internal override IList <DrawingInstruction> CreateInstructions(ProjectInstructions projectInstructions, IList <ScriptedInstruction> script, IList <DrawingInstruction> currentInstructions)
{
var results = new List <DrawingInstruction>();
var previousFrame = PreviousFrame(currentInstructions);
var text = string.Concat(previousFrame.Text, '\n');
var newFrame = new DrawingInstruction
{
Cursor = projectInstructions.DrawCursor,
Delay = 1,
Text = text
};
results.Add(newFrame);
var lastFrame = new DrawingInstruction
{
Cursor = false,
Delay = 1,
Text = text
};
results.Add(lastFrame);
return(results);
}
internal override IList <DrawingInstruction> CreateInstructions(ProjectInstructions projectInstructions, IList <ScriptedInstruction> script, IList <DrawingInstruction> currentInstructions)
{
var frameCount = Length / Delay;
frameCount = frameCount % 2 == 0 ? frameCount + 1 : frameCount;
var previousFrame = PreviousFrame(currentInstructions).Copy();
var newFrameTemplate = new DrawingInstruction
{
Cursor = false,
Delay = Delay,
Text = string.Concat(previousFrame.Text, Text)
};
var results = new List <DrawingInstruction>();
for (int frameIndex = 0; frameIndex < frameCount; frameIndex++)
{
var on = frameIndex % 2 == 0;
var newFrame = on ? newFrameTemplate.Copy() : previousFrame;
results.Add(newFrame);
}
return(results);
}
internal override IList <DrawingInstruction> CreateInstructions(ProjectInstructions projectInstructions, IList <ScriptedInstruction> script, IList <DrawingInstruction> currentInstructions)
{
var results = new List <DrawingInstruction>();
if (Change == 0 || Start == End)
{
return(results);
}
var realChange = GetRealChange();
var previousFrame = PreviousFrame(currentInstructions);
for (var current = Start; End > Start && current <= End || Start > End && current >= End; current += realChange)
{
var newFrame = new DrawingInstruction
{
Cursor = false,
Delay = Delay,
Text = string.Concat(previousFrame.Text, current.ToString())
};
results.Add(newFrame);
}
if (!LeaveTextWhenFinished)
{
results.Add(previousFrame.Copy());
}
return(results);
}
internal override IList <DrawingInstruction> CreateInstructions(ProjectInstructions projectInstructions, IList <ScriptedInstruction> script, IList <DrawingInstruction> currentInstructions)
{
var results = new List <DrawingInstruction>();
var previousFrame = PreviousFrame(currentInstructions);
if (!FlashCursor)
{
var newFrame = new DrawingInstruction
{
Cursor = DrawCursor,
Delay = Length,
Text = previousFrame.Text
};
results.Add(newFrame);
if (DrawCursor)
{
var newFrame2 = new DrawingInstruction
{
Cursor = false,
Delay = Length,
Text = previousFrame.Text
};
results.Add(newFrame2);
}
}
else
{
var frameCount = Length / Delay;
frameCount = frameCount % 2 == 0 ? frameCount : frameCount + 1;
var newFrameTemplate = new DrawingInstruction
{
Cursor = true,
Delay = Delay,
Text = previousFrame.Text
};
for (int frameIndex = 0; frameIndex < frameCount; frameIndex++)
{
var on = frameIndex % 2 == 0;
var newFrame = on ? newFrameTemplate.Copy() : previousFrame.Copy();
results.Add(newFrame);
}
var lastFrame = new DrawingInstruction
{
Cursor = false,
Delay = Delay,
Text = previousFrame.Text
};
results.Add(lastFrame);
}
return(results);
}
public DrawingInstruction(Sprite sprite, int imageVariant, Vector2F position, Vector2F depthOrigin)
{
this.sprite = sprite;
this.position = position;
this.imageVariant = imageVariant;
this.next = null;
this.depthOrigin = depthOrigin;
}
internal override IList <DrawingInstruction> CreateInstructions(ProjectInstructions projectInstructions, IList <ScriptedInstruction> script, IList <DrawingInstruction> currentInstructions)
{
var results = new List <DrawingInstruction>();
var newFrame = new DrawingInstruction
{
Cursor = false,
Delay = 1,
Text = string.Empty
};
results.Add(newFrame);
return(results);
}
// Draw all the queued drawing instructions to a graphics object.
public void DrawAll(Graphics2D g)
{
// Draw all instructions from the lowest layer to the highest layer.
for (int i = 0; i < layerHeads.Length; i++)
{
DrawingInstruction instruction = layerHeads[i];
while (instruction != null)
{
g.DrawSprite(instruction.sprite,
instruction.imageVariant,
instruction.position.X,
instruction.position.Y);
instruction = instruction.next;
}
}
}
// Sort a depth layer. Sprites with smaller y coordinates
// will be drawn before ones with larger y coordinates.
public void SortDepthLayer(DepthLayer layer)
{
// Check if the layer is empty.
int layerIndex = (int)layer;
if (layerHeads[layerIndex] == null)
{
return;
}
// Create a list of the drawing instructions.
