search-index.js

var searchIndex = JSON.parse('{\
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"af_opencl_interop":{"doc":"af-opencl-interop package is to used only when the…","i":[[4,"VendorPlatform","af_opencl_interop","OpenCL Vendor Platform",null,null],[13,"AMD","","",0,null],[13,"APPLE","","",0,null],[13,"INTEL","","",0,null],[13,"NVIDIA","","",0,null],[13,"BEIGNET","","",0,null],[13,"POCL","","",0,null],[13,"UNKNOWN","","",0,null],[4,"DeviceType","","OpenCL Device Type",null,null],[13,"DEFAULT","","",1,null],[13,"CPU","","",1,null],[13,"GPU","","",1,null],[13,"ACCEL","","",1,null],[13,"ALL","","",1,null],[5,"get_context","","Get the handle to active ArrayFire OpenCL context",null,[[],["cl_context",6]]],[5,"get_queue","","Get the handle to active ArrayFire OpenCL command queue",null,[[],["cl_command_queue",6]]],[5,"get_device_id","","Get the handle to active ArrayFire OpenCL device",null,[[],["cl_device_id",6]]],[5,"set_device_id","","Set the cl_device_id as the active ArrayFire OpenCL device",null,[[["cl_device_id",6]]]],[5,"add_device_context","","Push user provided device, context and queue tuple to…",null,[[["cl_context",6],["cl_command_queue",6],["cl_device_id",6]]]],[5,"set_device_context","","Set the device identified by device & context pair as the…",null,[[["cl_context",6],["cl_device_id",6]]]],[5,"delete_device_context","","Remove the user provided device, context pair from…",null,[[["cl_context",6],["cl_device_id",6]]]],[5,"get_device_type","","",null,[[],["devicetype",4]]],[5,"get_platform","","Fetch Active ArrayFire device\'s vendor platform",null,[[],["vendorplatform",4]]],[11,"from","","",0,[[]]],[11,"into","","",0,[[]]],[11,"to_owned","","",0,[[]]],[11,"clone_into","","",0,[[]]],[11,"borrow","","",0,[[]]],[11,"borrow_mut","","",0,[[]]],[11,"try_from","","",0,[[],["result",4]]],[11,"try_into","","",0,[[],["result",4]]],[11,"type_id","","",0,[[],["typeid",3]]],[11,"from","","",1,[[]]],[11,"into","","",1,[[]]],[11,"to_owned","","",1,[[]]],[11,"clone_into","","",1,[[]]],[11,"borrow","","",1,[[]]],[11,"borrow_mut","","",1,[[]]],[11,"try_from","","",1,[[],["result",4]]],[11,"try_into","","",1,[[],["result",4]]],[11,"type_id","","",1,[[],["typeid",3]]],[11,"clone","","",0,[[],["vendorplatform",4]]],[11,"clone","","",1,[[],["devicetype",4]]],[11,"eq","","",0,[[["vendorplatform",4]]]],[11,"eq","","",1,[[["devicetype",4]]]],[11,"fmt","","",0,[[["formatter",3]],["result",6]]],[11,"fmt","","",1,[[["formatter",3]],["result",6]]]],"p":[[4,"VendorPlatform"],[4,"DeviceType"]]},\
"arrayfire":{"doc":"ArrayFire is a high performance software library for…","i":[[3,"Array","arrayfire","A multidimensional data container",null,null],[3,"Dim4","","Dim4 is used to store Array dimensions",null,null],[3,"Callback","","Structure holding handle to callback function",null,null],[3,"Event","","RAII construct to manage ArrayFire events",null,null],[3,"Indexer","","Struct to manage an array of resources of type…",null,null],[3,"RandomEngine","","Random number generator engine",null,null],[3,"Seq","","Sequences are used for indexing Arrays",null,null],[3,"Window","","Used to render Array objects",null,null],[3,"Features","","A set of Array objects (usually, used in Computer vision…",null,null],[4,"AfError","","Error codes",null,null],[13,"SUCCESS","","The function returned successfully",0,null],[13,"ERR_NO_MEM","","The system or device ran out of memory",0,null],[13,"ERR_DRIVER","","There was an error in the device driver",0,null],[13,"ERR_RUNTIME","","There was an error with the runtime environment",0,null],[13,"ERR_INVALID_ARRAY","","The input array is not a valid Array object",0,null],[13,"ERR_ARG","","One of the function arguments is incorrect",0,null],[13,"ERR_SIZE","","The size is incorrect",0,null],[13,"ERR_TYPE","","The type is not suppported by this function",0,null],[13,"ERR_DIFF_TYPE","","The type of the input arrays are not compatible",0,null],[13,"ERR_BATCH","","Function does not support GFOR / batch mode",0,null],[13,"ERR_DEVICE","","Input does not belong to the current device",0,null],[13,"ERR_NOT_SUPPORTED","","The option is not supported",0,null],[13,"ERR_NOT_CONFIGURED","","This build of ArrayFire does not support this feature",0,null],[13,"ERR_NO_DBL","","This device does not support double",0,null],[13,"ERR_NO_GFX","","This build of ArrayFire was not built with graphics or…",0,null],[13,"ERR_INTERNAL","","There was an internal error either in ArrayFire or in a…",0,null],[13,"ERR_UNKNOWN","","Unknown Error",0,null],[4,"Backend","","Compute/Acceleration Backend",null,null],[13,"DEFAULT","","Default backend order: OpenCL -> CUDA -> CPU",1,null],[13,"CPU","","CPU a.k.a sequential algorithms",1,null],[13,"CUDA","","CUDA Compute Backend",1,null],[13,"OPENCL","","OpenCL Compute Backend",1,null],[4,"DType","","Types of Array data type",null,null],[13,"F32","","32 bit float",2,null],[13,"C32","","32 bit complex float",2,null],[13,"F64","","64 bit float",2,null],[13,"C64","","64 bit complex float",2,null],[13,"B8","","8 bit boolean",2,null],[13,"S32","","32 bit signed integer",2,null],[13,"U32","","32 bit unsigned integer",2,null],[13,"U8","","8 bit unsigned integer",2,null],[13,"S64","","64 bit signed integer",2,null],[13,"U64","","64 bit unsigned integer",2,null],[13,"S16","","16 bit signed integer",2,null],[13,"U16","","16 bit unsigned integer",2,null],[13,"F16","","16 bit floating point",2,null],[4,"InterpType","","Dictates the interpolation method to be used by a function",null,null],[13,"NEAREST","","Nearest Neighbor interpolation method",3,null],[13,"LINEAR","","Linear