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ascii_writer/README.md

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+# ASCII Writer 
+
+Une bibliothèque python pour dessiner avec du texte brut dans le style ASCII (mais avec Unicode).
+Par Manetta Berends
+
+## Système 
+- Linux 
+- OSX
+
+## Dépendance
+Ce site peut aider à l'installation: https://avoidsoftware.sarahgarcin.com/dependances.html
+
+- Python 3 
+- Asciiwriter ```pip3 install asciiwriter```
+
+## Marche à suivre
+- Télécharger les fichiers .py
+- Ouvrir le terminal et lancer le script python souhaité: `python3 line.py`
+- Le résultat s'affiche dans le terminal
+-Vous pouvez ensuite tester les autres exemples présents dans le dossier et modifier les variables et le texte dans les fichiers Python.

ascii_writer/line.py

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+#!/usr/bin/env python3
+
+"""
+ Draws a single, vertical line
+"""
+
+from asciiWriter.patterns import vertical
+from asciiWriter.utils import make_lines, visit, print_lines
+from asciiWriter.marks import sentence, space
+
+# Set the canvas
+width = 75
+height = 75
+
+# Define the line, most importantly it's position
+pattern = vertical(20)
+# We're going to fill the line with a text
+mark = sentence('AVOID SOFTWARE ')
+# Set the character for the 'blank'  space
+blank = space()
+
+# Make a canvas
+lines = make_lines(width, height)
+# Draw the result
+result = visit(lines, pattern, mark, blank)
+
+# Print the result
+print_lines(result)

ascii_writer/line_random.py

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+#!/usr/bin/env python3
+
+"""
+ Draws a single just like line.py but does so
+ using a 'random' character
+"""
+
+from asciiWriter.patterns import vertical
+from asciiWriter.utils import make_lines, visit, print_lines
+from asciiWriter.marks import random, space
+
+# Set the canvas
+width = 75
+height = 75
+
+# Define the line, most importantly it's position
+image_pattern = vertical(20)
+# We're going to fill the line with random selections
+# from the '%$&@!*' chars
+mark = random('%$&@!*')
+# Set the character for the 'blank'  space
+blank = space()
+
+# Make a canvas
+lines = make_lines(width, height)
+# Draw the result
+result = visit(lines, image_pattern, mark, blank)
+
+# Print the result
+print_lines(result)

ascii_writer/repeated_lines.py

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+#!/usr/bin/env python3
+
+"""
+ Draws lines like line.py, but draws more than one
+"""
+
+from asciiWriter.patterns import vertical
+from asciiWriter.utils import make_lines, visit, print_lines, merge
+from asciiWriter.marks import sentence, space
+
+# Set the canvas
+width = 75
+height = 75
+
+# We are going to draw multiple lines and collect them
+# in a list named 'layers'
+layers = []
+
+# Set the position of the line, do this in a loop
+# from 10 to 75 in steps of then
+for x in range(10, 75, 10):
+  # Define the line, x will start at 10 and grow in steps of 10
+  image_pattern = vertical(x)
+  # Fill the line with the sentence 'OPEN DESIGN COURSE '
+  mark = sentence('AVOID SOFTWARE ')
+  # Set the blank space
+  blank = space()
+
+  # Make a canvas
+  lines = make_lines(width, height)
+  # Make a layer with the line
+  layer = visit(lines, image_pattern, mark, blank)
+  # Add the layer to the list of layers
+  layers.append(layer)
+
+# Merge the list of layers into a single layer
+result = merge(width, height, blank(), layers)
+# Print the result
+print_lines(result)

