Functions — github.com/bluescarni/heyoka

CodeHub MCPcopy Create free account

hub / github.com/bluescarni/heyoka / functions

Functions3,567 in github.com/bluescarni/heyoka

⨍ Functions 3,567◇ Types & classes 822

↓ 2,285 callersFunctionprime

src/expression_basic.cpp:256

↓ 1,398 callersFunctionvvd

src/detail/erfa/t_erfa_c.c:59

↓ 1,287 callersMethodsize

src/dtens.cpp:667

↓ 1,109 callersMethodvalue

test/catch.hpp:16333

↓ 900 callersFunctionsin

Wrappers to make the combined versions of sin/cos.

test/sin.cpp:69

↓ 898 callersMethoddata

test/catch.hpp:13921

↓ 763 callersMethodstep

src/taylor_adaptive.cpp:1059

↓ 738 callersFunctionmake_vars

include/heyoka/expression.hpp:542

↓ 722 callersFunctionpow

NOLINTNEXTLINE(misc-no-recursion)

src/math/pow.cpp:1070

↓ 660 callersFunctioncos

test/sin.cpp:78

↓ 621 callersMethodbegin

src/dtens.cpp:296

↓ 574 callersMethodsize

test/catch.hpp:651

↓ 560 callersFunctiontc_to_jet

test/test_utils.cpp:71

↓ 540 callersMethodbegin

test/catch.hpp:8636

↓ 482 callersFunctionMessage

test/catch.hpp:11437

↓ 450 callersMethodempty

test/catch.hpp:648

↓ 444 callersFunctiontuple_for_each

test/test_utils.hpp:109

↓ 442 callersFunctionsqrt

src/number.cpp:529

↓ 404 callersMethodend

test/catch.hpp:8637

↓ 361 callersFunctionllvm_fmul

src/detail/llvm_helpers_arith.cpp:88

↓ 343 callersMethodend

src/dtens.cpp:301

↓ 331 callersMethodget_state_data

src/taylor_adaptive.cpp:1794

↓ 320 callersMethodstr

test/catch.hpp:12081

↓ 292 callersFunctionsum

src/math/sum.cpp:548

↓ 282 callersMethodget_time

src/taylor_adaptive.cpp:1776

↓ 277 callersMethodjit_lookup

NOTE: this function will lookup symbol names, so it does not necessarily return a function pointer (could be, e.g., a global variable).

src/llvm_state.cpp:1602

↓ 273 callersFunctionvector_splat

Create a SIMD vector of size vector_size filled with the value c. If vector_size is 1, c will be returned.

src/detail/llvm_helpers.cpp:1258

↓ 267 callersFunctionatan2

src/math/atan2.cpp:763

↓ 263 callersFunctiontaylor_c_load_diff

Load the derivative of order 'order' of the u variable u_idx from the array of Taylor derivatives diff_arr. n_uvars is the total number of u variables

src/taylor_01.cpp:280

↓ 257 callersFunctiontaylor_fetch_diff

Helper to fetch the derivative of order 'order' of the u variable at index u_idx from the derivative array 'arr'. The total number of u variables is n

src/taylor_01.cpp:265

↓ 223 callersFunctiondiff

src/expression_diff.cpp:262

↓ 209 callersFunctioncontains

test/catch.hpp:13831

↓ 205 callersFunctionsin

src/math/sin.cpp:406

↓ 204 callersMethodcompile

NOTE: we need to emphasise in the docs that compilation triggers an optimisation pass.

src/llvm_state.cpp:1503

↓ 200 callersFunctionsinh

src/math/sinh.cpp:323

↓ 198 callersFunctionllvm_codegen

Generate an LLVM constant of type tp representing the number n. NOLINTNEXTLINE(misc-no-recursion)

src/number.cpp:543

↓ 197 callersMethodget_ir

src/llvm_state.cpp:1614

↓ 190 callersFunctioncos

src/math/cos.cpp:406

↓ 182 callersFunctionllvm_fadd

src/detail/llvm_helpers_arith.cpp:34

↓ 174 callersFunctionexp

src/number.cpp:442

↓ 173 callersMethodname

test/catch.hpp:9999

↓ 162 callersMethodset_time

src/taylor_adaptive.cpp:1897

↓ 158 callersFunctionisnan

test/catch.hpp:12192

↓ 150 callersFunctionllvm_fsub

src/detail/llvm_helpers_arith.cpp:61

↓ 147 callersFunctiongenerate

Note: The type after -> is weird, because VS2015 cannot parse the expression used in the typedef inside, when it is in return type. Yeah.

