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"Graph Box", "topics": [ "GraphBox" ] }, { "page": "GraphDescriptor", "title": "Graph Descriptor", "topics": [ "GraphDescriptor" ] }, { "page": "GraphLiteral", "title": "Graph Literal", "topics": [ "GraphLiteral" ] }, { "page": "GraphNode", "title": "Graph Node", "topics": [ "GraphNode" ] }, { "page": "GraphStatement", "title": "Graph Statement", "topics": [ "GraphStatement" ] }, { "page": "GraphValue", "title": "Graph Value", "topics": [ "GraphValue" ] }, { "page": "install_anvl", "title": "Install What a Backend Needs to Run", "topics": [ "install_anvl" ] }, { "page": "IotaArray", "title": "Iota Array Class", "topics": [ "IotaArray" ] }, { "page": "is_device", "title": "Test Whether an Object Is a Device", "topics": [ "is_device" ] }, { "page": "is_dtype", "title": "Check If an Object Is a DataType", "topics": [ "is_dtype" ] }, { "page": "jit", "title": "JIT Compile a Function", "topics": [ "jit" ] }, { "page": "jit_cache_size", "title": "Number of Cached Programs of a Jitted Function", "topics": [ "jit_cache_size" ] }, { "page": "length.AnvlArray", "title": "Number of Elements", "topics": [ "length.AnvlArray" ] }, { "page": "LiteralArray", "title": "Literal Array Class", "topics": [ "LiteralArray" ] }, { "page": "local_backend", "title": "Temporarily Set the Backend", "topics": [ "local_backend", "with_backend" ] }, { "page": "local_default_device", "title": "Temporarily Set the Default Device", "topics": [ "local_default_device", "with_default_device" ] }, { "page": "local_default_dtypes", "title": "Set the Default Data Types", "topics": [ "local_default_dtypes", "with_default_dtypes" ] }, { "page": "local_descriptor", "title": "Create a Graph", "topics": [ "local_descriptor" ] }, { "page": "local_nv_rng_state", "title": "Draw From a Random State for a Scope", "concept": [ "rng" ], "topics": [ "local_nv_rng_state", "with_nv_rng_state" ] }, { "page": "map_tree", "title": "Map a Function over Trees", "topics": [ "map_tree", "pmap_tree" ] }, { "page": "naxes", "title": "Get the Number of Axes of an Array", "topics": [ "naxes" ] }, { "page": "new_primitive", "title": "Create a Primitive", "topics": [ "AnvlPrimitive", "new_primitive" ] }, { "page": "nv_abs", "title": "Absolute Value", "topics": [ "abs.AnvlArray", "nv_abs" ] }, { "page": "nv_acos", "title": "Arc Cosine", "topics": [ "acos.AnvlArray", "nv_acos" ] }, { "page": "nv_acosh", "title": "Inverse Hyperbolic Cosine", "topics": [ "acosh.AnvlArray", "nv_acosh" ] }, { "page": "nv_add", "title": "Addition", "topics": [ "+.AnvlArray", "nv_add" ] }, { "page": "nv_all", "title": "All Reduction", "topics": [ "all.AnvlArray", "nv_all" ] }, { "page": "nv_and", "title": "Bitwise AND", "topics": [ "&.AnvlArray", "nv_and" ] }, { "page": "nv_any", "title": "Any Reduction", "topics": [ "any.AnvlArray", "nv_any" ] }, { "page": "nv_aperm", "title": "Transpose", "topics": [ "aperm.AnvlArray", "nv_aperm", "nv_transpose", "t.AnvlArray" ] }, { "page": "nv_asin", "title": "Arc