FunctionsChallenge_GV

Circle.md

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+# Name: circle()
+
+## Examples:
+circle(500,400,80);
+
+## Description:
+Draws a circle with x and y position using a and b variables respectively and diameter of . The first two parameters set the location, and the third sets the diameter of the circle.
+## Syntax:
+ellipse(cx, cy, d)
+
+##Parameters: 
+cx	float: x-coordinate of the ellipse
+
+cy	float: y-coordinate of the ellipse
+
+d	float: diameter of the ellipse
+
+##Returns:
+Void
+
+##Other notes:
+

ConverttoCelcius.md

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+# Name: FtoCel()
+
+## Examples:
+FtoCel(60);
+
+## Description:
+This converts Fahrenheit to Celcius. Input a degree value in the parameters, in Fahrenheit, to convert to Celcius.
+
+## Syntax:
+FtoCel(f)
+
+##Parameters: 
+f float: Degrees Fahrenheit 
+
+##Returns:
+float 
+
+##Other notes:
+

ConverttoKelvin.md

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+# Name: CeltoK()
+
+## Examples:
+CeltoK(15.568);
+
+## Description:
+This converts Celcius to Kelvin. Input a degree value in the parameters, in Celcius, to convert to Kelvin.
+
+## Syntax:
+CeltoK(cel)
+
+##Parameters: 
+cel float: Degrees Celcius
+
+##Returns:
+float
+
+##Other notes:
+

FunctionsChallenge/FunctionsChallenge.pde

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+void setup() {
+  size(1000, 800); //size of canvas
+}
+
+void draw() {
+  background(0); //set background
+  println(FtoCel(60)); //print value from fahrenheit to celcius
+  println(CeltoK(15.568)); //print value from celcius to kelvin
+  println(KinematicEq(15,9.8,10)); //print value of final velocity
+  circles(500,400,80); //draw ellipse in canvas
+}
+
+float FtoCel(float f) {
+  return .556*(f-32); //functions converts fahrenheit to celcius
+}
+float CeltoK(float cel) {
+  return cel+273.15; //function to converts celcius to kelvin
+}
+float KinematicEq(float v0,float acc, float x ) {
+  return sqrt(sq(v0)+(2*acc*x)); //function calulates for final velocity using kinematic equation
+}
+void circles(float cx,float cy, float d) {
+  ellipse(cx, cy, d, d); //function draws circles 
+
+}
+void mousePressed() { //change fill of circle
+  fill(random(255), random(255), random(255));
+  stroke(random(255), random(255), random(255));
+  strokeWeight(10);
+}

KinematicEquation.md

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+# Name: KinematicEq()
+
+## Examples:
+KinematicEq(15,9.8,10);
+
+## Description:
+Finds the final velocity using a kinematic equation when the intial velocity, acceleration, and distance are specified in the parameters.
+
+## Syntax:
+KinematicEq(v0,acc,x);
+
+##Parameters: 
+v0 float: inital velocity  
+
+acc float: acceleration
+
+x float: distance
+
+##Returns:
+float
+
+##Other notes:
+