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logic.cpp
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//# include "iGraphics.h"
#include<windows.h>
#include<bits/stdc++.h>
using namespace std;
#include "qswift.h";
/********************************* Definitions ****************************************/
// General definitions
// General Definitions
#define pb push_back
#define mp make_pair
#define all(a) (a).begin(), (a).end()
#define rall(a) (a).rbegin(), (a).rend()
#define fo(i, n) for(int i=0;i<n;i++)
#define getline(s) getline(cin,s)
#define gap " "
#define br "\n"
//Color Definitions
#define RED Point(255,0,0)
#define GREEN Point(0,255,0)
#define BLUE Point(0,0,255)
#define YELLOW Point(255,255,0)
#define CYAN Point(0,255,255)
#define VIOLET Point(255,0,255)
#define GREY Point(128,128,128)
#define NAVY Point(0,0,128)
#define SILVER Point(192,192,192)
#define MAROON Point(128,0,0)
#define OLIVE Point(128,128,0)
#define WHITE Point(255,255,255)
#define BLACK Point(0,0,0)
#define PINK Point(255,20,147)
#define ORANGE Point(255,128,0)
#define LIGHT_GREY Point(224,224,224)
#define DARK_GREY Point(96,96,96)
#define LIGHT_GREEN Point(204,255,204)
#define DARK_GREEN Point(0,153,0)
#define LIGHT_CYAN Point(204,255,255)
#define LIGHT_RED Point(255,204,204)
#define CHOCOLATE Point(153,76,0)
// Circuit Element Definitions
#define RESISTANCE 101
#define WIRE 102
#define AMMETER 103
#define DC_SOURCE 104
#define VOLTMETER 105
#define CAPACITOR 106
#define INDUCTOR 107
#define LED 108
// Logic Circuit Elements
#define ANDGATE 201
#define ORGATE 202
#define NOTGATE 203
#define NORGATE 204
#define NANDGATE 205
#define XORGATE 206
#define XNORGATE 207
#define BUFFERGATE 208
/****************************** Global Typedef ******************************/
// General typedef
typedef long double ld;
typedef pair<int, int> pii;
/********************************* Globals ****************************************/
int dummyVar;
// General Constants
const int inf = 1e18;
const int MAXN = 2e5+5;
const int mod = 1e9+7;
const ld pi = atan2(0, -1);
const ld eps = 1e-4;
const double EPS = 1e-9;
const int INF = 1e7; // it doesn't actually have to be infinity or a big number
// DC Circuit Design Globals
int menuWidth = 280;
int gateBtnWidth = menuWidth/2 ;
int lbX1 = 30;
int lbY = 30;
int lbWidth = 1050;
int lbHeight = 560;
int lbOffset = 20;
int wireLogicCount = 0;
int gateCount = 0;
int nowAddingLogic;
int nowSelectedgateIndex = -1;
/******************************* Logic Circuit Globals *********************************/
int gateSize = 50;
int terminalRadius = 5;
int switchSize = 30;
int switchHeight = 550;
int switchX1 = 70;
int switchOffset = 35;
int inputLines = 2;
int terminalSize = 30;
Point nowPoint = Point(0,0);
/********************************* Function Prototypes ****************************************/
void handle_gate_click(Point where, Div *d);
/********************************* Thread Handles *********************************/
