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JCfgRunBase.cpp
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359 lines (328 loc) * 13.6 KB
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//HEAD_DSPH
/*
EPHYSLAB Environmental Physics Laboratory, Universidade de Vigo, Ourense, Spain.
School of Mechanical, Aerospace and Civil Engineering, University of Manchester, Manchester, U.K.
This file is part of DualSPHysics.
DualSPHysics is free software: you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License
as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version.
DualSPHysics is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details.
You should have received a copy of the GNU Lesser General Public License along with DualSPHysics. If not, see
*/
/// \file JCfgRunBase.cpp \brief Implements the class \ref JCfgRunBase.
#include "JCfgRunBase.h"
#ifdef JCfgRunBase_UseDSCfg
#include "JAppInfo.h"
#include "JDsphConfig.h"
#endif
using namespace std;
//==============================================================================
/// Constructor.
//==============================================================================
JCfgRunBase::JCfgRunBase(bool noparms):NoParms(noparms){
ClassName="JCfgRunBase";
Reset();
}
//==============================================================================
/// Initialization of variables.
//==============================================================================
void JCfgRunBase::Reset(){
PrintInfo=false; ParmDef=0;
CreateDirs=true;
CsvSepComa=false;
}
//==============================================================================
/// Load configuration from DsphConfig.xml.
//==============================================================================
void JCfgRunBase::LoadDsphConfig(std::string path){
#ifdef JCfgRunBase_UseDSCfg
JDsphConfig dsphconfig;
dsphconfig.Init(path);
if(!dsphconfig.GetFileCfg().empty())printf("LoadDsphConfig> %s\n",fun::GetPathLevels(dsphconfig.GetFileCfg(),3).c_str());
if(dsphconfig.GetCreateDirs()!=-1)CreateDirs=(dsphconfig.GetCreateDirs()==1);
if(dsphconfig.GetCsvSeparator()!=-1)CsvSepComa=(dsphconfig.GetCsvSeparator()==1);
#endif
}
//==============================================================================
/// Loads execution parameters from the command line.
//==============================================================================
void JCfgRunBase::LoadArgv(int argc,char** argv){
Reset();
//-Loads configuration from DsphConfig.xml.
#ifdef JCfgRunBase_UseDSCfg
LoadDsphConfig(AppInfo.GetProgramPath());
#endif
//-Loads execution parameters.
const int MAXOPTS=100;
string *optlis=new string[MAXOPTS];
int optn=0;
for(int c=0;c1;c++){
string tex=fun::StrTrim(argv[c+1]);
int pos=int(tex.find(" "));
if(pos>0){
while(pos>0){
bool divide=((tex[0]=='-' || tex[0]=='#') || (pos+2size() && ((tex[pos+1]=='-' && tex[pos+2]!=' ') || tex[pos+1]=='#')));
//printf(" tex[%s] pos:%d divide=%d\n",tex.c_str(),pos,(divide? 1: 0));
if(divide){
if(optn>=MAXOPTS)Run_Exceptioon("Has exceeded the maximum configuration options.");
optlis[optn]=tex.substr(0,pos); optn++;
tex=fun::StrTrim(tex.substr(pos+1)); //-StrTrim() removes spaces between options.
pos=int(tex.find(" "));
}
else pos=int(tex.find(" ",pos+1));
}
}
if(optn>=MAXOPTS)Run_Exceptioon("Has exceeded the maximum configuration options.");
if(!tex.empty()){//-Ignores empty parameters.
optlis[optn]=tex; optn++;
}
}
//for(int c=0;c
if(optn || NoParms)LoadOpts(optlis,optn,0,"");
delete[] optlis;
if(!optn && !NoParms)PrintInfo=true;
if(!PrintInfo){ //-Configuracion por defecto
//VisuConfig();
}
else VisuInfo();
}
//==============================================================================
/// Loads execution parameters from a text file.
//==============================================================================
void JCfgRunBase::LoadFile(std::string fname,int lv){
//printf("\nFile:[%s] lv:%d\n",fname.c_str(),lv);
const int MAXOPTS=50;
int optn=0;
std::string *optlis=new std::string[MAXOPTS];
std::ifstream pf;
pf.open(fname.c_str());
if(pf){
while(!pf.eof()&&optn
std::string tex; pf >> tex;
if(tex!=""){
if(optn
optn++;
}
}
if(!pf.eof() && pf.fail())Run_ExceptioonFile("Error reading data from the file.",fname);
pf.close();
}
else Run_ExceptioonFile("The file can not be opened.",fname);
if(optn>=MAXOPTS)Run_ExceptioonFile(fun::PrintStr("File with too many lines (Maximum=%d)",MAXOPTS),fname);
if(optn>0)LoadOpts(optlis,optn,lv,fname);
delete[] optlis;
}
//==============================================================================
/// Generates error of unknown parameter.
