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Mustergenerator
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Erstellen von versetzten Mustern implementiert

This commit is contained in:
Mika 2023-11-08 18:20:21 +01:00
parent ee93b84ec0
commit c7f5fa0aff
2 changed files with 114 additions and 10 deletions
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53
HexagonGen2.py
View File

@ -2,10 +2,10 @@ import drawsvg as draw
import math import math
# Veränderbare Parameter # Veränderbare Parameter
height = 500 height = 50
length = 500 length = 50
key_width = 80 key_width = 2
bridge_width = 20 bridge_width = 0.5
# Feste und berechnete Parameter # Feste und berechnete Parameter
i = 1 i = 1
@ -18,6 +18,9 @@ distance_y = (math.sqrt(3) / 2) * distance
canvas = draw.Drawing(length, height, origin=(0, 0)) canvas = draw.Drawing(length, height, origin=(0, 0))
alignment_dot = draw.Circle(0.1, 0.1, 0.1, stroke='black', stroke_width=0.05)
canvas.append(alignment_dot)
while y + (2 * side_length) < height: while y + (2 * side_length) < height:
while x + key_width < length: while x + key_width < length:
p1_x = x + key_width / 2 p1_x = x + key_width / 2
@ -33,8 +36,8 @@ while y + (2 * side_length) < height:
p6_x = x + key_width p6_x = x + key_width
p6_y = y + sin_expression p6_y = y + sin_expression
hexagon = draw.Lines(p1_x, p1_y, p2_x, p2_y, p3_x, p3_y, p4_x, p4_y, p5_x, p5_y, p6_x, p6_y, fill='none', stroke='black', close='true') hexagon_shifted = draw.Lines(p1_x, p1_y, p2_x, p2_y, p3_x, p3_y, p4_x, p4_y, p5_x, p5_y, p6_x, p6_y, fill='none', stroke='black', close='true', stroke_width=0.1)
canvas.append(hexagon) canvas.append(hexagon_shifted)
x = x + distance x = x + distance
@ -46,4 +49,42 @@ while y + (2 * side_length) < height:
y = y + distance_y y = y + distance_y
i = i + 1 i = i + 1
x_shifted = distance / 2
y_shifted = distance / (2 * math.sqrt(3))
canvas_shifted = draw.Drawing(length, height, origin=(0, 0))
canvas_shifted.append(alignment_dot)
while y_shifted + (2 * side_length) < height:
while x_shifted + key_width < length:
p1_x_2 = x_shifted + key_width / 2
p1_y_2 = y_shifted
p2_x_2 = x_shifted
p2_y_2 = y_shifted + sin_expression
p3_x_2 = x_shifted
p3_y_2 = y_shifted + sin_expression + side_length
p4_x_2 = x_shifted + key_width / 2
p4_y_2 = y_shifted + 2 * side_length
p5_x_2 = x_shifted + key_width
p5_y_2 = y_shifted + sin_expression + side_length
p6_x_2 = x_shifted + key_width
p6_y_2 = y_shifted + sin_expression
hexagon_shifted = draw.Lines(p1_x_2, p1_y_2, p2_x_2, p2_y_2, p3_x_2, p3_y_2, p4_x_2, p4_y_2, p5_x_2, p5_y_2, p6_x_2, p6_y_2, fill='none', stroke='black', close='true', stroke_width=0.1)
canvas_shifted.append(hexagon_shifted)
x_shifted = x_shifted + distance
if i % 2 == 0:
x_shifted = 0
else:
x_shifted = distance / 2
y_shifted = y_shifted + distance_y
i = i + 1
canvas_shifted.save_svg('hex2.svg')
canvas.save_svg('hex.svg') canvas.save_svg('hex.svg')

