public static byte[] GetBytes(Data.LocationAbsValues value, Data.ParentEffectType parentEffectType)
{
List <byte[]> data = new List <byte[]>();
data.Add(value.Type.GetValueAsInt().GetBytes());
if (value.Type.GetValue() == Data.LocationAbsValues.ParamaterType.Gravity)
{
var bytes = TranslationAbs_Gravity_Values.Create(value.Gravity).GetBytes();
data.Add(bytes.Count().GetBytes());
data.Add(bytes);
}
else if (value.Type.GetValue() == Data.LocationAbsValues.ParamaterType.AttractiveForce)
{
var bytes = TranslationAbs_AttractiveForce_Values.Create(value.AttractiveForce).GetBytes();
data.Add(bytes.Count().GetBytes());
data.Add(bytes);
}
else if (value.Type.GetValue() == Data.LocationAbsValues.ParamaterType.None)
{
data.Add(((int)0).GetBytes());
}
return(data.ToArray().ToArray());
}
static public TranslationAbs_AttractiveForce_Values Create(Data.LocationAbsValues.AttractiveForceParamater value)
{
var s_value = new TranslationAbs_AttractiveForce_Values();
s_value.Force = value.Force.Value;
s_value.Control = value.Control.Value;
s_value.MinRange = value.MinRange.Value;
s_value.MaxRange = value.MaxRange.Value;
return(s_value);
}
public static TranslationAbs_AttractiveForce_Values Create(Data.LocationAbsValues.AttractiveForceParamater value)
{
var s_value = new TranslationAbs_AttractiveForce_Values();
s_value.Force = value.Force.Value;
s_value.Control = value.Control.Value;
s_value.MinRange = value.MinRange.Value;
s_value.MaxRange = value.MaxRange.Value;
return s_value;
}
public static byte[] GetBytes(Data.LocationAbsValues value, Data.ParentEffectType parentEffectType)
{
List <byte[]> data = new List <byte[]>();
// Force field
List <Data.LocalForceField> lffs = new List <Data.LocalForceField>
{
value.LocalForceField1,
value.LocalForceField2,
value.LocalForceField3,
};
data.Add((lffs.Count).GetBytes());
foreach (var lff in lffs)
{
data.Add(lff.Type.GetValueAsInt().GetBytes());
if (lff.Type.Value == Data.LocalForceFieldType.Turbulence)
{
data.Add(lff.Turbulence.Seed.Value.GetBytes());
data.Add(lff.Turbulence.FieldScale.Value.GetBytes());
data.Add(lff.Turbulence.Strength.Value.GetBytes());
data.Add(lff.Turbulence.Octave.Value.GetBytes());
}
}
data.Add(value.Type.GetValueAsInt().GetBytes());
if (value.Type.GetValue() == Data.LocationAbsValues.ParamaterType.Gravity)
{
var bytes = TranslationAbs_Gravity_Values.Create(value.Gravity).GetBytes();
data.Add(bytes.Count().GetBytes());
data.Add(bytes);
}
else if (value.Type.GetValue() == Data.LocationAbsValues.ParamaterType.AttractiveForce)
{
var bytes = TranslationAbs_AttractiveForce_Values.Create(value.AttractiveForce).GetBytes();
data.Add(bytes.Count().GetBytes());
data.Add(bytes);
}
else if (value.Type.GetValue() == Data.LocationAbsValues.ParamaterType.None)
{
data.Add(((int)0).GetBytes());
}
return(data.ToArray().ToArray());
}
public static byte[] GetBytes(Data.LocationAbsValues value, Data.ParentEffectType parentEffectType, ExporterVersion version)
{
List <byte[]> data = new List <byte[]>();
// Force field
List <Data.LocalForceField> lffs = new List <Data.LocalForceField>
{
value.LocalForceField1,
value.LocalForceField2,
value.LocalForceField3,
};
data.Add((lffs.Count).GetBytes());
foreach (var lff in lffs)
{
if (version >= ExporterVersion.Ver1600)
{
data.Add(lff.Type.GetValueAsInt().GetBytes());
var pi = (float)Math.PI;
data.Add(BitConverter.GetBytes(lff.Power));
data.Add(BitConverter.GetBytes(lff.Position.X));
data.Add(BitConverter.GetBytes(lff.Position.Y));
data.Add(BitConverter.GetBytes(lff.Position.Z));
data.Add(BitConverter.GetBytes(lff.Rotation.X / 180.0f * pi));
data.Add(BitConverter.GetBytes(lff.Rotation.Y / 180.0f * pi));
data.Add(BitConverter.GetBytes(lff.Rotation.Z / 180.0f * pi));
if (lff.Type.Value == Data.LocalForceFieldType.Force)
{
data.Add((lff.Force.Gravitation.GetValue() ? 1 : 0).GetBytes());
}
if (lff.Type.Value == Data.LocalForceFieldType.Wind)
{
}
if (lff.Type.Value == Data.LocalForceFieldType.Vortex)
{
}
if (lff.Type.Value == Data.LocalForceFieldType.Maginetic)
{
}
if (lff.Type.Value == Data.LocalForceFieldType.Turbulence)
{
data.Add(lff.Turbulence.Seed.Value.GetBytes());
data.Add(lff.Turbulence.FieldScale.Value.GetBytes());
data.Add(lff.Turbulence.Strength.Value.GetBytes());
data.Add(lff.Turbulence.Octave.Value.GetBytes());
}
if (lff.Type.Value == Data.LocalForceFieldType.Drag)
{
}
data.Add(lff.Falloff.Type.GetValueAsInt().GetBytes());
if (lff.Falloff.Type.Value != Data.ForceFieldFalloffType.None)
{
data.Add(lff.Falloff.Power.GetBytes());
data.Add(lff.Falloff.MaxDistance.GetBytes());
data.Add(lff.Falloff.MinDistance.GetBytes());
if (lff.Falloff.Type.Value == Data.ForceFieldFalloffType.Tube)
{
data.Add(lff.Falloff.Tube.RadiusPower.GetBytes());
data.Add(lff.Falloff.Tube.MaxRadius.GetBytes());
data.Add(lff.Falloff.Tube.MinRadius.GetBytes());
}
if (lff.Falloff.Type.Value == Data.ForceFieldFalloffType.Cone)
{
data.Add(lff.Falloff.Cone.AnglePower.GetBytes());
data.Add(lff.Falloff.Cone.MaxAngle.GetBytes());
data.Add(lff.Falloff.Cone.MinAngle.GetBytes());
}
}
}
else
{
// 1.5 or later
if (lff.Type.Value == Data.LocalForceFieldType.Turbulence)
{
data.Add(lff.Type.GetValueAsInt().GetBytes());
}
else
{
data.Add(((int)(Data.LocalForceFieldType.None)).GetBytes());
}
if (lff.Type.Value == Data.LocalForceFieldType.Turbulence)
{
data.Add(lff.Turbulence.Seed.Value.GetBytes());
data.Add(lff.Turbulence.FieldScale.Value.GetBytes());
data.Add(lff.Turbulence.Strength.Value.GetBytes());
data.Add(lff.Turbulence.Octave.Value.GetBytes());
}
}
}
data.Add(value.Type.GetValueAsInt().GetBytes());
if (value.Type.GetValue() == Data.LocationAbsValues.ParamaterType.Gravity)
{
var bytes = TranslationAbs_Gravity_Values.Create(value.Gravity).GetBytes();
data.Add(bytes.Count().GetBytes());
data.Add(bytes);
}
else if (value.Type.GetValue() == Data.LocationAbsValues.ParamaterType.AttractiveForce)
{
var bytes = TranslationAbs_AttractiveForce_Values.Create(value.AttractiveForce).GetBytes();
data.Add(bytes.Count().GetBytes());
data.Add(bytes);
}
else if (value.Type.GetValue() == Data.LocationAbsValues.ParamaterType.None)
{
data.Add(((int)0).GetBytes());
}
return(data.ToArray().ToArray());
}