private static void AddFloatEasing(List <byte[]> data, FloatEasingParamater easingParam)
{
data.Add(easingParam.Start.Max.GetBytes());
data.Add(easingParam.Start.Min.GetBytes());
data.Add(easingParam.End.Max.GetBytes());
data.Add(easingParam.End.Min.GetBytes());
AddEasing(data, easingParam.StartSpeed, easingParam.EndSpeed);
}
public static void ExportEasing(FloatEasingParamater easingValue, float magnification, List <byte[]> destination, ExporterVersion version, bool exportSize)
{
var refBuf1_1 = easingValue.Start.DynamicEquationMax.Index.GetBytes();
var refBuf1_2 = easingValue.Start.DynamicEquationMin.Index.GetBytes();
var refBuf2_1 = easingValue.End.DynamicEquationMax.Index.GetBytes();
var refBuf2_2 = easingValue.End.DynamicEquationMin.Index.GetBytes();
List <byte[]> _data = new List <byte[]>();
if (version >= ExporterVersion.Ver16Alpha1)
{
_data.Add(refBuf1_1);
_data.Add(refBuf1_2);
_data.Add(refBuf2_1);
_data.Add(refBuf2_2);
_data.Add(easingValue.Start.GetBytes(magnification));
_data.Add(easingValue.End.GetBytes(magnification));
}
else
{
_data.Add(easingValue.Start.GetBytes(magnification));
_data.Add(easingValue.End.GetBytes(magnification));
}
// middle
if (version >= ExporterVersion.Ver16Alpha1)
{
int isMiddleEnabled = easingValue.IsMiddleEnabled ? 1 : 0;
_data.Add(isMiddleEnabled.GetBytes());
if (easingValue.IsMiddleEnabled.Value)
{
var refBuf3_1 = easingValue.Middle.DynamicEquationMax.Index.GetBytes();
var refBuf3_2 = easingValue.Middle.DynamicEquationMin.Index.GetBytes();
_data.Add(refBuf3_1);
_data.Add(refBuf3_2);
_data.Add(easingValue.Middle.GetBytes(magnification));
}
}
var type = easingValue.Type.Value;
if (version >= ExporterVersion.Ver16Alpha1)
{
_data.Add(BitConverter.GetBytes((int)type));
if (type == EasingType.LeftRightSpeed)
{
var easing = Utl.MathUtl.Easing((float)easingValue.StartSpeed.Value, (float)easingValue.EndSpeed.Value);
_data.Add(BitConverter.GetBytes(easing[0]));
_data.Add(BitConverter.GetBytes(easing[1]));
_data.Add(BitConverter.GetBytes(easing[2]));
}
}
else
{
var easing = Utl.MathUtl.Easing((float)easingValue.StartSpeed.Value, (float)easingValue.EndSpeed.Value);
_data.Add(BitConverter.GetBytes(easing[0]));
_data.Add(BitConverter.GetBytes(easing[1]));
_data.Add(BitConverter.GetBytes(easing[2]));
}
// Channel
if (version >= ExporterVersion.Ver16Alpha1)
{
{
int channel = 0;
channel += (byte)0 << 0;
_data.Add(BitConverter.GetBytes(channel));
}
}
// Individual
if (version >= ExporterVersion.Ver16Alpha1)
{
int individualTypeEnabled = 0;
_data.Add(BitConverter.GetBytes(individualTypeEnabled));
}
var __data = _data.ToArray().ToArray();
if (exportSize)
{
destination.Add(__data.Count().GetBytes());
}
destination.Add(__data);
}
public static void ExportEasing(FloatEasingParamater easingValue, float magnification, List <byte[]> destination, ExporterVersion version)
{
var refBuf1_1 = easingValue.Start.DynamicEquationMax.Index.GetBytes();
var refBuf1_2 = easingValue.Start.DynamicEquationMin.Index.GetBytes();
var refBuf2_1 = easingValue.End.DynamicEquationMax.Index.GetBytes();
var refBuf2_2 = easingValue.End.DynamicEquationMin.Index.GetBytes();
List <byte[]> _data = new List <byte[]>();
_data.Add(refBuf1_1);
_data.Add(refBuf1_2);
_data.Add(refBuf2_1);
_data.Add(refBuf2_2);
_data.Add(easingValue.Start.GetBytes(magnification));
_data.Add(easingValue.End.GetBytes(magnification));
// middle
if (version >= ExporterVersion.Ver16Alpha1)
{
int isMiddleEnabled = easingValue.IsMiddleEnabled ? 1 : 0;
_data.Add(isMiddleEnabled.GetBytes());
if (easingValue.IsMiddleEnabled.Value)
{
var refBuf3_1 = easingValue.Middle.DynamicEquationMax.Index.GetBytes();
var refBuf3_2 = easingValue.Middle.DynamicEquationMin.Index.GetBytes();
_data.Add(refBuf3_1);
_data.Add(refBuf3_2);
_data.Add(easingValue.Middle.GetBytes(magnification));
}
var type = easingValue.Type.Value;
if (version >= ExporterVersion.Ver16Alpha1)
{
_data.Add(BitConverter.GetBytes((int)type));
if (type == EasingType.LeftRightSpeed)
{
var easing = Utl.MathUtl.Easing((float)easingValue.StartSpeed.Value, (float)easingValue.EndSpeed.Value);
_data.Add(BitConverter.GetBytes(easing[0]));
_data.Add(BitConverter.GetBytes(easing[1]));
_data.Add(BitConverter.GetBytes(easing[2]));
}
}
else
{
var easing = Utl.MathUtl.Easing((float)easingValue.StartSpeed.Value, (float)easingValue.EndSpeed.Value);
_data.Add(BitConverter.GetBytes(easing[0]));
_data.Add(BitConverter.GetBytes(easing[1]));
_data.Add(BitConverter.GetBytes(easing[2]));
}
// Channel
if (version >= ExporterVersion.Ver16Alpha1)
{
if (easingValue.IsRandomGroupEnabled.Value)
{
Dictionary <int, int> id2ind = new Dictionary <int, int>();
var ids = new[] { easingValue.RandomGroupA.Value };
foreach (var id in ids)
{
if (!id2ind.ContainsKey(id))
{
id2ind.Add(id, id2ind.Count);
}
}
int channel = 0;
channel += (byte)id2ind[easingValue.RandomGroupA.Value] << 0;
_data.Add(BitConverter.GetBytes(channel));
}
else
{
int channel = 0;
channel += (byte)0 << 0;
_data.Add(BitConverter.GetBytes(channel));
}
}
// Individual
if (version >= ExporterVersion.Ver16Alpha1)
{
int individualTypeEnabled = easingValue.IsIndividualTypeEnabled.Value ? 1 : 0;
_data.Add(BitConverter.GetBytes(individualTypeEnabled));
if (easingValue.IsIndividualTypeEnabled.Value)
{
_data.Add(BitConverter.GetBytes((int)easingValue.Type_A.Value));
}
}
var __data = _data.ToArray().ToArray();
destination.Add(__data.Count().GetBytes());
destination.Add(__data);
}
}
