from Task4 import Model
from Task2 import MyImage
from Task3 import Drawer
import numpy as np
model = Model()
model.load('Test_alien.obj', (0, 3, 6))
model.setScale(-28, -28, 450, 700, False)
poligons = model.getPoligons()
points = model.getPoints()
drawer = Drawer()
image = MyImage(1000, 1000)
for poligon in poligons:
drawer.line4(points[poligon[0] - 1], points[poligon[1] - 1], image, (255, 255, 255))
drawer.line4(points[poligon[1] - 1], points[poligon[2] - 1], image, (255, 255, 255))
drawer.line4(points[poligon[2] - 1], points[poligon[0] - 1], image, (255, 255, 255))
image.save('Output/Task7_alien.jpg')
from Task4 import Model
from Task2 import MyImage
model = Model()
model.load('Test_alien.obj', (0, 3, 6))
model.setScale(-28, -28, 450, 700, False)
points = model.getPoints()
image = MyImage(1000, 1000)
for point in points:
image.set(point[0], point[1], (255, 255, 255))
image.save('Output/Task5_alien.jpg')
image.set(x, y, (color, color, color))
image.setZ(x, y, z)
drawer = Drawer()
startPoint = (100, 100)
finishPoints = np.zeros(13, dtype=tuple)
for k in range(0, 13):
alpha = 2 * math.pi * k / 13
x = int(100 + 95 * math.cos(alpha))
y = int(100 + 95 * math.sin(alpha))
finishPoints[k] = (x, y)
image = MyImage(200, 200)
for finishPoint in finishPoints:
drawer.line1(startPoint, finishPoint, image, (255, 255, 255), 0.01)
image.save('Output/Task3_Line1.jpg')
image = MyImage(200, 200)
for finishPoint in finishPoints:
drawer.line1(startPoint, finishPoint, image, (255, 255, 255), 0.1)
image.save('Output/Task3_Line2.jpg')
image = MyImage(200, 200)
for finishPoint in finishPoints:
drawer.line2(startPoint, finishPoint, image, (255, 255, 255))
image.save('Output/Task3_Line3.jpg')
image = MyImage(200, 200)
model.load('Test_alien.obj', (0, 3, 6))
model.setScale(-28, -28, 450, 700, False)
#model.load('Test_rabbit.obj', (0, 3, 6))
#model.setScale(-8000, -8000, 500, 900, False)
poligons = model.getPoligons()
cos_lights = model.getCos_light()
points = model.getPoints()
model.rotate(0, 180, 0)
drawer = Drawer()
N = 1000
M = 1000
image = MyImage(N, M)
k = 0
last_percent = 0
print('Percent compl:')
for polygon in poligons:
if cos_lights[k] < 0:
drawer.drawPolygon(
model, polygon, image,
(int(-255 * cos_lights[k]), int(
-255 * cos_lights[k]), int(-255 * cos_lights[k])), True)
#drawer.line4(points[polygon[0] - 1], points[polygon[1] - 1], image, (255, 255, 255))
#drawer.line4(points[polygon[1] - 1], points[polygon[2] - 1], image, (255, 255, 255))
#drawer.line4(points[polygon[2] - 1], points[polygon[0] - 1], image, (255, 255, 255))
percent_compl = int(k / len(poligons) * 100)
if percent_compl % 5 == 0 and last_percent != percent_compl:
model = Model()
#model.load('Test_alien.obj', (0, 3, 6))
#model.setScale(-28, -28, 450, 700, False)
model.load('Test_rabbit.obj', (0, 3, 6))
model.setScale(-8000, -8000, 500, 900, False)
poligons = model.getPoligons()
cos_lights = model.getCos_light()
drawer = Drawer()
N = 1000
M = 1000
image = MyImage(N, M)
k = 0
last_percent = 0
print('Percent compl:')
for polygon in poligons:
if cos_lights[k] < 0:
drawer.drawPolygon(model, polygon, image, (int(-255 * cos_lights[k]), int(-255 * cos_lights[k]), int(-255 * cos_lights[k])), True)
percent_compl = int(k / len(poligons) * 100)
if percent_compl % 5 == 0 and last_percent != percent_compl:
print(percent_compl)
last_percent = percent_compl
k += 1
#image.save('Output/Task15_alien.jpg')
image.save('Output/Task15_rabbit.jpg')