geBoolean AProject_AddMotion
(
AProject *pProject,
const char *MotionName,
const char *Filename,
const ApjMotionFormat Fmt,
const geBoolean OptFlag,
const int OptLevel,
const char *BoneName,
int *pIndex // returned index
)
{
ApjMotionEntry *pEntry;
int ArraySize;
assert ((OptLevel >= 0) && (OptLevel <= 9));
assert ((Fmt > ApjMotion_Invalid) && (Fmt < ApjMotion_TypeCount));
ArraySize = Array_GetSize (pProject->Motions.Items);
if (pProject->Motions.Count == ArraySize)
{
// array is full, have to extend it
int NewSize;
NewSize = Array_Resize (pProject->Motions.Items, 2*ArraySize);
if (NewSize <= ArraySize)
{
// couldn't resize
geErrorLog_AddString (GE_ERR_MEMORY_RESOURCE, "Adding Motion",NULL);
return GE_FALSE;
}
}
pEntry = Array_ItemPtr (pProject->Motions.Items, pProject->Motions.Count);
pEntry->Name = NULL;
pEntry->Filename = NULL;
pEntry->Bone = NULL;
pEntry->Fmt = Fmt;
if (((pEntry->Name = Util_Strdup (MotionName)) == NULL) ||
((pEntry->Filename = Util_Strdup (Filename)) == NULL) ||
((pEntry->Bone = Util_Strdup (BoneName)) == NULL))
{
geErrorLog_AddString (GE_ERR_MEMORY_RESOURCE, "Adding Motion",NULL);
AProject_FreeMotionInfo (pEntry);
return GE_FALSE;
}
pEntry->OptFlag = OptFlag;
pEntry->OptLevel = OptLevel;
*pIndex = (pProject->Motions.Count)++;
return GE_TRUE;
}
geBoolean AProject_AddMaterial
(
AProject *pProject,
const char *MaterialName,
const ApjMaterialFormat Fmt,
const char *TextureFilename,
const float Red, const float Green, const float Blue, const float Alpha,
int *pIndex // returned index
)
{
ApjMaterialEntry *pEntry;
int ArraySize;
assert ((Fmt == ApjMaterial_Color) || (Fmt == ApjMaterial_Texture));
ArraySize = Array_GetSize (pProject->Materials.Items);
if (pProject->Materials.Count == ArraySize)
{
// array is full, have to extend it
int NewSize;
NewSize = Array_Resize (pProject->Materials.Items, 2*ArraySize);
if (NewSize <= ArraySize)
{
// couldn't resize
geErrorLog_AddString (GE_ERR_MEMORY_RESOURCE, "Adding material",NULL);
return GE_FALSE;
}
}
pEntry = Array_ItemPtr (pProject->Materials.Items, pProject->Materials.Count);
pEntry->Name = NULL;
pEntry->Filename = NULL;
if (((pEntry->Name = Util_Strdup (MaterialName)) == NULL) ||
((pEntry->Filename = Util_Strdup (TextureFilename)) == NULL))
{
geErrorLog_AddString (GE_ERR_MEMORY_RESOURCE, "Adding material",NULL);
AProject_FreeMaterialInfo (pEntry);
return GE_FALSE;
}
pEntry->Fmt = Fmt;
pEntry->Color.r = Red;
pEntry->Color.g = Green;
pEntry->Color.b = Blue;
pEntry->Color.a = Alpha;
*pIndex = (pProject->Materials.Count)++;
return GE_TRUE;
}
int RUCE_RUDB_Load(RUCE_DB_Entry* Dest, String* Path)
{
File Sorc;
File_Ctor(& Sorc);
if(! File_Open(& Sorc, Path, READONLY))
return -1;
int ReverseEndian = 0;
int64_t FLen = File_GetLength(& Sorc);
if(FLen < 48)
return -1;
char CBuffer[8];
uint32_t Header[4];
uint64_t DataSize;
File_Read_Buffer(& Sorc, Header, 12);
if(Header[0] != RUDB_Header)
{
Endian_Switch_Array_UInt32(Header, 4);
ReverseEndian = 1;
}
if(Header[0] != RUDB_Header)
return -2;
if(Header[2] > RUDB_VERSION)
return -3;
File_Read_Buffer(& Sorc, CBuffer, 4);
if(strncmp(CBuffer, "DATA", 4))
return -4;
File_Read_Buffer(& Sorc, & DataSize, 8);
if(DataSize < 8)
return -5;
char* Data = malloc(DataSize);
File_Read_Buffer(& Sorc, Data, DataSize);
if(Header[1] != CRC32Sum(Data, DataSize, 0))
return -6;
memcpy(& (Dest -> HopSize), Data, 8);
Data += 8;
if(ReverseEndian)
Endian_Switch_Array_Int32(& (Dest -> HopSize), 2);
while(Data != Data + DataSize)
{
if(! strncmp(Data, "FRME", 4))
{
Data += 4;
memcpy(Header, Data, 4);
Data += 4;
if(ReverseEndian)
Endian_Switch_UInt32(Header);
int OldSize = Dest -> FrameList_Index + 1;
Array_Resize(RUCE_DB_Frame,
Dest -> FrameList,
OldSize + Header[0]);
for(int i = 0 + OldSize; i < Header[0] + OldSize; ++i)
{
RUCE_DB_Frame_Ctor(& (Dest -> FrameList[i]));
if(strncmp(Data, "FRMB", 4))
return -255;
Data += 4;
memcpy(& (Dest -> FrameList[i].Position), Data, 4);
Data += 4;
int Cnt;
memcpy(& Cnt, Data, 4);
Data += 4;
if(ReverseEndian)
{
Endian_Switch_Int32(& (Dest -> FrameList[i].Position));
Endian_Switch_Int32(& Cnt);
}
Array_Resize(float, Dest -> FrameList[i].Freq, Cnt);
Array_Resize(float, Dest -> FrameList[i].Ampl, Cnt);
Array_Resize(float, Dest -> FrameList[i].Phse, Cnt);
Dest -> FrameList[i].Freq_Index = Cnt - 1;
Dest -> FrameList[i].Ampl_Index = Cnt - 1;
Dest -> FrameList[i].Phse_Index = Cnt - 1;
if(Dest -> FrameList[i].Noiz)
free(Dest -> FrameList[i].Noiz);
Dest -> FrameList[i].Noiz = RAlloc_Float(Dest -> NoizSize);
memcpy(Dest -> FrameList[i].Freq, Data, Cnt * 4);
Data += Cnt * 4;
memcpy(Dest -> FrameList[i].Ampl, Data, Cnt * 4);
Data += Cnt * 4;
memcpy(Dest -> FrameList[i].Phse, Data, Cnt * 4);
Data += Cnt * 4;
memcpy(Dest -> FrameList[i].Noiz, Data, Dest -> NoizSize * 4);
Data += Dest -> NoizSize * 4;
if(ReverseEndian)
{
Endian_Switch_Array_Float(Dest -> FrameList[i].Freq, Cnt);
Endian_Switch_Array_Float(Dest -> FrameList[i].Ampl, Cnt);
Endian_Switch_Array_Float(Dest -> FrameList[i].Phse, Cnt);
Endian_Switch_Array_Float(Dest -> FrameList[i].Noiz,
Dest -> NoizSize);
}
}
}
else if(! strncmp(Data, "PULS", 4))
