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data_io.cpp
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data_io.cpp
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using namespace std;
#include <algorithm>
#include <iostream>
#include <sstream>
#include <string>
#include <iomanip>
#include <vector>
#include <math.h>
#include <string.h>
#include "KonstNyomas.h"
#include "Cso.h"
#include "Szivattyu.h"
#include "JelleggorbesFojtas.h"
#include "Vegakna.h"
#include "Csatorna.h"
#include "BukoMutargy.h"
#include "VisszacsapoSzelep.h"
#include "data_io.h"
#include "xmlParser.h"
// TODO
// 2014.05.07. HCs. Ha a felhasznalo veletlenul kitorli pl. a klor adatot csompontnal, elhasal az egesz! Hibavisszajelzest!
data_io::data_io(const char *a_xml_fnev) {
xml_fnev = a_xml_fnev;
// Itt kenytelen vagyok kulon definialni a rednelkezesre allo elemeket
// Jobb lenne valahol mashol letrehozni oket, de sajna csak itt megy.
edge_type.push_back("press");
edge_type.push_back("pipe");
edge_type.push_back("pump");
edge_type.push_back("valve");
edge_type.push_back("pool");
edge_type.push_back("channel"); // rectangle cross-section
edge_type.push_back("channel1"); // circle cross-section
edge_type.push_back("channel2"); // arbitrary cross-section
edge_type.push_back("overflow"); // overflow
edge_type.push_back("checkvalve"); // check valve
edge_type_number = edge_type.size();
for (int i = 0; i < edge_type_number; i++)
edge_type_occur.push_back(0);
XMLNode xMainNode = XMLNode::openFileHelper(xml_fnev, "staci");
string cpp_xml_debug = xMainNode.getChildNode("settings").getChildNode("cpp_xml_debug").getText();
if (strcmp(cpp_xml_debug.c_str(), "true") == 0)
debug = true;
else
debug = false;
}
//--------------------------------------------------------------------------------
void data_io::load_system(vector<Csomopont *> &cspok, vector<Agelem *> &agelemek) {
XMLNode xMainNode = XMLNode::openFileHelper(xml_fnev, "staci");
XMLNode Node_settings = xMainNode.getChildNode("settings");
XMLNode Node_nodes = xMainNode.getChildNode("nodes");
XMLNode Node_edges = xMainNode.getChildNode("edges");
// Csomopontok es agak szamanak es nevenek kiolvasasa...
csp_db = Node_nodes.nChildNode("node");
ag_db = Node_edges.nChildNode("edge");
if (debug)
cout << endl << "Adatfajl: " << xml_fnev << endl << "\tcsomopontok szama: "
<< csp_db << endl << "\tagak szama: " << ag_db;
// Csomopontok reszletes kiolvasasa...
if (debug)
cout << endl << endl << "A csomopontok alapadatai reszletesen: " << endl
<< "-----------------------------------------" << endl;
string id, is_endnode;
double height, demand, cl_be, pressure, ro, tt;
int j = 0;
for (int i = 0; i < csp_db; i++) {
is_endnode = Node_nodes.getChildNode("node", i).getChildNode("endnode").getText();
//cout << endl << " NODE #" << i << "/" << csp_db << ": endnode=" << is_endnode << " " << (is_endnode == "false");
if (is_endnode == "false") {
id = Node_nodes.getChildNode("node", i).getChildNode("id").getText();
height = string_to_double(Node_nodes.getChildNode("node", i).getChildNode("height").getText(), id,
"<height>", 0.0);
demand = string_to_double(Node_nodes.getChildNode("node", i).getChildNode("demand").getText(), id,
"<demand>", 0.0);
cl_be = string_to_double(Node_nodes.getChildNode("node", i).getChildNode("cl_input").getText(), id,
"<cl_input>", 0.0);
pressure = string_to_double(Node_nodes.getChildNode("node", i).getChildNode("pressure").getText(), id,
"<pressure>", 0.0);
ro = string_to_double(Node_nodes.getChildNode("node", i).getChildNode("density").getText(), id,
"<pressure>", 0.0);
tt = string_to_double(Node_nodes.getChildNode("node", i).getChildNode("travel_time").getText(), id,
"<travel_time>", 0.0);
cspok.push_back(new Csomopont(id, height, demand, cl_be, pressure, ro, tt));
if (debug)
cout << cspok.at(j)->Info(false);
j++;
}
}
// csp_db = j--;
if (debug)
cin.get();
// Agak reszletes kiolvasasa...
// if (debug)
// cout << endl << endl << "Az agak: " << endl
// << "-----------------------------------------" << endl;
// Eloszor csak az info kedveert megszamoljuk a elemszamot
int db;
bool megvan;
int ezaz = 0;
if (debug) {
for (int i = 0; i < ag_db; i++) {
megvan = false;
db = 0;
for (int j = 0; j < edge_type_number; j++) {
db = Node_edges.getChildNode("edge", i).getChildNode("edge_spec", 0).nChildNode(
edge_type.at(j).c_str());
if (db == 1) {
edge_type_occur.at(j) += 1;
megvan = true;
ezaz = j;
}
}
//cout<<endl<<"\t"<<(i+1)<<". edge: ";
//if (megvan)
// cout<<edge_type.at(ezaz);
//else
// cout<<"????";
}
}
if (debug)
cout << endl << endl << "Az agak reszletesen:" << endl
<< "-----------------------------------------" << endl;
string node_from, node_to;
double density, aref, mass_flow_rate, travel_time;
// double patlag = 0, pmax = 0;
int darab = 0;
for (int i = 0; i < ag_db; i++) {
id = Node_edges.getChildNode("edge", i).getChildNode("id").getText();
/*cout<<endl<<" id:"<<id;
cin.get();
*/
// Laci vicceskedett, vesszovel irta be, igy lecsereljuk pontra.
