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How to use test_turtle method in Testify

Best Python code snippet using Testify_python

poylgones-turtles-01.py

Source:poylgones-turtles-01.py

1#Chapter 1 : Drawing Polygons with Turtles of Peter Farrel Math Adventures with Python 2from cgi import test3import turtle4from pip import main5""""6Doesn't work like this. We are going the old fashion ways7    https://www.tutorialspoint.com/turtle-programming-in-python8def square_turtle():9    # "From indicate that we're importing something from outside our file. 10    # We then give the name of the module we want to iimport from, which is turtle in this case. " (p. 18, Farrel. 2019)11    from turtle import *12forward(100)13"""14def creatingTurtle_and_Screen():15    #create the screen and put it black. 16    window_01 = turtle.Screen()17    window_01.bgcolor("black")18    #Creating the turtle19    pen_turtle = turtle.Turtle()20    pen_turtle.color("green")21    pen_turtle.pensize(1)22    return pen_turtle23def test_turtle_01(test_turtle):24    test_turtle.forward(150)25    test_turtle.rt(15)26    test_turtle.forward(150)27    test_turtle.right(15)28    test_turtle.forward(150)29    turtle.done()30def polygon_01(poylgon_turtle, nbr_side):31    inner_degree = ((nbr_side-2)*180)/nbr_side32    for i in range(1, nbr_side+1):33        poylgon_turtle.forward(80)34        #First thing to find out35        #How to we calculate the internal sum of angle of any polygon?36        poylgon_turtle.right(180-inner_degree)37    turtle.done()38def polygon_02(poylgon_turtle, nbr_side, length):39    inner_degree = ((nbr_side-2)*180)/nbr_side40    for i in range(1, nbr_side+1):41        poylgon_turtle.forward(length)42        #First thing to find out43        #How to we calculate the internal sum of angle of any polygon?44        poylgon_turtle.right(180-inner_degree)45    turtle.done()46#This function take a polygon and copy it 60 times with a 5 degrees differences47def looping_polygon_01(poylgon_turtle, nbr_side):48    inner_degree = ((nbr_side-2)*180)/nbr_side49    for j in range(1, 60):50        for i in range(1, nbr_side+1):51            poylgon_turtle.forward(80)52            #First thing to find out53            #How to we calculate the internal sum of angle of any polygon?54            poylgon_turtle.right(180-inner_degree)55        poylgon_turtle.right(5)56    turtle.done()57#this looping polygon make smaller polygon for each cycle58def looping_polygon_02(poylgon_turtle, nbr_side):59    inner_degree = ((nbr_side-2)*180)/nbr_side60    for j in range(1, 60):61        for i in range(1, nbr_side+1):62            poylgon_turtle.forward(120-(j*2))63            #First thing to find out64            #How to we calculate the internal sum of angle of any polygon?65            poylgon_turtle.right(180-inner_degree)66        poylgon_turtle.right(5)67    turtle.done()68#a polygon where you can choose the length and the nbr of side. 69main_turtle = creatingTurtle_and_Screen()70#test_turtle_01(main_turtle, 4)...

testSprToTurtle.py

Source:testSprToTurtle.py

1import cairo2import gi3import os4gi.require_version("Gtk", "3.0")5from gi.repository import Gtk6from gi.repository import Gdk7from gi.repository import GdkPixbuf8from gi.repository import Pango9gi.require_version("PangoCairo", "1.0")10from gi.repository import PangoCairo11from gi.repository import GdkPixbuf12from gi.repository import GObject13from random import uniform14from math import sin, cos, pi, sqrt15import sys16sys.path.insert(0, sys.argv[-1])17import sprites18from tasprite_factory import SVG, svg_from_file, svg_str_to_pixbuf19import taturtle20import tawindow21def main():22    #initialize drawing area, sprites list, and system argument variables23    drawing = Gtk.DrawingArea()24    surface = cairo.SVGSurface("test.svg", 200,200)25    window = tawindow.TurtleArtWindow(drawing, "/", "/", turtle_canvas=surface, activity=None, running_sugar=False, running_turtleart=False)26    27    28    test_sprites_list = sprites.Sprites(drawing)29    test_turtles_list = taturtle.Turtles(window)30    good_turtle = sprites.Sprite(test_sprites_list, 100,100,svg_str_to_pixbuf(SVG().basic_block()))31    num_loops = int(sys.argv[1])32    good_turtle = int(sys.argv[2])33    good_turtle_index = good_turtle//234    for i in range(num_loops):35        if i == good_turtle_index and good_turtle:36             test_turtle = taturtle.Turtle(test_turtles_list, "good turtle", "green")37             test_turtle.spr = good_turtle38        else:39             test_turtle = taturtle.Turtle(test_turtles_list, "bad turtle" + str(i) , "red")40             test_turtle.spr = None41    output = test_turtles_list.spr_to_turtle(good_turtle)42    43    if output is None:44        print "\"None\""45    else:46        print "\""+ output._name+"\""...

main.py

Source:main.py

1#Required libraries2import turtle3from turtle import Turtle,Screen4import pandas5from Country_Name import Name6#Correct answer counter7corr_answ = 08#Setting up the screen using Turtle9screen = Screen()10screen.setup(width=700, height=500)11screen.title("US STATES GAME")12screen.bgpic("blank_states_img.gif")13#Testing Turtle positions14#test_turtle = Turtle()15#test_turtle.shape("square")16#test_turtle.penup()17#test_turtle.goto(x=312, y=112)18#Using pandas for data reading19data = pandas.read_csv("50_states.csv")20list_of_countries = data["state"].tolist()21#print(list_of_countries)22#Gameplay23game_is_on = True24while game_is_on:25    # Input board settings26    board = turtle.textinput(f"{corr_answ}/50 States correct", prompt="What's another state name")27    if board in list_of_countries:28        new_country = Name(board)29        corr_answ += 130        state_data = data[data["state"] == board]31        x_cor = int(state_data["x"])32        y_cor = int(state_data["y"])33        new_country.correct_answer(x=x_cor, y=y_cor)34        list_of_countries.remove(board)35    if corr_answ == 50:36        print("YOU WON THE GAME")37        game_is_on = False...

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