public void Draw(Transformer transformer, Vector2[] path, ColorRgba startColor, ColorRgba endColor, ColorRgba nodeColor, ColorRgba lineColor)
{
var waypointPathVisualization = new WaypointPathVisualization();
waypointPathVisualization.StartColor = startColor;
waypointPathVisualization.TargetColor = endColor;
waypointPathVisualization.WaypointColor = nodeColor;
waypointPathVisualization.LineColor = lineColor;
waypointPathVisualization.SetPath(path, transformer);
var renderer = new MockupRenderer();
waypointPathVisualization.Draw(renderer);
Assert.Equal(path.Length, renderer.FillCircleCalls.Count);
AssertFillCircleCall(renderer, transformer, startColor, path, 0);
for (var i = 1; i < path.Length - 1; i++)
{
AssertFillCircleCall(renderer, transformer, nodeColor, path, i);
}
AssertFillCircleCall(renderer, transformer, endColor, path, path.Length - 1);
for (var i = 0; i < path.Length - 1; i++)
{
var from = transformer.ToWorld(path[i]);
var to = transformer.ToWorld(path[i + 1]);
Assert.Equal(from, renderer.DrawLineCalls[i].from);
Assert.Equal(to, renderer.DrawLineCalls[i].to);
Assert.Equal(lineColor, renderer.DrawLineCalls[i].color);
}
}
public void Draw(DefinitionNode[] definitionNodes, Transformer transform)
{
var nodeConnectionVisualization = new NodeConnectionVisualization(definitionNodes, transform);
var color = new ColorRgba(new Random(definitionNodes.Length).Next());
nodeConnectionVisualization.Color = color;
var renderer = new MockupRenderer();
nodeConnectionVisualization.Draw(renderer);
Assert.Equal(definitionNodes.Select(x => x.Connections.Length).Sum(), renderer.DrawLineCalls.Count);
for (int i = 0; i < renderer.DrawLineCalls.Count; i++)
{
Assert.Equal(color, renderer.DrawLineCalls[i].color);
}
}
public void Draw(Array2D <Vector2> vectors, Transformer transformer, ColorRgba color)
{
var vectorFieldVisualization = new VectorFieldVisualization();
vectorFieldVisualization.Vectors = vectors;
vectorFieldVisualization.Transformer = transformer;
vectorFieldVisualization.Color = color;
var renderer = new MockupRenderer();
vectorFieldVisualization.Draw(renderer);
Assert.Equal(vectors.Length, renderer.DrawLineCalls.Count);
for (var i = 0; i < vectors.Length; i++)
{
var drawnVector = renderer.DrawLineCalls[i].to - renderer.DrawLineCalls[i].from;
var expectedVector = vectors.Array[i] * 0.5f * transformer.Scale.X;
Assert.Equal(expectedVector, drawnVector);
}
}
public void Draw(DefinitionNode[] definitionNodes, Transformer transform)
{
var nodeTextVisualization = new NodeTextVisualization(definitionNodes, transform);
var random = new Random(definitionNodes.Length);
var color = new ColorRgba(random.Next());
nodeTextVisualization.Color = color;
var texts = new string[definitionNodes.Length];
for (int i = 0; i < definitionNodes.Length; i++)
{
if (i % 2 == 0)
{
continue;
}
string text;
if (i % 3 == 0)
{
text = random.Next().ToString();
}
else
{
text = "";
}
texts[i] = text;
nodeTextVisualization.Texts[i] = text;
}
var renderer = new MockupRenderer();
nodeTextVisualization.Draw(renderer);
Assert.Equal(texts.Count(x => !string.IsNullOrEmpty(x)), renderer.DrawTextCalls.Count);
for (int i = 0; i < renderer.DrawLineCalls.Count; i++)
{
Assert.Equal(color, renderer.DrawTextCalls[i].color);
Assert.Equal(texts[i], renderer.DrawTextCalls[i].text);
}
}
public void Draw(DefinitionNode[] definitionNodes, Transformer transform)
{
var nodeVisualization = new NodeVisualization(definitionNodes, transform)
{
Nodes = definitionNodes.Select((node, i) => i)
};
var random = new Random(definitionNodes.Length);
var color = new ColorRgba(random.Next());
nodeVisualization.Color = color;
var renderer = new MockupRenderer();
nodeVisualization.Draw(renderer);
Assert.Equal(definitionNodes.Length, renderer.FillCircleCalls.Count);
for (int i = 0; i < definitionNodes.Length; i++)
{
Assert.Equal(definitionNodes[i].Position, transform.ToLocal(renderer.FillCircleCalls[i].position));
Assert.Equal(transform.Scale.X * 0.25f, renderer.FillCircleCalls[i].radius);
Assert.Equal(color, renderer.FillCircleCalls[i].color);
}
}
public void Draw(IDefinitionNodeNetwork definitionNodeNetwork, Vector2 startPosition, Vector2 targetPosition)
{
var renderer = new MockupRenderer();
var astarAlgorithmVisualization = new AstarAlgorithmVisualization(definitionNodeNetwork);
astarAlgorithmVisualization.SetStart(startPosition);
renderer.ClearCalls();
astarAlgorithmVisualization.Draw(renderer);
Assert.Equal(1, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.StartColor));
Assert.Equal(0, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.TargetColor));
Assert.Equal(0, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.ClosedSetColor || x.color == astarAlgorithmVisualization.OpenSetColor));
astarAlgorithmVisualization.SetTarget(targetPosition);
renderer.ClearCalls();
astarAlgorithmVisualization.Draw(renderer);
Assert.Equal(1, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.StartColor));
Assert.Equal(1, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.TargetColor));
Assert.Equal(0, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.ClosedSetColor || x.color == astarAlgorithmVisualization.OpenSetColor));
astarAlgorithmVisualization.Start(0f, PathfindaxCollisionCategory.None);
while (!astarAlgorithmVisualization.Step())
{
renderer.ClearCalls();
astarAlgorithmVisualization.Draw(renderer);
Assert.True(renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.ClosedSetColor || x.color == astarAlgorithmVisualization.OpenSetColor) > 0);
Assert.Equal(1, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.StartColor));
Assert.Equal(1, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.TargetColor));
}
renderer.ClearCalls();
astarAlgorithmVisualization.Draw(renderer);
Assert.True(renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.ClosedSetColor || x.color == astarAlgorithmVisualization.OpenSetColor) > 0);
Assert.True(renderer.DrawLineCalls.Count > 0);
Assert.Equal(1, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.StartColor));
Assert.Equal(1, renderer.FillCircleCalls.Count(x => x.color == astarAlgorithmVisualization.TargetColor));
}
private void AssertFillCircleCall(MockupRenderer renderer, Transformer transformer, ColorRgba color, Vector2[] path, int i)
{
Assert.Equal(path[i], transformer.ToLocal(renderer.FillCircleCalls[i].position));
Assert.Equal(transformer.Scale.X * 0.25f, renderer.FillCircleCalls[i].radius);
Assert.Equal(color, renderer.FillCircleCalls[i].color);
}