private static void AddButtonToPickerGrid(ref int col, ref int y, string name, int texture, Block.BlockType blockType = 0, LightSourceType? lightSourceType = null)
{
if (name.StartsWith("Placeholder")) return;
Debug.Assert(!(blockType != 0 && lightSourceType.HasValue), "Cannot have block and light source types at the same time.");
if (col % GRID_BUTTONS_PER_ROW == 0)
{
col = 1;
y += BUTTON_SIZE;
}
var button = new Button(ButtonType.GridPicker, Settings.Game.Width / 2 - (GRID_BUTTONS_PER_ROW / 2 * BUTTON_SIZE) + (col * BUTTON_SIZE), y, texture)
{
BlockType = blockType,
LightSourceType = lightSourceType
};
_blockPickerGridButtons.Add(button);
col++;
}
public static void Load()
{
//load action buttons
_actionButtons = new Button[NUMBER_OF_ACTION_BAR_BUTTONS];
for (var i = 0; i <= NUMBER_OF_ACTION_BAR_BUTTONS - 1; i++)
{
var button = new Button(ButtonType.Action, Settings.Game.Width / 2 - (NUMBER_OF_ACTION_BAR_BUTTONS / 2 * BUTTON_SIZE) + (i * BUTTON_SIZE), Settings.Game.Height - BUTTON_SIZE) { KeyBind = Convert.ToChar((i == 9 ? 0 : i + 1).ToString()) };
switch (i + 1)
{
case 1:
button.Texture = TextureLoader.GetUiTexture(UiTextureType.Shovel);
button.BlockType = Block.BlockType.Air;
break;
case 2:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.Sand);
button.BlockType = Block.BlockType.Sand;
break;
case 3:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.Bricks);
button.BlockType = Block.BlockType.Bricks;
break;
case 4:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.Cobble);
button.BlockType = Block.BlockType.Cobble;
break;
case 5:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.SteelPlate);
button.BlockType = Block.BlockType.SteelPlate;
break;
case 6:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.TreeTrunk);
button.BlockType = Block.BlockType.Tree;
break;
case 7:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.WoodTile1);
button.BlockType = Block.BlockType.WoodTile1;
break;
case 8:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.Grass);
button.BlockType = Block.BlockType.Grass;
break;
case 9:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.Dirt);
button.BlockType = Block.BlockType.Dirt;
break;
case 10:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.Gravel);
button.BlockType = Block.BlockType.Gravel;
break;
}
_actionButtons[i] = button;
}
//load block type picker grid buttons
_blockPickerGridButtons = new List<Button>(Enum.GetValues(typeof(Block.BlockType)).Length + Enum.GetValues(typeof(LightSourceType)).Length);
var buttonColumn = 1;
var buttonY = Settings.Game.Height / 2 - (_blockPickerGridButtons.Capacity / GRID_BUTTONS_PER_ROW * BUTTON_SIZE / 2);
foreach (Block.BlockType blockType in Enum.GetValues(typeof(Block.BlockType)))
{
AddButtonToPickerGrid(ref buttonColumn, ref buttonY, blockType.ToString(), blockType == Block.BlockType.Air ? TextureLoader.GetUiTexture(UiTextureType.Shovel) : TextureLoader.GetBlockTexture(Block.FaceTexture(blockType, Face.Top)), blockType);
}
foreach (LightSourceType lightSourceType in Enum.GetValues(typeof(LightSourceType)))
{
AddButtonToPickerGrid(ref buttonColumn, ref buttonY, lightSourceType.ToString(), TextureLoader.GetItemTexture(ItemTextureType.Lantern), lightSourceType: lightSourceType);
}
//load tool buttons
_toolButtons = new Button[Enum.GetValues(typeof(ToolType)).Length];
for (var i = 0; i < _toolButtons.Length; i++)
{
var button = new Button(ButtonType.Tool, Settings.Game.Width - BUTTON_SIZE, Settings.Game.Height / 2 - _toolButtons.Length * BUTTON_SIZE / 2 + i * BUTTON_SIZE) { ToolType = (ToolType)i };
switch((ToolType)i)
{
case ToolType.Default:
button.Texture = TextureLoader.GetUiTexture(UiTextureType.ToolDefault);
break;
case ToolType.ToolBlockType:
button.Texture = TextureLoader.GetBlockTexture(BlockTextureType.Oil);
button.BlockType = Block.BlockType.Oil;
break;
case ToolType.Cuboid:
button.Texture = TextureLoader.GetUiTexture(UiTextureType.ToolCuboid);
break;
case ToolType.FastBuild:
button.Texture = TextureLoader.GetUiTexture(UiTextureType.ToolFastBuild);
break;
case ToolType.FastDestroy:
button.Texture = TextureLoader.GetUiTexture(UiTextureType.ToolFastDestroy);
break;
case ToolType.Tree:
button.Texture = TextureLoader.GetUiTexture(UiTextureType.ToolTree);
break;
case ToolType.Tower:
button.Texture = TextureLoader.GetUiTexture(UiTextureType.Tower);
break;
case ToolType.SmallKeep:
button.Texture = TextureLoader.GetUiTexture(UiTextureType.SmallKeep);
break;
case ToolType.LargeKeep:
button.Texture = TextureLoader.GetUiTexture(UiTextureType.LargeKeep);
break;
}
_toolButtons[i] = button;
}
_currentToolButton = _currentToolButton == null ? _toolButtons[0] : _toolButtons[(int)CurrentTool]; //allows retention of selected tool when reloading, for example when the window is resized
_currentToolButton.Hightlight = true;
}
/// <summary>Select a new tool or reset to the default.</summary>
internal static void SelectTool(ToolType toolType)
{
_currentToolButton.Hightlight = false;
_previousToolButton = _currentToolButton;
_currentToolButton = _toolButtons[(int)toolType];
_currentToolButton.Hightlight = true;
}
public static void LeftMouseDown(int x, int y)
{
foreach (var button in _actionButtons)
{
if (button.ContainsCoords(x, y)) //clicked action bar button
{
if (BlockPickerGridVisible) //picker already open
{
_currentActionButton.Hightlight = false; //unhighlight current action button
if(button == _currentActionButton)
{
//reclicked currently selected button, close picker
BlockPickerGridVisible = false;
return;
}
}
BlockPickerGridVisible = true; //open block picker
button.Hightlight = true; //highlight selected button
_currentActionButton = button; //store the button that was clicked so the block type can be set once picked
_cancelMouseUp = true; //dont run mouseup for this click to prevent accidentally using current tool "through" the button that was clicked
return;
}
}
if (BlockPickerGridVisible)
{
foreach (var button in _blockPickerGridButtons)
{
if (button.ContainsCoords(x, y)) //block picked from grid
{
_currentActionButton.Texture = button.Texture;
_currentActionButton.BlockType = button.BlockType;
_currentActionButton.LightSourceType = button.LightSourceType;
if (_currentActionButton.ToolType == ToolType.ToolBlockType)
{
//selected block type for right bar block type; re-select previous tool
_currentToolButton = _previousToolButton;
_currentToolButton.Hightlight = true;
_previousToolButton = null;
}
BlockPickerGridVisible = false;
_cancelMouseUp = true;
_currentActionButton = null;
return;
}
}
}
if (Config.CreativeMode)
{
foreach (var button in _toolButtons)
{
if (button.ContainsCoords(x, y)) //tool button clicked
{
SelectTool(button.ToolType);
_cancelMouseUp = true;
if (button.ToolType == ToolType.ToolBlockType)
{
BlockPickerGridVisible = !BlockPickerGridVisible; //open/close block picker
_currentActionButton = button; //store the ToolBlockType button as the current action button so the block type can be set once picked
}
else //close the block picker grid in case it was open for the ToolBlockType tool
{
BlockPickerGridVisible = false;
}
return;
}
}
switch (CurrentTool)
{
case ToolType.Cuboid:
_leftMouseDownPosition = BlockCursorHost.PositionAdd;
break;
case ToolType.FastBuild:
case ToolType.FastDestroy:
//perform one action as soon as clicked then start timer to continue if mouse held down
_fastToolTimer_Elapsed(null, null);
FastToolTimer.Start();
break;
}
}
}