// Fasza, 5 oram ment el ezzel.
string s = Node_edges.getChildNode("edge", i).getChildNode("aref").getText();
replace( s.begin(), s.end(), ',', '.');
aref = atof(s.c_str());
if (aref < 1.e-3 * 1.e-3) {
printf("\nWARNING!!! Reference area of %s is %g, overriding with 1. m^2.", id.c_str(), aref);
cout << endl << "String in xml file: " << s;
aref = 1.;
cin.get();
}
/*cout<<endl<<" aref:"<<aref;
cin.get();
*/
node_from = Node_edges.getChildNode("edge", i).getChildNode("node_from").getText();
/*cout<<endl<<" node_from:"<<node_from;
cin.get();
*/
node_to = Node_edges.getChildNode("edge", i).getChildNode("node_to").getText();
/*cout<<endl<<" node_to:"<<node_to;
cin.get();
*/
density = atof(Node_edges.getChildNode("edge", i).getChildNode("density").getText());
/*cout<<endl<<" density:"<<density;
cin.get();
*/
mass_flow_rate = atof(Node_edges.getChildNode("edge", i).getChildNode("mass_flow_rate").getText());
/*cout<<endl<<" mass_flow_rate:"<<mass_flow_rate;
cin.get();
*/
travel_time = atof(Node_edges.getChildNode("edge", i).getChildNode("travel_time").getText());
if (debug)
cout << endl << (i + 1) << ". edge: " << id << ", node_from=" << node_from
<< ", node_to=" << node_to << ", density=" << density << ", aref="
<< aref;
for (int j = 0; j < edge_type_number; j++) {
db = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode(edge_type.at(j).c_str());
if (db == 1) {
XMLNode elem = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
edge_type.at(j).c_str());
switch (j) {
case 0: //press = Konst_Nyomas
{
double pres = atof(elem.getChildNode("pressure").getText());
if (debug)
cout << ", pressure=" << pres << "Pa";//, szumma_patlag=" << patlag
// / 1000 / 9.81 << "vom";
// patlag += pres;
// if (pres > pmax)
// pmax = pres;
darab++;
agelemek.push_back(
new KonstNyomas(id, aref, node_from, density, pres, mass_flow_rate, travel_time));
if (debug)
cout << " OK";
break;
}
case 1: //pipe = Cso
{
double L = atof(elem.getChildNode("length").getText());
double D = atof(elem.getChildNode("diameter").getText());
double erdesseg = atof(elem.getChildNode("roughness").getText());
double cl_k = atof(elem.getChildNode("cl_k").getText());
double cl_w = atof(elem.getChildNode("cl_w").getText());
//double b=atof(elem.getChildNode("distr_consumption").getText());
if (debug)
cout << ", length=" << L << "m, diameter=" << D
<< "m, roughness=" << erdesseg << "mm";
agelemek.push_back(
new Cso(id, node_from, node_to, density, L, D, erdesseg, cl_k, cl_w, mass_flow_rate));
if (debug)
cout << " OK";
break;
}
case 2: // pump = Szivattyu
{
int jgpsz = elem.getChildNode("curve").getChildNode("points").nChildNode("point_x");
vector<double> Q(jgpsz), H(jgpsz);
curve_reader(id, elem.getChildNode("curve"), Q, H);
agelemek.push_back(new Szivattyu(id, node_from, node_to, density, aref, Q, H, mass_flow_rate));
if (debug)
cout << " OK";
break;
}
case 3: // Valve = JelleggorbesFojtas
{
double allas = atof(elem.getChildNode("position").getText());
if (debug)
cout << ", actual setting=" << allas;
int jgpsz = elem.getChildNode("curve").getChildNode("points").nChildNode("point_x");
vector<double> e(jgpsz), zeta(jgpsz);
curve_reader(id, elem.getChildNode("curve"), e, zeta);
if (aref < 1e-5) {
double Aref_min = 3.1416e-04; // 2cm-es cso belvilaga
aref = Aref_min;
cout << "Warning! element " << id << " Aref=" << aref << ", overwriting with " << Aref_min
<< endl;
}
if (allas > e.at(e.size() - 1))
cout << "Warning! element " << id << " actual setting=" << allas << " > e(end) "
<< e.at(e.size() - 1) << endl;
if (allas < e.at(0))
cout << "Warning! element " << id << " actual setting=" << allas << " < e(0) " << e.at(0)
<< endl;
agelemek.push_back(new JelleggorbesFojtas(id, node_from, node_to, density, aref, e, zeta, allas,
mass_flow_rate));
if (debug)
cout << " OK";
break;
}
case 4: //pool = Vegakna
{
double Hb = atof(elem.getChildNode("bottom_level").getText());
double Hw = atof(elem.getChildNode("water_level").getText());
// patlag += Hw + Hb;
// if ((Hw + Hb) > pmax)
// pmax = Hw + Hb;
darab++;
if (debug)
cout << ", bottom_level=" << Hb << "m" << ", water_level=" << Hw
<< "m";//, szumma_patlag=" << patlag;
agelemek.push_back(
new Vegakna(id, node_from, density, aref, Hb, Hw, mass_flow_rate, travel_time));
if (debug)
cout << " OK";
break;
}
// case 5: //channel0 = T�glalap km. csatorna
// {