interpolation method",3,null],[13,"BILINEAR","","Bilinear interpolation method",3,null],[13,"CUBIC","","Cubic interpolation method",3,null],[13,"LOWER","","Floor indexed",3,null],[13,"LINEAR_COSINE","","Linear interpolation with cosine smoothing",3,null],[13,"BILINEAR_COSINE","","Bilinear interpolation with cosine smoothing",3,null],[13,"BICUBIC","","Bicubic interpolation",3,null],[13,"CUBIC_SPLINE","","Cubic interpolation with Catmull-Rom splines",3,null],[13,"BICUBIC_SPLINE","","Bicubic interpolation with Catmull-Rom splines",3,null],[4,"BorderType","","Helps determine how to pad kernels along borders",null,null],[13,"ZERO","","Pad using zeros",4,null],[13,"SYMMETRIC","","Pad using mirrored values along border",4,null],[13,"CLAMP_TO_EDGE","","Out of bound values are clamped to the edge",4,null],[13,"PERIODIC","","Out of bound values are mapped to range of the dimension…",4,null],[4,"Connectivity","","Used by `regions` function to identify type of connectivity",null,null],[13,"FOUR","","North-East-South-West (N-E-S-W) connectivity from given…",5,null],[13,"EIGHT","","N-NE-E-SE-S-SW-W-NW connectivity from given pixel/point",5,null],[4,"ConvMode","","Helps determine the size of output of convolution",null,null],[13,"DEFAULT","","Default convolution mode where output size is same as…",6,null],[13,"EXPAND","","Output of convolution is expanded based on signal and…",6,null],[4,"ConvDomain","","Helps determine if convolution is in Spatial or Frequency…",null,null],[13,"AUTO","","ArrayFire chooses whether the convolution will be in…",7,null],[13,"SPATIAL","","Convoltion in spatial domain",7,null],[13,"FREQUENCY","","Convolution in frequency domain",7,null],[4,"MatchType","","Error metric used by `matchTemplate` function",null,null],[13,"SAD","","Sum of Absolute Differences",8,null],[13,"ZSAD","","Zero-mean Sum of Absolute Differences",8,null],[13,"LSAD","","Locally scaled Sum of Absolute Differences",8,null],[13,"SSD","","Sum of Squared Differences",8,null],[13,"ZSSD","","Zero-mean Sum of Squared Differences",8,null],[13,"LSSD","","Localy scaled Sum of Squared Differences",8,null],[13,"NCC","","Normalized Cross Correlation",8,null],[13,"ZNCC","","Zero-mean Normalized Cross Correlation",8,null],[13,"SHD","","Sum of Hamming Distances",8,null],[4,"ColorSpace","","Identify the color space of given image(Array)",null,null],[13,"GRAY","","Grayscale color space",9,null],[13,"RGB","","Red-Green-Blue color space",9,null],[13,"HSV","","Hue-Saturation-value color space",9,null],[4,"MatProp","","Helps determine the type of a Matrix",null,null],[13,"NONE","","Default (no-op)",10,null],[13,"TRANS","","Data needs to be transposed",10,null],[13,"CTRANS","","Data needs to be conjugate transposed",10,null],[13,"CONJ","","Matrix is upper triangular",10,null],[13,"UPPER","","Matrix needs to be 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Lpq-norm",11,null],[4,"ColorMap","","Dictates what color map is used for Image rendering",null,null],[13,"DEFAULT","","Default color map is grayscale range [0-1]",12,null],[13,"SPECTRUM","","Visible spectrum color map",12,null],[13,"COLORS","","Colors",12,null],[13,"RED","","Red hue map",12,null],[13,"MOOD","","Mood color map",12,null],[13,"HEAT","","Heat color map",12,null],[13,"BLUE","","Blue hue map",12,null],[4,"YCCStd","","YCbCr Standards",null,null],[13,"YCC_601","","ITU-R BT.601 (formerly CCIR 601) standard",13,null],[13,"YCC_709","","ITU-R BT.709 standard",13,null],[13,"YCC_2020","","ITU-R BT.2020 standard",13,null],[4,"HomographyType","","Homography type",null,null],[13,"RANSAC","","RANdom SAmple Consensus algorithm",14,null],[13,"LMEDS","","Least Median of Squares",14,null],[4,"MarkerType","","Plotting markers",null,null],[13,"NONE","","No marker",15,null],[13,"POINT","","Pointer marker",15,null],[13,"CIRCLE","","Hollow circle marker",15,null],[13,"SQUARE","","Hollow Square marker",15,null],[13,"TRIANGLE","","Hollow Triangle marker",15,null],[13,"CROSS","","Cross-hair marker",15,null],[13,"PLUS","","Plus symbol marker",15,null],[13,"STAR","","Start symbol marker",15,null],[4,"MomentType","","Image moment types",null,null],[13,"M00","","Central moment of order (0 + 0)",16,null],[13,"M01","","Central moment of order (0 + 1)",16,null],[13,"M10","","Central moment of order (1 + 0)",16,null],[13,"M11","","Central moment of order (1 + 1)",16,null],[13,"FIRST_ORDER","","All central moments of order (0,0), (0,1), (1,0) and (1,1)",16,null],[4,"SparseFormat","","Sparse storage format type",null,null],[13,"DENSE","","Dense format",17,null],[13,"CSR","","Compressed sparse row format",17,null],[13,"CSC","","Compressed sparse coloumn format",17,null],[13,"COO","","Coordinate list (row, coloumn, value) tuples.",17,null],[4,"BinaryOp","","Binary operation types for generalized scan functions",null,null],[13,"ADD","","Addition operation",18,null],[13,"MUL","","Multiplication operation",18,null],[13,"MIN","","Minimum operation",18,null],[13,"MAX","","Maximum operation",18,null],[4,"RandomEngineType","","Random engine types",null,null],[13,"PHILOX_4X32_10","","Philox variant with N=4, W=32 and Rounds=10",19,null],[13,"THREEFRY_2X32_16","","Threefry variant with N=2, W=32 and Rounds=16",19,null],[13,"MERSENNE_GP11213","","Mersenne variant with MEXP = 11213",19,null],[4,"Scalar","","Scalar value types",null,null],[13,"F32","","32 bit float",20,null],[13,"C32","","32 bit complex float",20,null],[13,"F64","","64 bit float",20,null],[13,"C64","","64 bit complex float",20,null],[13,"B8","","8 bit boolean",20,null],[13,"S32","","32 bit signed