List <DrawingInstruction> instructions = new List <DrawingInstruction>(layerCounts[layerIndex]);
DrawingInstruction instruction = layerHeads[layerIndex];
while (instruction != null)
{
instructions.Add(instruction);
instruction = instruction.next;
}
// Sort the list by depth origin Y.
instructions.Sort(delegate(DrawingInstruction a, DrawingInstruction b) {
if (Math.Round(a.depthOrigin.Y) < Math.Round(b.depthOrigin.Y))
{
return(-1);
}
return(1);
});
// Update the drawing instruction linked list.
layerHeads[layerIndex] = instructions[0];
layerTails[layerIndex] = instructions[instructions.Count - 1];
for (int i = 0; i < instructions.Count; i++)
{
if (i + 1 < instructions.Count)
{
instructions[i].next = instructions[i + 1];
}
else
{
instructions[i].next = null;
}
}
}
internal override IList <DrawingInstruction> CreateInstructions(ProjectInstructions projectInstructions, IList <ScriptedInstruction> script, IList <DrawingInstruction> currentInstructions)
{
var results = new List <DrawingInstruction>();
for (var textIndex = 0; textIndex < Text.Length; textIndex++)
{
var previousFrame = results.Count == 0
? PreviousFrame(currentInstructions)
: results[results.Count - 1];
var current = string.Concat(previousFrame.Text, Text[textIndex]);
var newFrame = new DrawingInstruction
{
Cursor = projectInstructions.DrawCursor,
Delay = Delay,
Text = current
};
results.Add(newFrame);
}
if (projectInstructions.DrawCursor)
{
var previousFrame = results[results.Count - 1];
var lastFrame = new DrawingInstruction
{
Cursor = false,
Delay = Delay,
Text = previousFrame.Text
};
results.Add(lastFrame);
}
return(results);
}
// Draw a sprite.
public void DrawSprite(Sprite sprite, int imageVariant, Vector2F position, DepthLayer depth, Vector2F depthOrigin)
{
// There's a bias of 0.001f to account for rounding inconsistancies with the value 0.5f.
position.X = GMath.Round(position.X + 0.001f);
position.Y = GMath.Round(position.Y + 0.001f);
DrawingInstruction instruction = new DrawingInstruction(
sprite, imageVariant, position, depthOrigin);
// Add the instruction to the end of the linked list for its layer.
int layerIndex = (int)depth;
if (layerHeads[layerIndex] == null)
{
layerHeads[layerIndex] = instruction;
layerTails[layerIndex] = instruction;
}
else
{
layerTails[layerIndex].next = instruction;
layerTails[layerIndex] = instruction;
}
layerCounts[layerIndex]++;
}
public DrawingInstruction(Sprite sprite, int imageVariant, Vector2F position, Vector2F depthOrigin)
{
this.sprite = sprite;
this.position = position;
this.imageVariant = imageVariant;
this.next = null;
this.depthOrigin = depthOrigin;
}
// Draw a sprite.
public void DrawSprite(Sprite sprite, int imageVariant, Vector2F position, DepthLayer depth, Vector2F depthOrigin)
{
// There's a bias of 0.001f to account for rounding inconsistancies with the value 0.5f.
position.X = GMath.Round(position.X + 0.001f);
position.Y = GMath.Round(position.Y + 0.001f);
DrawingInstruction instruction = new DrawingInstruction(
sprite, imageVariant, position, depthOrigin);
// Add the instruction to the end of the linked list for its layer.
int layerIndex = (int) depth;
if (layerHeads[layerIndex] == null) {
layerHeads[layerIndex] = instruction;
layerTails[layerIndex] = instruction;
}
else {
layerTails[layerIndex].next = instruction;
layerTails[layerIndex] = instruction;
}
layerCounts[layerIndex]++;
}