//==============================================================================
void JCfgRunBase::ErrorParm(const std::string &opt,int optc,int lv
,const std::string &file)const
{
std::string tx=fun::PrintStr("Parameter \"%s\" unrecognised or invalid. ",opt.c_str());
tx=tx+fun::PrintStr("(Level cfg:%d, Parameter:%d)",lv,optc);
Run_ExceptioonFile(tx,file);
}
//==============================================================================
/// Generates error on parameter with indicated text.
//==============================================================================
void JCfgRunBase::ErrorParmText(const std::string &text,int optc,int lv
,const std::string &file)const
{
std::string tx=text+fun::PrintStr(" (Level cfg:%d, Parameter:%d)",lv,optc);
Run_ExceptioonFile(tx,file);
}
//==============================================================================
/// Returns string of version info according parameters in veropt.
//==============================================================================
std::string JCfgRunBase::VerText(const std::string fullname,const std::string veropt){
string ret=fullname;
if(veropt.size()>4){
string fname=fullname;
//string vname,vver,vdate;
string vname=fun::StrSplit(" v",fname);
string vver =string("v")+fun::StrSplit(" (",fname);
string vdate=(fname.empty() || fname[fname.size()-1]!=')'? "???": fname.substr(0,fname.size()-1));
if(!vdate.empty() && vdate[0]=='v'){ //-Manage special cases: "DualSPHysics-XXXX vX.X (vX.X) (DD-MM-YYYY)"
string ver2=string("(")+fun::StrSplit(" (",fname);
vver=vver+ver2;
vdate=(fname.empty() || fname[fname.size()-1]!=')'? "???": fname.substr(0,fname.size()-1));
}
int s1=atoi(fun::StrSplitValue(":",veropt,1).c_str());
int s2=atoi(fun::StrSplitValue(":",veropt,2).c_str());
if(s1>0)vname=fun::StrFillEnd(vname," ",s1);
if(s2>0)vver =fun::StrFillEnd(vver ," ",s2);
//printf("[%s]->[%d,%d] [%s]---[%s]---[%s]\n",FullName.c_str(),s1,s2,vname.c_str(),vver.c_str(),vdate.c_str());
//printf("%s %s %s\n",vname.c_str(),vver.c_str(),vdate.c_str());
ret=vname+" "+vver+" "+vdate;
}
return(ret);
}
//==============================================================================
/// Loads nv values float using command options. Returns number of loaded
/// values.
//==============================================================================
unsigned JCfgRunBase::LoadFloats(std::string txopt,float def,unsigned nv
,std::vector<float> &vv)
{
//printf("txopt=[%s]\n",txopt.c_str());
vv.clear();
for(unsigned c=0;cpush_back(def);
unsigned num=0;
std::string aux=txopt;
for(;!aux.empty() && num
std::string txv=fun::StrSplit(":",aux);
if(!txv.empty())vv[num]=float(atof(txv.c_str()));
}
return(num);
}
//==============================================================================
/// Loads nv values double using command options. Returns number of loaded
/// values.
//==============================================================================
unsigned JCfgRunBase::LoadDoubles(std::string txopt,double def,unsigned nv
,std::vector<double> &vv)
{
//printf("txopt=[%s]\n",txopt.c_str());
vv.clear();
for(unsigned c=0;cpush_back(def);
unsigned num=0;
std::string aux=txopt;
for(;!aux.empty() && num
std::string txv=fun::StrSplit(":",aux);
if(!txv.empty())vv[num]=atof(txv.c_str());
}
return(num);
}
//==============================================================================
/// Loads nv values tfloat3 using command options. Returns number of loaded
/// values.
//==============================================================================
unsigned JCfgRunBase::LoadFloat3(std::string txopt,float def,unsigned nv,tfloat3 *v){
//printf("txopt=[%s]\n",txopt.c_str());
unsigned num=0;
float *values=(float*)v;
for(unsigned c=0;c3;c++)values[c]=def;
string ttx=txopt;
for(unsigned tc=0;ttx!="" && tc3;tc++){
int tpos=int(ttx.find(":"));
string ttxopt=(tpos>0? ttx.substr(0,tpos): ttx);
string ttxopt2;
if(tpos>0)ttxopt2=ttx.substr(tpos+1);
values[tc]=float(atof(ttxopt.c_str()));
ttx=ttxopt2;
num++;
}
return(num);
}
//==============================================================================
/// Loads nv values tdouble3 using command options. Returns number of loaded
/// values.
