GMU:Algorithmic Art/Christopher Heiden: Difference between revisions

Revision as of 19:30, 10 January 2019

Result	Algorithm
	Result of the first analog algorithm reading line by line and execute the given instructions.

Result	Algorithm
	This time we had to write our own algorithm and give it an other student so he/she can try to draw it. The result you can see here. Assignment_1

Result	Algorithm
	New Assignment . See the algorithm here: Assignment_3

Result	Algorithm
	New Assignment: See the algorithm here: Assignment_4

Result	Algorithm
	New Assignment: See the algorithm here: Assignment_5

Result	Algorithm
	Presenting the first drawing imagine with Processing. Assignment_2.pde

Result	Algorithm
	Presenting a small little game which includes things we have learned last time like for-loops, if-clauses, variables and so on. Score.pde Stick.pde Waterfall__Game.pde Ball.pde Menu.pde

Result	Algorithm
	Showing a small grid using vertexes and neste-for-loops. Assignment_3.pde

Result	Algorithm
	Show circle created by lines using arrays, classes and random functions Assignment_4.pde Point.pde

Result	Algorithm
	Show circle created by points. If the mouse is insead the circle it creates lines. All lines have their end point at the mouse position. Assignment_5.pde

Result	Algorithm
	The sketch creates many invisible retangles. That shapes will be used by a class called Lines which draws dots along the invisible shape of all created retangles Assignment_6.pde Rectangles.pde Line.pde

Result	Algorithm
	The sketch creates several triangles. This time the space is threedimensional so the triangles also use a z value. Assignment_7.pde Point.pde Triangle.pde

Result	Algorithm
	Create a sketch with music Create Image.pde Poligon Database.pde

Result	Algorithm
	Create a static picture. Draw static image.pde

Result	Algorithm
	That is a rework of assignment number 4. I changed the opacity of the lines mainly. Create Image.pde Poligon Database.pde

Result	Algorithm
	That is a rework of assignment number 6. Now all rectangles wil be drawn after an other. Draw static image.pde

Result	Algorithm
Rework Sound	That is a rework of one of my practices at home. This is in interactive processing programm. Therefore you need a "data" directory in which you store an "Audio" directory. In that you have to have two different sounds (sound1.mp3 and sound2.mp3). Sound.pde InteractiveSound.pde Draw.pde

@@ Line 237: / Line 237: @@
 ! style="width: 50%" | Algorithm
 |-
-| [[File:Picture_exer.PNG|600px|Exercise 2]]
+| [[File:represenation.PNG.PNG|600px|Rework Sound]]
 | That is a rework of one of my practices at home. This is in interactive processing programm. Therefore you need a "data" directory in which you store an "Audio" directory. In that you have to have two different sounds (sound1.mp3 and sound2.mp3).<br><br>
-[[Media:exercise_2.pde|Draw static image.pde]]<br>
+[[Media:musicInt.pde|Sound.pde]]<br>
+[[Media:interactiveSound.pde|InteractiveSound.pde]]<br>
+[[Media:Draw.pde|Draw.pde]]<br>
 |-
 |}