www.pudn.com > Genecircus20070919.rar > ParamentDialog.cpp
#include "ParamentDialog.h"
#include "wx_pch.h"
#define maxX 1280.0
#define maxY 800.0
IMPLEMENT_DYNAMIC_CLASS(ParamentDialog, wxDialog)
BEGIN_EVENT_TABLE(ParamentDialog,wxDialog)
EVT_BUTTON(wxID_OK1,ParamentDialog::OnOK)
END_EVENT_TABLE()
using namespace boost;//("^select ([a-zA-Z]*) from ([a-zA-Z]*)");
//boost::regex expression("select([0-9])from([0-9])");
#define szNumber "[0-9]*"
const boost::regex reNumber(szNumber,boost::regbase::normal|boost::regbase::icase);
#define szNumber1 "[0-9]*[.][0-9]*"
const boost::regex reNumber1(szNumber1,boost::regbase::normal|boost::regbase::icase);
#define szNumber2 "[-][0-9]*[.][0-9]*"
const boost::regex reNumber2(szNumber2,boost::regbase::normal|boost::regbase::icase);
ParamentDialog::ParamentDialog(void)
{
type = 0;
index = -100;
}
ParamentDialog::ParamentDialog(wxWindow* parent,wxWindowID id,int type1,int index1)
: wxDialog(parent, wxID_ANY, wxString(_T("Set Parameter")),wxPoint(420,100),wxSize(600,380),wxDEFAULT_FRAME_STYLE)
{
wxScreenDC dc1;
wxCoord w,h;
dc1.GetSize(&w,&h);
type = type1;
index = index1;
double scaleX=(double)(w/maxX);
double scaleY=(double)(h/maxY);
(void) new wxStaticText(this,wxID_SIM_GENE_M_RNA_T, wxT("Init_number_m_RNA:"),
wxPoint(10*scaleX, 10), wxSize(150*scaleX,16));
wxWindow * temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_GENE_M_RNA, wxT(""),
wxPoint(10*scaleX, 40), wxSize(150*scaleX,16));
gene.push_back(temp_wxwindow);
(void) new wxStaticText(this,wxID_SIM_GENE_P_T, wxT("Init_number_P:"),
wxPoint(10*scaleX, 70), wxSize(150*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_GENE_P, wxT(""),
wxPoint(10*scaleX, 100), wxSize(150*scaleX,16));
//gene.push_back(temp_wxwindow);
gene.push_back(temp_wxwindow);
/*
(void) new wxStaticText(this,wxID_SIM_GENE_D_T, wxT("probability distributing:"),
wxPoint(10*scaleX, 130), wxSize(150*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_GENE_D, wxT(""),
wxPoint(10*scaleX, 160),wxSize(150*scaleX,16));//wxID_OK_PARA
*/
gene.push_back(temp_wxwindow);
(void) new wxStaticText(this,wxID_SIM_GENE_D_CT, wxT("Reaction constant:"),
wxPoint(10*scaleX, 130), wxSize(150*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_GENE_CT, wxT(""),
wxPoint(10*scaleX, 160),wxSize(150*scaleX,16));//wxID_OK_PARA
ct.push_back(temp_wxwindow);
(void) new wxStaticText(this,wxID_SIM_LINE_D_CT, wxT("Protein unite:"),
wxPoint(10*scaleX, 190), wxSize(150*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_LINE_CT, wxT(""),
wxPoint(10*scaleX, 220),wxSize(150*scaleX,16));//wxID_OK_PARA
line.push_back(temp_wxwindow);
(void) new wxButton(this, wxID_OK1, wxT("OK"),
wxPoint(10*scaleX, 310), wxSize(150*scaleX,16));
////
(void) new wxStaticText(this,wxID_SIM_GENE_M_RNA_T1, wxT("The rate of mRNA degradation:"),
wxPoint(180*scaleX, 10), wxSize(250*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_GENE_M_RNA1, wxT(""),
wxPoint(180*scaleX, 40), wxSize(150*scaleX,16));
gene.push_back(temp_wxwindow);
(void) new wxStaticText(this,wxID_SIM_GENE_P_T1, wxT("The rate of mRNA synthesize:"),
wxPoint(180*scaleX, 70), wxSize(250*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_GENE_P1, wxT(""),
wxPoint(180*scaleX, 100), wxSize(150*scaleX,16));
gene.push_back(temp_wxwindow);
(void) new wxStaticText(this,wxID_SIM_GENE_P_T3, wxT("mRNA delay time:"),
wxPoint(180*scaleX, 130), wxSize(150*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_GENE_P3, wxT(""),
wxPoint(180*scaleX, 160), wxSize(150*scaleX,16));
gene.push_back(temp_wxwindow);
(void) new wxStaticText(this,wxID_SIM_GENE_D_T1, wxT("The rate of Protein decay:"),
wxPoint(180*scaleX, 190), wxSize(200*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_GENE_D1, wxT(""),
wxPoint(180*scaleX, 220),wxSize(150*scaleX,16));//wxID_OK_PARA
gene.push_back(temp_wxwindow);
(void) new wxStaticText(this,wxID_SIM_GENE_D_T2, wxT("The rate of Protein synthesize:"),
wxPoint(180*scaleX, 250), wxSize(250*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_GENE_D2, wxT(""),
wxPoint(180*scaleX, 280),wxSize(150*scaleX,16));//wxID_OK_PARA
gene.push_back(temp_wxwindow);
/*
(void) new wxStaticText(this,wxID_SIM_LINE_FUN_CT, wxT("Line function:"),
wxPoint(180*scaleX, 310), wxSize(150*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_LINE_FUN, wxT(""),
wxPoint(180*scaleX, 340),wxSize(150*scaleX,16));//wxID_OK_PARA
*/
line.push_back(temp_wxwindow);
(void) new wxStaticText(this,wxID_SIM_NAME_CT, wxT("Name:"),
wxPoint(10*scaleX, 250), wxSize(150*scaleX,16));
temp_wxwindow = (wxWindow *) new wxTextCtrl(this, wxID_SIM_NAME, wxT(""),
wxPoint(10*scaleX, 280),wxSize(150*scaleX,16));//wxID_OK_PARA
gene.push_back(temp_wxwindow);
////draw gene_promotor
