internal AxisPVAParamater()
{
Axis = new Value.Vector3DWithRandom(0, 1, 0);
Rotation = new Value.FloatWithRandom(0);
Velocity = new Value.FloatWithRandom(0);
Acceleration = new Value.FloatWithRandom(0);
}
internal Vector3DEasingParamater(float defaultX = 0.0f, float defaultY = 0.0f, float defaultZ = 0.0f)
{
Start = new Value.Vector3DWithRandom(defaultX, defaultY, defaultZ);
End = new Value.Vector3DWithRandom(defaultX, defaultY, defaultZ);
StartSpeed = new Value.Enum<EasingStart>(EasingStart.Start);
EndSpeed = new Value.Enum<EasingEnd>(EasingEnd.End);
}
public static void LoadFromElement(XmlElement e, Value.Vector3DWithRandom value, bool isClip)
{
var e_x = e["X"] as XmlElement;
var e_y = e["Y"] as XmlElement;
var e_z = e["Z"] as XmlElement;
var e_da = e["DrawnAs"];
if (e_x != null)
{
LoadFromElement(e_x, value.X, isClip);
}
if (e_y != null)
{
LoadFromElement(e_y, value.Y, isClip);
}
if (e_z != null)
{
LoadFromElement(e_z, value.Z, isClip);
}
if (e_da != null)
{
value.DrawnAs = (DrawnAs)e_da.GetTextAsInt();
}
}
public static XmlElement SaveToElement(XmlDocument doc, string element_name, Value.Vector3DWithRandom value, bool isClip)
{
var e = doc.CreateElement(element_name);
var x = SaveToElement(doc, "X", value.X, isClip);
var y = SaveToElement(doc, "Y", value.Y, isClip);
var z = SaveToElement(doc, "Z", value.Z, isClip);
var da = value.DefaultDrawnAs != value.DrawnAs ? doc.CreateTextElement("DrawnAs", (int)value.DrawnAs) : null;
if (x != null)
{
e.AppendChild(x);
}
if (y != null)
{
e.AppendChild(y);
}
if (z != null)
{
e.AppendChild(z);
}
if (da != null)
{
e.AppendChild(da);
}
return(e.ChildNodes.Count > 0 ? e : null);
}
public LineParameter()
{
Division = new Value.Int(8, int.MaxValue, 1);
PositionStart = new Value.Vector3DWithRandom();
PositionEnd = new Value.Vector3DWithRandom();
PositionNoize = new Value.FloatWithRandom();
Type = new Value.Enum <LineType>(LineType.Random);
}
public static void LoadFromElement(XmlElement e, Value.Vector3DWithRandom value, bool isClip)
{
var e_x = e["X"] as XmlElement;
var e_y = e["Y"] as XmlElement;
var e_z = e["Z"] as XmlElement;
var e_da = e["DrawnAs"];
var e_d_min = e["DynamicEquationMin"] as XmlElement;
var e_d_max = e["DynamicEquationMax"] as XmlElement;
if (e_x != null)
{
LoadFromElement(e_x, value.X, isClip);
}
if (e_y != null)
{
LoadFromElement(e_y, value.Y, isClip);
}
if (e_z != null)
{
LoadFromElement(e_z, value.Z, isClip);
}
if (e_da != null)
{
value.DrawnAs = (DrawnAs)e_da.GetTextAsInt();
}
if (e_d_min != null)
{
var ind = e_d_min.GetTextAsInt();
if (0 <= ind && ind < Core.Dynamic.Equations.Values.Count)
{
var d = Core.Dynamic.Equations.Values[ind];
value.SetDynamicEquationMin(d);
value.IsDynamicEquationEnabled = true;
}
}
if (e_d_max != null)
{
var ind = e_d_max.GetTextAsInt();
if (0 <= ind && ind < Core.Dynamic.Equations.Values.Count)
{
var d = Core.Dynamic.Equations.Values[ind];
value.SetDynamicEquationMax(d);
value.IsDynamicEquationEnabled = true;
}
}
}
public static XmlElement SaveToElement(XmlDocument doc, string element_name, Value.Vector3DWithRandom value, bool isClip)
{
var e = doc.CreateElement(element_name);
var x = SaveToElement(doc, "X", value.X, isClip);
var y = SaveToElement(doc, "Y", value.Y, isClip);
var z = SaveToElement(doc, "Z", value.Z, isClip);
var da = (value.DefaultDrawnAs != value.DrawnAs || isClip) ? doc.CreateTextElement("DrawnAs", (int)value.DrawnAs) : null;
if (x != null)
{
e.AppendChild(x);
}
if (y != null)
{
e.AppendChild(y);
}
if (z != null)
{
e.AppendChild(z);
}
if (da != null)
{
e.AppendChild(da);
}
var d_ind_min = Core.Dynamic.Equations.GetIndex(value.DynamicEquationMin);
if (d_ind_min >= 0)
{
var d = doc.CreateTextElement("DynamicEquationMin", d_ind_min.ToString());
e.AppendChild(d);
}
var d_ind_max = Core.Dynamic.Equations.GetIndex(value.DynamicEquationMax);
if (d_ind_max >= 0)
{
var d = doc.CreateTextElement("DynamicEquationMax", d_ind_max.ToString());
e.AppendChild(d);
}
return(e.ChildNodes.Count > 0 ? e : null);
}
internal Vector3DEasingParamater(float defaultX = 0.0f, float defaultY = 0.0f, float defaultZ = 0.0f)
{
Type = new Value.Enum <EasingType>();
Start = new Value.Vector3DWithRandom(defaultX, defaultY, defaultZ);
Middle = new Value.Vector3DWithRandom(defaultX, defaultY, defaultZ);
End = new Value.Vector3DWithRandom(defaultX, defaultY, defaultZ);
StartSpeed = new Value.Enum <EasingStart>(EasingStart.Start);
EndSpeed = new Value.Enum <EasingEnd>(EasingEnd.End);
IsMiddleEnabled = new Value.Boolean(false);
IsRandomGroupEnabled = new Value.Boolean(false);
RandomGroupX = new Value.Int(0);
RandomGroupY = new Value.Int(1);
RandomGroupZ = new Value.Int(2);
IsIndividualTypeEnabled = new Value.Boolean(false);
TypeX = new Value.Enum <EasingType>(EasingType.Linear);
TypeY = new Value.Enum <EasingType>(EasingType.Linear);
TypeZ = new Value.Enum <EasingType>(EasingType.Linear);
}
internal AxisEasingParamater()
{
Axis = new Value.Vector3DWithRandom(0, 1, 0);
Easing = new FloatEasingParamater();
}
internal PVAParamater()
{
Rotation = new Value.Vector3DWithRandom(0, 0, 0);
Velocity = new Value.Vector3DWithRandom(0, 0, 0);
Acceleration = new Value.Vector3DWithRandom(0, 0, 0);
}
internal PointParameter()
{
Location = new Value.Vector3DWithRandom();
}
