Skip to main content

BMI Metric source code in Liberty basics

Body Mass Index Implementation

First Screen


Result Screen



[setup.main.Window]
    '-----Begin code for #main

WindowWidth = 365
WindowHeight = 220
UpperLeftX=int((DisplayWidth-WindowWidth)/2)
UpperLeftY=int((DisplayHeight-WindowHeight)/2)


'-----Begin GUI objects code

statictext #main.statictext1, "Enter Your Name", 15, 52, 102, 20
TextboxColor$ = "white"
textbox #main.name, 135, 47, 100, 25
button #main.button3,"Proceed Now!",[BMI], UL, 15, 92, 95, 25

'-----End GUI objects code

open "untitled" for window as #main
print #main, "font ms_sans_serif 10"

wait
[BMI]

print #main.name, "!contents? name$"
m1$ = "Welcome "+name$+" to BMI Calculator"
notice m1$
close #main
'-----Begin code for #1

WindowWidth = 550
WindowHeight = 410
UpperLeftX=int((DisplayWidth-WindowWidth)/2)
UpperLeftY=int((DisplayHeight-WindowHeight)/2)


'-----Begin GUI objects code

statictext #1.statictext1, "You Height", 70, 52, 66, 20 '---- setting position of label
TextboxColor$ = "white"
textbox #1.tb1, 150, 47, 100, 25 '---- setting position of height text field
statictext #1.statictext3, "(in Centimeters)", 150, 82, 92, 20
statictext #1.statictext4, "Your weight", 70, 117, 69, 20
textbox #1.tb2, 150, 112, 100, 25
statictext #1.statictext6, "(in Kilograms)", 150, 147, 81, 20
button #1.button8,"Compute BMI",[bmi], UL, 150, 177, 90, 25 '---- setting position button
textbox #1.tb3, 150, 217, 100, 25

'-----End GUI objects code

open "Metric BMI" for window as #1 '---- setting the handler
print #1, "font ms_sans_serif 10"




print #1, "trapclose [quit]"
wait
[bmi]

print #1.tb1, "!contents? heightInCm$" '------ fetching the values from height text feild and storing result in heightInCm variable
print #1.tb2, "!contents? weight$" '------ fetching the valus from weight text field and storing result in heightInCm variable
heightInMeter = 0.01 * val(heightInCm$) '------ converting the string vales of height txt field into number and measuring it in meters
square = heightInMeter * heightInMeter '------- taking square of height according to the formula

totalWeight = val(weight$) '------ converting the string value of weight into number
result = totalWeight/square '----- applying formula to caculate the Metric BMI
print #1.tb3, result '------ displaying the result into the text field
if result<18.5 then notice "You have low BMI"
if result>18.5 and result<25 then notice "You have normal BMI"
if result>25 then notice "You have high BMI"
wait
[quit]
close #main
stop
 download now!





CONTACT DETAILS

For any other questions or other tasks please feel free to contact me
via email: mhassnainjamil@gmail.com
via WhatsApp: +92-324-7042178
via skype: hassnainjamil1

Comments

Popular posts from this blog

The Zoo Management System - entity relationship diagram & MS Access Database

Zoo Management System - Project Details: You are the employee of a big, worldwide working Zoo Management Company. Your company is responsible for the Zoo management. Your boss thinks it would be a great idea to store all data for each Zoo in a brand new self-developed ZOO Management System. Up to now, the ZOO management company has maps of each ZOO available. Your boss knows that you took a course in introduction on an ERP system, so he asks you if you could help designing such a system. Each ZOO must have the same organizational structure, which should look like this: Each Zoo has a Zoo-Address. Each Zoo has many visitors (Visitor Ticket Process (VTP). Many Zoo-Attractions belong to a Zoo. Module 1: Entity Relationship Diagram Design a ER (entity-relationship) diagram for your ZOO Management System. Use the information provided below with the entities and its attributes. Put the entities in the correct relationship to each other (organizational structure). Module 2: DB Implem...

EIT Knowledge and Innovative Community Scholarships has been announced

Admission Criteria To qualify for our programmes, applicants need to fulfill the admission requirements based on previous studies, English proficiency and relevant documentation. Previous Studies: A Completed Bachelor’s Degree In order to be admitted into a KIC InnoEnergy MSc programme, you must have completed a Bachelor’s degree encompassing a minimum of 180 ECTS credits or equivalent academic qualifications from an internationally recognized university. Please note that admissions depend on the specific BSc degree you hold for entry into the MSc programme you are interested in. Conditional Acceptance – Undergraduate Students in Final Year Students in their final year of undergraduate education may also apply and if expected to qualify, receive a conditional offer. If you have not completed your studies, please include a written statement from your university’s administration office (or equivalent department), confirming that you are enrolled in the final year of your study programme ...

Human Physiology by Stuart Ira Fox [PDF] (12th edition) free download