myCanvas_1 * par;
par = (myCanvas_1 *)GetParent();
wxColour colour;
colour.Set(180,180,180);
//par->blackboard->genes1[index].promotor.l.clear();
//par->blackboard->genes[index].promotor.l.clear();
if(type == 1 && par->blackboard->genes1[index].promotor.l.size() != 0){
grid = new wxGrid(this,
wxID_ANY,
wxPoint(260,20),
wxSize(375,540));
int u = 0;
for(u = 0;u < 3;u++){
if(u == 0)
grid->SetColLabelValue(u,"site #1");
if(u == 1)
grid->SetColLabelValue(u,"site #2");
if(u == 2)
grid->SetColLabelValue(u,"Function");
}
grid->CreateGrid(0,0);
grid->AppendRows(par->blackboard->genes1[index].promotor.l.size());
grid->AppendCols(3);
promotorlaw p;
for(int e = 0; e < par->blackboard->genes1[index].promotor.l.size();e++){
p = par->blackboard->genes1[index].promotor.l[e];
grid->SetCellValue(e,0,p.one);
grid->SetReadOnly(e,0);
grid->SetCellBackgroundColour(e,0,colour);
grid->SetCellValue(e,1,p.two);
grid->SetReadOnly(e,1);
grid->SetCellBackgroundColour(e,1,colour);
grid->SetCellValue(e,2,boost::lexical_cast(p.function).c_str());
}
}
if(type == 1 && par->blackboard->genes1[index].promotor.l.size() == 0){
int num0 = 0;
int num1 = 0;
for(int i = 0;i< par->blackboard->lc.size();i++){
if( par->blackboard->lc[i].type == 3
&&
par->blackboard->lc[i].line_end == index){
num0++;
}
if( par->blackboard->lc[i].type == 31
&&
par->blackboard->lc[i].line_end == index){
num1++;
}
}
grid = new wxGrid( this,
wxID_ANY,
wxPoint( 260, 20 ),
wxSize( 375, 540 ));
grid->CreateGrid( 0, 0 );
if(num0 != 0 && num1 != 0){//
grid->AppendRows(num0*(num1+1)+num1);
}
else if(num0 != 0 && num1 == 0){
grid->AppendRows(num0);
}
else if(num0 == 0 && num1 != 0){
grid->AppendRows(num1);
}
grid->AppendCols(3);
int u = 0;
for(u = 0;u < 3;u++){
if(u == 0)
grid->SetColLabelValue(u,"site #1");
if(u == 1)
grid->SetColLabelValue(u,"site #2");
if(u == 2)
grid->SetColLabelValue(u,"Function");
}
u = 0;
int j0 = 0;
if(num0 != 0){
for(u = 0; u < 1;u++){
for(int t = 0;t < par->blackboard->lc.size();t++){
if(par->blackboard->lc[t].type == 3
&&
par->blackboard->lc[t].line_end == index
&&
par->blackboard->lc[t].if_effect == 1){
if(par->blackboard->lc[t].if_complex){
grid->SetCellValue(u+j0,1,par->blackboard->lc[t].name.c_str());
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
j0++;
if(num1 != 0){
bool okj = false;
for(int t1 = 0;t1 < par->blackboard->lc.size();t1++){
if(par->blackboard->lc[t1].type == 31
&&
par->blackboard->lc[t1].line_end == index){
if(par->blackboard->lc[t1].if_complex){
grid->SetCellValue(u+j0,0,par->blackboard->lc[t1].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetCellValue(u+j0,1,par->blackboard->lc[t].name.c_str());
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
grid->SetCellValue(u+j0,0,par->blackboard->lc[t1].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
//grid->SetCellValue(u+j0,1,par->blackboard->lc[t].name.c_str());
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
okj = true;
}
else{
for(int t2 = 0;t2 < par->blackboard->lc.size();t2++){
for(int t3 = 0;t3blackboard->lc.size();t3++){
if(par->blackboard->lc[t2].type == 1
&&
par->blackboard->lc[t2].line_end == par->blackboard->lc[t3].line_begin
&&
par->blackboard->lc[t3].type == 31
&&
par->blackboard->lc[t3].line_end == index
&&
par->blackboard->lc[t3].if_complex != true){
grid->SetCellValue(u+j0,0,par->blackboard->genes[par->blackboard->lc[t2].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetCellValue(u+j0,1,par->blackboard->lc[t].name.c_str());
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
grid->SetCellValue(u+j0,0,par->blackboard->genes[par->blackboard->lc[t2].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
//grid->SetCellValue(u+j0,1,par->blackboard->lc[t].name.c_str());
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
okj = true;
}
}
for(int t3 = 0;t3blackboard->lc.size();t3++){
if(par->blackboard->lc[t2].type == 2
&&
par->blackboard->lc[t2].line_end == par->blackboard->lc[t3].line_begin
&&
par->blackboard->lc[t3].type == 31
&&
par->blackboard->lc[t3].line_end == index
&&
par->blackboard->lc[t3].if_complex != true){
grid->SetCellValue(u+j0,0,par->blackboard->otf[par->blackboard->lc[t2].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetCellValue(u+j0,1,par->blackboard->lc[t].name.c_str());
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
grid->SetCellValue(u+j0,0,par->blackboard->otf[par->blackboard->lc[t2].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
//grid->SetCellValue(u+j0,1,par->blackboard->lc[t].name.c_str());
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
okj = true;
}
}
}
}
}
if(okj == true)
break;
}
}
}
else{
for(int t0 = 0;t0 < par->blackboard->lc.size();t0++){
for(int r = 0;r < par->blackboard->lc.size();r++){
wxString name;
if(par->blackboard->lc[t0].type == 1
&&
par->blackboard->lc[t0].line_end == par->blackboard->lc[r].line_begin
&&
par->blackboard->lc[r].type == 3
&&
par->blackboard->lc[r].line_end == index
&&
r == t
&&
par->blackboard->lc[r].if_complex != true){
grid->SetCellValue(u+j0,1,par->blackboard->genes[par->blackboard->lc[t0].line_begin].name.c_str());
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
j0++;
name = par->blackboard->genes[par->blackboard->lc[t0].line_begin].name.c_str();
if(num1 != 0){
for(int t1 = 0;t1 < par->blackboard->lc.size();t1++){
if(par->blackboard->lc[t1].type == 31
&&
par->blackboard->lc[t1].line_end == index){
if(par->blackboard->lc[t1].if_complex){
grid->SetCellValue(u+j0,0,par->blackboard->lc[t1].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetCellValue(u+j0,1,name);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
}
else{
for(int t2 = 0;t2 < par->blackboard->lc.size();t2++){
for(int t3 = 0;t3blackboard->lc.size();t3++){
if(par->blackboard->lc[t2].type == 1
&&
par->blackboard->lc[t2].line_end == par->blackboard->lc[t3].line_begin
&&
par->blackboard->lc[t3].type == 31
&&
par->blackboard->lc[t3].line_end == index
&&
par->blackboard->lc[t3].if_complex != true){
grid->SetCellValue(u+j0,0,par->blackboard->genes[par->blackboard->lc[t2].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetCellValue(u+j0,1,name);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
}
}
for(int t3 = 0;t3blackboard->lc.size();t3++){
if(par->blackboard->lc[t2].type == 2
&&
par->blackboard->lc[t2].line_end == par->blackboard->lc[t3].line_begin
&&
par->blackboard->lc[t3].type == 31
&&
par->blackboard->lc[t3].line_end == index
&&
par->blackboard->lc[t3].if_complex != true){
grid->SetCellValue(u+j0,0,par->blackboard->otf[par->blackboard->lc[t2].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetCellValue(u+j0,1,name);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
}
}
}
}
}
}
}
}
}
}
for(int t0 = 0;t0 < par->blackboard->lc.size();t0++){
for(int r = 0;r < par->blackboard->lc.size();r++){
wxString name;
if(par->blackboard->lc[t0].type == 2
&&
par->blackboard->lc[t0].line_end == par->blackboard->lc[r].line_begin
&&
par->blackboard->lc[r].type == 3
&&
par->blackboard->lc[r].line_end == index
&&
r == t
&&
par->blackboard->lc[r].if_complex != true){
grid->SetCellValue(u+j0,1,par->blackboard->otf[par->blackboard->lc[t0].line_begin].name.c_str());
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
j0++;
name = par->blackboard->otf[par->blackboard->lc[t0].line_begin].name.c_str();
if(num1 != 0){
for(int t1 = 0;t1 < par->blackboard->lc.size();t1++){
if(par->blackboard->lc[t1].type == 31
&&
par->blackboard->lc[t1].line_end == index){
if(par->blackboard->lc[t1].if_complex){
grid->SetCellValue(u+j0,0,par->blackboard->lc[t1].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetCellValue(u+j0,1,name);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
}
else{
for(int t2 = 0;t2 < par->blackboard->lc.size();t2++){
for(int t3 = 0;t3blackboard->lc.size();t3++){
if(par->blackboard->lc[t2].type == 1
&&
par->blackboard->lc[t2].line_end == par->blackboard->lc[t3].line_begin
&&
par->blackboard->lc[t3].type == 31
&&
par->blackboard->lc[t3].line_end == index
&&
par->blackboard->lc[t3].if_complex != true){
grid->SetCellValue(u+j0,0,par->blackboard->genes[par->blackboard->lc[t2].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetCellValue(u+j0,1,name);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
}
}
for(int t3 = 0;t3blackboard->lc.size();t3++){
if(par->blackboard->lc[t2].type == 2
&&
par->blackboard->lc[t2].line_end == par->blackboard->lc[t3].line_begin
&&
par->blackboard->lc[t3].type == 31
&&
par->blackboard->lc[t3].line_end == index
&&
par->blackboard->lc[t3].if_complex != true){
grid->SetCellValue(u+j0,0,par->blackboard->otf[par->blackboard->lc[t2].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetCellValue(u+j0,1,name);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
}
}
}
}
}
}
}
}
}
}
}
}
}
///
goto a;
///
}
}
else{
a: for(int e = 0; e < 1;e++){
if(u != 0)
j0--;
for(int t = 0;tblackboard->lc.size();t++){
int t1 = 0;
for(t1 = 0;t1 < par->blackboard->lc.size();t1++){
if(par->blackboard->lc[t].type == 31
&&
par->blackboard->lc[t1].line_end == par->blackboard->lc[t].line_begin
&&
par->blackboard->lc[t].if_complex != true
&&
par->blackboard->lc[t1].type == 2
&&
par->blackboard->lc[t].line_end == index){
grid->SetCellValue(u+j0,0,par->blackboard->otf[par->blackboard->lc[t1].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
break;
}/*
if(par->blackboard->lc[t].type == 3
&&
par->blackboard->lc[t1].line_end == par->blackboard->lc[t].line_begin
&&