//==============================================================================
unsigned JCfgRunBase::LoadDouble3(std::string txopt,double def,unsigned nv,tdouble3 *v){
//printf("txopt=[%s]\n",txopt.c_str());
unsigned num=0;
double *values=(double*)v;
for(unsigned c=0;c3;c++)values[c]=def;
string ttx=txopt;
for(unsigned tc=0;ttx!="" && tc3;tc++){
int tpos=int(ttx.find(":"));
string ttxopt=(tpos>0? ttx.substr(0,tpos): ttx);
string ttxopt2;
if(tpos>0)ttxopt2=ttx.substr(tpos+1);
values[tc]=atof(ttxopt.c_str());
ttx=ttxopt2;
num++;
}
return(num);
}
//==============================================================================
/// Load 1 value tfloat3 using command options.
//==============================================================================
void JCfgRunBase::LoadFloat3(std::string txopt,float def,tfloat3 &v1){
//printf("txopt=[%s]\n",txopt.c_str());
tdouble3 vd;
LoadDouble3(txopt,def,vd);
v1=ToTFloat3(vd);
}
//==============================================================================
/// Load 2 values tfloat3 using command options.
//==============================================================================
void JCfgRunBase::LoadFloat6(std::string txopt,float def,tfloat3 &v1,tfloat3 &v2){
tdouble3 vd1,vd2;
LoadDouble6(txopt,def,vd1,vd2);
v1=ToTFloat3(vd1);
v2=ToTFloat3(vd2);
}
//==============================================================================
/// Load 1 value tdouble2 using command options.
//==============================================================================
void JCfgRunBase::LoadDouble2(std::string txopt,double def,tdouble2 &v1){
//printf("txopt=[%s]\n",txopt.c_str());
double values[2]={def,def};
string aux=txopt;
for(int tc=0;!aux.empty() && tc<2;tc++){
string txv=fun::StrSplit(":",aux);
if(!txv.empty())values[tc]=atof(txv.c_str());
}
v1=TDouble2(values[0],values[1]);
}
//==============================================================================
/// Load 1 value tdouble3 using command options.
//==============================================================================
void JCfgRunBase::LoadDouble3(std::string txopt,double def,tdouble3 &v1){
//printf("txopt=[%s]\n",txopt.c_str());
double values[3]={def,def,def};
string aux=txopt;
for(int tc=0;!aux.empty() && tc<3;tc++){
string txv=fun::StrSplit(":",aux);
if(!txv.empty())values[tc]=atof(txv.c_str());
}
v1=TDouble3(values[0],values[1],values[2]);
}
//==============================================================================
/// Load 2 values tdouble3 using command options.
//==============================================================================
void JCfgRunBase::LoadDouble6(std::string txopt,double def,tdouble3 &v1,tdouble3 &v2){
//printf("txopt=[%s]\n",txopt.c_str());
double values[6]={def,def,def,def,def,def};
string aux=txopt;
for(int tc=0;!aux.empty() && tc<6;tc++){
string txv=fun::StrSplit(":",aux);
if(!txv.empty())values[tc]=atof(txv.c_str());
}
v1=TDouble3(values[0],values[1],values[2]);
v2=TDouble3(values[3],values[4],values[5]);
}
//==============================================================================
/// Splits options in txoptfull, txopt, txopt2, txopt3, txopt4 and txopt5.
//==============================================================================
void JCfgRunBase::SplitsOpts(const std::string &opt,std::string &txword
,std::string &txoptfull,std::string &txopt1,std::string &txopt2
,std::string &txopt3,std::string &txopt4,std::string &txopt5)const
{
txword=txoptfull=txopt1=txopt2=txopt3=txopt4=txopt5="";
string tx=opt.substr(1);
int pos=int(tx.find("#"));
if(pos>0)tx=tx.substr(0,pos);
pos=int(tx.find(":"));
txword=fun::StrUpper(pos>0? tx.substr(0,pos): tx);
if(pos>=0)txopt1=tx.substr(pos+1);
txoptfull=txopt1;
tx=txopt1;
pos=int(tx.find(":"));
txopt1=(pos>=0? tx.substr(0,pos): tx);
if(pos>=0)txopt2=tx.substr(pos+1);
tx=txopt2;
pos=int(tx.find(":"));
txopt2=(pos>=0? tx.substr(0,pos): tx);
if(pos>=0)txopt3=tx.substr(pos+1);
tx=txopt3;
pos=int(tx.find(":"));
txopt3=(pos>=0? tx.substr(0,pos): tx);
if(pos>=0)txopt4=tx.substr(pos+1);
tx=txopt4;
pos=int(tx.find(":"));
txopt4=(pos>=0? tx.substr(0,pos): tx);
if(pos>=0)txopt5=tx.substr(pos+1);
}
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