HANDLE gate_add_handle, wire_logic_add_handle, table_handle;
vector<Div *>selectedTerminals;
void handle_terminal_click(Point where, Div *d)
{
cout<<"Yes clicked\n\n";
selectedTerminals.push_back(d);
}
/*********************** Structures for Combined Elements ************************/
void handle_toggle(Point where,Div *d);
struct constLine{
Div *valueBox;
Div *line;
Div *terminal;
int value;
void createConstLine(int ax,int ay,int id)
{
value = 0;
valueBox = new Div();
valueBox->positioning = constants.DIV_RELATIVE;
valueBox->a = Point(ax-switchSize/2,ay-switchSize/2);
valueBox->b = Point(switchSize,switchSize);
valueBox->color = Point(30,30,30);
valueBox->text_color = WHITE;
valueBox->filled = 1;
valueBox->data[0] = id;
itoa(value,valueBox->text,10);
valueBox->click = handle_toggle;
root->append_child(valueBox);
line = new Div();
line->type = constants.DIV_LINE;
line->a = Point(ax,ay-switchSize/2);
line->b = Point(ax,30);
line->line_width = 5;
root->append_child(line);
terminal = new Div();
terminal->type |= constants.DIV_CIRCLE;
terminal->a = Point(ax,ay-30);
terminal->R = terminalRadius;
terminal->data[0] = (-2)*(id+1);
terminal->data[2] = 0; //constant
terminal->data[3] = 0; // always not occupied
terminal->click = handle_terminal_click;
root->append_child(terminal);
}
void toggleValue()
{
printf("Toggling\n");
value = 1-value;
if(value == 1)
valueBox->color = DARK_GREEN;
else
valueBox->color = Point(30,30,30);
itoa(value,valueBox->text,10);
}
};
constLine constLines[5];
int getOutVal(int id);
struct gateDiv{
Div *bg;
Div *inT1;
Div *inT2;
Div *outT;
Div *inC1;
Div *inC2;
Div *outC;
Div *outValueBox;
int typeC;
int index;
int childrenId[2];
int parentId;
int inVal[2];
int outVal;
void createGateDiv(int type, int ax, int ay, int id)
{
childrenId[0] = -1;
childrenId[1] = -1;
parentId = -1;
inVal[0] = 0;
inVal[1] = 0;
outVal = 0;
typeC = type;
index = id;
if( type == ANDGATE )
{
bg = new Div();
bg->positioning = constants.DIV_RELATIVE;
bg->a = Point(ax-gateSize/2,ay-gateSize/2);
bg->b = Point(gateSize, gateSize);
bg->color = RED-Point(60,0,0);
bg->filled = 1;
bg->data[0] = id;
strcpy(bg->text,"AND ");
root->append_child(bg);
inT1 = new Div();
inT1->type = constants.DIV_LINE;
inT1->a = Point(ax-gateSize/2,ay-gateSize/4);
inT1->b = Point(ax-gateSize/2 - terminalSize,ay-gateSize/4);
inT1->line_width = 5;
root->append_child(inT1);
inT2 = new Div();
inT2->type = constants.DIV_LINE;
inT2->a = Point(ax-gateSize/2,ay+gateSize/4);
inT2->b = Point(ax-gateSize/2 - terminalSize,ay+gateSize/4);
inT2->line_width = 5;
root->append_child(inT2);
outT = new Div();
outT->type = constants.DIV_LINE;
outT->a = Point(ax+gateSize/2,ay);
outT->b = Point(ax+gateSize/2 + terminalSize,ay);
outT->line_width = 5;
root->append_child(outT);
inC1 = new Div();
//inC1->positioning = constants.DIV_RELATIVE;
inC1->type |= constants.DIV_CIRCLE;
inC1->a = inT1->b;
inC1->R = terminalRadius;
inC1->filled = 1;
inC1->color = BLACK;
inC1->data[0] = id;