par->blackboard->lc[t].if_complex != true
&&
par->blackboard->lc[t1].type == 2
&&
par->blackboard->lc[t].line_end == index){
grid->SetCellValue(u+j0,1,par->blackboard->otf[par->blackboard->lc[t1].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
break;
}*/
}
if(t1 != par->blackboard->lc.size())
break;
}
for(int t = 0;tblackboard->lc.size();t++){
int t1 = 0;
for(t1 = 0;t1 < par->blackboard->lc.size();t1++){
if(par->blackboard->lc[t].type == 31
&&
par->blackboard->lc[t1].line_end == par->blackboard->lc[t].line_begin
&&
par->blackboard->lc[t].if_complex != true
&&
par->blackboard->lc[t1].type == 1
&&
par->blackboard->lc[t].line_end == index){
grid->SetCellValue(u+j0,0,par->blackboard->genes[par->blackboard->lc[t1].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
break;
}/*
if(par->blackboard->lc[t].type == 3
&&
par->blackboard->lc[t1].line_end == par->blackboard->lc[t].line_begin
&&
par->blackboard->lc[t].if_complex != true
&&
par->blackboard->lc[t1].type == 1
&&
par->blackboard->lc[t].line_end == index){
grid->SetCellValue(u+j0,1,par->blackboard->genes[par->blackboard->lc[t1].line_begin].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
break;
}*/
}
if(t1 != par->blackboard->lc.size())
break;
}
// for(int t = 0;tblackboard->lc.size();t++){
int t1 = 0;
for(t1 = 0;t1 < par->blackboard->lc.size();t1++){
if(par->blackboard->lc[t1].type == 31
&&
par->blackboard->lc[t1].if_complex == true
&&
par->blackboard->lc[t1].line_end == index){
grid->SetCellValue(u+j0,0,par->blackboard->lc[t1].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
// break;
}
/*
if(par->blackboard->lc[t1].type == 3
&&
par->blackboard->lc[t1].if_complex == true
&&
par->blackboard->lc[t1].line_end == index){
grid->SetCellValue(u+j0,1,par->blackboard->lc[t1].name.c_str());
grid->SetReadOnly(u+j0,0);
grid->SetCellBackgroundColour(u+j0,0,colour);
grid->SetReadOnly(u+j0,1);
grid->SetCellBackgroundColour(u+j0,1,colour);
j0++;
// break;
}*/
}
if(t1 != par->blackboard->lc.size())
break;
// }
}
}
}
////
wxString temp;
string temp1;
if(type == 1){
for(int i = 0;i < ct.size();i++){
(*ct[i]).Enable(false);
}
for(int i = 0;i < line.size();i++){
(*line[i]).Enable(false);
}
if(par->blackboard->genes1[index].mrna.number != -1){
int a = par->blackboard->genes1[index].mrna.number;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_M_RNA))->SetValue(temp1.c_str());
}
if(par->blackboard->genes1[index].mrna.life_time != -1){
double a = par->blackboard->genes1[index].mrna.life_time;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P1))->SetValue(temp1.c_str());
}
if(par->blackboard->genes1[index].mrna.decay != -1){
double a = par->blackboard->genes1[index].mrna.decay;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_M_RNA1))->SetValue(temp1.c_str());
}
if(par->blackboard->genes1[index].mrna.delay_time != -1){
double a = par->blackboard->genes1[index].mrna.delay_time;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P3))->SetValue(temp1.c_str());
}
if(par->blackboard->genes1[index].pro.number != -1){
int a = par->blackboard->genes1[index].pro.number;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P))->SetValue(temp1.c_str());
}
if(par->blackboard->genes1[index].pro.life_time != -1){
double a = par->blackboard->genes1[index].pro.life_time;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_D2))->SetValue(temp1.c_str());
}
if(par->blackboard->genes1[index].pro.decay != -1){
double a = par->blackboard->genes1[index].pro.decay;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_D1))->SetValue(temp1.c_str());
}
if(par->blackboard->genes1[index].promotor.number_active_postive != -1.0){
double a = par->blackboard->genes1[index].promotor.number_active_postive;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_CT))->SetValue(temp1.c_str());
}
if(par->blackboard->genes1[index].name != ""){
((wxTextCtrl*)this->FindWindow(wxID_SIM_NAME))->SetValue((wxString)(par->blackboard->genes1[index].name.c_str()));
}
}
if(type == 2){
for(int i = 0; iblackboard->otf1[index].init_number != -1){
int a = par->blackboard->otf1[index].init_number;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P))->SetValue(temp1.c_str());
}
if(par->blackboard->otf1[index].name != ""){
string a = par->blackboard->otf1[index].name;
((wxTextCtrl*)this->FindWindow(wxID_SIM_NAME))->SetValue(a.c_str());
}
}
if(type == 3){//ct
for(int i = 0; iblackboard->ct1[index].c != 0.0){
double a = par->blackboard->ct1[index].c;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_CT))->SetValue(temp1.c_str());
}
}
if(type == 4){//line
for(int i = 0; iblackboard->lc1[index].if_complex)){
(*gene[i]).Enable(true);
}//
if((*gene[i]).GetId() == wxID_SIM_NAME && (par->blackboard->lc1[index].if_complex)){