// double L = atof(elem.getChildNode("length").getText());
// double ze = atof(elem.getChildNode("start_height").getText());
// double zv = atof(elem.getChildNode("end_height").getText());
// // double inc = atof(elem.getChildNode("inclination").getText())/100;
// double erdesseg=atof(elem.getChildNode("roughness").getText());
// int int_steps= atoi(elem.getChildNode("integral_steps").getText());
// int debugl = atoi(elem.getChildNode("debug_level").getText());
// double cl_k=atof(elem.getChildNode("cl_k").getText());
// double cl_w=atof(elem.getChildNode("cl_w").getText());
// if (debug)
// cout<<", length="<<L<<"m"<<", start_height="<<ze
// <<"m, end_height="<<zv<<"m, roughness="
// <<erdesseg <<", integral_steps="<<int_steps
// <<", debug_level=" <<debug;
// double width = atof(elem.getChildNode("width").getText());
// double Hmax = atof(elem.getChildNode("max_height").getText());
//
// if (debug)
// cout<<endl<<"\t\t teglalap geometria: B="<<width
// <<"m, Hmax="<<Hmax;
// agelemek.push_back(new Csatorna(id,node_from,node_to,aref,L,ze,zv,erdesseg,int_steps,debugl,width,Hmax,cl_k,cl_w));
// break;
// }
case 6: // kor rm.
{
double L = atof(elem.getChildNode("length").getText());
double ze = atof(elem.getChildNode("start_height").getText());
double zv = atof(elem.getChildNode("end_height").getText());
bool is_reversed = false;
if (ze < zv) {
cout
<< "\n\n\tNegativ lejtes -> CSOMOPONT CSERE!!!\n\t elem neve: "
<< id;
cout << "\n\t elotte: node_from:" << node_from
<< ", node_to:" << node_to << ", ze=" << ze << ", zv="
<< zv;
string s_tmp = node_from;
node_from = node_to;
node_to = s_tmp;
double d_tmp = ze;
ze = zv;
zv = d_tmp;
cout << "\n\t utana : node_from:" << node_from
<< ", node_to:" << node_to << ", ze=" << ze << ", zv="
<< zv;
is_reversed = true;
}
double erdesseg = atof(elem.getChildNode("roughness").getText());
int int_steps = atoi(elem.getChildNode("integral_steps").getText());
int debugl = atoi(elem.getChildNode("debug_level").getText());
double cl_k = atof(elem.getChildNode("cl_k").getText());
double cl_w = atof(elem.getChildNode("cl_w").getText());
if (debug)
cout << ", length=" << L << "m" << ", start_height=" << ze
<< "m, end_height=" << zv << "m, roughness="
<< erdesseg << ", integral_steps=" << int_steps
<< ", debug_level=" << debug;
double dia = atof(elem.getChildNode("diameter").getText());
if (debug)
cout << endl << "\t\t kor geometria: D=" << dia;
agelemek.push_back(
new Csatorna(id, node_from, node_to, density, dia * dia * M_PI / 4., L, ze, zv,
erdesseg, int_steps, debugl, dia, cl_k, cl_w, is_reversed,
mass_flow_rate));
break;
}
// case 7: // Felhasznalo altal definialt tipus
// {
// double L = atof(elem.getChildNode("length").getText());
// double ze = atof(elem.getChildNode("start_height").getText());
// double zv = atof(elem.getChildNode("end_height").getText());
// // double inc = atof(elem.getChildNode("inclination").getText())/100;
// double erdesseg=atof(elem.getChildNode("roughness").getText());
// int int_steps= atoi(elem.getChildNode("integral_steps").getText());
// int debugl = atoi(elem.getChildNode("debug_level").getText());
// double cl_k=atof(elem.getChildNode("cl_k").getText());
// double cl_w=atof(elem.getChildNode("cl_w").getText());
// if (debug)
// cout<<", length="<<L<<"m"<<", start_height="<<ze
// <<"m, end_height="<<zv<<"m, roughness="
// <<erdesseg <<", integral_steps="<<int_steps
// <<", debug_level=" <<debug;
// int jgpszb, jgpsza, jgpszk;
// for (int cdb=0; cdb<elem.nChildNode("curve"); cdb++) {
// if (elem.getChildNode("curve",cdb).getChildNode("id").getText()=="curve_b")
// jgpszb=elem.getChildNode("curve").getChildNode("points").nChildNode("point_x");
// if (elem.getChildNode("curve",cdb).getChildNode("id").getText()=="curve_a")
// jgpsza=elem.getChildNode("curve").getChildNode("points").nChildNode("point_x");
// if (elem.getChildNode("curve",cdb).getChildNode("id").getText()=="curve_k")
// jgpszk=elem.getChildNode("curve").getChildNode("points").nChildNode("point_x");
// }
// vector<double> yb(jgpszb), b(jgpszb), ya(jgpsza), a(jgpsza),
// yk(jgpszk), k(jgpszk);
//
// for (int cdb=0; cdb<elem.nChildNode("curve"); cdb++) {
// if (elem.getChildNode("curve",cdb).getChildNode("id").getText()=="curve_b")
// curve_reader(id, elem.getChildNode("curve"), yb, b);
