Diabtes Dectation

JAWAHAR NAVODAYA VIDYALAYA UMATHEL,THOUBAL , MANIPUR

COMPUTER SCIENCE PROJECT ON “Diabetes Detection” SUBMITTED BY:

: kunlay choden : manisha kumari das : dechen ongmu :passangkit sherpa

SUBMITTED TO : MUKESH SHARMA SIR.

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CONTENTS1. Certificate 2

2. Acknowledgement 3

3. Introduction 4

4. Data design 5

5. Problem description 6

6. h/w and s/w requirement 7

7. tables 9

8. coding 11

9. screen shot 17

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PROJECT REPORT:

Particulars of students:

Particulars of Supervisor:

Name: Designation:

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Name Roll No

MANISHA KUMARI DAS KUNLAY CHODEN LACHUNGPAPASSANGKIT SHERPA

DECHEN ONGMU

CERTIFICATE

This is to certify that the project entitled

“DIABETES DETECTION” is deals with the

employees salary management is being

submitted by Manisha Kumari das, Kunlay

Choden Lachungpa, Passangkit Sherpa,

Dechen Ongmu Lachungpa. This project is

a bonafide piece of work carried out by us

with the consultation of supervisor.

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ACKNOWLEDGMENT

It is with great pleasure that we find ourself penning down this lines to express our sincere thanks to various people who helped us a long way in completing this project.The harmonious climate in our school provided proper guide for preparing the same project of ours. It was a privilege to have been guided by Mr. Thanks to all ours classmates who helped us during the development of this project with their constructive criticism and advise.

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The project is basically for the users to want to develop a real life application.

System description at glance:The bloods are broadly divided into three categories:1. Low sugar level 2. High sugar level3. Normal sugar level

Our aim is to make a computer program such that it measures the sugar level in the blood and give the result respectively.

Files: There are separate file for keeping the records of hospital. One file for recording the number of person who comes here for

detection. We maintain another file for recording the total number of diabetic

patients. A file for expenses incurred during the year that is salary to the nurses

and workers.

Inputs are: Purchase different kinds of enzymes and insulin. Total use during the month of the enzymes and insulin. Total expenses that is salary to workers, electricity bill.

Output of the program: Profit during the month of all kinds of enzymes and insulin.

System specification:System design –the kernel of the system engineering

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Data design:Data is the first of three design activities that are conducted during system development the impact of data structure on program structure and procedural complexities causes’ data design to have profound influence in system quality.All the data object required by this system are listed below:1.

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Functional Model Informational Model

Module

Data Design

Programme

Other Requirements

Procedural Design

Integrated and validated software

DESIGN

CODE

Behavioural Model

TEST

Problem descriptionRequirement analysis:We have studied the existing system in detail.The finding of our study yield various pieces of information which are described in the following manner. For the medicine, detection ,insulins and with other related module of hospital we enter all the following details of the person:Personal details:

Name Age Sex Height Weight

Detail required for diagnosis:

Blood group Appetite (high,low,normal) Frequency of urination Frequency of thirst Frequency of heart beat Family history of diabetes Vision Urine sugar level

Required output of the system:The computerize system generates the following reports:

The system should be able to generate entry wise register. Daily/monthly diagnosis report. Other expenditure report. Monthly profit in hospital

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Hardware and software requirementsAssuming that typical system offer about 1000’s of patients in all three categories. The volume of information to be handled is therefore about a million characters. Further the whole information has to be segmented according to

Number of person coming for diagnosis. Category to which the person belongs. Result report of the person.

All this suggest that the choice of computer 486 or equivalent about 265 MB hard discs and about 8 to 16 MB RAM online printer or a dot matrix printer and preferable a laser printer is optimum.The availability of sophisticated tool is imperative and thus a c++ is chosen to program a system having done this the next step is to carefully analyse the data and design appropriate data base file.

System specificationSystem design – the kernel of system engineeringThe importance of software design can be stated with word quality, design is the place where quality is fostered in software development, design provides us with representation of software that can be accessed for quality. System deign serve as the foundation for all software engineering and maintains steps that follows.System design sits at technical kernel of software engineering process and is applied regardless of the development paradigm that is used. Once software requirement has been analyses and specified, the software design is first of the three , technical activists- design ,code and test, that are required to program the software.The flow of information during this technical phase of software engineering is illustrated in the figure given below.

