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static CFP_HEADER_TYPE
_t1(CFP_HEADER_TYPE, ctor_buffer)(const void* data, size_t bytes)
{
CFP_HEADER_TYPE h;
h.object = 0;
try {
// construct generic header and query array type
header hdr(data, bytes);
uint dims = hdr.dimensionality();
zfp_type scalar_type = hdr.scalar_type();
// construct array-specific header
switch (dims) {
case 1:
if (scalar_type == zfp_type_float)
h.object = new zfp::array1f::header(data, bytes);
else if (scalar_type == zfp_type_double)
h.object = new zfp::array1d::header(data, bytes);
break;
case 2:
if (scalar_type == zfp_type_float)
h.object = new zfp::array2f::header(data, bytes);
else if (scalar_type == zfp_type_double)
h.object = new zfp::array2d::header(data, bytes);
break;
case 3:
if (scalar_type == zfp_type_float)
h.object = new zfp::array3f::header(data, bytes);
else if (scalar_type == zfp_type_double)
h.object = new zfp::array3d::header(data, bytes);
break;
case 4:
if (scalar_type == zfp_type_float)
h.object = new zfp::array4f::header(data, bytes);
else if (scalar_type == zfp_type_double)
h.object = new zfp::array4d::header(data, bytes);
break;
}
}
catch (...) {}
return h;
}
static CFP_HEADER_TYPE
_t1(CFP_HEADER_TYPE, ctor_array1f)(cfp_array1f a)
{
CFP_HEADER_TYPE h;
h.object = new zfp::array1f::header(*static_cast<zfp::array1f*>(a.object));
return h;
}
static CFP_HEADER_TYPE
_t1(CFP_HEADER_TYPE, ctor_array1d)(cfp_array1d a)
{
CFP_HEADER_TYPE h;
h.object = new zfp::array1d::header(*static_cast<zfp::array1d*>(a.object));
return h;
}
static CFP_HEADER_TYPE
_t1(CFP_HEADER_TYPE, ctor_array2f)(cfp_array2f a)
{
CFP_HEADER_TYPE h;
h.object = new zfp::array2f::header(*static_cast<zfp::array2f*>(a.object));
return h;
}
static CFP_HEADER_TYPE
_t1(CFP_HEADER_TYPE, ctor_array2d)(cfp_array2d a)
{
CFP_HEADER_TYPE h;
h.object = new zfp::array2d::header(*static_cast<zfp::array2d*>(a.object));
return h;
}
static CFP_HEADER_TYPE
_t1(CFP_HEADER_TYPE, ctor_array3f)(cfp_array3f a)
{
CFP_HEADER_TYPE h;
h.object = new zfp::array3f::header(*static_cast<zfp::array3f*>(a.object));
return h;
}
static CFP_HEADER_TYPE
_t1(CFP_HEADER_TYPE, ctor_array3d)(cfp_array3d a)
{
CFP_HEADER_TYPE h;
h.object = new zfp::array3d::header(*static_cast<zfp::array3d*>(a.object));
return h;
}
static CFP_HEADER_TYPE
_t1(CFP_HEADER_TYPE, ctor_array4f)(cfp_array4f a)
{
CFP_HEADER_TYPE h;
h.object = new zfp::array4f::header(*static_cast<zfp::array4f*>(a.object));
return h;
}
static CFP_HEADER_TYPE
_t1(CFP_HEADER_TYPE, ctor_array4d)(cfp_array4d a)
{
CFP_HEADER_TYPE h;
h.object = new zfp::array4d::header(*static_cast<zfp::array4d*>(a.object));
return h;
}
static void
_t1(CFP_HEADER_TYPE, dtor)(CFP_HEADER_TYPE self)
{
delete static_cast<ZFP_HEADER_TYPE*>(self.object);
}
static zfp_type
_t1(CFP_HEADER_TYPE, scalar_type)(CFP_HEADER_TYPE self)
{
return static_cast<const ZFP_HEADER_TYPE*>(self.object)->scalar_type();
}
static uint
_t1(CFP_HEADER_TYPE, dimensionality)(CFP_HEADER_TYPE self)
{
return static_cast<const ZFP_HEADER_TYPE*>(self.object)->dimensionality();
}
static size_t
_t1(CFP_HEADER_TYPE, size_x)(CFP_HEADER_TYPE self)
{
return static_cast<const ZFP_HEADER_TYPE*>(self.object)->size_x();
}
static size_t
_t1(CFP_HEADER_TYPE, size_y)(CFP_HEADER_TYPE self)
{
return static_cast<const ZFP_HEADER_TYPE*>(self.object)->size_y();
}
static size_t
_t1(CFP_HEADER_TYPE, size_z)(CFP_HEADER_TYPE self)
{
return static_cast<const ZFP_HEADER_TYPE*>(self.object)->size_z();
}
static size_t
_t1(CFP_HEADER_TYPE, size_w)(CFP_HEADER_TYPE self)
{
return static_cast<const ZFP_HEADER_TYPE*>(self.object)->size_w();
}
static double
_t1(CFP_HEADER_TYPE, rate)(CFP_HEADER_TYPE self)
{
return static_cast<const ZFP_HEADER_TYPE*>(self.object)->rate();
}
static const void*
_t1(CFP_HEADER_TYPE, data)(CFP_HEADER_TYPE self)
{
return static_cast<const ZFP_HEADER_TYPE*>(self.object)->data();
}
static size_t
_t1(CFP_HEADER_TYPE, size_bytes)(CFP_HEADER_TYPE self, uint mask)
{
return static_cast<const ZFP_HEADER_TYPE*>(self.object)->size_bytes(mask);
}
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