// if (elem.getChildNode("curve",cdb).getChildNode("id").getText()=="curve_a")
// curve_reader(id, elem.getChildNode("curve"), ya, a);
// if (elem.getChildNode("curve",cdb).getChildNode("id").getText()=="curve_k")
// curve_reader(id, elem.getChildNode("curve"), yk, k);
// }
// agelemek.push_back(new Csatorna(id,node_from,node_to,aref,L,ze,zv,erdesseg,int_steps,debugl,yb,b,ya,a,yk,k,cl_k,cl_w));
// break;
// }
case 8: // Buko mutargy
{
string iso = elem.getChildNode("is_opened").getText();
double bh = atof(elem.getChildNode("bottom_height").getText());
bool is_opened = false;
if (iso == "true")
is_opened = true;
double wi = atof(elem.getChildNode("width").getText());
double oh = atof(elem.getChildNode("overflow_height").getText());
double dc = atof(elem.getChildNode("discharge_coeff").getText());
double vc = atof(elem.getChildNode("valve_coeff").getText());
if (debug)
cout << endl << "is_opened:" << iso << ", width=" << wi
<< ", overflow_height=" << oh
<< ", discharge_coeff=" << dc << ", valve_coeff="
<< vc;
agelemek.push_back(
new BukoMutargy(id, node_from, node_to, density, aref, bh, is_opened, wi, oh, dc, vc,
mass_flow_rate));
if (debug)
cout << " OK";
break;
}
case 9: // visszacsap� szelep
{
double lce = atof(elem.getChildNode("loss_coeff_f").getText()) / 1e5;
double lcv = atof(elem.getChildNode("loss_coeff_b").getText()) / 1e5;
if (debug) {
cout << endl << "loss_coeff_f(orward):" << lce;
cout << endl << "loss_coeff_b(ack):" << lcv;
}
agelemek.push_back(
new VisszacsapoSzelep(id, node_from, node_to, density, aref, lce, lcv, mass_flow_rate));
if (debug)
cout << " OK";
break;
}
default: {
cout << endl << endl
<< "xml adatfajl feldolgozasa: HIBA!!! Sz@r van, nem talalok ilyen tipusu agelemet => "
<< i << ". edge, id:" << id << endl;
}
}
}
}
if (debug)
cout << agelemek.at(i)->Info();
}
if (debug) {
cout << endl << endl << endl << "Number of edge types:";
cout << endl << "\tnode:\t" << csp_db;
for (int j = 0; j < edge_type_number; j++)
cout << endl << "\t" << edge_type.at(j) << ":\t" << edge_type_occur.at(j);
}
if (debug)
cin.get();
}
//--------------------------------------------------------------------------------
void data_io::curve_reader(const string id, const XMLNode elem,
vector<double> &px, vector<double> &py) {
string curve_id = elem.getChildNode("id").getText();
string x_val = elem.getChildNode("x_val").getText();
string y_val = elem.getChildNode("y_val").getText();
string x_dim = elem.getChildNode("x_dim").getText();
string y_dim = elem.getChildNode("y_dim").getText();
int xjgpsz = elem.getChildNode("points").nChildNode("point_x");
int yjgpsz = elem.getChildNode("points").nChildNode("point_y");
string tmp;
if (debug)
cout << endl << "\t datta_io::curvereader() -> curve_id: " << curve_id << " x_jgsz=" << xjgpsz
<< ", y_jgpsz=" << yjgpsz;
if (xjgpsz == yjgpsz) {
if (debug)
cout << ", OK, adatok beolvasasa indulhat" << endl;
double x, y;
for (int i = 0; i < xjgpsz; i++) {
tmp = elem.getChildNode("points").getChildNode("point_x", i).getText();
replace(tmp.begin(), tmp.end(), ',', '.');
x = atof(tmp.c_str());
tmp = elem.getChildNode("points").getChildNode("point_y", i).getText();
replace(tmp.begin(), tmp.end(), ',', '.');
y = atof(tmp.c_str());
px.at(i) = x;
py.at(i) = y;
if (debug)
cout << "\t\t " << x_val << "[" << x_dim << "]=" << x << " " << y_val << "["
<< y_dim << "]=" << y << endl;
}
} else
cout << endl << "xml adatfajl feldolgozasa: HIBA! jgpsz_x=" << xjgpsz
<< " <-> jgpsz_y=" << yjgpsz << endl << "Atugrom a(z) " << id
<< " elemet..." << endl << endl;
}
//--------------------------------------------------------------------------------
void data_io::replace_value(XMLNode &root_node, string fieldname, double val, string msg) {
//XMLNode tmp = root_node.getChildNode(fieldname.c_str());
if (!root_node.getChildNode(fieldname.c_str()).isEmpty()) {
root_node.getChildNode(fieldname.c_str()).deleteText();
ostringstream os;
os.str("");
os << scientific << setprecision(5) << val;
root_node.getChildNode(fieldname.c_str()).addText(os.str().c_str());
//cout << endl << endl << "SIKER!" << endl << endl;
//cin.get();
}
else {
cout << "\n ERROR!!! subnode <" << fieldname << "> does not exists in " << msg << "!!!\n";
//exit(-1);
}
}
//--------------------------------------------------------------------------------
