/*NOMBRE DEL PROGRAMA: nodrizawv2009.cpp
AUTOR : ÁVALOS RODRÍGUEZ, JESÚS
jeshua.7w@gmail.com
daemon_math@yahoo.com
daemon.math@gmail.com
group.daemon@gmail.com
http://www.soft-jar.dmon.com
http://www.group.dmon.com
PROPÓSITO : MUESTRA UN MENÚ DE LOS PROGRAMAS DE ANÁLISIS NUMÉRICO I y
ANÁLISIS NUMÉRICO II
USO : EN EL BORLAND C++ CON SISTEMA OPERATIVO WINDOWS XP Y WINDOWS VISTA
REFERENCIAS : "ANÁLISIS NUMÉRICO I Y ANÁLISIS NUMÉRICO II" DE KINCAID, Y EN ESTA NUEVA VERSIÓN
EL CURSO DE INFORMÁTICA(EN PROCESO),MÉTODOS NUMÉRICOS MÁS ADELANTE OPTIMIZACIÓN
COPYRIGHT JAR/W-2006-2008 TODA COPIA SERÁ DADA CON AUTORIZACIÓN DEL AUTOR
DEDICATORIA: To Professor Amado Mendez C., and Obidio Rubio. */
#include<stdio.h>
#include <dos.h>
#include<string.h>
#include<ctype.h>
#include<iostream.h>
#include<conio.h>
#include<math.h>
#include <stdlib.h>
#define max 110
/************************FUNCIONES DE UNIDAD JAR*********************************/
void INVERSA(); void DETERMINANTE(); void CDXTREME();void ALG1();
/***********************************************************************************/
void INFO(); void OPTY(); void AN1();void AN2();void LICENSE(); void AUTHOR();void ACCESS();void ACCESS_SPANISH();
void ACCESS_ENGLISH();void ACCESS_GERMAN();void ACCESS_ITALIAN();void ACCESS_PORTUGUESE();
void ACCESS_FRENCH();void CONTOPTY();void METODOSNUM();void CONTMETODOSNUM();
void DOCUMENTACION1();void DOCUMENTACION2(); void DOCUMENTACION3();
void DOCUMENTACIONa1();void DOCUMENTACIONa2();void DOCUMENTACIONa3();
void INHALT();void UNIT1();void UNIT2();void UNIT3();void UNITb1();void UNITb2();
void UNITb3();void SPANISH();void GERMAN();void ITALIAN();void FRENCH();void PORTUGUESE();
void ENGLISH(); void YAYACODE(); void ENCRYPTED();void DECRYPTED();
/*****************FUNCIONES PROTOTIPO (FUNKTION SIE PROTOTYP)******************/
void DIG();void EPSILON();void BISECCION();void NEWTON();void SECANTE();
void HORNER();void COMPLET_HORNER();void MAX_HORNER();void BAIRSTOW();void STORE();
void PROD();void MULT();void DOT();void SIS_DIAG();void SIS_INF();void SIS_SUP();
void PERSIS_INF();void PERSIS_SUP();void DOOLITTLE();void CROUTH();void ELI_GAUSS();
void CHOLESKY();void PARGAUSS();void PIVGAUSS();void SISTRI();void RICHARDSON();
void JACOBI();void GAUSS_SEIDEL();void SOR();void METODO_POTENCIAD();
void INVERSE_POTEN();void METOD_POTEN_DIRECT();void INVERSE_METOD_DESPL();
void VAL_POL_NEWTON();void POL_NEWTON();void MATRIX_DIV();void DIV();void LAGRANGE();
void SPLINES();
void DIFFER1(); void DIFFER2();void EXTRAP_RICHRADSON1();void EXTRAP_RICHRADSON2();
void TRAPSIMP();void TRAPMULT();void TRAPMULTSEU();void SIMPSON13S();void SIMPSON13C();
void SIMPSON38();void UNEVEN();void RHOMBERG(); void CUADGAUSS();void CUADGAUSS2();
void TAYLOR(); void TAYLOR1();void TAYLOR2();void TAYLOR3();void TAYLOR4();void TAYLOR5();
void TAYLOR6();void TAYLOR7();void TAYLOR5();void TAYLOR8();void TAYLOR9();
void RUNGE_KUTTA();void RUNGE_KUTTA1();void RUNGE_KUTTA2();void RUNGE_KUTTA3();void RUNGE_KUTTA5();
void RUNGE_KUTTA_ADAP();void RUNGE_KUTTA_ADAP1();void RUNGE_KUTTA_ADAP2();
void RUNGE_KUTTA_ADAP3();void RUNGE_KUTTA_ADAP4(); void RUNGE_KUTTA_GILL();
void SIS_TAYLOR();void FRONT_PROB();void MULTIPASO(); void FRONT(); void RKS();
void MET_IMPLICIT();void MET_EXPLICIT();float FUNKTION_1(float x, float t);
void MET_EXPLICIT();void MET_IMPLICIT();void MET_CRANK_N();void MET_DIFER_FINIT();
void MET_DIFER_FINIT_E();void POISON();void PUNTO_FIJO();
void MET_DIFER_FINIT_MET1(); void MET_DIFER_FINIT_MET2(); void MET_DIFER_FINIT_MET3();
void MET_DIFER_FINIT_MET4();void MET_DIFER_FINIT_MET5(); void MET_DIFER_FINIT_MET6();
void MET_CRANK_N1();
/**************************************************************************/
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