Sine", "topics": [ "asin.AnvlArray", "nv_asin" ] }, { "page": "nv_asinh", "title": "Inverse Hyperbolic Sine", "topics": [ "asinh.AnvlArray", "nv_asinh" ] }, { "page": "nv_atan", "title": "Arc Tangent", "topics": [ "atan.AnvlArray", "nv_atan" ] }, { "page": "nv_atan2", "title": "Arctangent 2", "topics": [ "nv_atan2" ] }, { "page": "nv_atanh", "title": "Inverse Hyperbolic Tangent", "topics": [ "atanh.AnvlArray", "nv_atanh" ] }, { "page": "AbstractArray", "title": "Abstract Array Class", "topics": [ "AbstractArray", "nv_aval" ] }, { "page": "nv_bind", "title": "Combine Arrays by Rows or Columns", "topics": [ "cbind.AnvlArray", "nv_bind", "nv_cbind", "nv_rbind", "rbind.AnvlArray" ] }, { "page": "nv_binomial", "title": "The Binomial Distribution", "topics": [ "nv_binomial", "nv_dbinom", "nv_pbinom", "nv_qbinom" ] }, { "page": "nv_bitcast_convert", "title": "Bitcast Conversion", "topics": [ "nv_bitcast_convert" ] }, { "page": "nv_broadcast_arrays", "title": "Broadcast Arrays to a Common Shape", "topics": [ "nv_broadcast_arrays" ] }, { "page": "nv_broadcast_scalars", "title": "Broadcast Scalars to Common Shape", "topics": [ "nv_broadcast_scalars" ] }, { "page": "nv_broadcast_to", "title": "Broadcast to Shape", "topics": [ "nv_broadcast_to" ] }, { "page": "nv_cbrt", "title": "Cube Root", "topics": [ "nv_cbrt" ] }, { "page": "nv_ceiling", "title": "Ceiling", "topics": [ "ceiling.AnvlArray", "nv_ceiling" ] }, { "page": "nv_chol", "title": "Cholesky Decomposition", "topics": [ "chol.AnvlArray", "nv_chol" ] }, { "page": "nv_clamp", "title": "Clamp", "topics": [ "nv_clamp" ] }, { "page": "nv_concatenate", "title": "Concatenate", "topics": [ "c.AnvlArray", "nv_concatenate" ] }, { "page": "nv_conv1d", "title": "1D Convolution", "topics": [ "nv_conv1d" ] }, { "page": "nv_conv2d", "title": "2D Convolution", "topics": [ "nv_conv2d" ] }, { "page": "nv_conv3d", "title": "3D Convolution", "topics": [ "nv_conv3d" ] }, { "page": "nv_convert", "title": "Convert Data Type", "topics": [ "nv_convert" ] }, { "page": "nv_cos", "title": "Cosine", "topics": [ "cos.AnvlArray", "nv_cos" ] }, { "page": "nv_cosh", "title": "Hyperbolic Cosine", "topics": [ "cosh.AnvlArray", "nv_cosh" ] }, { "page": "nv_cospi", "title": "Cosine of a Multiple of Pi", "topics": [ "cospi.AnvlArray", "nv_cospi" ] }, { "page": "nv_crossprod", "title": "Cross Product (Matrix)", "topics": [ "crossprod.AnvlArray", "nv_crossprod" ] }, { "page": "nv_cummax", "title": "Cumulative Maximum", "topics": [ "cummax.AnvlArray", "nv_cummax" ] }, { "page": "nv_cummin", "title": "Cumulative Minimum", "topics": [ "cummin.AnvlArray", "nv_cummin" ] }, { "page": "nv_cumprod", "title": "Cumulative Product", "topics": [ "cumprod.AnvlArray", "nv_cumprod" ] }, { "page": "nv_cumsum", "title": "Cumulative Sum", "topics": [ "cumsum.AnvlArray", "nv_cumsum" ] }, { "page": "nv_det", "title": "Determinant", "topics": [ "nv_det" ] }, { "page": "nv_determinant", "title": "Determinant in Modulus/Sign Form", "topics": [ "determinant.AnvlArray", "nv_determinant" ] }, { "page": "nv_device", "title": "Create a Device", "topics": [ "nv_device" ] }, { "page": "nv_diag", "title": "Diagonal Matrix", "topics": [ "nv_diag" ] }, { "page": "nv_digamma", "title": "Digamma", "topics": [ "digamma.AnvlArray", "nv_digamma" ] }, { "page": "nv_div", "title": "Division", "topics": [ "/.AnvlArray", "nv_div" ] }, { "page": "nv_dtype_constructors", "title": "Create an Array of a Given Data Type", "topics": [ "nv_bool", "nv_dtype_constructors", "nv_float32", "nv_float64", "nv_int16", "nv_int32", "nv_int64", "nv_int8", "nv_uint16", "nv_uint32", "nv_uint64", "nv_uint8" ] }, { "page": "nv_eigh", "title": "Symmetric Eigendecomposition", "topics": [ "nv_eigh" ] }, { "page": "nv_eq", "title": "Equal", "topics": [ "==.AnvlArray", "nv_eq" ] }, { "page": "nv_erf", "title": "Error Function", "topics": [ "nv_erf" ] }, { "page": "nv_erf_inv", "title": "Inverse Error Function", "topics": [ "nv_erf_inv" ] }, { "page": "nv_erfc", "title": "Complementary Error Function", "topics": [ "nv_erfc" ] }, { "page": "nv_exp", "title": "Exponential", "topics": [ "exp.AnvlArray", "nv_exp" ] }, { "page": "nv_expm1", "title": "Exponential Minus One", "topics": [ "expm1.AnvlArray", "nv_expm1" ] }, { "page": "nv_exponential", "title": "The Exponential Distribution", "topics": [ "nv_dexp", "nv_exponential", "nv_pexp", "nv_qexp" ] }, { "page": "nv_extract_diag", "title": "Extract Diagonal", "topics": [ "nv_extract_diag" ] }, { "page": "nv_eye", "title": "Identity Matrix", "topics": [ "nv_eye", "nv_eye_like" ] }, { "page": "nv_fill", "title": "Fill Constant", "topics": [ "nv_fill", "nv_fill_like" ] }, { "page": "nv_flatten", "title": "Flatten", "topics": [ "nv_flatten" ] }, { "page": "nv_floor", "title": "Floor", "topics": [ "floor.AnvlArray", "nv_floor" ] }, { "page": "nv_floor_div", "title": "Flooring Division", "topics": [ "%/%.AnvlArray", "nv_floor_div" ] }, { "page": "nv_gamma", "title": "Gamma Function", "topics": [ "gamma.AnvlArray", "nv_gamma" ] }, { "page": "nv_ge", "title": "Greater Than or Equal", "topics": [ ">=.AnvlArray", "nv_ge" ] }, { "page": "nv_gt", "title": "Greater Than", "topics": [ ">.AnvlArray", "nv_gt" ] }, { "page": "nv_if", "title": "Conditional Branching", "topics": [ "nv_if" ] }, { "page": "nv_ifelse", "title": "Conditional Element Selection", "topics": [ "nv_ifelse" ] }, { "page": "nv_inv", "title": "Matrix Inverse", "topics": [ "nv_inv" ] }, { "page": "nv_iota", "title": "Iota", "topics": [ "nv_iota", "nv_iota_like" ] }, { "page": "nv_is_finite", "title": "Is Finite", "topics": [ "is.finite.AnvlArray", "nv_is_finite" ] }, { "page": "nv_is_infinite", "title": "Is Infinite", "topics": [ "is.infinite.AnvlArray", "nv_is_infinite" ] }, { "page": "nv_is_nan", "title": "Is NaN", "topics": [ "is.nan.AnvlArray", "nv_is_nan" ] }, { "page": "nv_le", "title": "Less Than or Equal", "topics": [ "<=.AnvlArray", "nv_le" ] }, { "page": "nv_lgamma", "title": "Log-Gamma", "topics": [ "lgamma.AnvlArray", "nv_lgamma" ] }, { "page": "nv_linspace", "title": "Evenly Spaced Sequence", "topics": [ "nv_linspace", "nv_linspace_like" ] }, { "page": "nv_log", "title": "Natural Logarithm", "topics": [ "log.AnvlArray", "nv_log" ] }, { "page": "nv_log10", "title": "Base-10 Logarithm", "topics": [ "log10.AnvlArray", "nv_log10" ] }, { "page": "nv_log1p", "title": "Log Plus One", "topics": [ "log1p.AnvlArray", "nv_log1p" ] }, { "page": "nv_log2", "title": "Base-2 Logarithm", "topics": [ "log2.AnvlArray", "nv_log2" ] }, { "page": "nv_lower_tri", "title": "Lower Triangular Mask", "topics": [ "nv_lower_tri", "nv_lower_tri_like" ] }, { "page": "nv_lt", "title": "Less Than", "topics": [ "<.AnvlArray", "nv_lt" ] }, { "page": "nv_lu", "title": "LU Decomposition", "topics": [ "nv_lu" ] }, { "page": "nv_matmul", "title": "Matrix Multiplication", "topics": [ "%*%.AnvlArray", "nv_matmul" ] }, { "page": "nv_max", "title": "Max Reduction", "topics": [ "max.AnvlArray", "nv_max" ] }, { "page": "nv_mean", "title": "Mean", "topics": [ "mean.AnvlArray", "nv_mean" ] }, { "page": "nv_median", "title": "Median", "topics": [ "median.AnvlArray", "nv_median" ] }, { "page": "nv_min", "title": "Min Reduction", "topics": [ "min.AnvlArray", "nv_min" ] }, { "page": "nv_mod", "title": "Modulo (Flooring Remainder)", "topics": [ "%%.AnvlArray", "nv_mod" ] }, { "page": "nv_mul", "title": "Multiplication", "topics": [ "*.AnvlArray", "nv_mul" ] }, { "page": "nv_ne", "title": "Not Equal", "topics": [ "!=.AnvlArray", "nv_ne" ] }, { "page": "nv_negate", "title": "Negation", "topics": [ "nv_negate" ] }, { "page": "nv_normal", "title": "The Normal Distribution", "concept": [ "rng" ], "topics": [ "nv_dnorm", "nv_normal", "nv_pnorm", "nv_qnorm", "nv_rnorm" ] }, { "page": "nv_not", "title": "Bitwise Not", "topics": [ "!.AnvlArray", "nv_not" ] }, { "page": "nv_or", "title": "Bitwise OR", "topics": [ "nv_or", "|.AnvlArray" ] }, { "page": "nv_order", "title": "Sort Order", "topics": [ "nv_order" ] }, { "page": "nv_outer", "title": "Outer Product", "topics": [ "nv_outer" ] }, { "page": "nv_pad", "title": "Pad", "topics": [ "nv_pad" ] }, { "page": "nv_plogis", "title": "Logistic (Sigmoid)", "topics": [ "nv_plogis" ] }, { "page": "nv_pmax", "title": "Parallel Maximum", "topics": [ "nv_pmax" ] }, { "page": "nv_pmin", "title": "Parallel Minimum", "topics": [ "nv_pmin" ] }, { "page": "nv_poisson", "title": "The Poisson Distribution", "topics": [ "nv_dpois", "nv_poisson", "nv_ppois", "nv_qpois" ] }, { "page": "nv_popcnt", "title": "Population Count", "topics": [ "nv_popcnt" ] }, { "page": "nv_pow", "title": "Power", "topics": [ "nv_pow", "^.AnvlArray" ] }, { "page": "nv_print", "title": "Print Array", "topics": [ "nv_print" ] }, { "page": "nv_prod", "title": "Product Reduction", "topics": [ "nv_prod", "prod.AnvlArray" ] }, { "page": "nv_promote_to_common", "title": "Promote Arrays to a Common Data Type", "topics": [ "nv_promote_to_common" ] }, { "page": "nv_psigamma", "title": "Psigamma", "topics": [ "nv_psigamma", "trigamma.AnvlArray" ] }, { "page": "nv_qr", "title": "QR Decomposition", "topics": [ "nv_qr", "qr.AnvlArray" ] }, { "page": "nv_quantile", "title": "Quantile", "topics": [ "nv_quantile", "quantile.AnvlArray" ] }, { "page": "nv_range", "title": "Range Reduction", "topics": [ "nv_range", "range.AnvlArray" ] }, { "page": "nv_rbinom", "title": "Sample from a Binomial Distribution", "concept": [ "rng" ], "topics": [ "nv_rbinom" ] }, { "page": "nv_remainder", "title": "Remainder (Truncating)", "topics": [ "nv_remainder" ] }, { "page": "nv_reshape", "title": "Reshape", "topics": [ "nv_reshape" ] }, { "page": "nv_rev", "title": "Reverse", "topics": [ "nv_rev", "rev.AnvlArray" ] }, { "page": "nv_rng_state", "title": "Create a Random State", "concept": [ "rng" ], "topics": [ "nv_rng_state" ] }, { "page": "nv_round", "title": "Round", "topics": [ "nv_round" ] }, { "page": "nv_rsqrt", "title": "Reciprocal Square Root", "topics": [ "nv_rsqrt" ] }, { "page": "nv_sample", "title": "Sample from a Population", "concept": [ "rng" ], "topics": [ "nv_sample" ] }, { "page": "nv_sample_int", "title": "Sample Integers", "concept": [ "rng" ], "topics": [ "nv_sample_int" ] }, { "page": "nv_save", "title": "Save and Read Arrays in a File", "topics": [ "nv_read", "nv_save" ] }, { "page": "nv_scan", "title": "Scan (Loop with Per-Step Outputs)", "topics": [ "nv_scan" ] }, { "page": "nv_sd", "title": "Standard Deviation", "topics": [ "nv_sd" ] }, { "page": "nv_select", "title": "Select Elements Along an Axis", "topics": [ "nv_select" ] }, { "page": "nv_seq", "title": "Sequence", "topics": [ "nv_seq", "nv_seq_like" ] }, { "page": "nv_serialize", "title": "Serialize Arrays to Raw Bytes", "topics": [ "nv_serialize", "nv_unserialize" ] }, { "page": "nv_set_seed", "title": "Set the Global Random State", "concept": [ "rng" ], "topics": [ "local_nv_seed", "nv_get_rng_state", "nv_set_rng_state", "nv_set_seed", "with_nv_seed" ] }, { "page": "nv_shift_left", "title": "Shift Left", "topics": [ "nv_shift_left" ] }, { "page": "nv_shift_right_arithmetic", "title": "Arithmetic Shift Right", "topics": [ "nv_shift_right_arithmetic" ] }, { "page": "nv_shift_right_logical", "title": "Logical Shift Right", "topics": [ "nv_shift_right_logical" ] }, { "page": "nv_sign", "title": "Sign", "topics": [ "nv_sign", "sign.AnvlArray" ] }, { "page": "nv_sin", "title": "Sine", "topics": [ "nv_sin", "sin.AnvlArray" ] }, { "page": "nv_sinh", "title": "Hyperbolic Sine", "topics": [ "nv_sinh", "sinh.AnvlArray" ] }, { "page": "nv_sinpi", "title": "Sine of a Multiple of Pi", "topics": [ "nv_sinpi", "sinpi.AnvlArray" ] }, { "page": "nv_solve", "title": "Solve Linear System", "topics": [ "nv_solve", "solve.AnvlArray" ] }, { "page": "nv_sort", "title": "Sort", "topics": [ "nv_sort", "sort.AnvlArray" ] }, { "page": "nv_sqrt", "title": "Square Root", "topics": [ "nv_sqrt", "sqrt.AnvlArray" ] }, { "page": "nv_squeeze", "title": "Squeeze", "topics": [ "nv_drop", "nv_squeeze" ] }, { "page": "nv_static_slice", "title": "Static