void data_io::replace_value2(XMLNode &root_node, string fieldname1, int i, string fieldname2, double val, string msg) {
if (!root_node.getChildNode(fieldname1.c_str(), i).isEmpty()) {
if (!root_node.getChildNode(fieldname1.c_str(), i).getChildNode(fieldname2.c_str()).isEmpty()) {
root_node.getChildNode(fieldname1.c_str(), i).getChildNode(fieldname2.c_str()).deleteText();
ostringstream os;
os.str("");
os << scientific << setprecision(5) << val;
root_node.getChildNode(fieldname1.c_str(), i).getChildNode(fieldname2.c_str()).addText(os.str().c_str());
//cout << endl << endl << "SIKER!" << endl << endl;
//cin.get();
}
else {
cout << "\n ERROR!!! subnode <" << fieldname1 << "> -> <" << fieldname2 << "> does not exists in " << msg << "!!!\n";
//exit(-1);
}
}
else {
cout << "\n ERROR!!! subnode <" << fieldname1 << "> does not exists in " << msg << "!!!\n";
//exit(-1);
}
}
//--------------------------------------------------------------------------------
void data_io::replace_value4(XMLNode &root_node, string fieldname1, int i,
string fieldname2, string fieldname3, string fieldname4, double val, string msg) {
if (!root_node.getChildNode(fieldname1.c_str(), i).isEmpty()) {
if (!root_node.getChildNode(fieldname1.c_str(), i).getChildNode(fieldname2.c_str()).isEmpty()) {
if (!root_node.getChildNode(fieldname1.c_str(), i).getChildNode(fieldname2.c_str()).getChildNode(fieldname3.c_str()).isEmpty()) {
if (!root_node.getChildNode(fieldname1.c_str(), i).getChildNode(fieldname2.c_str()).getChildNode(fieldname3.c_str()).getChildNode(fieldname4.c_str()).isEmpty()) {
root_node.getChildNode(fieldname1.c_str(), i).getChildNode(fieldname2.c_str()).getChildNode(fieldname3.c_str()).getChildNode(fieldname4.c_str()).deleteText();
ostringstream os;
os.str("");
os << scientific << setprecision(5) << val;
root_node.getChildNode(fieldname1.c_str(), i).getChildNode(fieldname2.c_str()).getChildNode(fieldname3.c_str()).getChildNode(fieldname4.c_str()).addText(os.str().c_str());
//cout << endl << endl << "SIKER!" << endl << endl;
//cin.get();
}
else {
cout << "\n ERROR!!! subnode <"
<< fieldname1 << "> -> <"
<< fieldname2 << "> -> <"
<< fieldname3 << "> -> <"
<< fieldname4 << "> does not exists in " << msg << "!!!\n";
//exit(-1);
}
}
else {
cout << "\n ERROR!!! subnode <"
<< fieldname1 << "> -> <"
<< fieldname2 << "> -> <"
<< fieldname3 << "> does not exists in " << msg << "!!!\n";
}
}
else {
cout << "\n ERROR!!! subnode <"
<< fieldname1 << "> -> <"
<< fieldname2 << "> does not exists in " << msg << "!!!\n";
//exit(-1);
}
}
else {
cout << "\n ERROR!!! subnode <" << fieldname1 << "> does not exists in " << msg << "!!!\n";
//exit(-1);
}
}
//--------------------------------------------------------------------------------
void data_io::save_results(double FolyMenny, double sum_of_inflow, double sum_of_demand, vector<Csomopont *> cspok,
vector<Agelem *> agelemek, bool conv_reached, int staci_debug_level) {
XMLNode xMainNode = XMLNode::openFileHelper(xml_fnev, "staci");
if (staci_debug_level > 0)
cout << endl << endl << "Output file name:" << xml_fnev << ", saving results...";
XMLNode Node_settings = xMainNode.getChildNode("settings");
XMLNode Node_nodes = xMainNode.getChildNode("nodes");
XMLNode Node_edges = xMainNode.getChildNode("edges");
Node_settings.getChildNode("solution_exists").deleteText();
ostringstream os;
if (conv_reached) {
Node_settings.getChildNode("solution_exists").addText("true");
} else
Node_settings.getChildNode("solution_exists").addText("false");
replace_value(Node_settings, "fluid_volume", FolyMenny, " <settings>");
//Node_settings.getChildNode("fluid_volume").deleteText();
//os.str("");
//os << scientific << setprecision(5) << FolyMenny;
//Node_settings.getChildNode("fluid_volume").addText(os.str().c_str());
replace_value(Node_settings, "sum_of_inflow", FolyMenny, " <settings>");
/*Node_settings.getChildNode("sum_of_inflow").deleteText();
os.str("");
os << scientific << setprecision(5) << sum_of_inflow;
Node_settings.getChildNode("sum_of_inflow").addText(os.str().c_str());*/
replace_value(Node_settings, "sum_of_demand", FolyMenny, " <settings>");
/*Node_settings.getChildNode("sum_of_demand").deleteText();
os.str("");
os << scientific << setprecision(5) << sum_of_demand;
Node_settings.getChildNode("sum_of_demand").addText(os.str().c_str());*/
// Csomopontok es agak szamanak es nevenek kiolvasasa...