Data design

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Data design is the first of the three design activities that are conducted during system development.The impact of data structure on program structure and procedural complexities causes the data design to have a profound influence in system quality.All the data objects required by this system are listed below.1. Diabetes.dat The diabetes .dat data base is to be created on the basis on information collected from Person.

Name of the person Age Sex Weight Height

2. get value _symtoms.dat

Appetite Frequency of thirst Frequency of urine Urine sugar level Family history Vision

3. Displayresult.dat

The person is diabetic or normal on the basis of diagnosis.The above data can be designed in the form of relational data base with course, name as key field.

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TABLES:

SL.NO FIELD NAME TYPE WIDTH FIELD DESCRIPTION

1 Patient no int 2 bytes Patient code

2 Patient name char 30 characters Name of the patient

3 Total medicine

int 2 bytes Total medicine purchase

4 price float 4 bytes Price per medicine

MASTER RECORD LAYOUT PATIENT.DAT FILE

PATIENT RECORD LAYOUT PERSON.DAT FILE


1 Patient name int 2 bytes Name of patient

2 p-address char 30 characters Patient address

3 No of medicine int 2 bytes No of medicine


1 O-code int 2 bytes Other expense code 1.salary of workers 2.electricity bill 3.miscellaneous expenses

2 Nat-expen char 30 character Nature of expenses

3 Amount float 4 bytes Expense amount

S.NO FUNCTION NAME DESCRIPTION

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1 Void new _patient Function to add new patient

2 Display_list(void) Displaying the list of patient

3 Delet _discharge patient Delete the remove patient

4 * return _name(int) Function for validation entry of name

5 *return_address(int) Function for validation entry of address

6 Void display(int) To display the patient information

FUNCTION DESCRIPTION

CLASS MODULES BALANCE

S.NO FUNCTION NAME DESCRIPTION

1 Void new-account(void) Function to sale medicine

2 Void close-account(void) Function to close the medicine purchase

3 Void clear(int,int) Function to perform a clear screen function

4 Void display-sales(void) Displaying the report of medicine

5 Void add-amount to file() Function to delete the unwanted record

CODING

Diabetes Detection #include<iostream .h>#include<stdio .h>#include<conio .h>

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#include<ctype .h>#include<dos .h>#include<graphics .h>#include<process .h>class diabetes

{ private:

char name[40]; float age; int wt; float ht; char sex; char *s;

public: void welcome_screen(void); void getvalue(void); void getlevel1_symptoms(void); void getlevel2_symptoms(void); void getlevel3_symptoms(void); int analyse_symptoms(int); char display_message(int,int);

}; void main()

{ char ch,choice,cho; //int m,n=2; float m; int n=1; void diagnosis(void); diabetes dts; dts.welcome_screen(); dts.getvalue(); diagnosis(); dts.getlevel1_symptoms(); m=dts.analyse_symptoms(n); choice=dts.display_message(m,n); choice=toupper(choice); if(choice=='Y') { ++n; dts.getlevel2_symptoms(); m=dts.analyse_symptoms(n); choice=dts.display_message(n,m); choice=toupper(choice); if(choice=='Y') {

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++n; dts.getlevel3_symptoms(); m=dts.analyse_symptoms(n); cho=dts.display_message(n,m); cho=toupper(cho); if(cho=='Y') { ++n; dts.getlevel3_symptoms(); m=dts.analyse_symptoms(n); choice=dts.display_message(m,n); } } }}

void diabetes::welcome_screen()

{ clrscr(); gotoxy(23,7); textcolor(YELLOW); cputs("********* W E L C O M E ********* " ); gotoxy(25,9); cputs(" C A M P I O N S C H O O L " ); gotoxy(18,12); cputs(" M E D I C A L D I A G N O S I S S O F T W A

R E "); textcolor(GREEN+BLINK); for(int x=50;x>=22;x--) { sound(2000); delay(120); nosound(); gotoxy(x,14); cputs("D O N E B Y : "); gotoxy(x,16); cputs("Navi Arora "); gotoxy(43,18);

} gotoxy(17,25); cputs("******** PRESS ANY KEY TO CONTINUE ********* "); getch(); return;}

