package lp-glpk
LP and MIP modeling in OCaml (GLPK interface)
Install
Dune Dependency
Authors
Maintainers
Sources
0.5.0.tar.gz
md5=5e9ec847f25fb939b3c68ae99244cfac
sha512=336c007cc2a26eebbe0027ed43a853518182589e6fa56b127aee33e268cfdc0d147f0bf0280df80bb172aa3a672349f59adf1f5675d4f8f5dfdcfa427558dd34
doc/src/lp_glpk_bindings_consts/lp_glpk_bindings_consts.ml.html
Source file lp_glpk_bindings_consts.ml
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(* fetch #define int constants from glpk.h *) module M (F : Ctypes.TYPE) = struct let on = F.(constant "GLP_ON" int) let off = F.(constant "GLP_OFF" int) let min = F.(constant "GLP_MIN" int) let max = F.(constant "GLP_MAX" int) let cv = F.(constant "GLP_CV" int) let iv = F.(constant "GLP_IV" int) let bv = F.(constant "GLP_BV" int) let fr = F.(constant "GLP_FR" int) let lo = F.(constant "GLP_LO" int) let up = F.(constant "GLP_UP" int) let db = F.(constant "GLP_DB" int) let fx = F.(constant "GLP_FX" int) let ebadb = F.(constant "GLP_EBADB" int) let esing = F.(constant "GLP_ESING" int) let econd = F.(constant "GLP_ECOND" int) let ebound = F.(constant "GLP_EBOUND" int) let efail = F.(constant "GLP_EFAIL" int) let eobjll = F.(constant "GLP_EOBJLL" int) let eobjul = F.(constant "GLP_EOBJUL" int) let eitlim = F.(constant "GLP_EITLIM" int) let etmlim = F.(constant "GLP_ETMLIM" int) let enopfs = F.(constant "GLP_ENOPFS" int) let enodfs = F.(constant "GLP_ENODFS" int) let eroot = F.(constant "GLP_EROOT" int) let emipgap = F.(constant "GLP_EMIPGAP" int) let estop = F.(constant "GLP_ESTOP" int) let undef = F.(constant "GLP_UNDEF" int) let feas = F.(constant "GLP_FEAS" int) let infeas = F.(constant "GLP_INFEAS" int) let nofeas = F.(constant "GLP_NOFEAS" int) let opt = F.(constant "GLP_OPT" int) let unbnd = F.(constant "GLP_UNBND" int) let msg_off = F.(constant "GLP_MSG_OFF" int) let msg_err = F.(constant "GLP_MSG_ERR" int) let msg_on = F.(constant "GLP_MSG_ON" int) let msg_all = F.(constant "GLP_MSG_ALL" int) let msg_dbg = F.(constant "GLP_MSG_DBG" int) let primal = F.(constant "GLP_PRIMAL" int) let dualp = F.(constant "GLP_DUALP" int) let dual = F.(constant "GLP_DUAL" int) let pt_std = F.(constant "GLP_PT_STD" int) let pt_pse = F.(constant "GLP_PT_PSE" int) let rt_std = F.(constant "GLP_RT_STD" int) let rt_har = F.(constant "GLP_RT_HAR" int) let rt_flip = F.(constant "GLP_RT_FLIP" int) let use_at = F.(constant "GLP_USE_AT" int) let use_nt = F.(constant "GLP_USE_NT" int) let br_ffv = F.(constant "GLP_BR_FFV" int) let br_lfv = F.(constant "GLP_BR_LFV" int) let br_mfv = F.(constant "GLP_BR_MFV" int) let br_dth = F.(constant "GLP_BR_DTH" int) let br_pch = F.(constant "GLP_BR_PCH" int) let bt_dfs = F.(constant "GLP_BT_DFS" int) let bt_bfs = F.(constant "GLP_BT_BFS" int) let bt_blb = F.(constant "GLP_BT_BLB" int) let bt_bph = F.(constant "GLP_BT_BPH" int) let pp_none = F.(constant "GLP_PP_NONE" int) let pp_root = F.(constant "GLP_PP_ROOT" int) let pp_all = F.(constant "GLP_PP_ALL" int) end
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