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/*  M. Beeson, titles of GetProblem window for MathXpert
11.8.92 split out of older files
7.3.98 last modified before translation
6.15.99 incorporated into French MathXpert
2.3.00 modified for _complex_trig
5.3.13 changed names of exported functions
*/
#define ENGLISH_DLL
#include "export.h"
#include "probtype.h"
#include "tdefn.h"
#include "english1.h"

/*________________________________________________________________________*/

/* following are the  titles for problem window */
/* corresponding to values of problemtype in probtype.h
   and values of topic in topics.h */

const char *  French_problemtitle(int problemtype, int topic)
{
  switch(topic)
     { case _evaluate_numerically:
          return " Expression � �valuer ";
       case _eliminate_fractional_exponents:  /* problemtype is ROOTS */
          return " Elimination des exposants fractionnaires dans: ";
       case _eliminate_negative_exponents:
          return " Elimination des exposants strictement n�gatifs dans: ";
       case  _multiply_polynomials:
          return " Polyn�mes � multiplier: ";
       case  _quadratic_formula:  /* fall-through */
         return " R�solution avec l'aide de la formule de de r�solution des �quations  du deuxieme degr�: ";
       case _evaluate_trig:
          return " Expression � �valuer: ";
       case _trig_product:
          return " Expression sous forme de somme d'un produit de fonctions trigonom�triques: ";
       case _complex_trig:
          return " Expression sous forme a + bi";
     }
  switch(problemtype)
     { case SIMPLIFY: break;
       case ROOTS: break;
       case SIGMA_NOTATION: break;
       case COMMON_DENOMINATOR:
          return     " Fractions � additionner: ";
       case NEGATIVE_EXPONENTS:
          return     " Expression � l'aide �ventuellement d'exposants strictement n�gatifs: ";
       case FRACTIONAL_EXPONENTS:
          return     " Expression � l'aide �ventuellement d'exposants fractionnaires: ";
       case FACTOR:
          return     " Expression � factoriser: ";
       case LINEAR_EQUATION:
       case SOLVE_EQUATION:
          return " Equation � r�soudre: ";
       case LINEAR_EQUATIONS:
          return " �quations lin�aires � r�soudre: ";
       case INEQUALITIES:
          return " In�galit�s � r�soudre: ";
       case ABSOLUTE_VALUE:
          return " Simplification en utilisant les propri�t�s de la valeur absolue: ";
       case COMPLEX_NUMBERS:
          return " Simplification en utilisant les propri�t�s des nombres complexes: ";
       case ORDINARY_GRAPH:
          return " Fonction � repr�senter: ";
       case COMPARE_GRAPHS:
          if(topic == _comparefandfprime)
             return " Entrer la fonction (la d�riv�e sera calcul�e pour vous): ";
          if(topic == _comparetwoderivs)
            return " Entrer la fonction (les d�riv�es seront calcul�es pour vous): ";
          return " Fonctions � repr�senter, s�par�es par une virgule: ";
       case GRAPH_INEQUALITY:
          return " In�galit� � repr�senter: ";
       case GRAPH_RELATION:
          return " Relation � repr�senter: ";
       case POLYROOTS:
          return " Polyn�me dont vous d�sirez voir les racines comlexes: ";
       case CONTOUR_PLOT:
          return " Fonction dont vous voulez voir les lignes de niveau: ";
       case COMPLEX_CONTOUR_PLOT:
          return " Entrer une fonction r�elle d'une variable complexe: ";
       case TRIG_EXPAND:
       case BINOMIAL_THEOREM:
          return " Expression � d�velopper: ";
       case TRIG_IDENTITY:
          if(topic == _hyperfunctions)
             return "Verification par passage aux exponentielles: ";
          return " Identit� � v�rifier: ";
       case INDUCTION:
          return " A d�montrer par r�currence: ";
       case POLAR_GRAPH:
          return " Fonction � repr�senter en coordonn�es polaires: ";
       case PARAMETRIC_GRAPH:
          return " Deux fonctions d�finissant une courbe param�tr�e: ";
       case LIMITS:
       case LHOPITAL:
          return  " Limite � calculer: ";
       case DIFFERENTIATE_FROM_DEFN:
          return   " Expression � diff�rentier � partir de la d�finition: ";
       case DIFFERENTIATE:
          return   " Expression � diff�rentier: ";
       case MINMAX:
          return " D�termination des minimums et de maximums sur un intervalle: ";
       case IMPLICIT_DIFF:
          return  " Expression � diff�rentier implicitement: ";
       case RELATED_RATES:
          return " Equation reliant les pentes: ";
       case INTEGRATION:
          return " Int�grale ou primitive � calculer: ";
       case ADDSERIES:
          return " S�rie dont la somme doit �tre �valu�e: ";
       case TESTCONVERGENCE:
          return " S�rie dont la convergence est � �tudier: ";
       case POWERSERIES:
          return " Expression � d�velopper en s�rie enti�re: ";
       case SOLVE_ODE:
          return " �quation diff�rentielle � r�soudre graphiquement: ";
       case SOLVE_TWO_ODES:
          return " Deux �quations diff�rentielles, s�par�es par une virgule: ";
       case HIGH_ORDER_ODE:
          return " �quation diff�rentielle y'''... = f(x,y,y',...): ";
       case RIEMANN_SUMS:
          return " Sommes de Riemann";
       case SIMPSONS_RULE:
          return " M�thode de Simpson";
       case TRAPEZOID_RULE:
          return " M�thode des trap�zes";
       case POLAR_NONPARAMETRIC_SURFACE: /* fall through */
       case NONPARAMETRIC_SURFACE:
          return " Fonction � repr�senter: ";
       case PARAMETRIC_SURFACE:
          return " Trois fonctions de deux variables: ";
     }
  return " Expression � simplifier ";
}