private String toXml()
{
StringBuilder sb = new StringBuilder();
sb.Append("<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n");
sb.Append("<!DOCTYPE plist PUBLIC \"-//Apple//DTD PLIST 1.0//EN\" \"http://www.apple.com/DTDs/PropertyList-1.0.dtd\">\n");
sb.Append("<plist version=\"1.0\">\n");
sb.Append("<dict>\n");
// angle
AppendKV(sb, 1, "angle", emitAngle.getValue().ToString(), "real");
// angleVariance
AppendKV(sb, 1, "angleVariance", emitAngleVar.getValue().ToString(), "real");
// ??? blendFuncDestination
AppendKV(sb, 1, "blendFuncDestination", GLBlendFactorForm.transGlBlendFactor((EBlendFactor)Enum.Parse(typeof(EBlendFactor), btnBlendDst.Text)).ToString(), "integer");
// ??? blendFuncSource
AppendKV(sb, 1, "blendFuncSource", GLBlendFactorForm.transGlBlendFactor((EBlendFactor)Enum.Parse(typeof(EBlendFactor), btnBlendSrc.Text)).ToString(), "integer");
// duration
AppendKV(sb, 1, "duration", emDuration.getValue().ToString(), "real");
// ??? emitterType TODO confirm 1.0 and 0.0
AppendKV(sb, 1, "emitterType", (radioEmitterGravity.Checked ? 0.0f : 1.0f).ToString(), "real");
// finishColorAlpha
AppendKV(sb, 1, "finishColorAlpha", ((float)(endColor.getA() / 255.0f)).ToString(), "real");
// finishColorBlue
AppendKV(sb, 1, "finishColorBlue", ((float)(endColor.getB() / 255.0f)).ToString(), "real");
// finishColorGreen
AppendKV(sb, 1, "finishColorGreen", ((float)(endColor.getG() / 255.0f)).ToString(), "real");
// finishColorRed
AppendKV(sb, 1, "finishColorRed", ((float)(endColor.getR() / 255.0f)).ToString(), "real");
// finishColorVarianceAlpha
AppendKV(sb, 1, "finishColorVarianceAlpha", ((float)(endColorVar.getA() / 255.0f)).ToString(), "real");
// finishColorVarianceBlue
AppendKV(sb, 1, "finishColorVarianceBlue", ((float)(endColorVar.getB() / 255.0f)).ToString(), "real");
// finishColorVarianceGreen
AppendKV(sb, 1, "finishColorVarianceGreen", ((float)(endColorVar.getG() / 255.0f)).ToString(), "real");
// finishColorVarianceRed
AppendKV(sb, 1, "finishColorVarianceRed", ((float)(endColorVar.getR() / 255.0f)).ToString(), "real");
// finishParticleSize
AppendKV(sb, 1, "finishParticleSize", finishSize.getValue().ToString(), "real");
// finishParticleSizeVariance
AppendKV(sb, 1, "finishParticleSizeVariance", finishSizeVar.getValue().ToString(), "real");
// gravityx
AppendKV(sb, 1, "gravityx", emGravityX.getValue().ToString(), "real");
// gravityy
AppendKV(sb, 1, "gravityy", emGravityY.getValue().ToString(), "real");
// maxParticles
AppendKV(sb, 1, "maxParticles", maxParticles.getValue().ToString(), "real");
// maxRadius
AppendKV(sb, 1, "maxRadius", emRadialMaxRadius.getValue().ToString(), "real");
// maxRadiusVariance
AppendKV(sb, 1, "maxRadiusVariance", emRadialMaxRadiusVar.getValue().ToString(), "real");
// minRadius
AppendKV(sb, 1, "minRadius", emRadialMinRadius.getValue().ToString(), "real");
// particleLifespan
AppendKV(sb, 1, "particleLifespan", lifeSpan.getValue().ToString(), "real");
// particleLifespanVariance
AppendKV(sb, 1, "particleLifespanVariance", lifeSpanVar.getValue().ToString(), "real");
// radialAccelVariance
AppendKV(sb, 1, "radialAccelVariance", emGravityRadialAccelVar.getValue().ToString(), "real");
// radialAcceleration
AppendKV(sb, 1, "radialAcceleration", emGravityRadialAccel.getValue().ToString(), "real");
// rotatePerSecond
AppendKV(sb, 1, "rotatePerSecond", emRadialDegPerSecond.getValue().ToString(), "real");
// rotatePerSecondVariance
AppendKV(sb, 1, "rotatePerSecondVariance", emRadialDegPerSecondVar.getValue().ToString(), "real");
// rotationEnd
AppendKV(sb, 1, "rotationEnd", rotationEnd.getValue().ToString(), "real");
// rotationEndVariance
AppendKV(sb, 1, "rotationEndVariance", rotationEndVar.getValue().ToString(), "real");
// rotationStart
AppendKV(sb, 1, "rotationStart", rotationStart.getValue().ToString(), "real");
// rotationStartVariance
