GMU:Algorithmic Art/Baiyao Lin: Difference between revisions

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| [[File:first algorithm.jpg|600px|Introductory Algorithm]]

| 1. 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. [[Media:introductory_algorithm.pdf|Introductory Algorithm]] 2. Executed algorithm of Manuel, called ~~'''~~Arccry~~'''~~, inspired by 'Farcry' and the arcs presented.

| 1. 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. [[Media:introductory_algorithm.pdf|Introductory Algorithm]] 2. Executed algorithm of Manuel, called Arccry, inspired by 'Farcry' and the arcs presented.

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==Algorithm Practice & HGP 3 — 16.11.18==

==Algorithm Practice & HGP 3 — 16&23.11.18==

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| [[File:gridnoise.png|400px]]

| Practice with noise/cos/matrix. [[File:gridnoise.pde]]

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{| border="1"

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! style="width: 50%" | Result

! style="width: 50%" | Algorithm

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| *Open google map to search a bus stop(a) near you, then search a bus stop(b) near you, go to (b). Write down the time you arrive as (x)[xxh:xxm:xxs]. *Choose a bus on the messageboard, write down the bus number, how many minutes(m) it will arrive, and wait for the bus. *Count the number of people in and out separately, get on the bus. Caculate a new number(n)=|num[in]-num[out]|, get off the bus at the (n)th stop. Write down the time you get off as (y)[yyh:yym:yys]. *Now check your compass on the phone, use the bus' leaving direction to record the compass direction as (z)[N, E, S, or W]. *Turn the time (x), (y) into coordinate, eg. 24h:24m:24s ->24°24'24". Caculate a new coordinate(nx, 2my), nx as altitude, 2my as longitude. If the bus stop(b) is to the north of (a), set altitude as |nx|, and set as -|nx| if south. So you can check on northern or southern hemisphere; If the bus number is even, set longitude as |2my|, and set as -|2my| if it's odd, so you can check on the east or west to the 0° longitude line. *Look up the new coordinate on google map, if it is in a city, write down the city and country name, if it's not in a city, use the direction(z) to look for the nearest city on this direction, write down the names.

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 |  [[File:first algorithm.jpg|600px|Introductory Algorithm]]
-| 1. 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> 2. Executed algorithm of Manuel, called '''Arccry''', inspired by 'Farcry' and the arcs presented.
+| 1. 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> 2. Executed algorithm of Manuel, called Arccry, inspired by 'Farcry' and the arcs presented.
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 |}
-==Algorithm Practice & HGP 3 —  16.11.18==
+==Algorithm Practice & HGP 3 —  16&23.11.18==
 {| border="1"
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 | [[File:gridnoise.png|400px]]
 | Practice with noise/cos/matrix. <br><br> [[File:gridnoise.pde]]
+|-
+|}
+{| border="1"
+|-
+! style="width: 50%" | Result
+! style="width: 50%" | Algorithm
+|-
+|
+| *Open google map to search a bus stop(a) near you, then search a bus stop(b) near you, go to (b). Write down the time you arrive as (x)[xxh:xxm:xxs].<br>*Choose a bus on the messageboard, write down the bus number, how many minutes(m) it will arrive, and wait for the bus.<br>*Count the number of people in and out separately, get on the bus. Caculate a new number(n)=|num[in]-num[out]|, get off the bus at the (n)th stop. Write down the time you get off as (y)[yyh:yym:yys].<br>*Now check your compass on the phone, use the bus' leaving direction to record the compass direction as (z)[N, E, S, or W].<br>*Turn the time (x), (y) into coordinate, eg. 24h:24m:24s ->24°24'24". Caculate a new coordinate(nx, 2my), nx as altitude, 2my as longitude. If the bus stop(b) is to the north of (a), set altitude as |nx|, and set as -|nx| if south. So you can check on northern or southern hemisphere; If the bus number is even, set longitude as |2my|, and set as -|2my| if it's odd, so you can check on the east or west to the 0° longitude line.<br>*Look up the new coordinate on google map, if it is in a city, write down the city and country name, if it's not in a city, use the direction(z) to look for the nearest city on this direction, write down the names.
 |-
 |}