Slice", "topics": [ "nv_static_slice" ] }, { "page": "nv_sub", "title": "Subtraction", "topics": [ "-.AnvlArray", "nv_sub" ] }, { "page": "nv_sum", "title": "Sum Reduction", "topics": [ "nv_sum", "sum.AnvlArray" ] }, { "page": "nv_svd", "title": "Singular Value Decomposition", "topics": [ "nv_svd" ] }, { "page": "nv_tan", "title": "Tangent", "topics": [ "nv_tan", "tan.AnvlArray" ] }, { "page": "nv_tanh", "title": "Hyperbolic Tangent", "topics": [ "nv_tanh", "tanh.AnvlArray" ] }, { "page": "nv_tanpi", "title": "Tangent of a Multiple of Pi", "topics": [ "nv_tanpi", "tanpi.AnvlArray" ] }, { "page": "nv_tcrossprod", "title": "Transpose Cross Product (Matrix)", "topics": [ "nv_tcrossprod", "tcrossprod.AnvlArray" ] }, { "page": "nv_top_k", "title": "Top-K Elements", "topics": [ "nv_top_k" ] }, { "page": "nv_trace", "title": "Matrix Trace", "topics": [ "nv_trace" ] }, { "page": "nv_triangular_solve", "title": "Triangular Solve", "topics": [ "nv_triangular_solve" ] }, { "page": "nv_tril", "title": "Lower Triangular Matrix", "topics": [ "nv_tril" ] }, { "page": "nv_triu", "title": "Upper Triangular Matrix", "topics": [ "nv_triu" ] }, { "page": "nv_trunc", "title": "Truncate", "topics": [ "nv_trunc", "trunc.AnvlArray" ] }, { "page": "nv_uniform", "title": "The Uniform Distribution", "concept": [ "rng" ], "topics": [ "nv_dunif", "nv_punif", "nv_qunif", "nv_runif", "nv_uniform" ] }, { "page": "nv_unsqueeze", "title": "Unsqueeze", "topics": [ "nv_unsqueeze" ] }, { "page": "nv_upper_tri", "title": "Upper Triangular Mask", "topics": [ "nv_upper_tri", "nv_upper_tri_like" ] }, { "page": "nv_var", "title": "Variance", "topics": [ "nv_var" ] }, { "page": "nv_which_max", "title": "Index of the Maximum", "topics": [ "nv_which_max" ] }, { "page": "nv_which_min", "title": "Index of the Minimum", "topics": [ "nv_which_min" ] }, { "page": "nv_while", "title": "While Loop", "topics": [ "nv_while" ] }, { "page": "nv_xor", "title": "Bitwise XOR", "topics": [ "nv_xor" ] }, { "page": "peek_dtype", "title": "Peek at a Data Type", "topics": [ "peek_dtype" ] }, { "page": "platform", "title": "Get the Platform Name of an Array or Buffer", "topics": [ "platform", "platform.AnvlArray" ] }, { "page": "prim_abs", "title": "Primitive Absolute Value", "topics": [ "prim_abs" ] }, { "page": "prim_acos", "title": "Primitive Arc Cosine", "topics": [ "prim_acos" ] }, { "page": "prim_acosh", "title": "Primitive Inverse Hyperbolic Cosine", "topics": [ "prim_acosh" ] }, { "page": "prim_add", "title": "Primitive Addition", "topics": [ "prim_add" ] }, { "page": "prim_all", "title": "Primitive All Reduction", "topics": [ "prim_all" ] }, { "page": "prim_and", "title": "Primitive Bitwise And", "topics": [ "prim_and" ] }, { "page": "prim_any", "title": "Primitive Any Reduction", "topics": [ "prim_any" ] }, { "page": "prim_asin", "title": "Primitive Arc Sine", "topics": [ "prim_asin" ] }, { "page": "prim_asinh", "title": "Primitive Inverse Hyperbolic Sine", "topics": [ "prim_asinh" ] }, { "page": "prim_atan", "title": "Primitive