inC1->data[2] = -1;
inC1->data[3] = 0; // not occupied
inC1->data[4] = 0; // index of child
inC1->click = handle_terminal_click;
root->append_child(inC1);
inC2 = new Div();
inC2->type |= constants.DIV_CIRCLE;
inC2->a = inT2->b;
inC2->R = terminalRadius;
inC2->filled = 1;
inC2->color = BLACK;
inC2->data[0] = id;
inC2->data[2] = -1;
inC2->data[3] = 0;
inC2->data[4] = 1;
inC2->click = handle_terminal_click;
root->append_child(inC2);
outC = new Div();
outC->type |= constants.DIV_CIRCLE;
outC->a = outT->b;
outC->R = terminalRadius;
outC->data[0] = id;
outC->data[2] = 1;
outC->data[3] = 0;
outC->click = handle_terminal_click;
root->append_child(outC);
outValueBox = new Div();
outValueBox->positioning = constants.DIV_RELATIVE;
outValueBox->a = Point(outC->a.x - switchSize/2, outC->a.y+10);;
outValueBox->b = Point(switchSize, switchSize);
outValueBox->color = Point(40,40,40);
outValueBox->filled = 1;
itoa(outVal,outValueBox->text,10);
root->append_child(outValueBox);
}
if(type == ORGATE)
{
bg = new Div();
bg->positioning = constants.DIV_RELATIVE;
bg->a = Point(ax-gateSize/2,ay-gateSize/2);
bg->b = Point(gateSize, gateSize);
bg->color = NAVY;
bg->filled = 1;
strcpy(bg->text,"OR ");
bg->data[0] = id;
root->append_child(bg);
inT1 = new Div();
inT1->type = constants.DIV_LINE;
inT1->a = Point(ax-gateSize/2,ay-gateSize/4);
inT1->b = Point(ax-gateSize/2 - terminalSize,ay-gateSize/4);
inT1->line_width = 5;
root->append_child(inT1);
inT2 = new Div();
inT2->type = constants.DIV_LINE;
inT2->a = Point(ax-gateSize/2,ay+gateSize/4);
inT2->b = Point(ax-gateSize/2 - terminalSize,ay+gateSize/4);
inT2->line_width = 5;
root->append_child(inT2);
outT = new Div();
outT->type = constants.DIV_LINE;
outT->a = Point(ax+gateSize/2,ay);
outT->b = Point(ax+gateSize/2 + terminalSize,ay);
outT->line_width = 5;
root->append_child(outT);
inC1 = new Div();
inC1->type |= constants.DIV_CIRCLE;
inC1->a = inT1->b;
inC1->R = terminalRadius;
inC1->filled = 1;
inC1->color = BLACK;
inC1->data[0] = id;
inC1->data[2] = -1;
inC1->data[3] = 0;
inC1->data[4] = 0;
inC1->click = handle_terminal_click;
root->append_child(inC1);
inC2 = new Div();
inC2->type |= constants.DIV_CIRCLE;
inC2->a = inT2->b;
inC2->R = terminalRadius;
inC2->filled = 1;
inC2->color = BLACK;
inC2->data[0] = id;
inC2->data[2] = -1;
inC2->data[3] = 0;
inC2->data[4] = 1;
inC2->click = handle_terminal_click;
root->append_child(inC2);
outC = new Div();
outC->type |= constants.DIV_CIRCLE;
outC->a = outT->b;
outC->R = terminalRadius;
outC->click = handle_terminal_click;
outC->data[0] = id;
outC->data[2] = 1;
outC->data[3] = 0;
root->append_child(outC);
outValueBox = new Div();
outValueBox->positioning = constants.DIV_RELATIVE;
outValueBox->a = Point(outC->a.x - switchSize/2, outC->a.y+10);;
outValueBox->b = Point(switchSize, switchSize);
outValueBox->color = Point(40,40,40);
outValueBox->filled = 1;
itoa(outVal,outValueBox->text,10);
root->append_child(outValueBox);
}
if( type == NOTGATE )
{
bg = new Div();