csp_db = Node_nodes.nChildNode("node");
ag_db = Node_edges.nChildNode("edge");
string id, is_endnode;
bool megvan;
for (int i = 0; i < csp_db; i++) {
id = Node_nodes.getChildNode("node", i).getChildNode("id").getText();
megvan = false;
if (debug)
cout << endl << "\tcsp id: " << id << " ";
is_endnode = Node_nodes.getChildNode("node", i).getChildNode("endnode").getText();
if (is_endnode == "false") {
for (unsigned int j = 0; j < cspok.size(); j++) {
if (id == (cspok.at(j)->Get_nev())) {
megvan = true;
double p = cspok.at(j)->Get_dprop("ro") * 9.81 * cspok.at(j)->Get_p();
replace_value2( Node_nodes, "node", i, "pressure", p, id);
/*Node_nodes.getChildNode("node", i).getChildNode("pressure").deleteText();
ostringstream os;
os << scientific << setprecision(5) << p;
Node_nodes.getChildNode("node", i).getChildNode("pressure").addText(os.str().c_str());
*/
/*if (debug)
cout << " => pressure=" << p << "Pa = " << p / 1000 / 9.81 << "m";*/
replace_value2( Node_nodes, "node", i, "head", cspok.at(j)->Get_p(), id);
/*Node_nodes.getChildNode("node", i).getChildNode("head").deleteText();
p = cspok.at(j)->Get_p();
os.str("");
os << scientific << setprecision(5) << p;
Node_nodes.getChildNode("node", i).getChildNode("head").addText(os.str().c_str());*/
replace_value2( Node_nodes, "node", i, "travel_time", cspok.at(j)->Get_dprop("tt") / 3600., id);
/*Node_nodes.getChildNode("node", i).getChildNode("travel_time").deleteText();
p = cspok.at(j)->Get_dprop("tt");
os.str("");
os << scientific << setprecision(5) << p / 3600.;
Node_nodes.getChildNode("node", i).getChildNode("travel_time").addText(os.str().c_str());*/
replace_value2( Node_nodes, "node", i, "user1", cspok.at(j)->Get_user1(), id);
/*Node_nodes.getChildNode("node", i).getChildNode("user1").deleteText();
p = cspok.at(j)->Get_user1();
os.str("");
os << scientific << setprecision(5) << p;
Node_nodes.getChildNode("node", i).getChildNode("user1").addText(os.str().c_str());*/
replace_value2( Node_nodes, "node", i, "user2", cspok.at(j)->Get_user2(), id);
/*Node_nodes.getChildNode("node", i).getChildNode("user2").deleteText();
p = cspok.at(j)->Get_user2();
os.str("");
os << scientific << setprecision(5) << p;
Node_nodes.getChildNode("node", i).getChildNode("user2").addText(os.str().c_str());*/
//cout<<endl<<cspok.at(j)->Get_nev()<<" tt="<<p;
//cin.get();
}
}
if (debug && !megvan)
cout << "nincs meg, atugrom...";
} else {
if (debug)
cout << " ez endnode, nem erdekes...";
}
}
if (debug) {
cout << endl << endl << "Csomopontok eredmenyeinek kiirasa kesz." << endl;
}
//double mp, q, v, dh, dhpL, tt, aref, user1, user2;
for (int i = 0; i < ag_db; i++) {
id = Node_edges.getChildNode("edge", i).getChildNode("id").getText();
megvan = false;
if (debug)
cout << endl << "\tag id : " << id << " ";
for (unsigned int j = 0; j < agelemek.size(); j++) {
//cout << endl << "\t agelemek.at(" << j << ")->Get_nev()=" << agelemek.at(j)->Get_nev();
if (id == (agelemek.at(j)->Get_nev())) {
replace_value2( Node_edges, "edge", i, "mass_flow_rate", agelemek.at(i)->Get_mp(), id);
/*mp = agelemek.at(i)->Get_mp();
Node_edges.getChildNode("edge", i).getChildNode("mass_flow_rate").deleteText();
ostringstream os;
os << scientific << setprecision(5) << mp;
Node_edges.getChildNode("edge", i).getChildNode("mass_flow_rate").addText(os.str().c_str());*/
replace_value2( Node_edges, "edge", i, "volume_flow_rate", agelemek.at(i)->Get_Q()*3600., id);
/*q = agelemek.at(i)->Get_Q();
Node_edges.getChildNode("edge", i).getChildNode("volume_flow_rate").deleteText();
os.str("");
os << scientific << setprecision(5) << q * 3600;
Node_edges.getChildNode("edge", i).getChildNode("volume_flow_rate").addText(os.str().c_str());*/
replace_value2( Node_edges, "edge", i, "velocity", agelemek.at(i)->Get_v() , id);
/* v = agelemek.at(i)->Get_v();
Node_edges.getChildNode("edge", i).getChildNode("velocity").deleteText();
os.str("");
os << scientific << setprecision(5) << v;
Node_edges.getChildNode("edge", i).getChildNode("velocity").addText(os.str().c_str());*/
replace_value2( Node_edges, "edge", i, "headloss", agelemek.at(i)->Get_dprop("headloss"), id);
/* dh = agelemek.at(i)->Get_dprop("headloss");
Node_edges.getChildNode("edge", i).getChildNode("headloss").deleteText();
os.str("");
os << scientific << setprecision(5) << dh;
Node_edges.getChildNode("edge", i).getChildNode("headloss").addText(os.str().c_str());*/
replace_value2( Node_edges, "edge", i, "head_loss_per_unit_length", agelemek.at(i)->Get_dprop("headloss_per_unit_length"), id);