AppendKV(sb, 1, "rotationStartVariance", rotationStartVar.getValue().ToString(), "real");
// sourcePositionVariancex
AppendKV(sb, 1, "sourcePositionVariancex", emPosXVar.getValue().ToString(), "real");
// sourcePositionVariancey
AppendKV(sb, 1, "sourcePositionVariancey", emPosYVar.getValue().ToString(), "real");
// sourcePositionx
AppendKV(sb, 1, "sourcePositionx", emPosX.getValue().ToString(), "real");
// sourcePositiony
AppendKV(sb, 1, "sourcePositiony", emPosY.getValue().ToString(), "real");
// speed
AppendKV(sb, 1, "speed", emGravitySpeed.getValue().ToString(), "real");
// speedVariance
AppendKV(sb, 1, "speedVariance", emGravitySpeedVar.getValue().ToString(), "real");
// startColorAlpha
AppendKV(sb, 1, "startColorAlpha", ((float)(startColor.getA() / 255.0f)).ToString(), "real");
// startColorBlue
AppendKV(sb, 1, "startColorBlue", ((float)(startColor.getB() / 255.0f)).ToString(), "real");
// startColorGreen
AppendKV(sb, 1, "startColorGreen", ((float)(startColor.getG() / 255.0f)).ToString(), "real");
// startColorRed
AppendKV(sb, 1, "startColorRed", ((float)(startColor.getR() / 255.0f)).ToString(), "real");
// startColorVarianceAlpha
AppendKV(sb, 1, "startColorVarianceAlpha", ((float)(startColorVar.getA() / 255.0f)).ToString(), "real");
// startColorVarianceBlue
AppendKV(sb, 1, "startColorVarianceBlue", ((float)(startColorVar.getB() / 255.0f)).ToString(), "real");
// startColorVarianceGreen
AppendKV(sb, 1, "startColorVarianceGreen", ((float)(startColorVar.getG() / 255.0f)).ToString(), "real");
// startColorVarianceRed
AppendKV(sb, 1, "startColorVarianceRed", ((float)(startColorVar.getR() / 255.0f)).ToString(), "real");
// startParticleSize
AppendKV(sb, 1, "startParticleSize", startSize.getValue().ToString(), "real");
// startParticleSizeVariance
AppendKV(sb, 1, "startParticleSizeVariance", startSizeVar.getValue().ToString(), "real");
// tangentialAccelVariance
AppendKV(sb, 1, "tangentialAccelVariance", emGravityTangentAccelVar.getValue().ToString(), "real");
// tangentialAcceleration
AppendKV(sb, 1, "tangentialAcceleration", emGravityTangentAccel.getValue().ToString(), "real");
// textureFileName
AppendKV(sb, 1, "textureFileName", textureFileName, "string");
sb.Append("</dict>\n");
sb.Append("</plist>\n");
return(sb.ToString());
}
private void readFromXml(XmlDocument doc)
{
XmlElement eDict = ((XmlElement)doc.SelectNodes("plist")[0].SelectNodes("dict")[0]);
List <XmlElement> eChilds = new List <XmlElement>();
for (XmlNode node = eDict.FirstChild; node != null; node = node.NextSibling)
{
if (!(node is XmlElement))
{
continue;
}
eChilds.Add((XmlElement)node);
}
for (int i = 0; i < eChilds.Count; ++i)
{
XmlElement e = eChilds[i];
if (e.ChildNodes[0].Value == "angle")
{
emitAngle.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "angleVariance")
{
emitAngleVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "blendFuncDestination")
{
btnBlendDst.Text = Enum.GetName(typeof(EBlendFactor), GLBlendFactorForm.transGlBlendFactor(int.Parse(eChilds[++i].ChildNodes[0].Value)));
}
else if (e.ChildNodes[0].Value == "blendFuncSource")
{
btnBlendSrc.Text = Enum.GetName(typeof(EBlendFactor), GLBlendFactorForm.transGlBlendFactor(int.Parse(eChilds[++i].ChildNodes[0].Value)));
}
else if (e.ChildNodes[0].Value == "duration")
{
emDuration.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "emitterType")
{
// ??? emitterType TODO confirm 1.0 and 0.0
if (float.Parse(eChilds[++i].ChildNodes[0].Value) == 0)
{
radioEmitterGravity.Checked = true;
}
else
{
radioEmitterRadial.Checked = true;
}
}
else if (e.ChildNodes[0].Value == "finishColorAlpha")
{
endColor.setA((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "finishColorBlue")
{
endColor.setB((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "finishColorGreen")
{
endColor.setG((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "finishColorRed")
{
