User:Bita.rezazadegan

** Week 03 **

1. Random

This Homework focuses on Random Curve. First I define a point in x=100 and y=100 as my variable. The color as a variable with R=255, G=200 and B=150 is defined. I specify the Canvas like in all other programs and I manage it to be the same as widow width and widow height. Then I define points randomly which has their X from 0 to Window Width and their Y are from 0 to Window Height. I draw different circles which show a curve that is controlled by a Random. I also show my Random Curve in another way in which I define some squares that has their X and Y the same as the X and Y for Mouse. So when you move your mouse you will draw a curve that randomly affect the previous curve which was the circles. Approximately in the middle of the Canvas, I put some squares by a range in color between 0 to 255 and the same height for all that I put height= 70 and with different X. So these squares appear like different Barcodes which in my point of view can be my source of Randomness.

** Week 04 **

2. Turtle Walk

This homework is about Turtle walk. First of all, I define my variable that I need during the programming. I use “framerate” as a syntax to manage the speed of processing. As always I define Canvas in Setup and also I define a Function for creating Turtles. In Sub functions of Turtle, I put X=0 and Y=0 as the first point and I managed the first vector variables. I define the X and Y of the Turtle in Distance Function between Window Width and Window Height and I put this in other variable in order to define new points as a vector point. The X and Y of this new point consist of the X and Y of previous point plus an Integer unit of Cos(heading) and Sin (Heading) respectively. The “heading” is also achieved from an Integer number plus an angle. it makes circles, which are our turtle here, sequential and the previous circles are seemed as footstep of the Turtle on the floor. I wanted to make this walking more interesting so I change the colors randomly and transparently Then by using HSB system in color, I use transparent colors and I put the amount of its transparency as Random. If the turtle goes out of the Canvas, I move the point’s position. Also the Reset Function is defined that make the heading Zero and it goes to WindowWidth/2 and WindowHeight/2 .

** Week 05 **

3. Fractal tree (Curve)

This homework is about Turtle walk. First of all, I define my variable that I need during the programming. I use “framerate” as a syntax to manage the speed of processing. As always I define Canvas in Setup and also I define a Function for creating Turtles. In Sub functions of Turtle, I put X=0 and Y=0 as the first point and I managed the first vector variables. I define the X and Y of the Turtle in Distance Function between Window Width and Window Height and I put this in other variable in order to define new points as a vector point. The X and Y of this new point consist of the X and Y of previous point plus an Integer unit of Cos(heading) and Sin (Heading) respectively. The “heading” is also achieved from an Integer number plus an angle. it makes circles, which are our turtle here, sequential and the previous circles are seemed as footstep of the Turtle on the floor. I wanted to make this walking more interesting so I change the colors randomly and transparently Then by using HSB system in color, I use transparent colors and I put the amount of its transparency as Random. If the turtle goes out of the Canvas, I move the point’s position. Also the Reset Function is defined that make the heading Zero and it goes to WindowWidth/2 and WindowHeight/2 .