/* dhpL = agelemek.at(i)->Get_dprop("headloss_per_unit_length");
Node_edges.getChildNode("edge", i).getChildNode("head_loss_per_unit_length").deleteText();
os.str("");
os << scientific << setprecision(5) << dhpL;
Node_edges.getChildNode("edge", i).getChildNode("head_loss_per_unit_length").addText(os.str().c_str());*/
replace_value2( Node_edges, "edge", i, "travel_time", (agelemek.at(i)->Get_tt_start() + agelemek.at(i)->Get_tt_end()) / 2. / 3600., id);
/* tt = (agelemek.at(i)->Get_tt_start() + agelemek.at(i)->Get_tt_end()) / 2. / 3600.;
Node_edges.getChildNode("edge", i).getChildNode("travel_time").deleteText();
os.str("");
os << scientific << setprecision(5) << tt;
Node_edges.getChildNode("edge", i).getChildNode("travel_time").addText(os.str().c_str());*/
replace_value2( Node_edges, "edge", i, "aref", agelemek.at(i)->Get_Aref(), id);
/* aref = agelemek.at(i)->Get_Aref();
// cout<<endl<<"--> "<<agelemek.at(i)->Get_nev()<<" aref="<<aref; cin.get();
Node_edges.getChildNode("edge", i).getChildNode("aref").deleteText();
os.str("");
os << scientific << setprecision(5) << aref;
Node_edges.getChildNode("edge", i).getChildNode("aref").addText(os.str().c_str());*/
replace_value2( Node_edges, "edge", i, "user1", agelemek.at(i)->Get_user1() , id);
/* user1 = agelemek.at(i)->Get_user1();
Node_edges.getChildNode("edge", i).getChildNode("user1").deleteText();
os.str("");
os << scientific << setprecision(5) << user1;
Node_edges.getChildNode("edge", i).getChildNode("user1").addText(os.str().c_str());*/
replace_value2( Node_edges, "edge", i, "user2", agelemek.at(i)->Get_user2(), id);
/* user2 = agelemek.at(i)->Get_user2();
Node_edges.getChildNode("edge", i).getChildNode("user2").deleteText();
os.str("");
os << scientific << setprecision(5) << user2;
Node_edges.getChildNode("edge", i).getChildNode("user2").addText(os.str().c_str());*/
megvan = true;
/*if (debug)
cout << " \t=> mass_flow_rate=" << mp
<< " kg/s, volume_flow_rate=" << q
<< " m^3/s, velocity=" << v << " m/s"
<< " m/s, head_loss=" << dh << " m";
*/
// Jelleggorbes fojtas - interpolalt dzeta ertek
if (agelemek.at(j)->Get_Tipus() == "Jelleggorbes fojtas") {
replace_value4( Node_edges, "edge", i, "edge_spec", "valve", "adzeta", agelemek.at(j)->Get_dprop("veszt"), id);
/*
XMLNode akt_node;
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("valve") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"valve").getChildNode("adzeta");
akt_node.deleteText();
ostringstream os;
os << scientific << setprecision(5) << agelemek.at(j)->Get_dprop("veszt");
akt_node.addText(os.str().c_str());*/
}
// Cso es Csatorna eseten kiirjuk a referncia keresztmetszet sz�m�tott �rt�k�t
if (agelemek.at(j)->Get_Tipus() == "Csatorna" || agelemek.at(j)->Get_Tipus() == "Cso") {
XMLNode akt_node;
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel1") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel1");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("pipe") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode("pipe");
Node_edges.getChildNode("edge", i).getChildNode("aref").deleteText();
ostringstream os;
os << scientific << setprecision(5) << agelemek.at(j)->Get_dprop("Aref");
Node_edges.getChildNode("edge", i).getChildNode("aref").addText(os.str().c_str());
}
// Csatorna eseten kiirjuk: node_from, node_to, lejtes
if (agelemek.at(j)->Get_Tipus() == "Csatorna") {
XMLNode akt_node;
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel1") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel1");
Node_edges.getChildNode("edge", i).getChildNode("node_from").deleteText();
Node_edges.getChildNode("edge", i).getChildNode("node_from").addText(
(agelemek.at(j)->Get_Cspe_Nev()).c_str());
Node_edges.getChildNode("edge", i).getChildNode("node_to").deleteText();
Node_edges.getChildNode("edge", i).getChildNode("node_to").addText(
(agelemek.at(j)->Get_Cspv_Nev()).c_str());
}
// Speci resz: Cso es Csatorna eseten kiirjuk a csosurlodasi tenyezo erteket
if (agelemek.at(j)->Get_Tipus() == "Csatorna" || agelemek.at(j)->Get_Tipus() == "Cso") {
XMLNode akt_node;
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode("channel");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel0") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel0");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel1") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel1");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel2") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel2");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("pipe") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode("pipe");