bg->positioning = constants.DIV_RELATIVE;
bg->a = Point(ax-gateSize/2,ay-gateSize/2);
bg->b = Point(gateSize, gateSize);
bg->color = CHOCOLATE;
bg->filled = 1;
strcpy(bg->text,"NOT ");
bg->data[0] = id;
root->append_child(bg);
inT1 = new Div();
inT1->type = constants.DIV_LINE;
inT1->a = Point(ax-gateSize/2,ay);
inT1->b = Point(ax-gateSize/2 - terminalSize,ay);
inT1->line_width = 5;
root->append_child(inT1);
outT = new Div();
outT->type = constants.DIV_LINE;
outT->a = Point(ax+gateSize/2,ay);
outT->b = Point(ax+gateSize/2 + terminalSize,ay);
outT->line_width = 5;
root->append_child(outT);
inC1 = new Div();
inC1->type |= constants.DIV_CIRCLE;
inC1->a = inT1->b;
inC1->R = terminalRadius;
inC1->filled = 1;
inC1->color = BLACK;
inC1->data[0] = id;
inC1->data[2] = -1;
inC1->data[3] = 0;
inC1->data[4] = 0;
inC1->click = handle_terminal_click;
root->append_child(inC1);
outC = new Div();
outC->type |= constants.DIV_CIRCLE;
outC->a = outT->b;
outC->R = terminalRadius;
outC->click = handle_terminal_click;
outC->data[0] = id;
outC->data[2] = 1;
outC->data[3] = 0;
root->append_child(outC);
outValueBox = new Div();
outValueBox->positioning = constants.DIV_RELATIVE;
outValueBox->a = Point(outC->a.x - switchSize/2, outC->a.y+10);;
outValueBox->b = Point(switchSize, switchSize);
outValueBox->color = Point(40,40,40);
outValueBox->filled = 1;
itoa(outVal,outValueBox->text,10);
root->append_child(outValueBox);
}
if(type == XORGATE)
{
bg = new Div();
bg->positioning = constants.DIV_RELATIVE;
bg->a = Point(ax-gateSize/2,ay-gateSize/2);
bg->b = Point(gateSize, gateSize);
bg->color = Point(140,1,122);
bg->filled = 1;
strcpy(bg->text,"XOR ");
bg->data[0] = id;
root->append_child(bg);
inT1 = new Div();
inT1->type = constants.DIV_LINE;
inT1->a = Point(ax-gateSize/2,ay-gateSize/4);
inT1->b = Point(ax-gateSize/2 - terminalSize,ay-gateSize/4);
inT1->line_width = 5;
root->append_child(inT1);
inT2 = new Div();
inT2->type = constants.DIV_LINE;
inT2->a = Point(ax-gateSize/2,ay+gateSize/4);
inT2->b = Point(ax-gateSize/2 - terminalSize,ay+gateSize/4);
inT2->line_width = 5;
root->append_child(inT2);
outT = new Div();
outT->type = constants.DIV_LINE;
outT->a = Point(ax+gateSize/2,ay);
outT->b = Point(ax+gateSize/2 + terminalSize,ay);
outT->line_width = 5;
root->append_child(outT);
inC1 = new Div();
inC1->type |= constants.DIV_CIRCLE;
inC1->a = inT1->b;
inC1->R = terminalRadius;
inC1->filled = 1;
inC1->color = BLACK;
inC1->data[0] = id;
inC1->data[2] = -1;
inC1->data[3] = 0;
inC1->data[4] = 0;
inC1->click = handle_terminal_click;
root->append_child(inC1);
inC2 = new Div();
inC2->type |= constants.DIV_CIRCLE;
inC2->a = inT2->b;
inC2->R = terminalRadius;
inC2->filled = 1;
inC2->color = BLACK;
inC2->data[0] = id;
inC2->data[2] = -1;
inC2->data[3] = 0;
inC2->data[4] = 1;
inC2->click = handle_terminal_click;
root->append_child(inC2);
outC = new Div();
outC->type |= constants.DIV_CIRCLE;
outC->a = outT->b;
outC->R = terminalRadius;
outC->click = handle_terminal_click;
outC->data[0] = id;
