Upload the Lab 3 Project Files

This commit is contained in:
Charles Descamps 2022-09-14 08:39:35 -07:00
parent 7c8246c576
commit bae201d85b
4 changed files with 1064 additions and 0 deletions

137
Lab03/Lab_Project_3.c Normal file
View file

@ -0,0 +1,137 @@
#include "Console_IO_Utility.h"
const char TOP_LINE[]
= "==========================================================";
const char THICK_LINE_DIVIDER[]
= "|========================================================|";
const char THIN_LINE_DIVIDER[]
= "|--------------------------------------------------------|";
const int TWO_ENDLINES = 6;
const int TABLE_WIDTH = 58;
const int ACCELERATION_WIDTH = 7;
const int VELOCITY_WIDTH = 12;
const int TIME_WIDTH = 10;
const int FORCE_WIDTH = 10;
const char PIPE_SPACE[] = "| ";
const char SPACE_PIPE[] = " |";
int main()
{
// Initialize Variables
double initialSpeed, velocity, accelertion, force;
int mass, time;
// Show Title
// Functions: printEndline(), printString(),
printEndline();
printString("MOTION CALCULATOR");
printEndline();
printEndline();
printString(TOP_LINE);
printEndline();
// Get user input
// Section Title
printEndline();
printString("Provide the information below for the object");
printEndline();
// Functions: promptForDouble, printEndline
printEndline();
initialSpeed = promptForDouble("Initial Speed(m\\s): ");
printEndline();
velocity = promptForDouble("Velocity(m\\s): ");
printEndline();
time = promptForDouble("Time to reach destination(s): ");
printEndline();
mass = promptForDouble("Mass(Kg): ");
printEndline();
printEndline();
// Do the calculation
// Remember Newtons Law for Motion and Force
// Motion: v = u + a*t; v= velocity, u= initial speed, t= time;
// Force: F = m*a; m = mass, a= accelertion
accelertion = (velocity - initialSpeed) / time;
force = mass * accelertion;
// show results
// display results
// This portion of the code creates the top portion of the Table
printEndline(TWO_ENDLINES);
printString(TOP_LINE);
printEndline();
printCharacter(PIPE);
printStringJustified( "MOTION CALCULATOR",
TABLE_WIDTH - 2, "CENTER" );
printCharacter(PIPE);
printEndline();
printString(THICK_LINE_DIVIDER);
printEndline();
// this portion of the code creates the middle section of the output
printString( PIPE_SPACE );
printStringJustified( "Velocity", VELOCITY_WIDTH - 1, "LEFT" );
printCharacter( PIPE );
printStringJustified( "Time", TIME_WIDTH, "CENTER" );
printString( PIPE_SPACE );
printStringJustified( "Accelertion", ACCELERATION_WIDTH - 2, "CENTER" );
printString( SPACE_PIPE );
printStringJustified( "Force", FORCE_WIDTH - 1, "CENTER" );
printString( SPACE_PIPE );
printEndline();
printString(THICK_LINE_DIVIDER);
printEndline();
// This protion of the code creates the bottome section of the code
// Functions: pritnString, printDobleJustified, printCharacter, printEndline
printString(PIPE_SPACE);
printDoubleJustified( velocity, PRECISION, VELOCITY_WIDTH-1, "LEFT" );
printString( PIPE_SPACE );
printDoubleJustified( time, PRECISION, TIME_WIDTH-3, "LEFT" );
printString( PIPE_SPACE );
printDoubleJustified( accelertion, PRECISION, ACCELERATION_WIDTH+4,
"CENTER" );
printString( SPACE_PIPE );
printDoubleJustified( force, PRECISION, FORCE_WIDTH - 1,
"CENTER" );
printString( SPACE_PIPE );
printEndline();
printString(THIN_LINE_DIVIDER);
printEndline();
// End program
return 0;
}