Arc Tangent", "topics": [ "prim_atan" ] }, { "page": "prim_atan2", "title": "Primitive Arctangent 2", "topics": [ "prim_atan2" ] }, { "page": "prim_atanh", "title": "Primitive Inverse Hyperbolic Tangent", "topics": [ "prim_atanh" ] }, { "page": "prim_bitcast_convert", "title": "Primitive Bitcast Conversion", "topics": [ "prim_bitcast_convert" ] }, { "page": "prim_broadcast_in_axes", "title": "Primitive Broadcast", "topics": [ "prim_broadcast_in_axes" ] }, { "page": "prim_cbrt", "title": "Primitive Cube Root", "topics": [ "prim_cbrt" ] }, { "page": "prim_ceiling", "title": "Primitive Ceiling", "topics": [ "prim_ceiling" ] }, { "page": "prim_chol", "title": "Primitive Cholesky Decomposition", "topics": [ "prim_chol" ] }, { "page": "prim_clamp", "title": "Primitive Clamp", "topics": [ "prim_clamp" ] }, { "page": "prim_concatenate", "title": "Primitive Concatenate", "topics": [ "prim_concatenate" ] }, { "page": "prim_convert", "title": "Primitive Convert Data Type", "topics": [ "prim_convert" ] }, { "page": "prim_convolution", "title": "Primitive Convolution", "topics": [ "prim_convolution" ] }, { "page": "prim_cos", "title": "Primitive Cosine", "topics": [ "prim_cos" ] }, { "page": "prim_cosh", "title": "Primitive Hyperbolic Cosine", "topics": [ "prim_cosh" ] }, { "page": "prim_cummax", "title": "Primitive Cumulative Maximum", "topics": [ "prim_cummax" ] }, { "page": "prim_cummin", "title": "Primitive Cumulative Minimum", "topics": [ "prim_cummin" ] }, { "page": "prim_cumprod", "title": "Primitive Cumulative Product", "topics": [ "prim_cumprod" ] }, { "page": "prim_cumsum", "title": "Primitive Cumulative Sum", "topics": [ "prim_cumsum" ] }, { "page": "prim_custom_gradient", "title": "Primitive Custom Gradient", "topics": [ "prim_custom_gradient" ] }, { "page": "prim_digamma", "title": "Primitive Digamma", "topics": [ "prim_digamma" ] }, { "page": "prim_div", "title": "Primitive Division", "topics": [ "prim_div" ] }, { "page": "prim_dot_general", "title": "Primitive Dot General", "topics": [ "prim_dot_general" ] }, { "page": "prim_dynamic_slice", "title": "Primitive Dynamic Slice", "topics": [ "prim_dynamic_slice" ] }, { "page": "prim_dynamic_update_slice", "title": "Primitive Dynamic Update Slice", "topics": [ "prim_dynamic_update_slice" ] }, { "page": "prim_eigh", "title": "Primitive Symmetric Eigendecomposition", "topics": [ "prim_eigh" ] }, { "page": "prim_eq", "title": "Primitive Equal", "topics": [ "prim_eq" ] }, { "page": "prim_erf", "title": "Primitive Error Function", "topics": [ "prim_erf" ] }, { "page": "prim_erf_inv", "title": "Primitive Inverse Error Function", "topics": [ "prim_erf_inv" ] }, { "page": "prim_erfc", "title": "Primitive Complementary Error Function", "topics": [ "prim_erfc" ] }, { "page": "prim_exp", "title": "Primitive Exponential", "topics": [ "prim_exp" ] }, { "page": "prim_expm1", "title": "Primitive Exponential Minus One", "topics": [ "prim_expm1" ] 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