kinetics.h

GESPI 2.0动态系统模拟工具

/*
    GEPASI - a simulator of metabolic pathways and other dynamical systems
    Copyright (C) 1989, 1992  Pedro Mendes
*/

/*************************************/
/*                                   */
/*        MS-WINDOWS front end       */
/*                                   */
/*         Topology files I/O        */
/*                                   */
/*          QuickC/WIN 1.0           */
/*                                   */
/*   (include here compilers that    */
/*   compiled GWSIM successfully)    */
/*                                   */
/*************************************/


double value_of( double s[], int r, struct treet *t, int idx );
double translate(double s[], int r);
double ret_zero( double s[], int r, int e );
double deff( double s[], int r, int e );
double i0(double s[], int r);
double i11(double s[], int r);
double r11(double s[], int r);
double i21(double s[], int r);
double r21(double s[], int r);
double i12(double s[], int r);
double r12(double s[], int r);
double i31(double s[], int r);
double r31(double s[], int r);
double i13(double s[], int r);
double r13(double s[], int r);
double i22(double s[], int r);
double r22(double s[], int r);
double i32(double s[], int r);
double r32(double s[], int r);
double i23(double s[], int r);
double r23(double s[], int r);
double i33(double s[], int r);
double r33(double s[], int r);
double d1Xs1( double s[], int r, int e );
double d2Xs1( double s[], int r, int e );
double d2Xs2( double s[], int r, int e );
double d3Xs1( double s[], int r, int e );
double d3Xs2( double s[], int r, int e );
double d3Xs3( double s[], int r, int e );
double dX1p1( double s[], int r, int e );
double dX2p1s1( double s[], int r, int e );
double dX2p2s1( double s[], int r, int e );
double dX2p1s2( double s[], int r, int e );
double dX2p2s2( double s[], int r, int e );
double dX2p1s3( double s[], int r, int e );
double dX2p2s3( double s[], int r, int e );
double dX3p1s1( double s[], int r, int e );
double dX3p2s1( double s[], int r, int e );
double dX3p3s1( double s[], int r, int e );
double dX3p1s2( double s[], int r, int e );
double dX3p2s2( double s[], int r, int e );
double dX3p3s2( double s[], int r, int e );
double dX3p1s3( double s[], int r, int e );
double dX3p2s3( double s[], int r, int e );
double dX3p3s3( double s[], int r, int e );
double ihmm( double s[], int r);
double dihmms( double s[], int r, int e );
double hmm( double s[], int r);
double dhmms( double s[], int r, int e );
double dhmmp( double s[], int r, int e );
double hmmsi( double s[], int r );
double dhmmsis( double s[], int r, int e );
double dhmmsip( double s[], int r, int e );
double dhmmsii( double s[], int r, int e );
double hmmci( double s[], int r );
double dhmmcis( double s[], int r, int e );
double dhmmcip( double s[], int r, int e );
double dhmmcii( double s[], int r, int e );
double hmmmi( double s[], int r );
double dhmmmis( double s[], int r, int e );
double dhmmmip( double s[], int r, int e );
double dhmmmii( double s[], int r, int e );
double hmmsa( double s[], int r );
double dhmmsas( double s[], int r, int e );
double dhmmsap( double s[], int r, int e );
double dhmmsaa( double s[], int r, int e );
double hmmca( double s[], int r );
double dhmmcas( double s[], int r, int e );
double dhmmcap( double s[], int r, int e );
double dhmmcaa( double s[], int r, int e );
double hmmma( double s[], int r );
double dhmmmas( double s[], int r, int e );
double dhmmmap( double s[], int r, int e );
double dhmmmaa( double s[], int r, int e );
double hill( double s[], int r );
double dhills( double s[], int r, int e );
double alinh( double s[], int r );
double unibisa( double s[], int r );
double dunibisaa( double s[], int r, int e );
double dunibisap( double s[], int r, int e );
double dunibisaq( double s[], int r, int e );
double unibisb( double s[], int r );
double dunibisba( double s[], int r, int e );
double dunibisbp( double s[], int r, int e );