leslye_functionschallenge

doc_1/doc_1.pde

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+void setup() {
+  size(800,600);
+}
+
+void draw() {
+background(0);
+println(pointslope(3,4,7));
+
+}
+
+float pointslope(float m,float x,float b) {
+ float result= (m*x)+b;
+ return result;
+}

doc_2/doc_2.pde

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+void setup() {
+  size(800,600);
+}
+
+void draw() {
+background(0);
+println(Work(250,15));
+
+}
+
+float Work(float F, float d) {
+  float result = F*d;
+  return result;
+}

doc_3/doc_3.pde

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+PVector loc = PVector(), vel= PVector();
+
+void setup() {
+  size(800, 600);
+}
+
+void draw() {
+  floatingballoons(.5, .05);
+}
+
+void floatingballoons(float vel, float scaleFactor) {
+  PImage balloon;
+  balloon = loadImage("balloon.jpg");
+  image(balloon, 0, 0, balloon.width*scaleFactor, balloon.height*scaleFactor);
+  loc.add(vel);
+}

floatingballoondocumentation.md

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+# Name: floatingballons()
+
+## Examples:
+floatingballoons(.5,.05)
+
+## Description:
+This function intitializes an image of a balloon floating around the screen. 
+
+## Syntax:
+floatingballoon(vel, scaleFactor)
+
+##Parameters: 
+float vel: add velocity to the image 
+float scaleFactor: changes the size of the image 
+
+##Returns:
+It returns an image floating around the screen.
+

mathfunctiondocumentation

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+# Name: pointslope()
+
+## Examples:
+printlm(pointslope(3,4,7)); 
+
+## Description:
+This function will give the y value for the point slope math equation, y=mx=b. The m stands for the slope, the x stands for the x coordinate, and the b stands for the y-intercept. This equation uses 3 variables to come up with the result of y for the x value plugged into the equation. This equation is linear.
+
+## Syntax:
+pointslope(m, x, b)
+
+##Parameters: 
+float m: slope of line  
+float x: x coordinate of any point of the line
+float b: y-intercept of the line 
+
+##Returns:
+the Y value for the X value. 
+

physicsfunctiondocumentation

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+# Name: Work()
+
+## Examples:
+println(Work(250,15));
+
+## Description:
+This physics function for work will find the value of Work given the values of Force (F) and distance (d). The F and d are multiplied to give the output value of F. 
+
+## Syntax:
+Work(F,d)
+
+##Parameters: 
+float F: the amount of Force it take to do a cetain work 
+float d: the distance the Force moves
+
+##Returns:
+the amount of Work.