private DiceResult UseAction(Player player, Space space)
{
var result = new DiceResult(new int [0]);
switch (space.BoardSpace)
{
case BoardSpace.HuntingGrounds:
{
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var numberOfFood = diceSum / 2;
player.PlayerBoard.Food += numberOfFood;
break;
}
case BoardSpace.Forest:
{
// TODO: be sure to test max on food track, population, tools, resources
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var wholeResources = diceSum / (int)Resource.Wood;
Board.WoodAvailable -= wholeResources;
player.PlayerBoard.Resources[Resource.Wood] += wholeResources;
break;
}
case BoardSpace.ClayPit:
{
// TODO: be sure to test max on food track, population, tools, resources
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var wholeResources = diceSum / (int)Resource.Brick;
Board.BrickAvailable -= wholeResources;
player.PlayerBoard.Resources[Resource.Brick] += wholeResources;
break;
}
case BoardSpace.Quarry:
{
// TODO: be sure to test max on food track, population, tools, resources
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var wholeResources = diceSum / (int)Resource.Stone;
Board.StoneAvailable -= wholeResources;
player.PlayerBoard.Resources[Resource.Stone] += wholeResources;
break;
}
case BoardSpace.River:
{
// TODO: be sure to test max on food track, population, tools, resources
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var wholeResources = diceSum / (int)Resource.Gold;
Board.GoldAvailable -= wholeResources;
player.PlayerBoard.Resources[Resource.Gold] += wholeResources;
break;
}
case BoardSpace.ToolMaker:
{
// TODO: be sure to test max on food track, population, tools, resources
var tools = player.PlayerBoard.Tools;
var minValue = tools.Min(t => t.Value);
var hasAToolFree = tools.Any(t => !t.Used);
for (int toolPosition = 0; toolPosition < tools.Length; toolPosition++)
{
if (hasAToolFree && tools[toolPosition].Used)
continue;
if (tools[toolPosition].Value == minValue)
{
tools[toolPosition] = Tool.ByValue(minValue + 1);
// TODO: remove tool from stack
// TODO: add tool back to stack when upgrading from 1/2 to 3/4
break;
}
}
break;
}
case BoardSpace.Hut:
{
// TODO: be sure to test max on food track, population, tools, resources
++player.PlayerBoard.PeopleToPlace;
++player.PlayerBoard.TotalPeople;
break;
}
case BoardSpace.Field:
{
// TODO: be sure to test max on food track, population, tools, resources
++player.PlayerBoard.FoodTrack;
break;
}
case BoardSpace.CivilizationCardSlot1:
{
player.PayingForSpace = BoardSpace.CivilizationCardSlot1;
break;
}
case BoardSpace.CivilizationCardSlot2:
{
player.PayingForSpace = BoardSpace.CivilizationCardSlot2;
break;
}
case BoardSpace.CivilizationCardSlot3:
{
player.PayingForSpace = BoardSpace.CivilizationCardSlot3;
break;
}
case BoardSpace.CivilizationCardSlot4:
{
player.PayingForSpace = BoardSpace.CivilizationCardSlot4;
break;
}
case BoardSpace.BuildingTileSlot1:
{
throw new NotImplementedException();
break;
}
case BoardSpace.BuildingTileSlot2:
{
throw new NotImplementedException();
break;
}
case BoardSpace.BuildingTileSlot3:
{
throw new NotImplementedException();
break;
}
case BoardSpace.BuildingTileSlot4:
{
throw new NotImplementedException();
break;
}
default:
{
throw new NotImplementedException();
}
}
space.ReturnToPlayer(player);
return result;
}
private DiceResult UseAction(Player player, Space space)
{
var result = new DiceResult(new int[0]);
switch (space.BoardSpace)
{
case BoardSpace.HuntingGrounds:
{
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var numberOfFood = diceSum / 2;
player.PlayerBoard.Food += numberOfFood;
break;
}
case BoardSpace.Forest:
{
// TODO: be sure to test max on food track, population, tools, resources
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var wholeResources = diceSum / (int)Resource.Wood;
Board.WoodAvailable -= wholeResources;
player.PlayerBoard.Resources[Resource.Wood] += wholeResources;
break;
}
case BoardSpace.ClayPit:
{
// TODO: be sure to test max on food track, population, tools, resources
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var wholeResources = diceSum / (int)Resource.Brick;
Board.BrickAvailable -= wholeResources;
player.PlayerBoard.Resources[Resource.Brick] += wholeResources;
break;
}
case BoardSpace.Quarry:
{
// TODO: be sure to test max on food track, population, tools, resources
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var wholeResources = diceSum / (int)Resource.Stone;
Board.StoneAvailable -= wholeResources;
player.PlayerBoard.Resources[Resource.Stone] += wholeResources;
break;
}
case BoardSpace.River:
{
// TODO: be sure to test max on food track, population, tools, resources
result = _dicePouch.Roll(space.QuantityPlaced(player));
var diceSum = result.Sum();
var wholeResources = diceSum / (int)Resource.Gold;
Board.GoldAvailable -= wholeResources;
player.PlayerBoard.Resources[Resource.Gold] += wholeResources;
break;
}
case BoardSpace.ToolMaker:
{
// TODO: be sure to test max on food track, population, tools, resources
var tools = player.PlayerBoard.Tools;
var minValue = tools.Min(t => t.Value);
var hasAToolFree = tools.Any(t => !t.Used);
for (int toolPosition = 0; toolPosition < tools.Length; toolPosition++)
{
if (hasAToolFree && tools[toolPosition].Used)
{
continue;
}
if (tools[toolPosition].Value == minValue)
{
tools[toolPosition] = Tool.ByValue(minValue + 1);
// TODO: remove tool from stack
// TODO: add tool back to stack when upgrading from 1/2 to 3/4
break;
}
}
break;
}
case BoardSpace.Hut:
{
// TODO: be sure to test max on food track, population, tools, resources
++player.PlayerBoard.PeopleToPlace;
++player.PlayerBoard.TotalPeople;
break;
}
case BoardSpace.Field:
{
// TODO: be sure to test max on food track, population, tools, resources
++player.PlayerBoard.FoodTrack;
break;
}
case BoardSpace.CivilizationCardSlot1:
{
player.PayingForSpace = BoardSpace.CivilizationCardSlot1;
break;
}
case BoardSpace.CivilizationCardSlot2:
{
player.PayingForSpace = BoardSpace.CivilizationCardSlot2;
break;
}
case BoardSpace.CivilizationCardSlot3:
{
player.PayingForSpace = BoardSpace.CivilizationCardSlot3;
break;
}
case BoardSpace.CivilizationCardSlot4:
{
player.PayingForSpace = BoardSpace.CivilizationCardSlot4;
break;
}
case BoardSpace.BuildingTileSlot1:
{
throw new NotImplementedException();
break;
}
case BoardSpace.BuildingTileSlot2:
{
throw new NotImplementedException();
break;
}
case BoardSpace.BuildingTileSlot3:
{
throw new NotImplementedException();
break;
}
case BoardSpace.BuildingTileSlot4:
{
throw new NotImplementedException();
break;
}
default:
{
throw new NotImplementedException();
}
}
space.ReturnToPlayer(player);
return(result);
}