Making a Gradient Patch

Goal

Creation of a patch that will be part of global A0 composition of patches made by XPUB1 students.

Creation of a patch - Draft 01

I guess there could be way easier methods to do this, but here is how I created a gradient that is slowly deconsctructed by .random function.

Code:

width1 = 82
height1 = 1

characters1 = ['█','█']
output = open("martinpath_01.txt",'w')
for y in range(height1):
    line1 = ''
    for x in range(width1):
        line1 += random.choice(characters1)
    print(line1)
    print(line1,file = output)
    #print (y)
    
width2 = 82
height2 = 1

characters2 = ['▇','▇']
for y in range(height2):
    line2 = ''
    for x in range(width2):
        line2 += random.choice(characters2)
    print(line2)
    print(line2,file = output)

width3 = 82
height3 = 1

characters3 = ['▆','▆']
for y in range(height3):
    line3 = ''
    for x in range(width3):
        line3 += random.choice(characters3)
    print(line3)
    print(line3,file = output)
    
width4 = 82
height4 = 1

characters4 = ['▅','▅']
for y in range(height4):
    line4 = ''
    for x in range(width4):
        line4 += random.choice(characters4)
    print(line4)
    print(line4,file = output)
    
width5 = 82
height5 = 1

characters5 = ['▄','▄']
for y in range(height5):
    line5 = ''
    for x in range(width5):
        line5 += random.choice(characters5)
    print(line5)
    print(line5,file = output)
    
width6 = 82
height6 = 1

characters6 = ['▃','▃']
for y in range(height6):
    line6 = ''
    for x in range(width6):
        line6 += random.choice(characters6)
    print(line6)
    print(line6,file = output)
    
width7 = 82
height7 = 1

characters7 = ['▂','▂']
for y in range(height7):
    line7 = ''
    for x in range(width7):
        line7 += random.choice(characters7)
    print(line7)
    print(line7,file = output)
    
width8 = 82
height8 = 1

characters8 = ['▁','▁']
for y in range(height8):
    line8 = ''
    for x in range(width8):
        line8 += random.choice(characters8)
    print(line8)
    print(line8,file = output)
    
width9 = 82
height9 = 1

characters9 = ['_','_']
for y in range(height9):
    line9 = ''
    for x in range(width9):
        line9 += random.choice(characters9)
    print(line9)
    print(line9,file = output)
    
width10 = 82
height10 = 1

characters10 = ['▁','▁']
for y in range(height10):
    line10 = ''
    for x in range(width10):
        line10 += random.choice(characters10)
    print(line10)
    print(line10,file = output)
    
width11 = 82
height11 = 1

characters11 = ['▂','▂']
for y in range(height11):
    line11 = ''
    for x in range(width11):
        line11 += random.choice(characters11)
    print(line11)
    print(line11,file = output)
    
width12 = 82
height12 = 1

characters12 = ['▃','▃']
for y in range(height12):
    line12 = ''
    for x in range(width12):
        line12 += random.choice(characters12)
    print(line12)
    print(line12,file = output)
    
width13 = 82
height13 = 1

characters13 = ['▄','▄']
for y in range(height13):
    line13 = ''
    for x in range(width13):
        line13 += random.choice(characters13)
    print(line13)
    print(line13,file = output)

width14 = 82
height14 = 1

characters14 = ['▅','▅']
for y in range(height14):
    line14 = ''
    for x in range(width14):
        line14 += random.choice(characters14)
    print(line14)
    print(line14,file = output)
    
width15 = 82
height15 = 1

characters15 = ['▆','▆']
for y in range(height15):
    line15 = ''
    for x in range(width15):
        line15 += random.choice(characters15)
    print(line15)
    print(line15,file = output)
    
width16 = 82
height16 = 1

characters16 = ['▇','▇']
for y in range(height16):
    line16 = ''
    for x in range(width16):
        line16 += random.choice(characters16)
    print(line16)
    print(line16,file = output)
    
    
width18 = 82
height18 = 1

characters18 = ['▇','█']
for y in range(height18):
    line18 = ''
    for x in range(width18):
        line18 += random.choice(characters18)
    print(line18)
    print(line18,file = output)
    
width18 = 82
height18 = 1

characters18 = ['▇','▆']
for y in range(height18):
    line18 = ''
    for x in range(width18):
        line18 += random.choice(characters18)
    print(line18)
    print(line18,file = output)
    
width19 = 82
height19 = 1

characters19 = ['▅','▆']
for y in range(height19):
    line19 = ''
    for x in range(width19):
        line19 += random.choice(characters19)
    print(line19)
    print(line19,file = output)
    
