public static PropertyNode <float> CreateList(BasicTweenable <float> data)
{
var start = new PropertyNode <float>(data.start, 0);
//only set up a next value if it is different from the starting value
if (data.end != data.start)
{
start.next = new PropertyNode <float>(data.end, 1);
}
return(start);
}
public static PropertyNode <Color> CreateList(BasicTweenable <string> data)
{
var start = new PropertyNode <Color>(ParticleUtils.HexToRGB(data.start), 0);
//only set up a next value if it is different from the starting value
if (data.end != data.start)
{
start.next = new PropertyNode <Color>(ParticleUtils.HexToRGB(data.end), 1);
}
return(start);
}
public EmitterConfig(JToken configData)
{
var obj = (JObject)configData;
alpha = new BasicTweenable <float>();
if (alpha is BasicTweenable <float> bt0)
{
bt0.start = (float)configData["alpha"]["start"];
bt0.end = (float)configData["alpha"]["end"];
alpha = bt0;
}
speed = new BasicTweenable <float>();
if (speed is BasicTweenable <float> bt1)
{
bt1.start = (float)configData["speed"]["start"];
bt1.end = (float)configData["speed"]["end"];
speed = bt1;
}
minimumSpeedMultiplier = (float)configData["speed"]["minimumSpeedMultiplier"];
maxSpeed = (float)configData["maxSpeed"];
acceleration = new Vector2((float)configData["acceleration"]["x"], (float)configData["acceleration"]["y"]);
scale = new BasicTweenable <float>();
if (scale is BasicTweenable <float> bt2)
{
bt2.start = (float)configData["scale"]["start"];
bt2.end = (float)configData["scale"]["end"];
scale = bt2;
}
minimumScaleMultiplier = (float)configData["scale"]["minimumScaleMultiplier"];
color = new BasicTweenable <string>();
if (color is BasicTweenable <string> bt3)
{
bt3.start = (string)configData["color"]["start"];
bt3.end = (string)configData["color"]["end"];
color = bt3;
}
startRotation = new RandNumber((float)configData["startRotation"]["min"], (float)configData["startRotation"]["max"]);
noRotation = (bool)configData["noRotation"];
rotationSpeed = new RandNumber((float)configData["rotationSpeed"]["min"], (float)configData["rotationSpeed"]["max"]);
if (obj.ContainsKey("rotationAcceleration"))
{
rotationAcceleration = (float)configData["rotationAcceleration"];
}
lifetime = new RandNumber((float)configData["lifetime"]["min"], (float)configData["lifetime"]["max"]);
blendMode = (string)configData["blendMode"];
frequency = (float)configData["frequency"];
emitterLifetime = (float)configData["emitterLifetime"];
maxParticles = (int)configData["maxParticles"];
pos = new Vector2((float)configData["pos"]["x"], (float)configData["pos"]["y"]);
spawnType = (string)configData["spawnType"];
if (spawnType == "rect")
{
spawnRect = new Rectangle(
(int)configData["spawnRect"]["x"],
(int)configData["spawnRect"]["y"],
(int)configData["spawnRect"]["w"],
(int)configData["spawnRect"]["h"]
);
}
else if (spawnType == "circle")
{
spawnCircle = new Circle(
(int)configData["spawnCircle"]["x"],
(int)configData["spawnCircle"]["y"],
(int)configData["spawnCircle"]["r"]
);
}
else if (spawnType == "ring")
{
spawnCircle = new Circle(
(int)configData["spawnCircle"]["x"],
(int)configData["spawnCircle"]["y"],
(int)configData["spawnCircle"]["r"],
(int)configData["spawnCircle"]["minR"]
);
}
else if (spawnType == "burst")
{
particlesPerWave = (int)configData["particlesPerWave"];
particleSpacing = (int)configData["particleSpacing"];
angleStart = (int)configData["angleStart"];
}
}