endColor.setR((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "finishColorVarianceAlpha")
{
endColorVar.setA((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "finishColorVarianceBlue")
{
endColorVar.setB((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "finishColorVarianceGreen")
{
endColorVar.setG((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "finishColorVarianceRed")
{
endColorVar.setR((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "finishParticleSize")
{
finishSize.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "finishParticleSizeVariance")
{
finishSizeVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "gravityx")
{
emGravityX.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "gravityy")
{
emGravityY.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "maxParticles")
{
maxParticles.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "maxRadius")
{
emRadialMaxRadius.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "maxRadiusVariance")
{
emRadialMaxRadiusVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "minRadius")
{
emRadialMinRadius.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "particleLifespan")
{
lifeSpan.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "particleLifespanVariance")
{
lifeSpanVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "radialAccelVariance")
{
emGravityRadialAccelVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "radialAcceleration")
{
emGravityRadialAccel.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "rotatePerSecond")
{
emRadialDegPerSecond.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "rotatePerSecondVariance")
{
emRadialDegPerSecondVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "rotationEnd")
{
rotationEnd.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "rotationEndVariance")
{
rotationEndVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "rotationStart")
{
rotationStart.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "rotationStartVariance")
{
rotationStartVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "sourcePositionVariancex")
{
emPosXVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "sourcePositionVariancey")
{
emPosYVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "sourcePositionx")
{
emPosX.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "sourcePositiony")
{
emPosY.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "speed")
{
emGravitySpeed.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "speedVariance")
{
emGravitySpeedVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "startColorAlpha")
{
startColor.setA((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "startColorBlue")
{
startColor.setB((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "startColorGreen")
{
startColor.setG((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "startColorRed")
{
startColor.setR((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "startColorVarianceAlpha")
{
startColorVar.setA((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "startColorVarianceBlue")
{
startColorVar.setB((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "startColorVarianceGreen")
{
startColorVar.setG((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "startColorVarianceRed")
{
startColorVar.setR((byte)Math.Round((float.Parse(eChilds[++i].ChildNodes[0].Value) * 255)));
}
else if (e.ChildNodes[0].Value == "startParticleSize")
{
startSize.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "startParticleSizeVariance")
{
startSizeVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "tangentialAccelVariance")
{
emGravityTangentAccelVar.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "tangentialAcceleration")
{
emGravityTangentAccel.setValue(float.Parse(eChilds[++i].ChildNodes[0].Value));
}
else if (e.ChildNodes[0].Value == "textureFileName")
{
setTextureFileName(eChilds[++i].ChildNodes[0].Value);
}
}
}