outC->data[2] = 1;
outC->data[3] = 0;
root->append_child(outC);
outValueBox = new Div();
outValueBox->positioning = constants.DIV_RELATIVE;
outValueBox->a = Point(outC->a.x - switchSize/2, outC->a.y+10);;
outValueBox->b = Point(switchSize, switchSize);
outValueBox->color = Point(40,40,40);
outValueBox->filled = 1;
itoa(outVal,outValueBox->text,10);
root->append_child(outValueBox);
}
if(typeC == XNORGATE)
{
}
if(type == NANDGATE)
{
bg = new Div();
bg->positioning = constants.DIV_RELATIVE;
bg->a = Point(ax-gateSize/2,ay-gateSize/2);
bg->b = Point(gateSize, gateSize);
bg->color = Point(4,188,192);
bg->filled = 1;
strcpy(bg->text,"NAND ");
bg->data[0] = id;
root->append_child(bg);
inT1 = new Div();
inT1->type = constants.DIV_LINE;
inT1->a = Point(ax-gateSize/2,ay-gateSize/4);
inT1->b = Point(ax-gateSize/2 - terminalSize,ay-gateSize/4);
inT1->line_width = 5;
root->append_child(inT1);
inT2 = new Div();
inT2->type = constants.DIV_LINE;
inT2->a = Point(ax-gateSize/2,ay+gateSize/4);
inT2->b = Point(ax-gateSize/2 - terminalSize,ay+gateSize/4);
inT2->line_width = 5;
root->append_child(inT2);
outT = new Div();
outT->type = constants.DIV_LINE;
outT->a = Point(ax+gateSize/2,ay);
outT->b = Point(ax+gateSize/2 + terminalSize,ay);
outT->line_width = 5;
root->append_child(outT);
inC1 = new Div();
inC1->type |= constants.DIV_CIRCLE;
inC1->a = inT1->b;
inC1->R = terminalRadius;
inC1->filled = 1;
inC1->color = BLACK;
inC1->data[0] = id;
inC1->data[2] = -1;
inC1->data[3] = 0;
inC1->data[4] = 0;
inC1->click = handle_terminal_click;
root->append_child(inC1);
inC2 = new Div();
inC2->type |= constants.DIV_CIRCLE;
inC2->a = inT2->b;
inC2->R = terminalRadius;
inC2->filled = 1;
inC2->color = BLACK;
inC2->data[0] = id;
inC2->data[2] = -1;
inC2->data[3] = 0;
inC2->data[4] = 1;
inC2->click = handle_terminal_click;
root->append_child(inC2);
outC = new Div();
outC->type |= constants.DIV_CIRCLE;
outC->a = outT->b;
outC->R = terminalRadius;
outC->click = handle_terminal_click;
outC->data[0] = id;
outC->data[2] = 1;
outC->data[3] = 0;
root->append_child(outC);
outValueBox = new Div();
outValueBox->positioning = constants.DIV_RELATIVE;
outValueBox->a = Point(outC->a.x - switchSize/2, outC->a.y+10);;
outValueBox->b = Point(switchSize, switchSize);
outValueBox->color = Point(40,40,40);
outValueBox->filled = 1;
itoa(outVal,outValueBox->text,10);
root->append_child(outValueBox);
}
if(type == NORGATE)
{
bg = new Div();
bg->positioning = constants.DIV_RELATIVE;
bg->a = Point(ax-gateSize/2,ay-gateSize/2);
bg->b = Point(gateSize, gateSize);
bg->color = ORANGE - Point(20,20,20);
bg->filled = 1;
strcpy(bg->text,"NOR ");
bg->data[0] = id;
root->append_child(bg);
inT1 = new Div();
inT1->type = constants.DIV_LINE;
inT1->a = Point(ax-gateSize/2,ay-gateSize/4);
inT1->b = Point(ax-gateSize/2 - terminalSize,ay-gateSize/4);
inT1->line_width = 5;
root->append_child(inT1);
inT2 = new Div();
inT2->type = constants.DIV_LINE;
inT2->a = Point(ax-gateSize/2,ay+gateSize/4);