(*gene[i]).Enable(true);
}
}
for(int i = 0;i < ct.size();i++){
//if(!par->blackboard->lc1[index].if_complex)// && !((*ct[i]).GetId() == wxID_SIM_GENE_CT)
(*ct[i]).Enable(false);
}
for(int i = 0;i < ct.size();i++){//wxID_SIM_GENE_CT
if(par->blackboard->lc1[index].if_complex && par->blackboard->lc1[index].type == 3)// && !((*ct[i]).GetId() == wxID_SIM_GENE_CT)
(*ct[i]).Enable(true);
if(par->blackboard->lc1[index].if_complex && par->blackboard->lc1[index].type == 31)// && !((*ct[i]).GetId() == wxID_SIM_GENE_CT)
(*ct[i]).Enable(true);
if((*ct[i]).GetId() == wxID_SIM_GENE_CT && par->blackboard->lc1[index].type == 5
||
(*ct[i]).GetId() == wxID_SIM_GENE_CT && par->blackboard->lc1[index].type == 6
||
(*ct[i]).GetId() == wxID_SIM_GENE_CT && par->blackboard->lc1[index].type == 7
||
(*ct[i]).GetId() == wxID_SIM_GENE_CT && par->blackboard->lc1[index].type == 4)
//||
//(*ct[i]).GetId() == wxID_SIM_GENE_CT && par->blackboard->lc1[index].type == 31)
(*ct[i]).Enable(true);
}
for(int i = 0;i < otf.size();i++){
(*otf[i]).Enable(false);
}
for(int i = 0;i < line.size();i++){
(*line[i]).Enable(false);
}
for(int i = 0;i < line.size();i++){
if((*line[i]).GetId() == wxID_SIM_LINE_CT && par->blackboard->lc1[index].type != 2 && par->blackboard->lc1[index].if_complex != true
||
(*line[i]).GetId() == wxID_SIM_LINE_FUN && par->blackboard->lc1[index].type == 3
||
(*line[i]).GetId() == wxID_SIM_LINE_FUN && par->blackboard->lc1[index].type == 5
||
(*line[i]).GetId() == wxID_SIM_LINE_FUN && par->blackboard->lc1[index].type == 6
||
(*line[i]).GetId() == wxID_SIM_LINE_FUN && par->blackboard->lc1[index].type == 7)
(*line[i]).Enable(true);
}
if(par->blackboard->lc1[index].c != 0.0){
int a = par->blackboard->lc1[index].c;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_LINE_CT))->SetValue(temp1.c_str());
}
if(par->blackboard->lc1[index].c != 0.0){
double a = par->blackboard->lc1[index].function;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_LINE_FUN))->SetValue(temp1.c_str());
}
if(par->blackboard->lc1[index].number != 0.0 && par->blackboard->lc1[index].if_complex){
int a = par->blackboard->lc1[index].number;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P))->SetValue(temp1.c_str());
}
if(par->blackboard->lc1[index].constant != 0.0 && par->blackboard->lc1[index].if_complex){
double a = par->blackboard->lc1[index].constant;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_CT))->SetValue(temp1.c_str());
}
if(par->blackboard->lc1[index].constant != 0.0 && par->blackboard->lc1[index].type == 5
||
par->blackboard->lc1[index].constant != 0.0 && par->blackboard->lc1[index].type == 6
||
par->blackboard->lc1[index].constant != 0.0 && par->blackboard->lc1[index].type == 7){
double a = par->blackboard->lc1[index].constant;
temp1 = boost::lexical_cast(a);
((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_CT))->SetValue(temp1.c_str());
}
if(par->blackboard->lc1[index].name != "" && par->blackboard->lc1[index].type == 4
||
par->blackboard->lc1[index].name != "" && par->blackboard->lc1[index].type == 3
||
par->blackboard->lc1[index].name != "" && par->blackboard->lc1[index].type == 31){
((wxTextCtrl*)this->FindWindow(wxID_SIM_NAME))->SetValue(par->blackboard->lc1[index].name.c_str());
}
}
}
ParamentDialog::~ParamentDialog(void)
{
gene.clear();
ct.clear();
line.clear();
otf.clear();
// delete grid;
}
void ParamentDialog::OnOK(wxCommandEvent& event)
{
int number;double number1;int a8;
string temp;
string temp1;
boost::smatch what;
myCanvas_1 * parent;
parent = (myCanvas_1 *)GetParent();
wxPaintEvent event1;
event1.SetEventObject(parent);
if(type == 1){//gene's paramentary
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_M_RNA))->GetValue();//mrna number
if(temp != "" && boost::regex_match(temp, what,reNumber)){
number = boost::lexical_cast(temp);
parent->blackboard->genes[index].mrna.number = number;
parent->blackboard->genes1[index].mrna.number = number;
}
else{
wxMessageBox("Please input:mRNA initial number or the input is error!");
return;
}
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P))->GetValue();//pro number
if(temp != "" && boost::regex_match(temp, what,reNumber)){
number = boost::lexical_cast(temp);
parent->blackboard->genes[index].pro.number = number;
parent->blackboard->genes1[index].pro.number = number;
}
else{
wxMessageBox("Please input:Protein initial number or the input is error!");
return;
}
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P1))->GetValue();//mrna life time
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
number1 = boost::lexical_cast(temp);
parent->blackboard->genes[index].mrna.life_time = number1;
parent->blackboard->genes[index].mrna.native_active = number1;
