public void ResetMaterial(Material material)
{
stats.Clear();
stats.Add(new NameValue("Cost", GameInfo.CostOf(material).ToString() + "c"));
stats.Add(new NameValue("Sell Value", GameInfo.SellValueOf(material).ToString() + "c"));
name = material.ToString().AddSpaces();
desc = Utilities.GetDescOf(material);
Position();
}
public MaterialInfoHover(Material material, SpriteFont font, GraphicsDevice graphics, int windowWidth)
: base(graphics, font, material.ToString().AddSpaces(), Utilities.GetDescOf(material),
new List <NameValue>(), windowWidth)
{
stats.Add(new NameValue("Cost", GameInfo.CostOf(material).ToString()));
stats.Add(new NameValue("Sell Value", GameInfo.SellValueOf(material).ToString()));
for (int i = 0; i < stats.Count; i++)
{
statLocs.Add(new Vector2());
}
Position();
}
public static List <Material> MaterialsForType(GiftType type)
{
List <Material> returnVal = new List <Material>();
// Helps us randomly iterate through all the materials, not just the ones that are first
// This prevents gifts from being biased towards the first materials in the enum
List <Material> materials = Enum.GetValues(typeof(Material)).Cast <Material>().ToList();
materials.Shuffle();
int groups = MaterialGroupsFor(type);
int valuePerGroup = GiftWorthFor(type) / groups;
for (int i = 0; i < groups && i < materials.Count; i++)
{
int materialWorth = GameInfo.CostOf(materials[i]);
if (materialWorth * 2 < valuePerGroup)
{
int counts = valuePerGroup / materialWorth;
returnVal.AddRange(Enumerable.Repeat(materials[i], counts));
}
}
return(returnVal);
// Old gift code (from pre-1.1)
//int giftWorth = GiftWorthFor(type);
//for (int i = 0; i < materials.Count && returnVal.Count < (int)type + 15; i++)
//{
// int worth = GameInfo.CostOf(materials[i]);
// int percentChance = giftWorth - worth;
// while (percentChance >= 100)
// {
// returnVal.Add(materials[i]);
// percentChance -= Utilities.Rand.Next(10, 15);
// }
// if (Utilities.Rand.Next(100) + 1 <= percentChance &&
// percentChance < 100)
// {
// returnVal.Add(materials[i]);
// }
//}
}