integer",20,null],[13,"U32","","32 bit unsigned integer",20,null],[13,"U8","","8 bit unsigned integer",20,null],[13,"S64","","64 bit signed integer",20,null],[13,"U64","","64 bit unsigned integer",20,null],[13,"S16","","16 bit signed integer",20,null],[13,"U16","","16 bit unsigned integer",20,null],[4,"CannyThresholdType","","Canny edge detector threshold operations types",null,null],[13,"MANUAL","","User has to define canny thresholds manually",21,null],[13,"OTSU","","Determine canny algorithm high threshold using Otsu…",21,null],[4,"DiffusionEq","","Anisotropic diffusion flux equation types",null,null],[13,"QUADRATIC","","Quadratic flux function",22,null],[13,"EXPONENTIAL","","Exponential flux function",22,null],[13,"DEFAULT","","Default flux function, a.k.a exponential",22,null],[4,"FluxFn","","Diffusion equation types",null,null],[13,"GRADIENT","","Quadratic flux function",23,null],[13,"MCDE","","Modified curvature diffusion equation",23,null],[13,"DEFAULT","","Default diffusion method, Gradient",23,null],[4,"TopkFn","","topk function ordering",null,null],[13,"MIN","","Top k min values",24,null],[13,"MAX","","Top k max values",24,null],[13,"DEFAULT","","Default option(max)",24,null],[4,"IterativeDeconvAlgo","","Iterative Deconvolution Algorithm",null,null],[13,"LANDWEBER","","Land-Weber Algorithm",25,null],[13,"RICHARDSONLUCY","","Richardson-Lucy Algorithm",25,null],[13,"DEFAULT","","Default is Land-Weber algorithm",25,null],[4,"InverseDeconvAlgo","","Inverse Deconvolution Algorithm",null,null],[13,"TIKHONOV","","Tikhonov algorithm",26,null],[13,"DEFAULT","","Default is Tikhonov algorithm",26,null],[4,"ConvGradientType","","Gradient mode for convolution",null,null],[13,"FILTER","","Filter Gradient",27,null],[13,"DATA","","Data Gradient",27,null],[13,"BIAS","","Biased Gradient",27,null],[13,"DEFAULT","","Default is Data Gradient",27,null],[4,"VarianceBias","","Gradient mode for convolution",null,null],[13,"SAMPLE","","Sample variance",28,null],[13,"POPULATION","","Population variance",28,null],[13,"DEFAULT","","Default (Population) variance",28,null],[4,"CublasMathMode","","Gradient mode for convolution",null,null],[13,"TENSOR_OP","","To indicate use of Tensor Cores on CUDA capable GPUs",29,null],[13,"DEFAULT","","Default i.e. tensor core operations will be avoided by the…",29,null],[5,"abs","","Computes absolute value",null,[[["array",3]],["array",3]]],[5,"arg","","Computes phase value",null,[[["array",3]],["array",3]]],[5,"trunc","","Truncate the values in an Array",null,[[["array",3]],["array",3]]],[5,"sign","","Computes the sign of input Array values",null,[[["array",3]],["array",3]]],[5,"round","","Round the values in an Array",null,[[["array",3]],["array",3]]],[5,"floor","","Floor the values in an Array",null,[[["array",3]],["array",3]]],[5,"ceil","","Ceil the values in an Array",null,[[["array",3]],["array",3]]],[5,"sigmoid","","Compute sigmoid function",null,[[["array",3]],["array",3]]],[5,"expm1","","Compute e raised to the power of value -1",null,[[["array",3]],["array",3]]],[5,"erf","","Compute error function value",null,[[["array",3]],["array",3]]],[5,"erfc","","Compute the complementary error function value",null,[[["array",3]],["array",3]]],[5,"log10","","Compute logarithm base 10",null,[[["array",3]],["array",3]]],[5,"log1p","","Compute the logarithm of input Array + 1",null,[[["array",3]],["array",3]]],[5,"log2","","Compute logarithm base 2",null,[[["array",3]],["array",3]]],[5,"cbrt","","Compute the cube root",null,[[["array",3]],["array",3]]],[5,"tgamma","","Compute gamma function",null,[[["array",3]],["array",3]]],[5,"lgamma","","Compute the logarithm of absolute values of gamma function",null,[[["array",3]],["array",3]]],[5,"acosh","","Compute acosh",null,[[["array",3]],["array",3]]],[5,"acos","","Compute acos",null,[[["array",3]],["array",3]]],[5,"asin","","Compute asin",null,[[["array",3]],["array",3]]],[5,"asinh","","Compute asinh",null,[[["array",3]],["array",3]]],[5,"atan","","Compute atan",null,[[["array",3]],["array",3]]],[5,"atanh","","Compute atanh",null,[[["array",3]],["array",3]]],[5,"cos","","Compute cos",null,[[["array",3]],["array",3]]],[5,"cosh","","Compute cosh",null,[[["array",3]],["array",3]]],[5,"exp","","Compute e raised to the power of value",null,[[["array",3]],["array",3]]],[5,"log","","Compute the natural logarithm",null,[[["array",3]],["array",3]]],[5,"sin","","Compute sin",null,[[["array",3]],["array",3]]],[5,"sinh","","Compute sinh",null,[[["array",3]],["array",3]]],[5,"sqrt","","Compute the square root",null,[[["array",3]],["array",3]]],[5,"rsqrt","","Compute the reciprocal square root",null,[[["array",3]],["array",3]]],[5,"tan","","Compute tan",null,[[["array",3]],["array",3]]],[5,"tanh","","Compute tanh",null,[[["array",3]],["array",3]]],[5,"real","","Extract real values from a complex Array",null,[[["array",3]],["array",3]]],[5,"imag","","Extract imaginary values from a complex Array",null,[[["array",3]],["array",3]]],[5,"cplx","","Create a complex Array from real Array",null,[[["array",3]],["array",3]]],[5,"conjg","","Compute the complex conjugate",null,[[["array",3]],["array",3]]],[5,"pow2","","Compute two raised to the 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Arrays",null,[[["array",3],["array",3]],["array",3]]],[5,"minof","","Elementwise minimum operation of two Arrays",null,[[["array",3],["array",3]],["array",3]]],[5,"maxof","","Elementwise maximum operation of two Arrays",null,[[["array",3],["array",3]],["array",3]]],[5,"hypot","","Compute length of hypotenuse of two