Hello
Testing the function expln with
expln(cos(x)) => returns 101*cos(x)
expln(2*(e)^4) => returns 202*exp(4)
expln
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- Inscription : sam. févr. 04, 2017 11:34 pm
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Re: expln
expln is a numeric constant with a symbolic name, try expln+0
Code : Tout sélectionner
enum maple_conversion {
_TRIG=100,
_EXPLN=101,
_PARFRAC=102,
_FULLPARFRAC=103,
_BASE=104,
_CONFRAC=105,
_MAPLE_LIST=256,
_POSINT=1*256+2,
_NEGINT=2*256+2,
_NONPOSINT=3*256+2,
_NONNEGINT=4*256+2,
_LP_BINARY=106, // * binary
_LP_BINARYVARIABLES=107, // * binaryvariables
_LP_DEPTHLIMIT=108, // * depthlimit
_LP_INTEGER=109, // * integer
_LP_INTEGERVARIABLES=110, // * integervariables
_LP_MAXIMIZE=111, // * maximize
_LP_NONNEGATIVE=112, // * nonnegative
_LP_NONNEGINT=113, // * nonnegint
_LP_VARIABLES=114, // * variables
_LP_ASSUME=115,
_LP_NODE_LIMIT = 116, // lp_nodelimit
_LP_INTEGER_TOLERANCE = 117, // lp_integertolerance
_LP_METHOD = 118, // lp_method
_LP_SIMPLEX = 119, // lp_simplex
_LP_INTERIOR_POINT = 120, // lp_interiorpoint
_LP_INITIAL_POINT = 121 , // lp_initialpoint
_LP_MAX_CUTS = 122, // lp_maxcuts option
_LP_GAP_TOLERANCE = 123, // lp_gaptolerance option
_LP_NODESELECT = 124, // lp_nodeselect option
_LP_VARSELECT = 125, // lp_varselect option
_LP_FIRSTFRACTIONAL = 126, // lp_firstfractional value
_LP_LASTFRACTIONAL = 127, // lp_lastfractional value
_LP_MOSTFRACTIONAL = 128, // lp_mostfractional value
_LP_PSEUDOCOST = 129, // lp_pseudocost value
_LP_DEPTHFIRST = 130, // lp_depthfirst value
_LP_BREADTHFIRST = 131, // lp_breadthfirst value
_LP_BEST_PROJECTION = 132, // lp_bestprojection value
_LP_HYBRID = 133, // lp_hybrid value
_LP_ITERATION_LIMIT = 134, // lp_iterationlimit option
_LP_TIME_LIMIT = 135, // lp_timelimit option
_LP_VERBOSE =136, // lp_verbose option
_NLP_INITIALPOINT = 137, //nlp_initialpoint
_NLP_ITERATIONLIMIT = 138, //nlp_iterationlimit
_NLP_NONNEGATIVE = 139, //nlp_nonnegative
_NLP_PRECISION = 140, //nlp_precision
_NLP_MAXIMIZE = 141, //nlp_maximize
_GT_CONNECTED = 142, // connected
_GT_SPRING = 143, // spring
_GT_TREE = 144, // tree
_GT_PLANAR = 145, // planar
_GT_DIRECTED = 146, // directed
_GT_WEIGHTED = 147, // weighted
_GT_WEIGHTS = 148, // weights
_GT_BIPARTITE = 149, // bipartite
_GT_ACYCLIC = 150, // acyclic
_KDE_BANDWIDTH = 151, // bandwidth
_KDE_BINS = 152, // bins
};