width20 = 82
height20 = 1

characters20 = ['▅','▄']
for y in range(height20):
    line20 = ''
    for x in range(width20):
        line20 += random.choice(characters20)
    print(line20)
    print(line20,file = output)
    
width21 = 82
height21 = 1

characters21 = ['▄','▃']
for y in range(height21):
    line21 = ''
    for x in range(width21):
        line21 += random.choice(characters21)
    print(line21)
    print(line21,file = output)
    
width22 = 82
height22 = 1

characters22 = ['▃','▂']
for y in range(height22):
    line22 = ''
    for x in range(width22):
        line22 += random.choice(characters22)
    print(line22)
    print(line22,file = output)
    
width23 = 82
height23 = 1

characters23 = ['▂','▁']
for y in range(height23):
    line23 = ''
    for x in range(width23):
        line23 += random.choice(characters23)
    print(line23)
    print(line23,file = output)

    
width24 = 82
height24 = 1

characters24 = ['▁','_']
for y in range(height24):
    line24 = ''
    for x in range(width24):
        line24 += random.choice(characters24)
    print(line24)
    print(line24,file = output)
    
width25 = 82
height25 = 1

characters25 = ['▂','▁']
for y in range(height25):
    line25 = ''
    for x in range(width25):
        line25 += random.choice(characters25)
    print(line25)
    print(line25,file = output)

width26 = 82
height26 = 1

characters26 = ['▃','▂']
for y in range(height26):
    line26 = ''
    for x in range(width26):
        line26 += random.choice(characters26)
    print(line26)
    print(line26,file = output)
    
width27 = 82
height27 = 1

characters27 = ['▄','▃']
for y in range(height27):
    line27 = ''
    for x in range(width27):
        line27 += random.choice(characters27)
    print(line27)
    print(line27,file = output)
    
width28 = 82
height28 = 1

characters28 = ['▅','▄']
for y in range(height28):
    line28 = ''
    for x in range(width28):
        line28 += random.choice(characters28)
    print(line28)
    print(line28,file = output)
    
width29 = 82
height29 = 1

characters29 = ['▅','▆']
for y in range(height29):
    line29 = ''
    for x in range(width29):
        line29 += random.choice(characters29)
    print(line29)
    print(line29,file = output)

width30 = 82
height30 = 1

characters30 = ['▇','▆']
for y in range(height30):
    line30 = ''
    for x in range(width30):
        line30 += random.choice(characters30)
    print(line30)
    print(line30,file = output)
    
width31 = 82
height31 = 1

characters31 = ['▇','█']
for y in range(height31):
    line31 = ''
    for x in range(width31):
        line31 += random.choice(characters31)
    print(line31)
    print(line31,file = output)
    
    
width33 = 82
height33 = 1
characters33 = ['█','▇','▆']
for y in range(height33):
    line33 = ''
    for x in range(width33):
        line33 += random.choice(characters33)
    print(line33)
    print(line33,file = output)
    #print (y)
    
width34 = 82
height34 = 1

characters34 = ['▇','▆','▅']
for y in range(height34):
    line34 = ''
    for x in range(width34):
        line34 += random.choice(characters34)
    print(line34)
    print(line34,file = output)
    #print (y)
    
width35 = 82
height35 = 1

characters35 = ['▆','▅','▄']
for y in range(height35):
    line35 = ''
    for x in range(width35):
        line35 += random.choice(characters35)
    print(line35)
    print(line35,file = output)
    #print (y)
    
width36 = 82
height36 = 1

characters36 = ['▅','▄','▃']
for y in range(height36):
    line36 = ''
    for x in range(width36):
        line36 += random.choice(characters36)
    print(line36)
    print(line36,file = output)
    #print (y)
    
width37 = 82
height37 = 1

characters37 = ['▄','▃','▂']
for y in range(height37):
    line37 = ''
    for x in range(width37):
        line37 += random.choice(characters37)
    print(line37)
    print(line37,file = output)
    #print (y)
    
width38 = 82
height38 = 1

characters38 = ['▃','▂','▁']
for y in range(height38):
    line38 = ''
    for x in range(width38):
        line38 += random.choice(characters38)
    print(line38)
    print(line38,file = output)
    #print (y)
    
width39 = 82
height39 = 1

characters39 = ['▂','▁','_']
for y in range(height39):
    line39 = ''
    for x in range(width39):
        line39 += random.choice(characters39)
    print(line39)
    print(line39,file = output)
    #print (y)
    
width40 = 82
height40 = 1

characters40 = ['▃','▂','▁']
for y in range(height40):
    line40 = ''
    for x in range(width40):
        line40 += random.choice(characters40)
    print(line40)
    print(line40,file = output)
    #print (y)
    
