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For this week's Creative Code challenge by @sableRaph:"City Map” , CityMappingGltch is coded in Python MermaidJs, Hydravideosynth & ByteBeat
The visuals are representing a city map that is being built with glitches embedded in their system and the audio showcases the effort that is put in to fix such issues
Building a city
Mapping the roadways
Glitching the pathways , each day
To the edges that make the bay
This structure may be a bit dizzy
May need a whole new committee
But maybe
This what you need
When building a city
gitGraph:
commit id: "BeHaven"
commit id: "New Ideas"
commit id: "Old Ideas"
commit id:"black"
commit id: "Travelling"
commit id: "Damage Control"
branch OldYork
commit id: " Y"
commit id:"1111"
commit id:"black"
commit id: "B"
commit id: "C"
commit id: "Time After Time"
branch NewCrimas
commit id: "A"
commit id: "longterm3"
commit id: "D"
commit id: "Old Ideas"
commit id: "B"
checkout OldYork
branch OldCrimas
commit id:"1111"
commit id:"red"
commit id:"black"
commit id: "orange"
commit id: "longterm"
branch Trianny
commit id: "Old Ideas"
commit id: "NewBlash"
commit id: "Hijance"
commit id: "BeHaven"
merge OldCrimas
merge NewCrimas
branch AllYork
merge OldCrimas
merge NewCrimas
commit id:"black"
commit id: "C"
branch MindMaze
commit id: "C"
commit id: "Faraway"
commit id: "longterm"
commit id: "longterm2"
commit id: "longterm3"
import numpy as np
import seaborn as sns
import matplotlib.pylab as plt
def battle():
boats = [0,1,2,3,4,5,6,7,8,9,10,11]
prob = [0.025,0.025,0.05,0.05,0.05,0.05,0.1,0.1,0.1,0.1,0.2,0.15]
#by adding the (10,10) instead of 5, able to make an array with the weighted values
shipyard2 = np.random.choice(boats, (16,16), p=prob)
return shipyard2
def plotting(x):
letters = ['A','B','C','D','E','F','G','H','I','J','K','L','M','N','O','P'] #set for the columns
uniform_data = x
ax = sns.heatmap(uniform_data, linewidth=0.5,cmap="Set3") #changing it to blue for ocean representation
ax.set_xticklabels(letters) #setting the ticks of the x axis to letters
plt.show()
return x
plotting(battle())
s0.initScreen()
src(s0).modulateHue(s0).modulateRotate(src(s0).scale(1.73)).out()
s0.initScreen()
src(s0).scale(0.5).add(src(s0).scale(1.25)).blend(src(s0).scale(0.35)).out()
((cbrt(t) | t >> hypot(t,sin(t^2)) % 5) | t>> sin(t*t) | cos(sin(cbrt(t)))
)
((tan(t) | t >> hypot(t,t^2) % 5) | t>> sin(t*t) | cos(sin(t))
)