Global af::alloc (const size_t elements)

Use allocV2 instead. allocV2 accepts number of bytes instead of number of elements and returns a cl_mem object instead of the cl::Buffer object for the OpenCL backend. Otherwise the functionallity is identical to af::alloc.

Global af::alloc (const size_t elements, const dtype type)

Use allocV2 instead. allocV2 accepts number of bytes instead of number of elements and returns a cl_mem object instead of the cl::Buffer object for the OpenCL backend. Otherwise the functionallity is identical to af::alloc.

Global af::alltrue (const array &in)

Use af::allTrue(const array&) instead

Global af::alltrue (const array &in, const int dim=-1)

Use af::allTrue instead

Global af::anytrue (const array &in)

Use af::anyTrue(const array&) instead

Global af::anytrue (const array &in, const int dim=-1)

Use af::anyTrue instead

Global af::colorspace (const array &image, const CSpace to, const CSpace from)

Use colorSpace instead

Global af::cov (const array &X, const array &Y, const bool isbiased=false)

Use af::cov(const array&, const array& const af_var_bias)

Global af::devicecount ()

Use getDeviceCount() instead

Global af::deviceget ()

Use getDevice() instead

Global af::deviceprop (char *d_name, char *d_platform, char *d_toolkit, char *d_compute)

Use deviceInfo instead

Global af::deviceset (const int device)

Use setDevice() instead

Global af::filter (const array &image, const array &kernel)

Use af::convolve instead

Global af::free (const void *ptr)

Use af::freeV2 instead. af_alloc_device_v2 returns a cl_mem object instead of the cl::Buffer object for the OpenCL backend. Otherwise the functionallity is identical

Global af::gaussiankernel (const int rows, const int cols, const double sig_r=0, const double sig_c=0)

Use gaussianKernel instead

Global af::histequal (const array &in, const array &hist)

Use histEqual instead

Global af::loadimage (const char *filename, const bool is_color=false)

Use loadImage instead

Global af::mul (const array &in)

Use product instead

Global af::mul (const array &in, const int dim=-1)

Use product instead

Global af::saveimage (const char *filename, const array &in)

Use saveImage instead

Global af::setintersect (const array &first, const array &second, const bool is_unique=false)

Use setIntersect instead

Global af::setunion (const array &first, const array &second, const bool is_unique=false)

Use setUnion instead

Global af::setunique (const array &in, const bool is_sorted=false)

Use setUnique instead

Global af::stdev (const array &in, const dim_t dim=-1)

Use af::stdev that takes af_var_bias instead

Global af::stdev (const array &in)

Use af::stdev that takes af_var_bias instead

Global af::var (const array &in, const bool isbiased=false, const dim_t dim=-1)

Use af::var that takes af_var_bias instead

Global af::var (const array &in, const bool isbiased=false)

Use af::var that takes af_var_bias instead

Global af_alloc_device (void **ptr, const dim_t bytes)

Use af_alloc_device_v2 instead. af_alloc_device_v2 returns a cl_mem object instead of the cl::Buffer object for the OpenCL backend. Otherwise the functionallity is identical

Global af_cov (af_array *out, const af_array X, const af_array Y, const bool isbiased)

Use af_cov_v2 instead

Global af_free_device (void *ptr)

Use af_free_device_v2 instead. The new function handles the new behavior of the af_alloc_device_v2 function.

Global af_stdev (af_array *out, const af_array in, const dim_t dim)

Use af_stdev_v2 instead

Global af_stdev_all (double *real, double *imag, const af_array in)

Use af_stdev_all_v2 instead

Global af_var (af_array *out, const af_array in, const bool isbiased, const dim_t dim)

Use af_var_v2 instead

Global af_var_all (double *realVal, double *imagVal, const af_array in, const bool isbiased)

Use af_var_all_v2 instead