RADAR Program Using C is a graphical program written in c programming language which show how RADAR work to find distance.
Note: You are free to download, use, edit, update and rebuild the program and source codes downloaded from here, But Please don’t forget to give considerable credits to Dreamlover Technology and bestengineeringprojects.com if you do so.
Here you will find the tutorial to build a Simple prototype of a RADAR program. The software build will not be reliable and perfect enough to implement it in a real working environment, but this project is very helpful to build a basis and experience on Graphics Programming using C. And you can also certainly, Expand and enhance this program to make it implementable in real filed.
So, let’s get started!
If you already know enough about Graphics Library and API and can also program easily using C in Turbo C++ IDE, then you can directly download Turbo C++ IDE, install it, start a new project, copy the code from below and compile the project. As Turbo C++ has good collection of graphic library, so we did not any external library.
Preparation for program:
So to get started first of all download the latest version of Turbo C++, or Click here to download
Then, Copy the below code and paste in a text file and further change name and extension like radar.c.
Now copy the file radar.c and paste in the folder “C:/TurboC++/BIN” but it may vary according to the path where you install the Turbo C++.
Now open the Turbo C++ and click on:
File>open>radar.c
Now you can simply compile and execute it.
THE CODE
Output demo:
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/* Name: RADARProgram using C Copyright: http://bestengineeringprojects.com Author: BEP Date: 7/3/15 23:39 Description: */ // HEADER FILES USED #include<stdio.h> #include<conio.h> #include<graphics.h> #include<dos.h> // FUNCTIONS USED void principle(); void distance(); void direction(); void close(); void main() { int gd=DETECT,gm,x,y; initgraph(&gd,&gm,"c:\\turboc3\\bgi"); //Initializing Graphics Mode principle(); distance(); direction(); close(); getch(); closegraph(); restorecrtmode(); } void principle() { setbkcolor(BLUE); setcolor(WHITE); delay(2000); rectangle(80,300,180,360); setfillstyle(1,YELLOW); // TRANSMITTER floodfill(85,305,WHITE); setcolor(RED); // ARROW TO DUPLEXER settextstyle(11,0,2); outtextxy(87,325,"TRANSMITTER"); delay(1000); setcolor(WHITE); moveto(180,330); lineto(230,330); lineto(225,335); moveto(230,330); lineto(225,325); setfillstyle(1,CYAN); rectangle(230,300,310,360); // DUPLEXER moveto(270,300); lineto(270,360); floodfill(235,305,WHITE); // PART 1 setcolor(RED); outtextxy(238,325,"DUPLEXER"); delay(1000); setcolor(WHITE); moveto(250,300); // ARROW FROM DUPLEXER lineto(250,250); lineto(255,255); moveto(250,250); lineto(245,255); delay(1000); setcolor(RED); settextstyle(11,0,2); outtextxy(246,85,"ANTENNA"); setcolor(WHITE); rectangle(250,230,290,240); // ANTENNA rectangle(245,240,295,250); setfillstyle(9,BROWN); floodfill(257,232,WHITE); floodfill(247,243,WHITE); setfillstyle(1,LIGHTGRAY); ellipse(290,130,90,89,5,30); floodfill(290,130,WHITE); setfillstyle(9,BROWN); arc(300,130,105,255,31); floodfill(275,130,WHITE); setfillstyle(7,BROWN); moveto(260,230); lineto(270,140); moveto(280,230); lineto(270,140); floodfill(275,225,WHITE); rectangle(255,115,268,145); rectangle(250,120,255,140); setfillstyle(1,DARKGRAY); floodfill(258,117,WHITE); floodfill(253,123,WHITE); delay(1000); setcolor(WHITE); moveto(290,125); lineto(530,47); moveto(530,47); // ARROW