Arrays",null,[[["array",3],["array",3]],["array",3]]],[5,"add","","Addition of two Arrays",null,[[],["array",3]]],[5,"sub","","Subtraction of two Arrays",null,[[],["array",3]]],[5,"mul","","Multiplication of two Arrays",null,[[],["array",3]]],[5,"div","","Division of two Arrays",null,[[],["array",3]]],[5,"rem","","Compute remainder from two Arrays",null,[[],["array",3]]],[5,"shiftl","","Compute left shift",null,[[],["array",3]]],[5,"shiftr","","Compute right shift",null,[[],["array",3]]],[5,"modulo","","Compute modulo of two Arrays",null,[[],["array",3]]],[5,"atan2","","Calculate atan2 of two Arrays",null,[[],["array",3]]],[5,"cplx2","","Create complex array from two Arrays",null,[[],["array",3]]],[5,"root","","Compute root",null,[[],["array",3]]],[5,"pow","","Computer power",null,[[],["array",3]]],[5,"lt","","Perform `less than` comparison operation",null,[[],["array",3]]],[5,"gt","","Perform `greater than` comparison operation",null,[[],["array",3]]],[5,"le","","Perform `less than equals` comparison operation",null,[[],["array",3]]],[5,"ge","","Perform `greater than equals` comparison operation",null,[[],["array",3]]],[5,"eq","","Perform `equals` comparison operation",null,[[],["array",3]]],[5,"clamp","","Clamp the values of Array",null,[[["array",3]],["array",3]]],[5,"bitnot","","Perform bitwise complement on all values of Array",null,[[["array",3]],[["array",3],["hasafenum",8]]]],[5,"print","","Print data in the Array",null,[[["array",3]]]],[5,"print_gen","","Generalized Array print function",null,[[["option",4],["array",3],["string",3]]]],[5,"eval_multiple","","evaluate multiple arrays",null,[[["vec",3],["array",3]]]],[5,"set_manual_eval","","Set eval flag value",null,[[]]],[5,"is_eval_manual","","Get eval flag value",null,[[]]],[5,"set_backend","","Toggle backends between cuda, opencl or cpu",null,[[["backend",4]]]],[5,"get_backend_count","","Get the available backend count",null,[[]]],[5,"get_available_backends","","Get the available backends",null,[[],[["vec",3],["backend",4]]]],[5,"get_active_backend","","Get current active backend",null,[[],["backend",4]]],[5,"constant","","Create an Array with constant value",null,[[["dim4",3]],["array",3]]],[5,"range","","Create a Range of values",null,[[["dim4",3]],[["array",3],["hasafenum",8]]]],[5,"iota","","Create a range of values",null,[[["dim4",3]],[["array",3],["hasafenum",8]]]],[5,"identity","","Create an identity array with 1\'s in diagonal",null,[[["dim4",3]],[["array",3],["hasafenum",8]]]],[5,"diag_create","","Create a diagonal matrix",null,[[["array",3]],["array",3]]],[5,"diag_extract","","Extract diagonal from a given Matrix",null,[[["array",3]],["array",3]]],[5,"join","","Join two arrays",null,[[["array",3]],["array",3]]],[5,"join_many","","Join multiple arrays",null,[[["vec",3],["array",3]],["array",3]]],[5,"tile","","Tile the input array along specified dimension",null,[[["array",3],["dim4",3]],["array",3]]],[5,"reorder_v2","","Reorder the array according to the new specified axes",null,[[["vec",3],["array",3],["option",4]],["array",3]]],[5,"reorder","","Reorder the array in specified order",null,[[["array",3],["dim4",3]],["array",3]]],[5,"shift","","\\\"Circular shift of values along specified dimension",null,[[["array",3]],["array",3]]],[5,"moddims","","Change the shape of the Array",null,[[["array",3],["dim4",3]],["array",3]]],[5,"flat","","Flatten the multidimensional Array to an 1D Array",null,[[["array",3]],["array",3]]],[5,"flip","","Flip the Array",null,[[["array",3]],["array",3]]],[5,"lower","","Create lower triangular matrix",null,[[["array",3]],["array",3]]],[5,"upper","","Create upper triangular matrix",null,[[["array",3]],["array",3]]],[5,"select","","Element wise conditional operator for Arrays",null,[[["array",3],["array",3]],["array",3]]],[5,"selectl","","Element wise conditional operator for Arrays",null,[[["array",3],["array",3]],["array",3]]],[5,"selectr","","Element wise conditional operator for Arrays",null,[[["array",3],["array",3]],["array",3]]],[5,"replace","","Inplace replace in Array based on a condition",null,[[["array",3],["array",3],["array",3]]]],[5,"replace_scalar","","Inplace replace in Array based on a condition",null,[[["array",3],["array",3]]]],[5,"pad","","Pad input Array along borders",null,[[["array",3],["bordertype",4],["dim4",3]],[["array",3],["hasafenum",8]]]],[5,"get_version","","Get ArrayFire Version Number",null,[[]]],[5,"get_revision","","Get ArrayFire Revision (commit) information of the library.",null,[[],["cow",4]]],[5,"info","","Print library meta-info",null,[[]]],[5,"info_string","","Return library meta-info as `String`",null,[[],["string",3]]],[5,"device_info","","Gets the information about device and platform as strings.",null,[[]]],[5,"init","","Initialize ArrayFire library",null,[[]]],[5,"device_count","","Get total number of available devices",null,[[]]],[5,"is_double_available","","Check if a device has double support",null,[[]]],[5,"set_device","","Set active device",null,[[]]],[5,"get_device","","Get the current active device id",null,[[]]],[5,"device_mem_info","","Get memory information from the memory manager for the…",null,[[]]],[5,"print_mem_info","","Print buffer details from the ArrayFire device manager",null,[[["string",3]]]],[5,"set_mem_step_size","","Set the minimum memory chunk size",null,[[]]],[5,"get_mem_step_size","","Get the minimum memory chunk size",null,[[]]],[5,"device_gc","","Call the garbage collection routine",null,[[]]],[5,"sync","","Sync all operations on given device",null,[[]]],[5,"alloc_pinned","","Allocate non-pageable memory on HOST