ascii_writer/repeated_sinus.py

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+#!/usr/bin/env python3
+
+from asciiWriter.patterns import sinus_vertical
+from asciiWriter.utils import make_lines, visit, print_lines, merge
+from asciiWriter.marks import sentence, space
+
+# Define width and height of the output
+width = 80  
+height = 70
+
+# As we draw multiple sinoids we will collect
+# them in a list of layers
+layers = []
+
+# Loop through an offset from -40 to 40 in steps of 10
+for x in range(-40, 40, 10):
+  # Set the pattern with the changing offset
+  pattern = sinus_vertical(period=40, amplitude=40, offset=x)
+  # We use a sentence to draw the text
+  mark = sentence('convivialité  ')
+  # Define a blank character
+  blank = space()
+  
+  # Make the canvas
+  lines = make_lines(width, height)
+  
+  # Draw the sinoid, but add it to the list
+  result = visit(lines, pattern, mark, blank)
+  # Add it the result to the list of layers
+  layers.append(result)
+
+# Merge the layers into one layer again
+merged = merge(width, height, blank(), layers)
+
+# Print the result
+print_lines(merged)

ascii_writer/repeated_sinus_amplitude_variation.py

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+#!/usr/bin/env python3
+
+from asciiWriter.patterns import sinus_vertical
+from asciiWriter.utils import make_lines, visit, print_lines, merge
+from asciiWriter.marks import sentence, space
+
+import random
+
+# Define width and height of the output
+width = 75
+height = 75
+
+# As we draw multiple sinoids we will collect
+# them in a list of layers
+layers = []
+
+# Loop through an amplitude of -50 to 50 in steps of 10
+for amplitude in range(-50, 50, 10):
+  # Set the pattern with the changing amplitude
+  pattern = sinus_vertical(period=40, amplitude=amplitude)
+  # We use a sentence to draw the text
+  mark = sentence('convivialité  ')
+  # Define a blank character
+  blank = space()
+
+  # Make the canvas
+  lines = make_lines(width, height)
+  # Draw the sinoid, but add it to the list
+  result = visit(lines, pattern, mark, blank)
+  # Add it the result to the list of layers
+  layers.append(result)
+
+# Merge the layers into one layer again
+merged = merge(width, height, blank(), layers)
+
+# Print the result
+print_lines(merged)

ascii_writer/sinus-text.py

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+#!/usr/bin/env python3
+
+from asciiWriter.patterns import sinus_vertical
+from asciiWriter.utils import make_lines, visit, print_lines
+from asciiWriter.marks import sentence, space, single
+
+# Define width and height of the output
+width = 75
+height = 75
+
+# Set the pattern we use to draw, in this case a
+# sinoid, with period of 40 lines, and an amplitude
+# of 30 characters. Slightly less than half our canvas width
+pattern = sinus_vertical(period=40, amplitude=30)
+# We use a sentence to draw the text
+mark = sentence('tools shape pratices shape tools shape pratices  ')
+# Define a blank character
+blank = single(' ')
+
+# Make the canvas
+lines = make_lines(width, height)
+
+# Draw the sinoid
+result = visit(lines, pattern, mark, blank)
+
+# Output the result
+print_lines(result)

ascii_writer/sinus.py

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+from asciiWriter.patterns import sinus_vertical
+from asciiWriter.utils import make_lines, visit, print_lines, merge
+from asciiWriter.marks import sentence, space
+
+# Define width and height of the output
+width = 70
+height = 25
+
+# As we draw multiple sinoids we will collect
+# them in a list of layers
+layers = []
+
+# Loop through a range of X, X in steps of X
+# (the amount of loops is the amount of layers)
+for x in range(-50, 50, 5):
+    # Set the pattern with the changing offset
+    pattern = sinus_vertical(period=10, amplitude=40, offset=x)
+    # We use a sentence to draw the text
+    mark = sentence('▚▒▓▞')
+    # Define a blank character
+    blank = space(' ')
+
+    # Make the canvas
+    lines = make_lines(width, height)
+
+    # Draw the sinoid, but add it to the list
+    result = visit(lines, pattern, mark, blank)
+    # Add it the result to the list of layers
+    layers.append(result)
+    
+
+
+# Merge the layers into one layer again
+merged = merge(width, height, blank(), layers)
+
+# Print the result
+print_lines(merged)
+
+# Write the result in txt file
+# with open("sinus.txt", 'w') as newFile:
+#     for els in merged:
+#         for el in els: 
+#             # print(el)
+#             # write each item on a new line
+#             newFile.write(el) 
+#     print('Done')
+
+
+
+
+