TO TARGET lineto(525,52); moveto(530,47); lineto(524,44); setcolor(RED); settextstyle(11,0,2); outtextxy(515,25,"TARGET"); setcolor(WHITE); setfillstyle(1,LIGHTGREEN); // TARGET circle(540,50,10); floodfill(540,50,WHITE); delay(500); setfillstyle(1,RED); floodfill(540,50,WHITE); delay(500); setfillstyle(1,LIGHTGREEN); floodfill(540,50,WHITE); delay(500); delay(1000); moveto(534,57); // ARROW TO ANTENNA lineto(296,137); moveto(296,137); lineto(300,141); moveto(296,137); lineto(299,131); delay(1000); moveto(290,250); // ARROW TO DUPLEXER lineto(290,300); lineto(285,295); moveto(290,300); lineto(295,295); setfillstyle(1,CYAN); floodfill(275,305,WHITE); // PART 2 setcolor(RED); settextstyle(11,0,2); outtextxy(238,325,"DUPLEXER"); delay(1000); setcolor(WHITE); moveto(310,330); // ARROW TO RECEIVER lineto(360,330); lineto(355,325); moveto(360,330); lineto(355,335); setfillstyle(1,YELLOW); rectangle(360,300,440,360); // RECEIVER floodfill(365,305,WHITE); setcolor(RED); settextstyle(11,0,2); outtextxy(368,325,"RECEIVER"); delay(1000); setcolor(WHITE); moveto(440,330); // ARROW TO DISPLAY lineto(490,330); lineto(485,325); moveto(490,330); lineto(485,335); setfillstyle(1,CYAN); circle(540,330,50); // DISPLAY floodfill(540,330,WHITE); setcolor(RED); settextstyle(11,0,2); outtextxy(515,327,"DISPLAY"); delay(3000); cleardevice(); } void distance() { setbkcolor(RED); setcolor(BLUE); ellipse(200,200,90,89,10,40); // ANTENNA arc(210,200,105,255,42); rectangle(130,360,180,385); moveto(140,360); lineto(155,220); moveto(170,360); lineto(155,220); rectangle(145,180,167,220); rectangle(135,190,145,210); setcolor(WHITE); settextstyle(11,0,2); outtextxy(127,400,"ANTENNA"); setcolor(BLUE); setfillstyle(1,YELLOW); floodfill(200,200,BLUE); setfillstyle(9,BROWN); floodfill(135,365,BLUE); setfillstyle(7,BROWN); floodfill(155,340,BLUE); setfillstyle(9,LIGHTGREEN); floodfill(147,182,BLUE); floodfill(140,195,BLUE); setfillstyle(9,LIGHTGREEN); floodfill(180,200,BLUE); setcolor(WHITE); // TIMER circle(110,80,15); circle(160,80,15); rectangle(80,50,190,110); settextstyle(11,0,2); outtextxy(115,35,"TIMER"); setfillstyle(1,BLUE); floodfill(110,80,WHITE); floodfill(160,80,WHITE); floodfill(90,60,WHITE); outtextxy(102,100,"ON"); outtextxy(149,100,"OFF"); setcolor(BLUE); circle(570,200,7); // TARGET setfillstyle(1,YELLOW); floodfill(570,200,BLUE); setcolor(WHITE); outtextxy(550,215,"TARGET"); setfillstyle(1,YELLOW); floodfill(110,80,WHITE); setlinestyle(3,0,3); // RAY FROM ANTENNA TO TARGET setcolor(WHITE); circle(220,200,2); delay(250); setcolor(RED); circle(220,200,2); setcolor(WHITE); circle(240,200,2); delay(250); setcolor(RED); circle(240,200,2); setcolor(WHITE); circle(260,200,2); delay(250); setcolor(RED); circle(260,200,2); setcolor(WHITE); circle(280,200,2); delay(250); setcolor(RED); circle(280,200,2); setcolor(WHITE); circle(300,200,2); delay(250); setcolor(RED); circle(300,200,2); setcolor(WHITE); circle(320,200,2); delay(250); setcolor(RED); circle(320,200,2); setcolor(WHITE); circle(340,200,2); delay(250); setcolor(RED); circle(340,200,2); setcolor(WHITE); circle(360,200,2); delay(250); setcolor(RED); circle(360,200,2); setcolor(WHITE); circle(380,200,2); delay(250); setcolor(RED); circle(380,200,2); setcolor(WHITE); circle(400,200,2); delay(250