class Field:
# contains some kind of matrix for field points
rows = 22
columns = 10
fieldPoints = None
activeFigure = None
figureGenerator = None
moveFrame = None
def __init__(self):
self.clear_field()
self.figureGenerator = FigureGenerator()
def clear_field(self):
self.fieldPoints = [[0 for column in range(0, self.columns)]
for row in range(self.rows)]
def process_gravity(self):
if not self.activeFigure:
self.activeFigure = self.generate_figure()
if self.can_move_figure():
self.activeFigure.fall()
self.moveFrame = self.render_field()
else:
self.fieldPoints = self.render_field()
self.activeFigure = None
# try to destroy some full rows if they exist
self.destroy_full_rows()
def can_move_figure(self):
return self.can_move_down() and self.can_move_sides(+1) and \
self.can_move_sides(-1)
def can_move_sides(self, side):
figure = self.activeFigure
p = figure.coordinates
for row in range(0, figure.height):
for col in range(0, figure.width):
if figure.value_at(row, col):
if self.fieldPoints[p['row'] + row][p['col'] + side]:
return False
return True
def can_move_down(self):
figure = self.activeFigure
figure_position = figure.coordinates
return figure_position['row'] + figure.height < self.rows and \
figure_position['col'] + figure.width < self.columns
# full rows destroying
def destroy_full_rows(self):
row = self.find_full_row()
if row:
self.destroy_full_row(row)
self.destroy_full_rows()
def find_full_row(self):
for row in range(0, self.rows):
if all(self.fieldPoints[row]):
return row
return None
def destroy_full_row(self, row_index):
# you should move down all rows that => than 'row_index'
# to -1 position
for row in range(row_index, 0, -1):
if row - 1 < 0:
row = [0] * self.columns
self.fieldPoints[row] = self.fieldPoints[row - 1]
def generate_figure(self):
return self.figureGenerator.generate_figure()
# field presentation
def render_field(self):
start = self.activeFigure.coordinates
frame = deepcopy(self.fieldPoints)
for row in range(0, self.activeFigure.height):
for col in range(0, self.activeFigure.width):
frame[start['row'] + row][start['col'] + col] = \
self.activeFigure.points[row][col]
return frame
def __init__(self):
self.clear_field()
self.figureGenerator = FigureGenerator()
class Field:
# contains some kind of matrix for field points
rows = 22
columns = 10
fieldPoints = None
activeFigure = None
figureGenerator = None
moveFrame = None
def __init__(self):
self.clear_field()
self.figureGenerator = FigureGenerator()
def clear_field(self):
self.fieldPoints = [[0 for column in range(0, self.columns)] for row in range(self.rows)]
def process_gravity(self):
if not self.activeFigure:
self.activeFigure = self.generate_figure()
if self.can_move_figure():
self.activeFigure.fall()
self.moveFrame = self.render_field()
else:
self.fieldPoints = self.render_field()
self.activeFigure = None
# try to destroy some full rows if they exist
self.destroy_full_rows()
def can_move_figure(self):
return self.can_move_down() and self.can_move_sides(+1) and \
self.can_move_sides(-1)
def can_move_sides(self, side):
figure = self.activeFigure
p = figure.coordinates
for row in range(0, figure.height):
for col in range(0, figure.width):
if figure.value_at(row, col):
if self.fieldPoints[p['row'] + row][p['col'] + side]:
return False
return True
def can_move_down(self):
figure = self.activeFigure
figure_position = figure.coordinates
return figure_position['row'] + figure.height < self.rows and \
figure_position['col'] + figure.width < self.columns
# full rows destroying
def destroy_full_rows(self):
row = self.find_full_row()
if row:
self.destroy_full_row(row)
self.destroy_full_rows()
def find_full_row(self):
for row in range(0, self.rows):
if all(self.fieldPoints[row]):
return row
return None
def destroy_full_row(self, row_index):
# you should move down all rows that => than 'row_index'
# to -1 position
for row in range(row_index, 0, -1):
if row - 1 < 0:
row = [0] * self.columns
self.fieldPoints[row] = self.fieldPoints[row - 1]
def generate_figure(self):
return self.figureGenerator.generate_figure()
# field presentation
def render_field(self):
start = self.activeFigure.coordinates
frame = deepcopy(self.fieldPoints)
for row in range(0, self.activeFigure.height):
for col in range(0, self.activeFigure.width):
frame[start['row'] + row][start['col'] + col] = \
self.activeFigure.points[row][col]
return frame
def __init__(self):
self.clear_field()
self.figureGenerator = FigureGenerator()
def hello():
FigureGenerator().save_square("./static/generated/image")
return "Hello World!"
from flask import Flask, request, jsonify
from figure_approximator import approximate
from figure_generator import FigureGenerator, generate_triangle
from figure_recognizer import FigureRecognizer
from tessellation import tessellation
app = Flask(__name__)
figureRecognizer = FigureRecognizer()
figureGenerator = FigureGenerator()
@app.route("/")
def hello():
FigureGenerator().save_square("./static/generated/image")
return "Hello World!"
@app.route("/generateFigure")
def generate_figure():
id = request.args.get('id', '')
type = request.args.get('type', '')
path = "/static/generated/{0}".format(id)
if type == "1":
figureGenerator.save_triangle("." + path)
elif type == "2":
figureGenerator.save_square("." + path)
elif type == "3":