memory",null,[[],["void_ptr",6]]],[5,"free_pinned","","Free the pointer returned by alloc_pinned",null,[[["void_ptr",6]]]],[5,"is_half_available","","Check if a device has half support",null,[[]]],[5,"handle_error_general","","Default error handling callback provided by ArrayFire crate",null,[[["aferror",4]]]],[5,"register_error_handler","","Register user provided error handler",null,[[["callback",3]]]],[5,"HANDLE_ERROR","","Default error handler for error code returned by ArrayFire…",null,[[["aferror",4]]]],[5,"get_last_error","","Fetch last error description as String",null,[[],["string",3]]],[5,"index","","Indexes the `input` Array using `seqs` Sequences",null,[[["array",3]],["array",3]]],[5,"row","","Extract `row_num` row from `input` Array",null,[[["array",3]],["array",3]]],[5,"set_row","","Set `row_num`^th row in `inout` Array to a new Array…",null,[[["array",3],["array",3]]]],[5,"rows","","Get an Array with all rows from `first` to `last` in the…",null,[[["array",3]],["array",3]]],[5,"set_rows","","Set rows from `first` to `last` in `inout` Array with rows…",null,[[["array",3],["array",3]]]],[5,"col","","Extract `col_num` col from `input` Array",null,[[["array",3]],["array",3]]],[5,"set_col","","Set `col_num`^th col in `inout` Array to a new Array…",null,[[["array",3],["array",3]]]],[5,"cols","","Get all cols from `first` to `last` in the `input` Array",null,[[["array",3]],["array",3]]],[5,"set_cols","","Set cols from `first` to `last` in `inout` Array with cols…",null,[[["array",3],["array",3]]]],[5,"slice","","Get `slice_num`^th slice from `input` Array",null,[[["array",3]],["array",3]]],[5,"set_slice","","Set slice `slice_num` in `inout` Array to a new Array…",null,[[["array",3],["array",3]]]],[5,"slices","","Get slices from `first` to `last` in `input` Array",null,[[["array",3]],["array",3]]],[5,"set_slices","","Set `first` to `last` slices of `inout` Array to a new…",null,[[["array",3],["array",3]]]],[5,"lookup","","Lookup(hash) an Array using another Array",null,[[["array",3],["array",3]],["array",3]]],[5,"assign_seq","","Assign(copy) content of an Array to another Array indexed…",null,[[["array",3],["array",3]]]],[5,"index_gen","","Index an Array using any combination of Array\'s and…",null,[[["indexer",3],["array",3]],["array",3]]],[5,"assign_gen","","Assign an Array to another after indexing it using any…",null,[[["array",3],["indexer",3],["array",3]]]],[5,"set_seed","","Set seed for random number generation",null,[[]]],[5,"get_seed","","Get the seed of random number generator",null,[[]]],[5,"randu","","Create random numbers from uniform distribution",null,[[["dim4",3]],["array",3]]],[5,"randn","","Create random numbers from normal distribution",null,[[["dim4",3]],["array",3]]],[5,"get_default_random_engine","","Get default random engine",null,[[],["randomengine",3]]],[5,"set_default_random_engine_type","","Set the random engine type for default random number…",null,[[["randomenginetype",4]]]],[5,"random_uniform","","Generate array of uniform numbers using a random engine",null,[[["randomengine",3],["dim4",3]],["array",3]]],[5,"random_normal","","Generate array of normal numbers using a random engine",null,[[["randomengine",3],["dim4",3]],["array",3]]],[5,"get_size","","Get size, in bytes, of the arrayfire native type",null,[[["dtype",4]]]],[5,"alloc_host","","Allocates space using Arrayfire allocator in host memory",null,[[["dtype",4]]]],[5,"free_host","","Frees memory allocated by Arrayfire allocator in host memory",null,[[]]],[5,"sum","","Sum elements along a given dimension",null,[[["array",3]],["array",3]]],[5,"product","","Compute product of elements along a given dimension",null,[[["array",3]],["array",3]]],[5,"min","","Find minimum among elements of given dimension",null,[[["array",3]],["array",3]]],[5,"max","","Find maximum among elements of given dimension",null,[[["array",3]],["array",3]]],[5,"all_true","","Find if all of the values along a given dimension in the…",null,[[["array",3]],["array",3]]],[5,"any_true","","Find if any of the values along a given dimension in the…",null,[[["array",3]],["array",3]]],[5,"count","","Count number of non-zero elements along a given dimension",null,[[["array",3]],["array",3]]],[5,"accum","","Perform exclusive sum of elements along a given dimension",null,[[["array",3]],["array",3]]],[5,"diff1","","Calculate first order numerical difference along a given…",null,[[["array",3]],["array",3]]],[5,"diff2","","Calculate second order numerical difference along a given…",null,[[["array",3]],["array",3]]],[5,"sum_nan","","Sum along specific dimension using user specified value…",null,[[["array",3]],["array",3]]],[5,"product_nan","","Product of elements along specific dimension using user…",null,[[["array",3]],["array",3]]],[5,"sum_all","","Sum all values of the Array",null,[[["array",3]]]],[5,"product_all","","Product of all values of the Array",null,[[["array",3]]]],[5,"min_all","","Find minimum among all values of the Array",null,[[["array",3]]]],[5,"max_all","","Find maximum among all values of the Array",null,[[["array",3]]]],[5,"all_true_all","","Find if all values of Array are non-zero",null,[[["array",3]]]],[5,"any_true_all","","Find if any value of Array is non-zero",null,[[["array",3]]]],[5,"count_all","","Count number of non-zero values in the Array",null,[[["array",3]]]],[5,"sum_nan_all","","Sum all values using user provided value for `NAN`",null,[[["array",3]]]],[5,"product_nan_all","","Product of all values using user provided value for `NAN`",null,[[["array",3]]]],[5,"imin","","Find minimum value along given dimension