parent->blackboard->genes1[index].mrna.life_time = number1;
parent->blackboard->genes1[index].mrna.native_active = number1;
}
else{
wxMessageBox("Please input:mRNA life time or the input is error!");
return;
}
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_M_RNA1))->GetValue();//mrna decay
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
number1 = boost::lexical_cast(temp);
parent->blackboard->genes[index].mrna.decay = number1;
parent->blackboard->genes1[index].mrna.decay = number1;
}
else{
wxMessageBox("Please input:mRNA decay or the input is error!");
return;
}
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_D2))->GetValue();//pro life time
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
number1 = boost::lexical_cast(temp);
parent->blackboard->genes[index].pro.life_time = number1;
parent->blackboard->genes1[index].pro.life_time = number1;
}
else{
wxMessageBox("Please input:Protein life time or the input is error!");
return;
}
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P3))->GetValue();//mrna delay time
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
number1 = boost::lexical_cast(temp);
parent->blackboard->genes[index].mrna.delay_time = number1;
parent->blackboard->genes1[index].mrna.delay_time = number1;
}
else{
wxMessageBox("Please input:mRNA delay time or the input is error!");
return;
}
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_D1))->GetValue();//mrna delay time
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
number1 = boost::lexical_cast(temp);
parent->blackboard->genes[index].pro.decay = number1;
parent->blackboard->genes1[index].pro.decay = number1;
}
else{
wxMessageBox("Please input:Protein decay rate or the input is error!");
return;
}/*
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_CT))->GetValue();//Reaction constant
if(temp != ""){
number1 = boost::lexical_cast(temp);
parent->blackboard->genes[index].promotor.number_active_postive = number1;
}
else{
wxMessageBox("Please input: Reaction constant");
return;
}*/
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_NAME))->GetValue();//name
int q;
for(q = 0; q < parent->blackboard->genes.size() ;q++){
if(parent->blackboard->genes[q].name == temp)
break;
}
if(q == parent->blackboard->genes.size()){
parent->blackboard->genes[index].name = temp;
parent->blackboard->genes1[index].name = temp;
parent->OnPaint(event1);
}
else if(q != parent->blackboard->genes.size()
&&
index != q){
wxMessageBox("Please change the name of this gene!");
}
}
if(type == 2){
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P))->GetValue();//pro number
if(temp != "" && boost::regex_match(temp, what,reNumber)){
number = boost::lexical_cast(temp);
parent->blackboard->otf[index].init_number = number;
parent->blackboard->otf1[index].init_number = number;
}
else{
wxMessageBox("Please input: Otf number or the input is error!");
return;
}
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_NAME))->GetValue();//pro number
if(temp != ""){
int q;
for(q = 0; q < parent->blackboard->otf.size() ;q++){
if(parent->blackboard->otf[q].name == temp)
break;
}
if(q == parent->blackboard->otf.size()){
parent->blackboard->otf[index].name = temp;
parent->blackboard->otf1[index].name = temp;
parent->OnPaint(event1);
}
else if(q != parent->blackboard->otf.size()
&&
index != q){
wxMessageBox("Please change the name of this protein!");
}
}
else{
wxMessageBox("Please input: Otf's name or the input is error!");
return;
}
}
if(type == 3){
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_CT))->GetValue();//pro number
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
double number1 = boost::lexical_cast(temp);
parent->blackboard->ct[index].c = number1;
parent->blackboard->ct1[index].c = number1;
}
else{
wxMessageBox("Please input: Control constant or the input is error!");
return;
}
}
if(type == 4){//line
if(parent->blackboard->lc[index].type == 5 || parent->blackboard->lc[index].type == 6 || parent->blackboard->lc[index].type == 7){
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_CT))->GetValue();//pro number
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
double n = boost::lexical_cast(temp);
parent->blackboard->lc[index].constant = n;
parent->blackboard->lc1[index].constant = n;
}
else{
wxMessageBox("Please input: Line reaction constant or the input is error!");
return;
}
}
if(parent->blackboard->lc[index].type == 1){
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_LINE_CT))->GetValue();//pro number
if(temp != "" && boost::regex_match(temp, what,reNumber)){
number = boost::lexical_cast(temp);
parent->blackboard->lc[index].c = number;
parent->blackboard->lc1[index].c = number;
}
else{
wxMessageBox("Please input: Line constant or the input is error!");
