public CreaturePackPlayer(CreaturePackLoader dataIn)
{
data = dataIn;
createRuntimeMap();
isPlaying = true;
isLooping = true;
animBlendFactor = 0;
animBlendDelta = 0;
// create data buffers
renders_base_size = data.getNumPoints() / 2;
render_points = new float[getRenderPointsLength()];
render_uvs = new float[getRenderUVsLength()];
render_colors = new byte[getRenderColorsLength()];
for (var i = 0; i < (int)getRenderColorsLength(); i++)
{
render_colors[i] = 255;
}
for (var i = 0; i < (int)getRenderUVsLength(); i++)
{
render_uvs[i] = data.uvs[i];
}
}
public FinalPointsProcessData(int idxIn, CreaturePackLoader loaderIn)
{
idx = idxIn;
parentLoader = loaderIn;
dMinX = parentLoader.dMinX;
dMinY = parentLoader.dMinY;
dMaxX = parentLoader.dMaxX;
dMaxY = parentLoader.dMaxY;
points = parentLoader.points;
fileData = parentLoader.fileData;
}
public FinalPointsProcessSplitData(CreaturePackLoader loaderIn, object[] dataList)
: base(CreatureConsts.SPLIT_CLIP_ANIM_IDX, loaderIn)
{
fileData = dataList;
}
private static void processPerFinalAllPointsSample(object objIn)
{
FinalPointsProcessData curProcessData = (FinalPointsProcessData)objIn;
int idx = curProcessData.idx;
CreaturePackLoader parentLoader = curProcessData.parentLoader;
var deformCompressType = parentLoader.hasDeformCompress();
bool has_deform_compress = (deformCompressType.Length > 0);
var curOffsetPair = parentLoader.getAnimationOffsets(idx);
var animName = (string)(parentLoader.fileData[curOffsetPair.first]);
var k = curOffsetPair.first;
k++;
byte[] bytes2Data = new byte[2];
while (k < curOffsetPair.second)
{
var pts_raw_array = parentLoader.fileData[k + 1];
int raw_num = 0;
if (pts_raw_array.GetType() == typeof(object[]))
{
raw_num = ((object[])pts_raw_array).Length;
}
else if (pts_raw_array.GetType() == typeof(byte[]))
{
if (deformCompressType == "deform_comp1_1")
{
raw_num = ((byte[])pts_raw_array).Length / 2;
}
else
{
raw_num = ((byte[])pts_raw_array).Length;
}
}
var final_pts_array = new float[raw_num];
if (!has_deform_compress)
{
var pts_array = (object[])pts_raw_array;
for (int m = 0; m < raw_num; m++)
{
final_pts_array[m] = (float)pts_array[m];
}
}
else
{
object[] pts_obj_array = null;
byte[] pts_byte_array = null;
float recp_x = 0, recp_y = 9;
float numBuckets = 0.0f;
if (deformCompressType == "deform_comp1")
{
pts_obj_array = (object[])pts_raw_array;
numBuckets = 65535.0f;
}
else if (deformCompressType == "deform_comp2")
{
pts_byte_array = (byte[])pts_raw_array;
numBuckets = 255.0f;
}
else if (deformCompressType == "deform_comp1_1")
{
pts_byte_array = (byte[])pts_raw_array;
numBuckets = 65535.0f;
}
recp_x = 1.0f / numBuckets * (parentLoader.dMaxX - parentLoader.dMinX);
recp_y = 1.0f / numBuckets * (parentLoader.dMaxY - parentLoader.dMinY);
int bucketType = 0;
if (deformCompressType == "deform_comp1")
{
bucketType = 1;
}
else if (deformCompressType == "deform_comp2")
{
bucketType = 2;
}
else if (deformCompressType == "deform_comp1_1")
{
bucketType = 3;
}
float bucketVal = 0.0f;
float setVal = 0.0f;
for (int m = 0; m < raw_num; m++)
{
bucketVal = 0.0f;
if (bucketType == 1)
{
bucketVal = (float)((int)pts_obj_array[m]);
}
else if (bucketType == 2)
{
bucketVal = (float)((byte)pts_byte_array[m]);
}
else if (bucketType == 3)
{
bytes2Data[0] = pts_byte_array[m * 2];
bytes2Data[1] = pts_byte_array[m * 2 + 1];
int int_val = (int)BitConverter.ToUInt16(bytes2Data, 0);
bucketVal = (float)int_val;
}
setVal = 0.0f;
if (m % 2 == 0)
{
setVal = bucketVal * recp_x + parentLoader.dMinX;
setVal += parentLoader.points[m];
}
else
{
setVal = bucketVal * recp_y + parentLoader.dMinY;
setVal += parentLoader.points[m];
}
final_pts_array[m] = setVal;
}
}
parentLoader.fileData[k + 1] = final_pts_array;
k += 4;
}
}
public FinalPointsProcessData(int idxIn, CreaturePackLoader loaderIn)
{
idx = idxIn;
parentLoader = loaderIn;
}