and their…",null,[[["array",3]]]],[5,"imax","","Find maximum value along given dimension and their…",null,[[["array",3]]]],[5,"imin_all","","Find minimum and it\'s index in the whole Array",null,[[["array",3]]]],[5,"imax_all","","Find maximum and it\'s index in the whole Array",null,[[["array",3]]]],[5,"locate","","Locate the indices of non-zero elements.",null,[[["array",3]],["array",3]]],[5,"sort","","Sort the values in input Arrays",null,[[["array",3]],["array",3]]],[5,"sort_index","","Sort the values in input Arrays",null,[[["array",3]]]],[5,"sort_by_key","","Sort the values in input Arrays",null,[[["array",3],["array",3]]]],[5,"set_unique","","Find unique values from a Set",null,[[["array",3]],["array",3]]],[5,"set_union","","Find union of two sets",null,[[["array",3]],["array",3]]],[5,"set_intersect","","Find intersection of two sets",null,[[["array",3]],["array",3]]],[5,"scan","","Generalized scan",null,[[["binaryop",4],["array",3]],["array",3]]],[5,"scan_by_key","","Generalized scan by key",null,[[["binaryop",4],["array",3],["array",3]],["array",3]]],[5,"all_true_by_key","","Key based AND of elements along a given dimension",null,[[["array",3],["array",3]]]],[5,"any_true_by_key","","Key based OR of elements along a given dimension",null,[[["array",3],["array",3]]]],[5,"count_by_key","","Find total count of elements with similar keys along a…",null,[[["array",3],["array",3]]]],[5,"max_by_key","","Find maximum among values of similar keys along a given…",null,[[["array",3],["array",3]]]],[5,"min_by_key","","Find minimum among values of similar keys along a given…",null,[[["array",3],["array",3]]]],[5,"product_by_key","","Find product of all values with similar keys along a given…",null,[[["array",3],["array",3]]]],[5,"sum_by_key","","Find sum of all values with similar keys along a given…",null,[[["array",3],["array",3]]]],[5,"sum_by_key_nan","","Compute sum of all values with similar keys along a given…",null,[[["array",3],["array",3]]]],[5,"product_by_key_nan","","Compute product of all values with similar keys along a…",null,[[["array",3],["array",3]]]],[5,"max_ragged","","Max reduction along given axis as per ragged lengths…",null,[[["array",3],["array",3]]]],[5,"gemm","","BLAS general matrix multiply (GEMM) of two Array objects",null,[[["array",3],["matprop",4],["array",3],["vec",3]]]],[5,"matmul","","Matrix multiple of two Arrays",null,[[["matprop",4],["array",3]],["array",3]]],[5,"dot","","Calculate the dot product of vectors.",null,[[["matprop",4],["array",3]],["array",3]]],[5,"transpose","","Transpose of a matrix.",null,[[["array",3]],[["array",3],["hasafenum",8]]]],[5,"transpose_inplace","","Inplace transpose of a matrix.",null,[[["array",3]]]],[5,"set_cublas_mode","","Sets the cuBLAS math mode for the internal handle.",null,[[["cublasmathmode",4]]]],[5,"gradient","","Calculate the gradients",null,[[["array",3]]]],[5,"load_image","","Load Image into Array",null,[[["string",3]],["array",3]]],[5,"load_image_native","","Load Image into Array in it\'s native type",null,[[["string",3]],["array",3]]],[5,"save_image","","Save an Array to an image file",null,[[["array",3],["string",3]]]],[5,"save_image_native","","Save an Array without modifications to an image file",null,[[["array",3],["string",3]]]],[5,"resize","","Resize an Image",null,[[["array",3],["interptype",4]],[["array",3],["hasafenum",8]]]],[5,"transform","","Transform(Affine) an Image",null,[[["array",3],["array",3],["interptype",4]],[["array",3],["hasafenum",8]]]],[5,"rotate","","Rotate an Image",null,[[["array",3],["interptype",4]],[["array",3],["hasafenum",8]]]],[5,"translate","","Translate an Image",null,[[["array",3],["interptype",4]],[["array",3],["hasafenum",8]]]],[5,"scale","","Scale an Image",null,[[["array",3],["interptype",4]],[["array",3],["hasafenum",8]]]],[5,"skew","","Skew an image",null,[[["array",3],["interptype",4]],[["array",3],["hasafenum",8]]]],[5,"histogram","","Compute Histogram of an Array",null,[[["array",3]],["array",3]]],[5,"dilate","","Dilate an Image",null,[[["array",3]],["array",3]]],[5,"erode","","Erode an Image",null,[[["array",3]],["array",3]]],[5,"dilate3","","Dilate a Volume",null,[[["array",3]],["array",3]]],[5,"erode3","","Erode a Volume",null,[[["array",3]],["array",3]]],[5,"bilateral","","Bilateral Filter.",null,[[["array",3]],["array",3]]],[5,"mean_shift","","Meanshift Filter.",null,[[["array",3]],["array",3]]],[5,"medfilt","","Median filter",null,[[["array",3],["bordertype",4]],["array",3]]],[5,"minfilt","","Box filter with minimum as box operation",null,[[["array",3],["bordertype",4]],["array",3]]],[5,"maxfilt","","Box filter with maximum as box operation",null,[[["array",3],["bordertype",4]],["array",3]]],[5,"gaussian_kernel","","Creates a Gaussian Kernel.",null,[[],["array",3]]],[5,"color_space","","Color space conversion",null,[[["array",3],["colorspace",4]],["array",3]]],[5,"regions","","Find blobs in given image.",null,[[["array",3],["connectivity",4]],["array",3]]],[5,"sobel","","Sobel Operator",null,[[["array",3]]]],[5,"hist_equal","","Histogram Equalization",null,[[["array",3],["array",3]],["array",3]]],[5,"rgb2gray","","Color(RGB) to Grayscale conversion",null,[[["array",3]],["array",3]]],[5,"gray2rgb","","Grayscale to Color(RGB) conversion",null,[[["array",3]],["array",3]]],[5,"hsv2rgb","","HSV to RGB color space conversion",null,[[["array",3]],["array",3]]],[5,"rgb2hsv","","RGB to HSV color space conversion",null,[[["array",3]],["array",3]]],[5,"unwrap","","Generate an array with image windows as columns",null,[[["array",3]],[["array",3],["hasafenum",8]]]],[5,"wrap","","Converts