width41 = 82
height41 = 1

characters41 = ['▄','▃','▂']
for y in range(height41):
    line41 = ''
    for x in range(width41):
        line41 += random.choice(characters37)
    print(line41)
    print(line41,file = output)
    #print (y)
    
width42 = 82
height42 = 1

characters42 = ['▅','▄','▃']
for y in range(height42):
    line42 = ''
    for x in range(width42):
        line42 += random.choice(characters42)
    print(line42)
    print(line42,file = output)
    #print (y)
    
width43 = 82
height43 = 1

characters43 = ['▆','▅','▄']
for y in range(height43):
    line43 = ''
    for x in range(width43):
        line43 += random.choice(characters43)
    print(line43)
    print(line43,file = output)
    #print (y)
    
width44 = 82
height44 = 1

characters44 = ['▇','▆','▅']
for y in range(height44):
    line44 = ''
    for x in range(width44):
        line44 += random.choice(characters44)
    print(line44)
    print(line44,file = output)
    #print (y)
    
width45 = 82
height45 = 1

characters45 = ['█','▇','▆']
for y in range(height45):
    line45 = ''
    for x in range(width45):
        line45 += random.choice(characters45)
    print(line45)
    print(line45,file = output)
    #print (y)

width47 = 82
height47 = 1

characters47 = ['█','▇','▆','▅']
for y in range(height47):
    line47 = ''
    for x in range(width47):
        line47 += random.choice(characters47)
    print(line47)
    print(line47,file = output)
    #print (y)
    
width48 = 82
height48 = 1

characters48 = ['▇','▆','▅','▄']
for y in range(height48):
    line48 = ''
    for x in range(width48):
        line48 += random.choice(characters48)
    print(line48)
    print(line48,file = output)
    #print (y)
    
width49 = 82
height49 = 1

characters49 = ['▆','▅','▄','▃']
for y in range(height49):
    line49 = ''
    for x in range(width49):
        line49+= random.choice(characters49)
    print(line49)
    print(line49,file = output)
    #print (y)
    
width50 = 82
height50 = 1

characters50 = ['▅','▄','▃','▂']
for y in range(height50):
    line50 = ''
    for x in range(width50):
        line50 += random.choice(characters50)
    print(line50)
    print(line50,file = output)
    #print (y)
    
width51 = 82
height51 = 1

characters51 = ['▄','▃','▂','▁']
for y in range(height51):
    line51 = ''
    for x in range(width51):
        line51 += random.choice(characters51)
    print(line51)
    print(line51,file = output)
    #print (y)
    
width52 = 82
height52 = 1

characters52 = ['▃','▂','▁','_']
for y in range(height52):
    line52 = ''
    for x in range(width52):
        line52 += random.choice(characters52)
    print(line52)
    print(line52,file = output)
    #print (y)
    
width53 = 82
height53 = 1

characters53 = ['▄','▃','▂','▁']
for y in range(height53):
    line53 = ''
    for x in range(width53):
        line53 += random.choice(characters53)
    print(line53)
    print(line53,file = output)
    #print (y)
    
width54 = 82
height54 = 1

characters54 = ['▅','▄','▃','▂']
for y in range(height54):
    line54 = ''
    for x in range(width54):
        line54 += random.choice(characters54)
    print(line54)
    print(line54,file = output)
    #print (y)
    
width55 = 82
height55 = 1

characters55 = ['▆','▅','▄','▃']
for y in range(height55):
    line55 = ''
    for x in range(width55):
        line55 += random.choice(characters55)
    print(line55)
    print(line55,file = output)
    #print (y)
    
width56 = 82
height56 = 1

characters56 = ['▇','▆','▅','▄']
for y in range(height56):
    line56 = ''
    for x in range(width56):
        line56 += random.choice(characters56)
    print(line56)
    print(line56,file = output)
    #print (y)

width57 = 82
height57 = 1

characters57 = ['█','▇','▆','▅']
for y in range(height57):
    line57 = ''
    for x in range(width57):
        line57 += random.choice(characters57)
    print(line57)
    print(line57,file = output)
    #print (y)
    
    
width59 = 82
height59 = 1

characters59 = ['█','▇','▆','▅','▄']
for y in range(height59):
    line59 = ''
    for x in range(width59):
        line59 += random.choice(characters59)
    print(line59)
    print(line59,file = output)
    #print (y)
    
width60 = 82
height60 = 1

characters60 = ['▇','▆','▅','▄','▃']
for y in range(height60):
    line60 = ''
    for x in range(width60):
        line60 += random.choice(characters60)
    print(line60)
    print(line60,file = output)
    #print (y)
    
