PVideoFrame __stdcall deathray::GetFrame(int n, IScriptEnvironment *env) {
src_ = child->GetFrame(n, env);
dst_ = env->NewVideoFrame(vi);
InitPointers();
InitDimensions();
if (h_Y_ == 0.f) PassThroughLuma();
if (h_UV_ == 0.f) PassThroughChroma();
if (h_Y_ == 0.f && h_UV_ == 0.f) return dst_;
result status = FILTER_OK;
status = Init();
if (status != FILTER_OK || !(vi.IsPlanar())) {
if (g_opencl_failed_to_initialise) {
env->ThrowError("Deathray: Error in OpenCL status=%d frame %d and OpenCL status=%d", status, n, g_last_cl_error);
} else {
env->ThrowError("Deathray: Check that clip is planar format - status=%d frame %d", status, n);
}
}
if ((temporal_radius_Y_ == 0 && h_Y_ > 0.f) || (temporal_radius_UV_ == 0 && h_UV_ > 0.f))
SingleFrameExecute();
if ((temporal_radius_Y_ > 0 && h_Y_ > 0.f) || (temporal_radius_UV_ > 0 && h_UV_ > 0.f))
MultiFrameExecute(n);
return dst_;
}
//=============================================================================
Epetra_SerialDenseSVD::Epetra_SerialDenseSVD()
: Epetra_Object("Epetra::SerialDenseSVD"),
Epetra_CompObject(),
Epetra_BLAS(),
Epetra_LAPACK(),
Transpose_(false),
Factored_(false),
Solved_(false),
Inverted_(false),
TRANS_('N'),
M_(0),
N_(0),
Min_MN_(0),
NRHS_(0),
LDA_(0),
LDAI_(0),
LDB_(0),
LDX_(0),
INFO_(0),
LWORK_(0),
IWORK_(0),
ANORM_(0.0),
Matrix_(0),
LHS_(0),
RHS_(0),
Inverse_(0),
A_(0),
AI_(0),
WORK_(0),
U_(0),
S_(0),
Vt_(0),
B_(0),
X_(0),
UseTranspose_(false)
{
InitPointers();
ResetMatrix();
ResetVectors();
}