unwrapped image to an image",null,[[["array",3]],[["array",3],["hasafenum",8]]]],[5,"sat","","Summed area table of an Image",null,[[["array",3]],["array",3]]],[5,"rgb2ycbcr","","RGB to YCbCr colorspace converter.",null,[[["array",3],["yccstd",4]],["array",3]]],[5,"ycbcr2rgb","","YCbCr to RGB colorspace converter.",null,[[["array",3],["yccstd",4]],["array",3]]],[5,"is_imageio_available","","Function to check if Image I/O is available",null,[[]]],[5,"transform_coords","","Transform input coordinates",null,[[["array",3]],["array",3]]],[5,"moments","","Find Image moments",null,[[["momenttype",4],["array",3]],["array",3]]],[5,"moments_all","","Find Image moment for whole image",null,[[["momenttype",4],["array",3]]]],[5,"medfilt1","","One dimensional median filter on image",null,[[["array",3],["bordertype",4]],["array",3]]],[5,"canny","","Canny edge detection operator",null,[[["array",3],["cannythresholdtype",4]],["array",3]]],[5,"anisotropic_diffusion","","Anisotropic smoothing filter",null,[[["diffusioneq",4],["array",3],["fluxfn",4]],["array",3]]],[5,"confidence_cc","","Segment image based on similar pixel characteristics",null,[[["array",3],["array",3]],["array",3]]],[5,"iterative_deconv","","Iterative Deconvolution",null,[[["array",3],["array",3],["iterativedeconvalgo",4]],["array",3]]],[5,"inverse_deconv","","Inverse deconvolution",null,[[["array",3],["array",3],["inversedeconvalgo",4]],["array",3]]],[5,"svd","","Perform Singular Value Decomposition",null,[[["array",3]]]],[5,"svd_inplace","","Perform Singular Value Decomposition inplace",null,[[["array",3]]]],[5,"lu","","Perform LU decomposition",null,[[["array",3]]]],[5,"lu_inplace","","Perform inplace LU decomposition",null,[[["array",3]],["array",3]]],[5,"qr","","Perform QR decomposition",null,[[["array",3]]]],[5,"qr_inplace","","Perform inplace QR decomposition",null,[[["array",3]],["array",3]]],[5,"cholesky","","Perform Cholesky decomposition",null,[[["array",3]]]],[5,"cholesky_inplace","","Perform inplace Cholesky decomposition",null,[[["array",3]]]],[5,"solve","","Solve a system of equations",null,[[["matprop",4],["array",3]],["array",3]]],[5,"solve_lu","","Solve a system of equations",null,[[["matprop",4],["array",3],["array",3]],["array",3]]],[5,"inverse","","Compute inverse of a matrix",null,[[["matprop",4],["array",3]],["array",3]]],[5,"rank","","Find rank of a matrix",null,[[["array",3]]]],[5,"det","","Find the determinant of the matrix",null,[[["array",3]]]],[5,"norm","","Find the norm of a matrix",null,[[["array",3],["normtype",4]]]],[5,"is_lapack_available","","Function to check if lapack support is available",null,[[]]],[5,"pinverse","","Psuedo Inverse of Matrix",null,[[["matprop",4],["array",3]],["array",3]]],[5,"convolve2_nn","","Convolution Integral for two dimensional data",null,[[["array",3],["dim4",3]],["array",3]]],[5,"convolve2_gradient_nn","","Backward pass gradient of 2D convolution",null,[[["convgradienttype",4],["array",3],["dim4",3]],["array",3]]],[5,"approx1","","Perform signal interpolation for 1d signals",null,[[["interptype",4],["array",3],["array",3]],["array",3]]],[5,"approx1_v2","","Same as approx1 but uses existing Array as output",null,[[["array",3],["array",3],["interptype",4],["array",3]]]],[5,"approx1_uniform","","Perform signal interpolation for 1d signals along…",null,[[["interptype",4],["array",3],["array",3]],["array",3]]],[5,"approx1_uniform_v2","","Same as approx1_uniform but uses existing Array as output",null,[[["array",3],["array",3],["interptype",4],["array",3]]]],[5,"approx2","","Perform signal interpolation for 2d signals",null,[[["interptype",4],["array",3],["array",3]],["array",3]]],[5,"approx2_v2","","Same as approx2 but uses existing Array as output",null,[[["array",3],["array",3],["interptype",4],["array",3]]]],[5,"approx2_uniform","","Perform signal interpolation for 2d signals along a…",null,[[["interptype",4],["array",3],["array",3]],["array",3]]],[5,"approx2_uniform_v2","","Same as approx2_uniform but uses existing Array as output",null,[[["array",3],["array",3],["interptype",4],["array",3]]]],[5,"set_fft_plan_cache_size","","Set fft plan cache size",null,[[]]],[5,"fft","","Fast fourier transform for 1d signals",null,[[["array",3]],["array",3]]],[5,"fft2","","Fast fourier transform for 2d signals",null,[[["array",3]],["array",3]]],[5,"fft3","","Fast fourier transform for 3d signals",null,[[["array",3]],["array",3]]],[5,"ifft","","Inverse fast fourier transform for 1d signals",null,[[["array",3]],["array",3]]],[5,"ifft2","","Inverse fast fourier transform for 2d signals",null,[[["array",3]],["array",3]]],[5,"ifft3","","Inverse fast fourier transform for 3d signals",null,[[["array",3]],["array",3]]],[5,"convolve1","","1d convolution",null,[[["convmode",4],["array",3],["convdomain",4],["array",3]],["array",3]]],[5,"convolve2","","2d convolution",null,[[["convmode",4],["array",3],["convdomain",4],["array",3]],["array",3]]],[5,"convolve3","","3d convolution",null,[[["convmode",4],["array",3],["convdomain",4],["array",3]],["array",3]]],[5,"convolve2_sep","","Separable convolution for 2d signals",null,[[["convmode",4],["array",3],["array",3]],["array",3]]],[5,"fft_convolve1","","1d convolution using fast-fourier transform",null,[[["convmode",4],["array",3],["array",3]],["array",3]]],[5,"fft_convolve2","","2d convolution using fast-fourier transform",null,[[["convmode",4],["array",3],["array",3]],["array",3]]],[5,"fft_convolve3","","3d convolution using fast-fourier transform",null,[[["convmode",4],["array",3],["array",3]],["array",3]]],[5,"fir","","Finite