71
mustergenerator.py
View File

@ -145,7 +145,7 @@ class Hexagon:
assert val >= 0, "bridge width can not be negative" assert val >= 0, "bridge width can not be negative"
self.__bridge_width = val self.__bridge_width = val
def hexagon_generation(self, filetype='svg'): def hexagon_generation(self, filetype='svg', generate_shifted_pattern=True):
assert filetype == 'svg' or 'png', "Dateityp mus svg oder png sein" assert filetype == 'svg' or 'png', "Dateityp mus svg oder png sein"
i = 1 i = 1
@ -158,6 +158,9 @@ class Hexagon:
canvas = draw.Drawing(self.__length, self.__height, origin=(0, 0)) canvas = draw.Drawing(self.__length, self.__height, origin=(0, 0))
alignment_dot = draw.Circle(0.1, 0.1, 0.1, stroke='black', stroke_width=0.05)
canvas.append(alignment_dot)
while y + (2 * side_length) < self.__height: while y + (2 * side_length) < self.__height:
while x + self.__key_width < self.__length: while x + self.__key_width < self.__length:
p1_x = x + self.__key_width / 2 p1_x = x + self.__key_width / 2
@ -187,6 +190,49 @@ class Hexagon:
y = y + distance_y y = y + distance_y
i = i + 1 i = i + 1
if generate_shifted_pattern:
x_shifted = distance / 2
y_shifted = distance / (2 * math.sqrt(3))
canvas_shifted = draw.Drawing(self.__length, self.__height, origin=(0, 0))
canvas_shifted.append(alignment_dot)
while y_shifted + (2 * side_length) < self.__height:
while x_shifted + self.__key_width < self.__length:
p1_x_2 = x_shifted + self.__key_width / 2
p1_y_2 = y_shifted
p2_x_2 = x_shifted
p2_y_2 = y_shifted + sin_expression
p3_x_2 = x_shifted
p3_y_2 = y_shifted + sin_expression + side_length
p4_x_2 = x_shifted + self.__key_width / 2
p4_y_2 = y_shifted + 2 * side_length
p5_x_2 = x_shifted + self.__key_width
p5_y_2 = y_shifted + sin_expression + side_length
p6_x_2 = x_shifted + self.__key_width
p6_y_2 = y_shifted + sin_expression
hexagon_shifted = draw.Lines(p1_x_2, p1_y_2, p2_x_2, p2_y_2, p3_x_2, p3_y_2, p4_x_2, p4_y_2, p5_x_2,
p5_y_2, p6_x_2, p6_y_2, fill='none', stroke='black', close='true',
stroke_width=0.1)
canvas_shifted.append(hexagon_shifted)
x_shifted = x_shifted + distance
if i % 2 == 0:
x_shifted = 0
else:
x_shifted = distance / 2
y_shifted = y_shifted + distance_y
i = i + 1
if filetype == 'svg':
canvas_shifted.save_svg(f'{self.__filepath}/{self.__name}_versetzt.svg')
if filetype == 'png':
canvas_shifted.save_png(f'{self.__filepath}/{self.__name}_versetzt.png')
if filetype == 'svg': if filetype == 'svg':
canvas.save_svg(f'{self.__filepath}/{self.__name}.svg') canvas.save_svg(f'{self.__filepath}/{self.__name}.svg')
if filetype == 'png': if filetype == 'png':
@ -302,6 +348,7 @@ if __name__ == '__main__':
shape = int(input("Form (1: Kreis, 2: Hexagon, 3: Dreieck):")) shape = int(input("Form (1: Kreis, 2: Hexagon, 3: Dreieck):"))
filetype = 'svg' filetype = 'svg'
shift = True
if shape == 1: if shape == 1:
circle = Circle(name, path) circle = Circle(name, path)
@ -341,17 +388,19 @@ if __name__ == '__main__':
print("ungültiger Wert") print("ungültiger Wert")
except AssertionError as error: except AssertionError as error:
print(error) print(error)
print(
f"\nAktuelle Werte\n1. Höhe: {circle.height} mm\n2. Länge: {circle.length} mm\n3. Radius: {circle.radius} mm\n4. Abstand: {circle.distance} mm\n5. Offset: {circle.offset_percentage} %\n6. Dateityp: svg\n")
circle.circle_generation(filetype) circle.circle_generation(filetype)
elif shape == 2: elif shape == 2:
hexagon = Hexagon(name, path) hexagon = Hexagon(name, path)
print( print(
f"\nStandardwerte\n1. Höhe: {hexagon.height} mm\n2. Länge: {hexagon.length} mm\n3. Schlüsselweite: {hexagon.key_width} mm\n4. Stegbreite: {hexagon.bridge_width} mm\n5. Dateityp: svg\n") f"\nStandardwerte\n1. Höhe: {hexagon.height} mm\n2. Länge: {hexagon.length} mm\n3. Schlüsselweite: {hexagon.key_width} mm\n4. Stegbreite: {hexagon.bridge_width} mm\n5. Versetztes Muster generiren: True\n6. Dateityp: svg\n")
selection_flag = True selection_flag = True
while selection_flag: while selection_flag:
try: try:
parameter_selection = int(input("Parameter ändern (0: keinen Parameter ändern, 1: Höhe, 2: Länge, 3: Schlüsselweite, 4: Stegbreite, 5: Dateityp):")) parameter_selection = int(input("Parameter ändern (0: keinen Parameter ändern, 1: Höhe, 2: Länge, 3: Schlüsselweite, 4: Stegbreite, 5: Versetztes Muster, 6: Dateityp):"))
if parameter_selection == 0: if parameter_selection == 0:
selection_flag = False selection_flag = False
elif parameter_selection == 1: elif parameter_selection == 1:
@ -367,6 +416,14 @@ if __name__ == '__main__':
bridge_width = float(input("Stegbreite in mm:")) bridge_width = float(input("Stegbreite in mm:"))
hexagon.bridge_width = bridge_width hexagon.bridge_width = bridge_width
elif parameter_selection == 5: elif parameter_selection == 5:
shift_select = int(input("Versetztes muster generieren (0: nein, 1: ja):"))
if shift_select == 0:
shift = False
elif shift_select == 1:
shift = True
else:
raise ValueError
elif parameter_selection == 6:
filetype_selection = int(input(f"1: {name}.svg, 2: {name}.png:")) filetype_selection = int(input(f"1: {name}.svg, 2: {name}.png:"))
if filetype_selection == 1: if filetype_selection == 1:
filetype = "svg" filetype = "svg"
@ -381,7 +438,11 @@ if __name__ == '__main__':
except AssertionError as error: except AssertionError as error:
print(error) print(error)
hexagon.hexagon_generation(filetype) print(
f"\nAktuelle Werte\n1. Höhe: {hexagon.height} mm\n2. Länge: {hexagon.length} mm\n3. Schlüsselweite: {hexagon.key_width} mm\n4. Stegbreite: {hexagon.bridge_width} mm\n5. Versetztes Muster generiren: {shift}\n6. Dateityp: svg\n")
hexagon.hexagon_generation(filetype, shift)
elif shape == 3: elif shape == 3:
triangle = Triangle(name, path) triangle = Triangle(name, path)
print( print(
@ -419,6 +480,8 @@ if __name__ == '__main__':
print("ungültiger Wert") print("ungültiger Wert")
except AssertionError as error: except AssertionError as error:
print(error) print(error)
print(
f"\nAktuelle Werte\n1. Höhe: {triangle.height} mm\n2. Länge: {triangle.length} mm\n3. Seitenlänge: {triangle.side_length} mm\n4. Stegbreite: {triangle.bridge_width} mm\n5. Dateityp: svg\n")
triangle.triangle_generation(filetype) triangle.triangle_generation(filetype)
else: else: