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| =Tobias Zimmer=
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| | ==Algorithm for Humans 1 — 19.10.18== |
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| ==Assignment 1 — Static Illustration== | | {| border="1" |
| [[File:intro_algorithm_600x600.gif|Introductory Algorithm]]
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| | | ! style="width: 50%" | Result |
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| | ! style="width: 50%" | Algorithm |
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| ! style="width: 50%" | Result
| | | [[File:introductory_algorithm_superimposed_1200x1200.jpg|600px|Introductory Algorithm]] |
| ! style="width: 50%" | Algorithm
| | | Superimposed results of the Introductory Algorithm. By executing the algorithm, each participant of the class created a unique personal sign, based on their own name. <br><br> [[Media:introductory_algorithm.pdf|Introductory Algorithm]] <br><br> Description, scan, photo, text or file of the algorithm here. Please also include possible references or inspirations with links if you can. |
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| |[[File:intro_algorithm_600x600.gif|Introductory Algorithm]] | |
| |Necessary Materials:1 blank sheet of white paper (DIN A4) | |
| 1 ruler (30cm)
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| 1 geometry triangle
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| 1 pencil
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| 1 pen (your favorite color — this is the part where you can use your full artistic freedom)
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| Steps to follow:
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| Place the sheet of paper in front of you vertically.
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| Mark the top and bottom edge of the paper with a small
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| pencil stroke at centimeter 4, measuring from the left edge.
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| Mark the left and right edge of the paper with a small
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| pencil stroke at centimeter 4, measuring from the top edge.
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| Connect the mark on the top edge, with the mark on the bottom edge, with a straight pencil line.
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| Connect the mark on the left edge, with the mark on the right edge, with a straight pencil line.
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| Align your ruler with the shorter line.
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| Align the zero centimeter mark of your ruler, with the intersection of the shorter and the longer line.
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| From 0 to 13cm, mark the shorter line with small pencil strokes at each 5mm step.
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| Starting from 0.5cm, label your pencil strokes with the letters of the alphabet from A to Z.
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| Align your ruler with the longer line.
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| Align the zero centimeter mark of your ruler, with the intersection of the shorter and the longer line.
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| From 0 to 13cm, mark the longer line with small pencil strokes at each 5mm step.
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| Starting from 0.5cm, label your pencil strokes with the letters of the alphabet from A to Z.
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| The structure created so far, will be called coordinate system from now on.
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| The ability to work with a coordinate system is assumed.
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| Before executing the next step, read the next three steps and the example.
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| Use the pen of your favorite color, to write down your first name,
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| in block letters, in the square, in the upper-left corner of the paper
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| (if you have multiple prenames, choose one).
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| Use the pen of your favorite color, to write down your family name,
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| in block letters, beneath your first name, so that each letter builds
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| a pair with a letter of your first name.
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| If one of your names (first name or family name) has less letters than the other, extend the
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| shorter name with letters from its beginning, until it matches the length of the longer name.
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| Example: BEN becomes BENBE
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| FROST FROST
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| The extended name will still be referred to as first name or family name in the following steps.
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| Find the first letter of your first name, on the horizontal axis of the coordinate system.
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| Find the first letter of your family name, on the vertical axis of the coordinate system.
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| Use the geometry triangle to mark the position in the coordinate
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| system with a small dot (you may draw guide lines with the pencil).
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| Label the dot with the number of the current letter-combination.
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| Repeat the last 4 steps of the algorithm for each letter-combination of your names successively,
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| starting with the first letter-combination and ending with the last letter-combination.
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| Connect the numbered dots in ascending order, using the pen of your favorite color.
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| |} | | |} |
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| | <br> |
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| | [[File:test.mp4|600px|Introductory Algorithm]] |