); setcolor(RED); circle(400,200,2); setcolor(WHITE); circle(420,200,2); delay(250); setcolor(RED); circle(420,200,2); setcolor(WHITE); circle(440,200,2); delay(250); setcolor(RED); circle(440,200,2); setcolor(WHITE); circle(460,200,2); delay(250); setcolor(RED); circle(460,200,2); setcolor(WHITE); circle(480,200,2); delay(250); setcolor(RED); circle(480,200,2); setcolor(WHITE); circle(500,200,2); delay(250); setcolor(RED); circle(500,200,2); setcolor(WHITE); circle(520,200,2); delay(250); setcolor(RED); circle(520,200,2); setcolor(WHITE); circle(540,200,2); delay(250); setcolor(RED); circle(540,200,2); setcolor(WHITE); circle(558,200,2); delay(250); setcolor(RED); circle(558,200,2); setcolor(WHITE); setlinestyle(3,0,3); circle(570,200,50); delay(500); setcolor(RED); circle(570,200,50); setcolor(WHITE); circle(570,200,100); delay(500); setcolor(RED); circle(570,200,100); setcolor(WHITE); circle(570,200,150); delay(500); setcolor(RED); circle(570,200,150); setcolor(WHITE); arc(570,200,110,250,200); delay(500); setcolor(RED); arc(570,200,110,250,200); setcolor(WHITE); arc(570,200,120,240,250); delay(500); setcolor(RED); arc(570,200,120,240,250); setcolor(WHITE); arc(570,200,135,230,300); delay(500); setcolor(RED); arc(570,200,135,230,300); setcolor(WHITE); arc(573,200,145,220,360); delay(250); setcolor(RED); arc(573,200,145,220,360); setfillstyle(1,BLUE); floodfill(110,80,WHITE); setfillstyle(1,YELLOW); floodfill(160,80,WHITE); delay(3000); cleardevice(); } void direction() { setbkcolor(BLACK); setlinestyle(0,1,2); setcolor(WHITE); rectangle(95,400,165,415); // ANTENNA moveto(110,400); lineto(130,198); moveto(150,400); lineto(130,198); rectangle(80,415,180,430); setfillstyle(7,BROWN); floodfill(130,390,WHITE); setfillstyle(9,BROWN); floodfill(96,401,WHITE); floodfill(81,416,WHITE); rectangle(98,158,128,208); rectangle(88,168,98,198); ellipse(173,180,90,89,10,60); arc(193,180,107,253,64); setfillstyle(9,BROWN); floodfill(100,160,WHITE); floodfill(90,170,WHITE); setfillstyle(1,YELLOW); floodfill(173,180,WHITE); setfillstyle(9,LIGHTGREEN); floodfill(150,180,WHITE); settextstyle(7,0,4); setcolor(YELLOW); outtextxy(70,70,"Antenna"); delay(2000); setcolor(WHITE); ellipse(363,180,270,90,50,30); // RADIATION PATTERN moveto(183,180); lineto(363,150); moveto(183,180); lineto(363,210); setfillstyle(1,BLUE); floodfill(363,180,WHITE); delay(1000); setcolor(YELLOW); settextstyle(11,0,2); outtextxy(225,177,"Radiation Pattern"); delay(2000); setcolor(WHITE); setfillstyle(1,RED); circle(395,199,3); floodfill(395,199,WHITE); circle(340,156,3); floodfill(340,156,WHITE); setcolor(YELLOW); moveto(345,164); lineto(352,164); lineto(352,158); lineto(359,158); lineto(359,164); lineto(366,164); moveto(397,211); lineto(404,211); lineto(404,205); lineto(411,205); lineto(411,211); lineto(418,211); setcolor(YELLOW); settextstyle(11,0,2); outtextxy(340,230,"LOW STRENGTH ECHO"); outtextxy(270,135,"LOW STRENGTH ECHO"); delay(2000); setcolor(WHITE); setfillstyle(1,RED); circle(368,178,3); floodfill(368,178,WHITE); setcolor(YELLOW); moveto(375,185); lineto(382,185); lineto(382,169); lineto(389,169); lineto(389,185); lineto(396,185); outtextxy(425,175,"HIGH STRENGTH ECHO"); delay(3000); cleardevice(); } void close() { setbkcolor(YELLOW); setcolor(BLUE); settextstyle(7,HORIZ_DIR,4); outtextxy(160,180,"!! www.bestengineeringprojects.com !!"); outtextxy(120,280," Press any key to EXIT"); } |