost = 5000,
materials = new List <StackedObject <string, int> >()
{
new StackedObject <string, int>("Wood", 200),
new StackedObject <string, int>("Metal Scrap", 300),
},
}
}
;
else if (nextTier < 5)
{
bs = new TileSchematic()
{
kCost = 700 * nextTier,
materials = new List <StackedObject <string, int> >()
{
new StackedObject <string, int>("Wood", 10 * nextTier),
new StackedObject <string, int>("Metal Scrap", 500 * nextTier),
new StackedObject <string, int>("Polished Metal", 25 * nextTier),
},
}
}
;
bs.Name = name;
bs.tier = nextTier;
return(bs);
}
//-//AREA//-//
}