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void diabetes::getvalue(){ clrscr(); textcolor(WHITE); gotoxy(20,8); cputs(" P E R S O N A L I N F O R M A T I O N"); gotoxy(25,10); cputs("N A M E :"); gotoxy(25,12); cputs("A G E :"); gotoxy(25,14); cputs("W E I G H T :"); gotoxy(25,16); cputs("H E I G H T :"); gotoxy(25,18); cputs("S E X (M/F) :"); textcolor(WHITE); gotoxy(42,10); gets(name); gotoxy(42,12); cin>>age; gotoxy(42,14); cin>>wt; gotoxy(42,16); cin>>ht; gotoxy(42,18); cin>>sex; getch(); return;}

void diagnosis(void) { clrscr(); textcolor(WHITE); gotoxy(20,5); cputs(" ** D I A G N O S I S W I N D O W ** "); cout< <"\n\n\n"; cputs(" Let's have alook at symptoms........."); cout<<"\n\n\n"; cputs(" Please enter the form in next page ."); cout<<"\n\n\n\n\n\n\t\t\t "; textcolor(YELLOW); cputs("***** PRESS ANY KEY ***** "); getch();

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} void diabetes::getlevel1_symptoms(void) { clrscr(); int i=0; gotoxy(23,3); textcolor(WHITE); cputs( " *** MEDICAL DIAGONOSIS FORM *** "); gotoxy( 3,6); cputs("APPETITE (H(HIGH),/L(LOW),/N(NORMAL):") ; gotoxy(64,6); cin>>s[i]; s[i]=toupper(s[i]); ++i; gotoxy(3,8); cputs("FREQUENCY OF THIRST(H(HIGH),/L(LOW)/N(NORMAL):"); gotoxy(64,8); cin>>s[i]; s[i]=toupper(s[i]); ++i; gotoxy(3,10); cputs("FREQUENCY OF URINATION(H(HIGH),/L(LOW),/N(NORMAL):"); gotoxy(64,10); cin>>s[i]; s[i]=toupper(s[i]); ++i; gotoxy(3,12); cputs("VISION (I(IMPAIRMENT),/N(NORMAL)"); gotoxy(64,12); cin>>s[i]; s[i]=toupper(s[i]); ++i; gotoxy(3,14); cputs("URINE SUGAR(P(PASSIVE)/A(ACTIVE);"); gotoxy(64,14); cin>>s[i]; s[i]=toupper(s[i]); ++i; gotoxy(3,16); cputs("KETONUREA(P(PASSIVE)/A(ACTIVE)"); gotoxy(64,16); cin>>s[i]; s[i]=toupper(s[i]); ++i; gotoxy(3,18); cputs("FASTING BLOOD SUGAR(H(HIGH)/L(LOW)/N(NOMAL)");

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gotoxy(64,18); cin>>s[i]; s[i]=toupper(s[i]); ++i; gotoxy(3,20); cputs("R B S (H(HIGH)/L(LOW)/N(NORMAL)"); gotoxy(64,20); cin>>s[i]; s[i]=toupper(s[i]); ++i; gotoxy(3,22); cputs("FAMILY HISTORY OF DIABETES(P(PASSIVE)/A(ACTIVE)"); gotoxy(64,22); cin>>s[i]; s[i]=toupper(s[i]); ++i; gotoxy(3,24); cputs("OGTT(D/N)"); gotoxy(64,24); cin>>s[i]; s[i]=toupper(s[i]); ++i; } int diabetes::analyse_symptoms(int n) { int i=0; int count=0; int result=0; switch(n)

{ case 1: if(s[9]=='D' )

result=-1; else if(s[5]=='P'&& s[6]=='P' && s[7]=='H')

result=-1; else

{ for(i=0;i<10;i++) { if(s[i]=='H'||s[i]=='P'||s[i]=='D'||

s[i]=='I')count++;

} if(count>5)

result=-1;

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} break;

case 2: if((s[0]=='P')||(s[1]=='P')||(s[2]=='P')||

(s[3]=='H')||(s[4]=='P')||(s[5]=='P')||(s[6]=='P')) result=-1; else result=0; break;

case 3: if((s[0]=='Y')&&(s[1]=='N')&&(s[2]=='W')&&(s[3]=='P')&&(s[4]=='P')||

(s[0]=='Y')&&(s[1]=='B')&&(s[2]=='W')&&(s[3]=='P')&&(s[4]=='P')||

(s[0]=='Y')&&(s[1]=='N')&&(s[2]=='M')&&(s[3]=='P')&&(s[4]=='P')||

(s[0]=='Y')&&(s[1]=='N')&&(s[2]=='Y')&&(s[3]=='P')&&(s[4]=='P'))

result=0;else result=-1; break;

default:break;}

return(result); } char diabetes::display_message(int n,int m) { char ch; clrscr(); switch(n)