width61 = 82
height61 = 1

characters61 = ['▆','▅','▄','▃','▂']
for y in range(height61):
    line61 = ''
    for x in range(width61):
        line61 += random.choice(characters61)
    print(line61)
    print(line61,file = output)
    #print (y)
    
width62 = 82
height62 = 1

characters62 = ['▅','▄','▃','▂','▁']
for y in range(height62):
    line62 = ''
    for x in range(width62):
        line62 += random.choice(characters62)
    print(line62)
    print(line62,file = output)
    #print (y)
    
width63 = 82
height63 = 1

characters63 = ['▄','▃','▂','▁','_']
for y in range(height63):
    line63 = ''
    for x in range(width63):
        line63 += random.choice(characters63)
    print(line63)
    print(line63,file = output)
    #print (y)
    
width64 = 82
height64 = 1

characters64 = ['▅','▄','▃','▂','▁']
for y in range(height64):
    line64 = ''
    for x in range(width64):
        line64 += random.choice(characters64)
    print(line64)
    print(line64,file = output)
    #print (y)
    
width65 = 82
height65 = 1

characters65 = ['▆','▅','▄','▃','▂']
for y in range(height65):
    line65 = ''
    for x in range(width65):
        line65 += random.choice(characters65)
    print(line65)
    print(line65,file = output)
    #print (y)
    
width66 = 82
height66 = 1

characters66 = ['▇','▆','▅','▄','▃']
for y in range(height66):
    line66 = ''
    for x in range(width66):
        line66 += random.choice(characters66)
    print(line66)
    print(line66,file = output)
    #print (y)
    
width67 = 82
height67 = 1

characters67 = ['█','▇','▆','▅','▄']
for y in range(height67):
    line67 = ''
    for x in range(width67):
        line67 += random.choice(characters67)
    print(line67)
    print(line67,file = output)
    #print (y)
    
    
width69 = 82
height69 = 1

characters69 = ['█','▇','▆','▅','▄','▃']
for y in range(height69):
    line69 = ''
    for x in range(width69):
        line69 += random.choice(characters69)
    print(line69)
    print(line69,file = output)
    #print (y)
    
width70 = 82
height70 = 1

characters70 = ['▇','▆','▅','▄','▃','▂']
for y in range(height70):
    line70 = ''
    for x in range(width70):
        line70 += random.choice(characters70)
    print(line70)
    print(line70,file = output)
    #print (y)
    
width71 = 82
height71 = 1

characters71 = ['▆','▅','▄','▃','▂','▁']
for y in range(height71):
    line71 = ''
    for x in range(width71):
        line71 += random.choice(characters71)
    print(line71)
    print(line71,file = output)
    #print (y)
    
width72 = 82
height72 = 1

characters72 = ['▅','▄','▃','▂','▁','_']
for y in range(height72):
    line72 = ''
    for x in range(width72):
        line72 += random.choice(characters72)
    print(line72)
    print(line72,file = output)
    #print (y)
    
width73 = 82
height73 = 1

characters73 = ['▆','▅','▄','▃','▂','▁']
for y in range(height73):
    line73 = ''
    for x in range(width73):
        line73 += random.choice(characters73)
    print(line73)
    print(line73,file = output)
    #print (y)
    
width74 = 82
height74 = 1

characters74 = ['▇','▆','▅','▄','▃','▂']
for y in range(height74):
    line74 = ''
    for x in range(width74):
        line74 += random.choice(characters74)
    print(line74)
    print(line74,file = output)
    #print (y)
    
width75 = 82
height75 = 1

characters75 = ['█','▇','▆','▅','▄','▃']
for y in range(height75):
    line75 = ''
    for x in range(width75):
        line75 += random.choice(characters75)
    print(line75)
    print(line75,file = output)
    #print (y)
    
width75 = 82
height75 = 1

characters75 = ['█','▇','▆','▅','▄','▃','▂']
for y in range(height75):
    line75 = ''
    for x in range(width75):
        line75 += random.choice(characters75)
    print(line75)
    print(line75,file = output)
    #print (y)
    
width75 = 82
height75 = 1

characters75 = ['▇','▆','▅','▄','▃','▂','▁']
for y in range(height75):
    line75 = ''
    for x in range(width75):
        line75 += random.choice(characters75)
    print(line75)
    print(line75,file = output)
    #print (y)
    
width75 = 82
height75 = 1

characters75 = ['▆','▅','▄','▃','▂','▁','_']
for y in range(height75):
    line75 = ''
    for x in range(width75):
        line75 += random.choice(characters75)
    print(line75)
    print(line75,file = output)
    #print (y)
          
output.close()

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