def main():
P = [[40], [40]]
V0 = [[30], [30]]
V1 = [[40], [70]]
V2 = [[50], [30]]
points = [V0, V1, V2]
aspect_correct = [[1, 0], [0, 4 / 7]]
home = "\N{escape}[H"
wakeup_time = time.time()
print(home + "\N{escape}[J\N{escape}[?25l")
t = 0
try:
while True:
kanvas = canvas.Canvas()
rot = matrix.rotate_2D(t * 0.5)
r_points = []
for point in points:
C = matrix.sub(point, P)
C = matrix.mult(rot, C)
C = matrix.add(P, C)
C = matrix.mult(aspect_correct, C)
r_points.append(C)
t += 1
kanvas.triangle(round(r_points[0][0][0]), round(r_points[0][1][0]),
round(r_points[1][0][0]), round(r_points[1][1][0]),
round(r_points[2][0][0]), round(r_points[2][1][0]))
image = home + kanvas.get_image()
print(image)
wakeup_time += 0.05
time.sleep(max(0, wakeup_time - time.time()))
finally:
print(home + "\N{escape}[J \N{escape}[?25h")
def main():
P = [[40],
[40],
[0]]
Axis = [[10],
[5],
[3]]
# V0 = [[30],
# [30],
# [0]]
# V1 = [[40],
# [70],
# [0]]
# V2 = [[50],
# [30],
# [0]]
# points = [V0, V1, V2]
points = []
for i in range(15):
points.append([[random.randint(20, 60)],
[random.randint(30, 60)],
[random.randint(-20, 20)]])
aspect_correct = [[1, 0, 0],
[0, 4/7, 0],
[0, 0, 1]]
home = "\N{escape}[H"
wakeup_time = time.time()
print(home + "\N{escape}[J\N{escape}[?25l")
t = 0
try:
while True:
kanvas = canvas.Canvas()
rot = matrix.rotate_3D(t * 0.1, Axis)
r_points = []
for point in points:
C = matrix.sub(point, P)
C = matrix.mult(rot, C)
C = matrix.add(P, C)
C = matrix.mult(aspect_correct, C)
r_points.append(C)
t += 1
for r_point in r_points:
kanvas.dab(round(r_point[0][0]),
round(r_point[1][0]))
# kanvas.triangle(round(r_points[0][0][0]),
# round(r_points[0][1][0]),
# round(r_points[1][0][0]),
# round(r_points[1][1][0]),
# round(r_points[2][0][0]),
# round(r_points[2][1][0]))
image = home + kanvas.get_image()
print(image)
wakeup_time += 0.05
time.sleep(max(0, wakeup_time - time.time()))
finally:
print(home + "\N{escape}[J \N{escape}[?25h")
def __init__(self, filename):
super(PygameInterpreter, self).__init__(filename)
# Font
if os.path.exists(DIR_FONT):
font_name = DIR_FONT
else:
self.error("No {0}. Falling back to pygame default font.".format(
DIR_FONT))
font_name = None # pygame default
self.font = pygame.font.Font(font_name, FONT_SIZE)
# pixel positioning
self.text_height = self.font.get_linesize()
border_width = int(self.text_height * BORDER_WIDTH_MULTIPLIER)
self.text_topleft = [border_width] * 2
txt_area_size = matrix.sub(self.resolution,
matrix.mul(self.text_topleft, [2, 2]))
self.row_length = txt_area_size[0]
# text placing
self.linenumber = 0
self.remaining_row = self.row_length
self.text = []
self.text_states = []
# setup
self.clearwait = False
#~ # black filter
#~ self.darkening = 0
# buttons
self.buttons = []
# menu
self.rmenu = None
# saving
# normally this should be read in from the savenumber command
self.savenumber = 20
self.saves = dict()
def __init__(self, filename):
super(PygameInterpreter, self).__init__(filename)
# Font
if os.path.exists(DIR_FONT):
font_name = DIR_FONT
else:
self.error( "No {0}. Falling back to pygame default font.".format(DIR_FONT) )
font_name = None # pygame default
self.font = pygame.font.Font(font_name, FONT_SIZE)
# pixel positioning
self.text_height = self.font.get_linesize()
border_width = int(self.text_height*BORDER_WIDTH_MULTIPLIER)
self.text_topleft = [border_width]*2
txt_area_size = matrix.sub( self.resolution, matrix.mul(self.text_topleft, [2, 2]) )
self.row_length = txt_area_size[0]
# text placing
self.linenumber = 0
self.remaining_row = self.row_length
self.text = []
self.text_states = []
# setup
self.clearwait = False
#~ # black filter
#~ self.darkening = 0
# buttons
self.buttons = []
# menu
self.rmenu = None
# saving
# normally this should be read in from the savenumber command
self.savenumber = 20
self.saves = dict()
else:
path = param
# Чтение JSON со входными данными
with open(path) as f:
data = json.load(f)
# Словарь функций
dictionary = {
'1':
matrix.add(data['first_matrix_dimensions'],
data['second_matrix_dimensions'], data['first_matrix'],
data['second_matrix']),
'2':
matrix.sub(data['first_matrix_dimensions'],
data['second_matrix_dimensions'], data['first_matrix'],
data['second_matrix']),
'3':
matrix.mult(data['first_matrix_dimensions'],
data['second_matrix_dimensions'], data['first_matrix'],
data['second_matrix']),
'4':
matrix.det(data['number'], data['first_matrix'])
}
# Вызов функции из словоря по списку входных данных
for param in calls:
if isinstance(dictionary[param],
list) and not (isinstance(dictionary[param][0], int) or
isinstance(dictionary[param][0], float)):
for i in range(len(dictionary[param])):