akt_node.getChildNode("friction_coeff").deleteText();
ostringstream os;
os << scientific << setprecision(5) << agelemek.at(j)->Get_dprop("lambda");
akt_node.getChildNode("friction_coeff").addText(os.str().c_str());
}
if (agelemek.at(j)->Get_Tipus() == "Csatorna") {
XMLNode akt_node;
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode("channel");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel0") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel0");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel1") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel1");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel2") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel2");
akt_node.getChildNode("start_height").deleteText();
ostringstream os;
os.str("");
os << scientific << setprecision(5) << agelemek.at(j)->Get_dprop("ze");
akt_node.getChildNode("start_height").addText(os.str().c_str());
akt_node.getChildNode("end_height").deleteText();
os.str("");
os << scientific << setprecision(5) << agelemek.at(j)->Get_dprop("zv");
akt_node.getChildNode("end_height").addText(os.str().c_str());
akt_node.getChildNode("inclination").deleteText();
os.str("");
os << scientific << setprecision(5) << (100 * (agelemek.at(j)->Get_dprop("lejtes")));
akt_node.getChildNode("inclination").addText(os.str().c_str());
}
// Speci resz: Csatorna eseten kiirjuk a sebesseg- es szintelszlast is
if (agelemek.at(j)->Get_Tipus() == "Csatorna") {
XMLNode akt_node;
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode("channel");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel0") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel0");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel1") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel1");
if (Node_edges.getChildNode("edge", i).getChildNode("edge_spec").nChildNode("channel2") > 0)
akt_node = Node_edges.getChildNode("edge", i).getChildNode("edge_spec").getChildNode(
"channel2");
for (int nn = 0; nn < akt_node.nChildNode("curve"); nn++) {
XMLNode xnode = akt_node.getChildNode("curve", nn);
string melyik = xnode.getChildNode("id").getText();
xnode.getChildNode("points").deleteNodeContent();
xnode.addChild(XMLNode::parseString("<points> </points>"));
ostringstream os;
os.str("");
os << scientific << setprecision(5);
if (melyik == "curve_yf") {
// Fen�kg�rbe
vector<double> xf = agelemek.at(j)->Get_res("xf");
vector<double> yf = agelemek.at(j)->Get_res("yf");
for (unsigned int pdb = 0; pdb < xf.size(); pdb++)
os << "<point_x>" << xf.at(pdb)
<< "</point_x><point_y>" << yf.at(pdb)
<< "</point_y>";
if (debug)
cout << endl << " \t\t fenek kesz";
}
if (melyik == "curve_y") {
// V�zfelszin g�rbe
vector<double> x = agelemek.at(j)->Get_res("x");
vector<double> y = agelemek.at(j)->Get_res("y");
for (unsigned int pdb = 0; pdb < x.size(); pdb++)
os << "<point_x>" << x.at(pdb)
<< "</point_x><point_y>" << y.at(pdb)
<< "</point_y>";
if (debug)
cout << endl << " \t\t vizfelszin kesz";
}
if (melyik == "curve_p") {
// Nyom�sg�rbe
vector<double> x = agelemek.at(j)->Get_res("x");
vector<double> y = agelemek.at(j)->Get_res("p");
for (unsigned int pdb = 0; pdb < x.size(); pdb++)
os << "<point_x>" << x.at(pdb)
<< "</point_x><point_y>" << y.at(pdb)
<< "</point_y>";
if (debug)
cout << endl << " \t\t vizfelszin kesz";
}
if (melyik == "curve_v") {
// Sebess�geloszl�s
vector<double> x = agelemek.at(j)->Get_res("x");
vector<double> v = agelemek.at(j)->Get_res("v");
for (unsigned int pdb = 0; pdb < x.size(); pdb++)
os << "<point_x>" << x.at(pdb)
<< "</point_x><point_y>" << v.at(pdb)
<< "</point_y>";
if (debug)
cout << endl << " \t\t sebesseg kesz";
}
xnode.getChildNode("points").addChild(XMLNode::parseString(os.str().c_str()));
}
}
}
}
if (debug && !megvan)
cout << "nincs meg, atugrom...";
}
xMainNode.writeToFile(xml_fnev);
if (staci_debug_level > 0)
cout << " ok.\n\n";
}
//--------------------------------------------------------------------------------
void data_io::save_mod_prop_all_elements(vector<Csomopont*> cspok, vector<Agelem*> agelemek, string pID) {
debug = false;
XMLNode xMainNode = XMLNode::openFileHelper(xml_fnev, "staci");
XMLNode Node_settings = xMainNode.getChildNode("settings");
XMLNode Node_nodes = xMainNode.getChildNode("nodes");
XMLNode Node_edges = xMainNode.getChildNode("edges");
for (unsigned int i = 0; i < agelemek.size(); i++) {
replace_value2( Node_edges, "edge", i, pID, agelemek.at(i)->Get_dprop(pID) , agelemek.at(i)->Get_nev());