PFE 0.33.71 Homepage SourceForge Download Documentation -Overview -The PFE Manual old manual / (book) -ChangeLog -Authors -License (LGPL) -Wordsets / (book) -Functions .. (book) -Dp of ANS Forth -The 4thTutor -Forthprimer.pdf - Old Wordsets - Old Words List Forth Links * Forth Repository * Taygeta Compilation * TinyBoot FirmWare * FiCL, Free Forth * Research Vienna * Research Bournemouth * zForth WebRing Other Links * Tektronix/MPT * Forth Org. (FIG) * Forth Inc. * MPE Ltd. Forths * SF Win32Forth * PD Win32Forth * Neil Bawd generated (C) Guido U. Draheim guidod@gmx.de | ## Floating point + extensions `>FLOAT``` => `"[ANS] FORTH"` (no description) primitive code = [p4_to_float] `D>F``` => `"[ANS] FORTH"` (no description) primitive code = [p4_d_to_f] `F!``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_store] `F*``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_star] `F+``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_plus] `F-``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_minus] `F/``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_slash] `F0<``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_zero_less] `F0=``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_zero_equal] `F<``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_less_than] `F>D``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_to_d] `F@``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_fetch] `FALIGN``` => `"[ANS] FORTH"` (no description) primitive code = [p4_d_f_align] `FALIGNED``` => `"[ANS] FORTH"` (no description) primitive code = [p4_d_f_aligned] `FDEPTH``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_depth] `FDROP``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_drop] `FDUP``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_dup] `FLITERAL``` => `"[ANS] FORTH"` (no description) compiling word = [p4_f_literal] `FLOAT+``` => `"[ANS] FORTH"` (no description) primitive code = [p4_d_float_plus] `FLOATS``` => `"[ANS] FORTH"` (no description) primitive code = [p4_d_floats] `FLOOR``` => `"[ANS] FORTH"` (no description) primitive code = [p4_floor] `FMAX``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_max] `FMIN``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_min] `FNEGATE``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_negate] `FOVER``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_over] `FROT``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_rot] `FROUND``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_round] `FSWAP``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_swap] `REPRESENT``` => `"[ANS] FORTH"` (no description) primitive code = [p4_represent] `DF!``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_store] `DF@``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_fetch] `DFALIGN``` => `"[ANS] FORTH"` (no description) primitive code = [p4_d_f_align] `DFALIGNED``` => `"[ANS] FORTH"` (no description) primitive code = [p4_d_f_aligned] `DFLOAT+``` => `"[ANS] FORTH"` (no description) primitive code = [p4_d_float_plus] `DFLOATS``` => `"[ANS] FORTH"` (no description) primitive code = [p4_d_floats] `F**``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_star_star] `F.``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_dot] `FABS``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_abs] `FACOS``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_acos] `FACOSH``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_acosh] `FALOG``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_alog] `FASIN``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_asin] `FASINH``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_asinh] `FATAN``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_atan] `FATAN2``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_atan2] `FATANH``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_atanh] `FCOS``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_cos] `FCOSH``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_cosh] `FE.``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_e_dot] `FEXP``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_exp] `FEXPM1``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_expm1] `FLN``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_ln] `FLNP1``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_lnp1] `FLOG``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_log] `FS.``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_s_dot] `FSIN``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_sin] `FSINCOS``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_sincos] `FSINH``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_sinh] `FSQRT``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_sqrt] `FTAN``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_tan] `FTANH``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_tanh] `F~``` => `"[ANS] FORTH"` (no description) primitive code = [p4_f_proximate] `SET-PRECISION``` => `"[ANS] FORTH"` (no description) primitive code = [p4_set_precision] `SF!``` => `"[ANS] FORTH"` (no description) primitive code = [p4_s_f_store] `SF@``` => `"[ANS] FORTH"` (no description) primitive code = [p4_s_f_fetch] `SFALIGN``` => `"[ANS] FORTH"` (no description) primitive code = [p4_align] `SFALIGNED``` => `"[ANS] FORTH"` (no description) primitive code = [p4_aligned] `SFLOAT+``` => `"[ANS] FORTH"` (no description) primitive code = [p4_s_float_plus] `SFLOATS``` => `"[ANS] FORTH"` (no description) primitive code = [p4_s_floats] `FLOATING-STACK``` => `"[ANS] FORTH"` (no description) primitive code = [p__floating_stack] `MAX-FLOAT``` => `"[ANS] FORTH"` (no description) primitive code = [p__max_float] `INTERPRET-FLOAT``( CS: dest* -- dest* )``executes ( -- F: f# ) experimental` => `"[ANS] FORTH"` check the next word from `QUERY` and try to parse it as a floating number - if parseable then postpone the value on the floating stack and branch out of the loop body (usually do it `AGAIN` ) compiling word = [p4_interpret_float]