Master

Documentation2.md

@@ -1,19 +1,43 @@
-# Name: 
+# Name:void merryChristmas
 
 ## Examples:
-Insert examples here.
+void merryChristmas() {
+  background(0);
+  fill(255, 0, 0);
+  textSize(50);
+  text("Merry Christmas!", mouseX, mouseY);
+  if (mouseX>width/2-100) {
+    return;
+  }
+  fill(0, 255, 0);
+  text("Feliz Navidad!", mouseX, mouseY+100);
 
 ## Description:
-Insert description here
+the mouse will control where the user sees both Merry Christmas and Feliz Navidad
+on the screen. however, when the mouse's X position is greater than half the width of the
+screen, then the "Feliz Navidad" goes away. 
 
 ## Syntax:
-Demonstrate syntax here
+void datatype(){
+	background(int, int);
+	fill(r,g,b);
+	textSize(int);
+	text("text", x,y);
+	if(something){
+		return();
+}
+
+fill(r,g,b);
+text("text", x,y);
+}
 
 ##Parameters: 
 Name and describe parameters here
+none
 
-##Returns:
-What type of data does it return?
+##Returns:it gets rid of the "Feliz Navidad" after the mouse's X location
+is greater than half the width 
+no numerical data is returned
 
 ##Other notes:
 Anything else?

functionsChallenge/functionsChallenge.pde

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+void setup() {//runs once
+  size(600, 600);
+}
+
+void draw() {//runs in a loop
+  println(square(25)); //the program will find the square root of a number
+  merryChristmas();//the function will run in a loop
+  println(quadratic(1, 5, 6));//the answers will be printed 
+}
+
+float square(int num) {//initialize the function 
+  float result=sqrt(num);  //to find the square root of the number 
+  return result;//returns the result, the square root
+}
+float[] quadratic(float a, float b, float c) {//function is float, because it will return a value
+  float[] answers = new float[2];//the quadratic formula looks for two answers  
+  answers[0]=(-b + sqrt( b*b - 4*a*c)) / (2*a);//the first array will look for the first x
+  answers[1]=(-b - sqrt( b*b - 4*a*c)) / (2*a);//will calculate the second x
+  return answers;//will then give both x's
+}
+
+void merryChristmas() {//the function, merryChristmas, is initialized
+  background(0);
+  fill(255, 0, 0);//the color of the first line of text
+  textSize(50);
+  text("Merry Christmas!", mouseX, mouseY);//what the first line of text will say 
+  if (mouseX>width/2-100) {//when the x position of the mouse is greater than 1/2 the width, then the second line will disappear
+    return;//will return to the original first line of text depending where the mouse is positioned
+  }
+  fill(0, 255, 0);
+  text("Feliz Navidad!", mouseX, mouseY+100);//the second line of text, which disappears according to the position of the mouse
+}

merryChristmas.txt

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+# Name:void merryChristmas
+
+## Examples:
+void merryChristmas() {
+  background(0);
+  fill(255, 0, 0);
+  textSize(50);
+  text("Merry Christmas!", mouseX, mouseY);
+  if (mouseX>width/2-100) {
+    return;
+  }
+  fill(0, 255, 0);
+  text("Feliz Navidad!", mouseX, mouseY+100);
+
+## Description:
+the mouse will control where the user sees both Merry Christmas and Feliz Navidad
+on the screen. however, when the mouse's X position is greater than half the width of the
+screen, then the "Feliz Navidad" goes away. 
+
+## Syntax:
+void datatype(){
+	background(int, int);
+	fill(r,g,b);
+	textSize(int);
+	text("text", x,y);
+	if(something){
+		return();
+}
+
+fill(r,g,b);
+text("text", x,y);
+}
+
+##Parameters: 
+Name and describe parameters here
+none
+
+##Returns:it gets rid of the "Feliz Navidad" after the mouse's X location
+is greater than half the width 
+no numerical data is returned
+
+##Other notes:
+Anything else?

quadratic.txt

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+# Name: float [] quadratic
+
+## Examples:
+float[] quadratic(float a, float b, float c) {
+  float[] answers = new float[2];
+  answers[0]=(-b + sqrt( b*b - 4*a*c)) / (2*a);
+  answers[1]=(-b - sqrt( b*b - 4*a*c)) / (2*a);
+  return answers;
+
+## Description:
+the function was created to calculate the zeros of the equation, chosen by user, by using the
+quadratic formula. it is an array, since the formula will provide two answers.
+the function is a float, since it will return a value, and then set up with three float parameters
+
+## Syntax:
+datatype[]var( float var, float var, float var){
+	datatype[]var= new datatype[n];
+	var[n]=value;
+	return var;
+
+##Parameters: 
+float a,b,c= according to equation chosen by user in void draw 
+these are the coefficients in the quadratic formula, and also serve as the variables 
+in the function 
+
+##Returns:
+the zeros of the equation (value)
+
+##Other notes:
+Anything else?

square().txt

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+# Name: Desiree Armas
+
+## Examples:
+variables 
+num=25;
+the program will then find the square root of 25
+
+## Description:
+the user gets to choose a number
+the program will then find the sqaure root of that number
+( in order for the syntax to be user-friendly, 
+I inserted a variable , num and result, instead of an actual value)
+
+## Syntax:
+void draw(){
+println(square(25));//the user chose this number, represented in the below code (num) 
+float square(int num) {
+  float result=sqrt(num);// this finds the square root of the number, represented by (result) 
+  return result;//returns the result 
+
+##Parameters: 
+integers( int num)
+
+##Returns:
+the square root of a chosen number
+
+##Other notes:
+Anything else?

square()function.txt

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+# Name: float square
+
+## Examples:
+variables 
+num=25;
+the program will then find the square root of 25
+
+## Description:
+the user gets to choose a number
+the program will then find the sqaure root of that number
+( in order for the syntax to be user-friendly, 
+I inserted a variable , num and result, instead of an actual value)
+
+## Syntax:
+void draw(){
+println(square(25));//the user chose this number, represented in the below code (num) 
+float square(int num) {
+  float result=sqrt(num);// this finds the square root of the number, represented by (result) 
+  return result;//returns the result 
+
+##Parameters: 
+integers( int num)
+
+##Returns:
+the square root of a chosen number
+
+##Other notes:
+Anything else?