inT2->b = Point(ax-gateSize/2 - terminalSize,ay+gateSize/4);
inT2->line_width = 5;
root->append_child(inT2);
outT = new Div();
outT->type = constants.DIV_LINE;
outT->a = Point(ax+gateSize/2,ay);
outT->b = Point(ax+gateSize/2 + terminalSize,ay);
outT->line_width = 5;
root->append_child(outT);
inC1 = new Div();
inC1->type |= constants.DIV_CIRCLE;
inC1->a = inT1->b;
inC1->R = terminalRadius;
inC1->filled = 1;
inC1->color = BLACK;
inC1->data[0] = id;
inC1->data[2] = -1;
inC1->data[3] = 0;
inC1->data[4] = 0;
inC1->click = handle_terminal_click;
root->append_child(inC1);
inC2 = new Div();
inC2->type |= constants.DIV_CIRCLE;
inC2->a = inT2->b;
inC2->R = terminalRadius;
inC2->filled = 1;
inC2->color = BLACK;
inC2->data[0] = id;
inC2->data[2] = -1;
inC2->data[3] = 0;
inC2->data[4] = 1;
inC2->click = handle_terminal_click;
root->append_child(inC2);
outC = new Div();
outC->type |= constants.DIV_CIRCLE;
outC->a = outT->b;
outC->R = terminalRadius;
outC->click = handle_terminal_click;
outC->data[0] = id;
outC->data[2] = 1;
outC->data[3] = 0;
root->append_child(outC);
outValueBox = new Div();
outValueBox->positioning = constants.DIV_RELATIVE;
outValueBox->a = Point(outC->a.x - switchSize/2, outC->a.y+10);;
outValueBox->b = Point(switchSize, switchSize);
outValueBox->color = Point(40,40,40);
outValueBox->filled = 1;
itoa(outVal,outValueBox->text,10);
root->append_child(outValueBox);
}
printf("Done");
}
void setInVal()
{
if(childrenId[0] <= -2)
{
int kk = childrenId[0];
kk = -1 - (kk/2);
inVal[0] = constLines[kk].value;
}
if(childrenId[1] <= -2)
{
int kk = childrenId[1];
kk = -1 - (kk/2);
inVal[1] = constLines[kk].value;
}
if(childrenId[0] >= 0)
{
inVal[0] = getOutVal(childrenId[0]);
}
if(childrenId[1] >= 0)
{
inVal[1] = getOutVal(childrenId[1]);
}
}
void setOutVal()
{
if(typeC == ANDGATE)
outVal = inVal[0] & inVal[1];
if(typeC == ORGATE)
outVal = inVal[0] | inVal[1];
if(typeC == NOTGATE)
outVal = !(inVal[0]);
if(typeC == NANDGATE)
outVal = !(inVal[0] & inVal[1]);
if(typeC == NORGATE)
outVal = !(inVal[0] | inVal[1]);
if(typeC == XORGATE)
outVal = inVal[0]^inVal[1];
if(outVal == 1)
outValueBox->color = DARK_GREEN;
else
outValueBox->color = Point(30,30,30);
itoa(outVal,outValueBox->text,10);
}
void hide()
{
}
};
/********************************* Elements ***************************************/
//Sidebar Menu
Div *menu = new Div();
Div *selected = new Div();
Div *logic_board = new Div();
Div *menu_andgate = new Div();
Div *menu_notgate = new Div();
Div *menu_wire_logic = new Div();
Div *menu_nandgate = new Div();
Div *menu_norgate = new Div();
Div *menu_led = new Div();
Div *menu_xorgate = new Div();
Div *menu_orgate = new Div();
Div *reset_btn_logic = new Div();
Div *simulate_btn_logic = new Div();
Div *table_btn_logic = new Div();
Div *delete_logic_btn = new Div();
// Logic gates
gateDiv Gates[500];
Div *wires[500];
int getOutVal(int id)
{
return Gates[id].outVal;
}
void handle_toggle(Point where,Div *d)
{
int id = d->data[0];
printf("Here\n\n");