test/catch.hpp:4085

↓ 143 callersMethodget_prec

src/cfunc_class.cpp:492

↓ 140 callersMethodget_ptr

src/func.cpp:246

↓ 132 callersMethodclear

src/llvm_state_cache.cpp:1028

↓ 131 callersMethodcount

test/catch.hpp:8911

↓ 127 callersFunctionacos

src/math/acos.cpp:372

↓ 124 callersFunctioncosh

src/math/cosh.cpp:322

↓ 121 callersFunctiondfun

src/math/dfun.cpp:359

↓ 116 callersFunctiontanh

src/math/tanh.cpp:326

↓ 115 callersFunctionprod

NOLINTNEXTLINE(misc-no-recursion)

src/math/prod.cpp:913

↓ 114 callersFunctiontan

src/math/tan.cpp:324

↓ 112 callersFunctionlog

src/math/log.cpp:320

↓ 111 callersFunctionmake_vector_type

src/detail/llvm_helpers.cpp:1272

↓ 105 callersFunctionerf

src/math/erf.cpp:382

↓ 105 callersFunctionmax

include/heyoka/splitmix64.hpp:44

↓ 103 callersFunctionatan

src/math/atan.cpp:361

↓ 102 callersFunctionllvm_constantfp

Create a floating-point constant of type fp_t containing the value val.

src/detail/llvm_helpers.cpp:1410

↓ 100 callersFunctionacosh

src/math/acosh.cpp:363

↓ 100 callersFunctionasinh

src/math/asinh.cpp:363

↓ 100 callersFunctionatanh

src/math/atanh.cpp:361

↓ 99 callersFunctionkepE

NOTE: constant folding here would need a JIT-compiled version of kepE(). Perhaps store the function pointer in a thread_local variable and keep around

src/math/kepE.cpp:801

↓ 97 callersFunctionasin

src/math/asin.cpp:370

↓ 96 callersFunctionviv

src/detail/erfa/t_erfa_c.c:25

↓ 94 callersFunctionllvm_fdiv

src/detail/llvm_helpers_arith.cpp:115

↓ 92 callersMethodextent

include/heyoka/detail/mdspan/__p0009_bits/mdspan.hpp:81

↓ 90 callersFunctionuname_to_index

src/detail/string_conv.cpp:41

↓ 89 callersFunctionisfinite

include/heyoka/detail/dfloat.hpp:91

↓ 88 callersMethodget

test/catch.hpp:12437

↓ 85 callersFunctionrange

test/catch.hpp:4700

↓ 82 callersFunctionir_contains

test/test_utils.hpp:292

↓ 82 callersFunctionllvm_loop_u32

Create an LLVM for loop in the form: for (auto i = begin; i < end; i = next_cur(i)) { body(i); } The default implementation of i = next_cur(i), if n

src/detail/llvm_helpers_flow.cpp:53

↓ 79 callersFunctionget_logger

src/detail/logging_impl.cpp:37

↓ 72 callersMethodget_dtime

src/taylor_adaptive.cpp:1782

↓ 68 callersFunctionllvm_if_then_else

Create an LLVM if statement in the form: if (cond) { then_f(); } else { else_f(); }

src/detail/llvm_helpers_flow.cpp:316

↓ 67 callersFunctionsigmoid

test/taylor_sigmoid.cpp:52

↓ 66 callersMethodinsert

Insert an entry in the on-disk cache.

src/llvm_state_cache.cpp:824

↓ 66 callersFunctiontaylor_codegen_numparam

src/taylor_01.cpp:201

↓ 63 callersFunctionhorner_eval

src/detail/analytical_theories_helpers.cpp:28

↓ 63 callersFunctionllvm_ui_to_fp

Convert the input unsigned integral value(s) n to the floating-point type fp_t. If n is a scalar/vector, then fp_t must also be a scalar/vector type.

src/detail/llvm_helpers.cpp:1430

↓ 61 callersMethodshared_args

src/func.cpp:150

↓ 60 callersFunctionrelup

src/math/relu.cpp:592

↓ 59 callersMethodget_opt_level

src/llvm_state.cpp:1354

↓ 59 callersFunctionllvm_add_no_capture_argattr

Helper to add the nocapture attribute to a pointer function argument. The syntax changes in LLVM 21, hence the need for a wrapper.

src/detail/llvm_helpers.cpp:1533

↓ 58 callersFunctioncopy

src/expression_basic.cpp:170

↓ 58 callersFunctionsub_wrapper

test/taylor_sub.cpp:34

↓ 57 callersMethodget_pars_data

src/taylor_adaptive.cpp:1818

↓ 56 callersMethodget_order

src/dtens.cpp:306

↓ 56 callersFunctiontaylor_c_diff_func_name_args

NOTE: this function will return a pair containing: - the mangled name and - the list of LLVM argument types for the function implementing the Taylor

src/taylor_01.cpp:92

↓ 55 callersFunctiondiv_wrapper

test/taylor_div.cpp:36

↓ 53 callersFunctioncf0

Null input span with no inputs.

test/cfunc.cpp:370

↓ 53 callersMethodget_last_h

src/taylor_adaptive.cpp:1842

↓ 53 callersFunctionrelu

src/math/relu.cpp:580

↓ 51 callersMethodget_bc

src/llvm_state.cpp:1628

↓ 51 callersFunctionkepF

NOTE: constant folding here would need a JIT-compiled version of kepF(). Perhaps store the function pointer in a thread_local variable and keep around

src/math/kepF.cpp:1689

↓ 50 callersFunctionllvm_is_real

Determine if the input type is heyoka.real.N, and, in such case, return N. Otherwise, return 0.

src/detail/real_helpers.cpp:90

↓ 49 callersMethodget_prec

src/taylor_adaptive.cpp:103

next →1–100 of 3,567, ranked by callers