return;
}
}
if(parent->blackboard->lc[index].type == 3 && !parent->blackboard->lc[index].if_complex
||
parent->blackboard->lc[index].type == 31 && !parent->blackboard->lc[index].if_complex){
parent->blackboard->genes[parent->blackboard->lc[index].line_end].promotor.number_active_postive = parent->blackboard->ct1[parent->blackboard->lc[index].line_begin].c;
parent->blackboard->genes1[parent->blackboard->lc[index].line_end].promotor.number_active_postive = parent->blackboard->ct1[parent->blackboard->lc[index].line_begin].c;
//parent->updatagenepromotorrule();
parent->blackboard->genes[parent->blackboard->lc[index].line_end].promotor.l.clear();
parent->blackboard->genes1[parent->blackboard->lc[index].line_end].promotor.l.clear();
}
if(parent->blackboard->lc[index].if_complex){
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_CT))->GetValue();//pro number
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
double n = boost::lexical_cast(temp);
parent->blackboard->lc[index].constant = n;
parent->blackboard->lc1[index].constant = n;
}
else{
wxMessageBox("Please input: Line reaction constant or the input is error!");
return;
}//wxID_SIM_GENE_P
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_P))->GetValue();//
if(temp != ""&&boost::regex_match(temp, what,reNumber)){
int n = boost::lexical_cast(temp);
parent->blackboard->lc[index].number = n;
parent->blackboard->lc1[index].number = n;
a8 = n;
}
else{
wxMessageBox("Please input: Protein complex's initial number or the input is error!");
return;
}
int t = parent->blackboard->lc1[index].line_begin;
for(int y = 0;y < parent->blackboard->lc.size();y++){
if(parent->blackboard->lc[y].type == 4
&&
parent->blackboard->lc[y].line_begin == t
&&
y != index
||
parent->blackboard->lc[y].type == 3
&&
parent->blackboard->lc[y].line_begin == t
&&
y != index
||
parent->blackboard->lc[y].type == 31
&&
parent->blackboard->lc[y].line_begin == t
&&
y != index){
if(parent->blackboard->lc[y].if_complex == true){
parent->blackboard->lc[y].number = a8;
parent->blackboard->lc1[y].number = a8;
}
}
}
//}
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_NAME))->GetValue();//
if(temp.c_str() != ""){
parent->blackboard->lc[index].name = temp.c_str();
parent->blackboard->lc1[index].name = temp.c_str();
int a;
for(a = 0;a < parent->blackboard->lc1.size();a++){
if(parent->blackboard->lc1[index].line_begin == parent->blackboard->lc1[a].line_begin
&&
parent->blackboard->lc1[a].if_complex == true
&&
a != index){
parent->blackboard->lc1[a].name = temp.c_str();
parent->blackboard->lc[a].name = temp.c_str();
}
}
}
else{
wxMessageBox("Please input: Protein complex's name or the input is error!");
return;
}
if(parent->blackboard->lc[index].type == 3 || parent->blackboard->lc[index].type == 31){
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_GENE_CT))->GetValue();//Reaction constant
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
number1 = boost::lexical_cast(temp);
parent->blackboard->genes[parent->blackboard->lc[index].line_end].promotor.number_active_postive = number1;
parent->blackboard->genes1[parent->blackboard->lc[index].line_end].promotor.number_active_postive = number1;
}
else{
wxMessageBox("Please input: Reaction constant or the input is error!");
return;
}
}
}
temp = ((wxTextCtrl*)this->FindWindow(wxID_SIM_LINE_FUN))->GetValue();//pro number
if(temp != ""&&boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){//function 只能大于0，当>1时是促进
double n = boost::lexical_cast(temp);
if(n != 0){
parent->blackboard->lc[index].function = n;
parent->blackboard->lc1[index].function = n;
if(parent->blackboard->lc[index].type != 5)
parent->DrawLineC(parent->blackboard->lc[index].ptbegin,parent->blackboard->lc[index].ptend,parent->blackboard->lc[index].function);
else
parent->DrawLineC1(parent->blackboard->lc[index].ptbegin,parent->blackboard->lc[index].ptend,parent->blackboard->lc[index].function);
parent->OnPaint(event1);
}
else{
wxMessageBox("Please input: Line function do not equal to zero!");
return;
}
}
else{
wxMessageBox("Please input: Line function or the input is error!");
return;
}
}
if(type == 1){
parent->blackboard->genes[index].promotor.l.clear();
parent->blackboard->genes1[index].promotor.l.clear();
int col = grid->GetNumberCols();
int row = grid->GetNumberRows();
for(int i = 0;i < row;i++){
promotorlaw p;
p.one = grid->GetCellValue(i,0);
p.two = grid->GetCellValue(i,1);
string temp = grid->GetCellValue(i,2).c_str();
if(temp != "" && boost::regex_match(temp, what,reNumber1)
||
temp != "" && boost::regex_match(temp, what,reNumber)){
p.function = boost::lexical_cast(grid->GetCellValue(i,2).c_str());
parent->blackboard->genes[index].promotor.l.push_back(p);
parent->blackboard->genes1[index].promotor.l.push_back(p);
}
else{
parent->blackboard->genes[index].promotor.l.clear();
parent->blackboard->genes1[index].promotor.l.clear();
wxMessageBox("Please input: The Gene's Promotor rule! or input is error!");
return;
}
}
}
/*
parent->blackboard->genes1.clear();
parent->blackboard->ct1.clear();
parent->blackboard->otf1.clear();
parent->blackboard->lc1.clear();
parent->blackboard->genes1 =parent->blackboard->genes;
parent->blackboard->ct1 = parent->blackboard->ct;
parent->blackboard->otf1 = parent->blackboard->otf;
parent->blackboard->lc1 = parent->blackboard->lc;*/
//wxPaintEvent event1;
//event1.SetEventObject( parent );
//this->m_eventHandler->ProcessEvent(event1);
wxDialog::OnOK(event);
}
/*
int num0 = 0;
int num1 = 0;
for(int i = 0;i< parent->blackboard->lc.size();i++){
if(parent->blackboard->lc[i].type == 3
&&
parent->blackboard->lc[i].line_end == index){
num0++;
}
if(parent->blackboard->lc[i].type == 31
&&
parent->blackboard->lc[i].line_end == index){
num1++;
}
}
if(num0 == 0 || num1 == 0){
for(int i = 0;i< parent->blackboard->lc.size();i++){//填充该基因promotor的生理规则
if(parent->blackboard->lc[i].type == 3
&&
parent->blackboard->lc[i].line_end == index
||
parent->blackboard->lc[i].type == 31
&&
parent->blackboard->lc[i].line_end == index){
promotorlaw p;
if(parent->blackboard->lc[i].type == 3){
if(parent->blackboard->lc[i].if_complex){
p.two = parent->blackboard->lc[i].name;
//p.function = ;
}
else{
for(int o = 0;o< parent->blackboard->lc.size();o++){
if(parent->blackboard->lc[o].type == 1
&&
parent->blackboard->lc[o].line_end == parent->blackboard->lc[i].line_begin){
p.two = parent->blackboard->genes[parent->blackboard->lc[o].line_begin].name.c_str();
//p.function = ;
break;
}
}
}
parent->blackboard->genes[index].promotor.l.push_back(p);
}
else{
if(parent->blackboard->lc[i].if_complex){
p.one = parent->blackboard->lc[i].name;
//p.function = ;
}
else{
for(int o = 0;o< parent->blackboard->lc.size();o++){
if(parent->blackboard->lc[o].type == 1
&&
parent->blackboard->lc[o].line_end == parent->blackboard->lc[i].line_begin){
p.one = parent->blackboard->genes[parent->blackboard->lc[o].line_begin].name.c_str();
//p.function = ;
break;
}
}
}
parent->blackboard->genes[index].promotor.l.push_back(p);
}
}
}
}
else{
for(int i = 0;i< parent->blackboard->lc.size();i++){//填充该基因promotor的生理规则
if(parent->blackboard->lc[i].type == 3
&&
parent->blackboard->lc[i].line_end == index
||
parent->blackboard->lc[i].type == 31
&&
parent->blackboard->lc[i].line_end == index){
promotorlaw p;
if(parent->blackboard->lc[i].type == 3){
if(parent->blackboard->lc[i].if_complex){
p.two = parent->blackboard->lc[i].name;
//p.function = ;
}
else{
for(int o = 0;o< parent->blackboard->lc.size();o++){
if(parent->blackboard->lc[o].type == 1
&&
parent->blackboard->lc[o].line_end == parent->blackboard->lc[i].line_begin){
p.two = parent->blackboard->genes[parent->blackboard->lc[o].line_begin].name.c_str();
//p.function = ;
break;
}
}
}
for(int o = 0;o < num1;o++){
if( o != num1-1){
p.one = "";
//p.function = ;
}
else{
for(int z = 0;z< parent->blackboard->lc.size();z++){
if(parent->blackboard->lc[z].type == 31
&&
parent->blackboard->lc[z].line_end == index){
if(parent->blackboard->lc[z].if_complex){
p.one = parent->blackboard->lc[z].name;
}
else{
for(int z1 = 0;z1< parent->blackboard->lc.size();z1++){
if(parent->blackboard->lc[z1].type == 1
&&
parent->blackboard->lc[z1].line_end == parent->blackboard->lc[z].line_begin){
p.one = parent->blackboard->genes[parent->blackboard->lc[z1].line_begin].name.c_str();
break;
}
}
}
}
}
}
}
}
else{//type == 31
if(parent->blackboard->lc[i].if_complex){
p.one = parent->blackboard->lc[i].name;
//p.function = parent->blackboard->lc[i].function;
}
else{
for(int o = 0;o< parent->blackboard->lc.size();o++){
if(parent->blackboard->lc[o].type == 1
&&
parent->blackboard->lc[o].line_end == parent->blackboard->lc[i].line_begin){
p.one = parent->blackboard->genes[parent->blackboard->lc[o].line_begin].name.c_str();
//p.function = ;
break;
}
}
}
for(int o = 0;o< num0;o++){
if( o != num1-1){
p.two = "";
//p.function = ;
}
else{//不填写，因为在type == 3 中已经算过这种情况了
/*
for(int z = 0;z< parent->blackboard->lc.size();z++){
if(parent->blackboard->lc[z].type == 3
&&
parent->blackboard->lc[z].line_end == j){
if(parent->blackboard->lc[z].if_complex){
p.two = parent->blackboard->lc[z].name;
}
else{
for(int z1 = 0;z1< parent->blackboard->lc.size();z1++){
if(parent->blackboard->lc[z1].type == 1
&&
parent->blackboard->lc[z1].line_end == parent->blackboard->lc[z].line_begin){
p.two = parent->blackboard->gene[parent->blackboard->lc[z1].line_begin].name;
break;
}
}
}
}
}*/
// }
// }
// }
// }
// }
// } */