{ case 1:

switch(m); { case 0: gotoxy(30,12);

cputs("THE PERSON IS NOT DIABETIC"); gotoxy(50,20); cputs("PRESS ANY KEY TO QUIT." ); // gotoxy(70,20); //cin>>ch; //break;

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exit(0);

case -1:

gotoxy(30,20); cputs("THE PERSON IS DIABETIC "); gotoxy(54,20); cputs("PROCEED (Y/N) ?"); gotoxy(70,20); cin>>ch; break;

// default: break; } break;

case 2:switch(m){ case 0: gotoxy(30,12);

cputs("IT IS PRIMARY DIABETES."); gotoxy(50,25); cputs("Proceed(Y/N)?"); gotoxy(70,25); cin>>ch; break;

case -1: gotoxy(30,12);

cputs("IT IS SECONDARY DIABETES"); gotoxy(50,25); cputs("PRESS ANY KEY TO QUIT"); getch(); break;

}

break;

case 3:switch(m) {

case 0: gotoxy(30,12);cputs(" IT IS INSULIN DEPENDENT

DIABETES");gotoxy(50,25);cputs("press any key to quit");

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getch();break;

case -1: gotoxy(30,12); cputs("IT IS NON INSULIN DEPENDENT

DIABETES"); gotoxy(50,25); cputs("PRESS ANY KEY TO QUIT ."); getch(); break;

// default: break;

}

// break ; // default : break; } return (ch); }

void diabetes::getlevel2_symptoms()

{clrscr();int j=0; gotoxy(20,8); cputs("PANCREATITIS(P/A) :"); gotoxy(60,8); cin>>s[j]; s[j]=toupper(s[j]); j++; gotoxy(20,10); cputs("CARCINOMA(P/A) :"); gotoxy(60,10); cin>>s[j]; s[j]=toupper(s[j]); ++j; gotoxy(20,12); cputs("CIRHHOSIS(P/A) :"); gotoxy(60,12); cin>>s[j]; s[j]=toupper(s[j]); ++j; gotoxy(20,14);

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cputs(" HCTS (H/L/N) :"); gotoxy(60,14); cin>>s[j]; s[j]=toupper(s[j]); ++j; gotoxy(20,16); cputs("HEPATITIS(P/A) :"); gotoxy(60,16); cin>>s[j]; s[j]=toupper(s[j]); ++j; gotoxy(20,18); cputs(" HORMONAL DISORDER(P/A):");

gotoxy(60,18); cin>>s[j]; s[j]=toupper(s[j]); ++j; gotoxy(20,20); cputs(" PANCREATECTOMY(P/A) :"); gotoxy(60,20); cin>>s[j]; s[j]=toupper(s[j]); ++j; return;

} void diabetes::getlevel3_symptoms()

{ int k=0; clrscr(); gotoxy(10,8); cputs(" AGE(young(Y)/Middle aged(M)/Elderly(E))"); gotoxy(73,8); cin>>s[k]; s[k]= toupper (s[k]); ++k; gotoxy(10,12); cputs("BODY WEIGHT(normal(N)/Above normal(A)/Below

normal(B)/obese)"); gotoxy(73,12); cin>>s[k]; s[k]= toupper(s[k]); ++k; gotoxy(10,16); cputs(" DURATION (weeks(W)/Months(M)/Years(Y))"); gotoxy(73,16);

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cin>>s[k]; s[k]= toupper(s[k]); ++k;

gotoxy(10,20); cputs("KETONUREA(P/A)"); gotoxy(73,20); cin>>s[k]; s[k]= toupper(s[k]); ++k; gotoxy(10,24); cputs("AUTO ANTIBODIES(P/A)"); gotoxy(73,24); cin>>s[k]; s[k]= toupper(s[k]); ++k; return;

}

SCREEN SHOT

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Diabtes Dectation

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