impulse filter",null,[[["array",3],["array",3]],["array",3]]],[5,"iir","","Infinite impulse response filter",null,[[["array",3]],[["array",3],["hasafenum",8]]]],[5,"fft_inplace","","In place 1d dimensional Fast fourier transform",null,[[["array",3]]]],[5,"fft2_inplace","","In place 2d dimensional Fast fourier transform",null,[[["array",3]]]],[5,"fft3_inplace","","In place 3d dimensional Fast fourier transform",null,[[["array",3]]]],[5,"ifft_inplace","","In place 1d dimensional inverse fast fourier transform",null,[[["array",3]]]],[5,"ifft2_inplace","","In place 2d dimensional inverse fast fourier transform",null,[[["array",3]]]],[5,"ifft3_inplace","","In place 3d dimensional inverse fast fourier transform",null,[[["array",3]]]],[5,"fft_r2c","","1d Real to Complex fast fourier transform",null,[[["array",3]],[["array",3],["complex",3]]]],[5,"fft2_r2c","","2d Real to Complex fast fourier transform",null,[[["array",3]],[["array",3],["complex",3]]]],[5,"fft3_r2c","","3d Real to Complex fast fourier transform",null,[[["array",3]],[["array",3],["complex",3]]]],[5,"fft_c2r","","1d Complex to Real fast fourier transform",null,[[["array",3]],["array",3]]],[5,"fft2_c2r","","2d Complex to Real fast fourier transform",null,[[["array",3]],["array",3]]],[5,"fft3_c2r","","3d Complex to Real fast fourier transform",null,[[["array",3]],["array",3]]],[5,"sparse","","Create sprase matrix from arrays",null,[[["array",3],["sparseformat",4],["array",3]],["array",3]]],[5,"sparse_from_host","","Create sprase matrix from data on host memory",null,[[["sparseformat",4]],["array",3]]],[5,"sparse_from_dense","","Convert dense array to sparse array",null,[[["array",3],["sparseformat",4]],["array",3]]],[5,"sparse_convert_to","","Convert between sparse formats",null,[[["array",3],["sparseformat",4]],["array",3]]],[5,"sparse_to_dense","","Convert sparse array to dense array",null,[[["array",3]],["array",3]]],[5,"sparse_get_info","","Get sparse Array information",null,[[["array",3]]]],[5,"sparse_get_values","","Get values of sparse Array",null,[[["array",3]],["array",3]]],[5,"sparse_get_row_indices","","Get row indices Array",null,[[["array",3]],["array",3]]],[5,"sparse_get_col_indices","","Get cololumn indices Array",null,[[["array",3]],["array",3]]],[5,"sparse_get_nnz","","Get number of non-zero elements in sparse array",null,[[["array",3]]]],[5,"sparse_get_format","","Get sparse format",null,[[["array",3]],["sparseformat",4]]],[5,"median","","Find the median along a given dimension",null,[[["array",3]],["array",3]]],[5,"mean","","Mean along specified dimension",null,[[["array",3]],["array",3]]],[5,"mean_weighted","","Weighted mean along specified dimension",null,[[["array",3],["array",3]],["array",3]]],[5,"var_weighted","","Weight variance along specified dimension",null,[[["array",3],["array",3]],["array",3]]],[5,"var_v2","","Compute Variance along a specific dimension",null,[[["array",3],["variancebias",4]],["array",3]]],[5,"var","","Compute Variance along a specific dimension",null,[[["array",3]],["array",3]]],[5,"cov_v2","","Compute covariance of two Arrays",null,[[["array",3],["variancebias",4]],["array",3]]],[5,"cov","","Compute covariance of two Arrays",null,[[["array",3]],["array",3]]],[5,"var_all_v2","","Compute Variance of all elements",null,[[["array",3],["variancebias",4]]]],[5,"var_all","","Compute Variance of all elements",null,[[["array",3]]]],[5,"mean_all","","Compute mean of all data",null,[[["array",3]]]],[5,"median_all","","Compute median of all data",null,[[["array",3]]]],[5,"mean_all_weighted","","Compute weighted mean of all data",null,[[["array",3],["array",3]]]],[5,"var_all_weighted","","Compute weighted variance of all data",null,[[["array",3],["array",3]]]],[5,"corrcoef","","Compute correlation coefficient",null,[[["array",3]]]],[5,"topk","","Find top k elements along a given dimension",null,[[["array",3],["topkfn",4]]]],[5,"meanvar","","Calculate mean and variance in single API call",null,[[["array",3],["array",3],["variancebias",4]]]],[5,"stdev_v2","","Standard deviation along given axis",null,[[["array",3],["variancebias",4]],["array",3]]],[5,"stdev","","Standard deviation along specified axis",null,[[["array",3]],["array",3]]],[5,"stdev_all_v2","","Compute standard deviation of all data",null,[[["array",3],["variancebias",4]]]],[5,"stdev_all","","Compute standard deviation of all data",null,[[["array",3]]]],[5,"fast","","Fast feature detector",null,[[["array",3]],["features",3]]],[5,"harris","","Harris corner detector.",null,[[["array",3]],["features",3]]],[5,"orb","","ORB feature descriptor",null,[[["array",3]]]],[5,"hamming_matcher","","Hamming feature matcher",null,[[["array",3]]]],[5,"nearest_neighbour","","Nearest Neighbour.",null,[[["matchtype",4],["array",3]]]],[5,"match_template","","Image matching",null,[[["matchtype",4],["array",3]],["array",3]]],[5,"susan","","SUSAN corner detector.",null,[[["array",3]],["features",3]]],[5,"dog","","Difference of Gaussians.",null,[[["array",3]],["array",3]]],[5,"homography","","Homography estimation",null,[[["array",3],["homographytype",4]]]],[11,"new","","Constructs a new Array object",30,[[["dim4",3]]]],[11,"new_strided","","Constructs a new Array object from strided data",30,[[["dim4",3]]]],[11,"new_empty","","Constructs a new Array object of specified dimensions and…",30,[[["dim4",3]]]],[11,"new_from_device_ptr","","Constructs a new Array object from device pointer",30,[[["dim4",3]]]],[11,"get_backend","","Returns the backend of the 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