constLines[id].toggleValue();
}
/******************************** gate control Functions **********************/
void handle_gate_click(Point where, Div *d)
{
}
/******************************** Thread functions ********************************/
DWORD WINAPI wire_logic_add_thread() {
for(int i=0;i<5000;i++)
{
if(selectedTerminals.size()>=2)
{
printf("Wire Terminals Found");
int c = wireLogicCount;
int id1 = selectedTerminals[0]->data[0]; // gate index
int id2 = selectedTerminals[1]->data[0]; // gate index
int t1 = selectedTerminals[0]->data[2];
int t2 = selectedTerminals[1]->data[2];
int o1 = selectedTerminals[0]->data[3];
int o2 = selectedTerminals[1]->data[3];
int n1 = selectedTerminals[0]->data[4];
int n2 = selectedTerminals[1]->data[4];
int ax = selectedTerminals[0]->a.x;
int ay = selectedTerminals[0]->a.y;
int bx = selectedTerminals[1]->a.x;
int by = selectedTerminals[1]->a.y;
cout<<"\no1 = "<<o1<<" o2 = \n"<<o2;
if(o1 == 1 || o2 == 1)
break;
if(t1 == 0)
{
if(t2==-1)
{
wires[c] = new Div();
wires[c]->type = constants.DIV_LINE;
wires[c]->line_width = 5;
wires[c]->a = Point(ax,by);
wires[c]->b = Point(bx,by);
root->append_child(wires[c]);
selectedTerminals[1]->data[3] = 1; //occupy
Gates[id2].childrenId[n2] = id1;
}
}
else if(t2 == 0)
{
if(t1==-1)
{
wires[c] = new Div();
wires[c]->type = constants.DIV_LINE;
wires[c]->line_width = 5;
wires[c]->a = Point(bx,ay);
wires[c]->b = Point(ax,ay);
root->append_child(wires[c]);
selectedTerminals[0]->data[3] = 1;
Gates[id1].childrenId[n1] = id2;
}
}
else if(t1 == -1)
{
if(t2 == 1)
{
wires[c] = new Div();
wires[c]->type = constants.DIV_LINE;
wires[c]->line_width = 5;
wires[c]->a = selectedTerminals[0]->a;
wires[c]->b = selectedTerminals[1]->a;
root->append_child(wires[c]);
selectedTerminals[0]->data[3] = 1;
selectedTerminals[1]->data[3] = 1;
Gates[id1].childrenId[n1] = id2;
}
}
else if(t2 == -1)
{
if(t1 == 1)
{
wires[c] = new Div();
wires[c]->type = constants.DIV_LINE;
wires[c]->line_width = 5;
wires[c]->a = selectedTerminals[0]->a;
wires[c]->b = selectedTerminals[1]->a;
root->append_child(wires[c]);
selectedTerminals[0]->data[3] = 1;
selectedTerminals[1]->data[3] = 1;
Gates[id2].childrenId[n2] = id1;
}
}
else
{
break;
}
wireLogicCount++;
break;
}
Sleep(100);
}
}
DWORD WINAPI gate_add_thread() {
for(int i=0;i<5000;i++)
{
if(nowPoint.x > 0)
{
printf("Found\n\n");
int c = gateCount;
Point color = DARK_GREEN;
if(nowAddingLogic == ANDGATE)
{
Gates[c].createGateDiv(ANDGATE,nowPoint.x,nowPoint.y,c);
}
if(nowAddingLogic == ORGATE)
{
Gates[c].createGateDiv(ORGATE,nowPoint.x,nowPoint.y,c);
}
if(nowAddingLogic == NANDGATE)
{
Gates[c].createGateDiv(NANDGATE,nowPoint.x,nowPoint.y,c);
}
if(nowAddingLogic == NORGATE)
{
Gates[c].createGateDiv(NORGATE,nowPoint.x,nowPoint.y,c);
}
if(nowAddingLogic == XORGATE)
{
Gates[c].createGateDiv(XORGATE,nowPoint.x,nowPoint.y,c);
}
if(nowAddingLogic == XNORGATE)
{
Gates[c].createGateDiv(XNORGATE,nowPoint.x,nowPoint.y,c);
}
if(nowAddingLogic == NOTGATE)