}
void connelly_plot(const char *fn,int ndots,real dots[],rvec x[],t_atoms *atoms,
- t_symtab *symtab,int ePBC,matrix box,bool bSave)
+ t_symtab *symtab,int ePBC,matrix box,gmx_bool bSave)
{
static const char *atomnm="DOT";
static const char *resnm ="DOT";
}
void sas_plot(int nfile,t_filenm fnm[],real solsize,int ndots,
- real qcut,bool bSave,real minarea,bool bPBC,
- real dgs_default,bool bFindex, const output_env_t oenv)
+ real qcut,gmx_bool bSave,real minarea,gmx_bool bPBC,
+ real dgs_default,gmx_bool bFindex, const output_env_t oenv)
{
FILE *fp,*fp2,*fp3=NULL,*vp;
const char *flegend[] = { "Hydrophobic", "Hydrophilic",
t_topology top;
char title[STRLEN];
int ePBC;
- bool bTop;
+ gmx_bool bTop;
t_atoms *atoms;
- bool *bOut,*bPhobic;
- bool bConnelly;
- bool bResAt,bITP,bDGsol;
+ gmx_bool *bOut,*bPhobic;
+ gmx_bool bConnelly;
+ gmx_bool bResAt,bITP,bDGsol;
real *radius,*dgs_factor=NULL,*area=NULL,*surfacedots=NULL;
real at_area,*atom_area=NULL,*atom_area2=NULL;
real *res_a=NULL,*res_area=NULL,*res_area2=NULL;
static int ndots = 24;
static real qcut = 0.2;
static real minarea = 0.5, dgs_default=0;
- static bool bSave = TRUE,bPBC=TRUE,bFindex=FALSE;
+ static gmx_bool bSave = TRUE,bPBC=TRUE,bFindex=FALSE;
t_pargs pa[] = {
{ "-probe", FALSE, etREAL, {&solsize},
"Radius of the solvent probe (nm)" },