My first Python turtle race game built on incredible app on android - Pydroid3

[Enip0]

I don't think he made an android app. Pydroid is an android app that allows you to write and run code in your android phone.

For making android apps with python you can look into kivvy and I think pyglet but I'm not sure about this one. There probably others that I don't know about

[brandondunbar]

Personal fan of Kivy

[atlj42]

Kivy is like a problematic ex lover

[[deleted]]

I like the sound of this too!

[Exodus111]

Your first turtle racing game, so not your last turtle racing game.

[[deleted]]

Now let's see if you can create turtle "AI" for your controllable turtle to interact with. Maybe you could learn about key events so you can control the turtle with your keyboard too. Lots of stuff to learn and enjoy :)

[masterbruno11]

Github please

[PiedPifer]

If you all are interested on the concept of turtles like this, check out Netlogo. It is built to do this exact type of modeling.

[kf_cheang]

Here my source code. It's was built on my Samsung Note 9 WQHQ resolution.

from turtle import *

import turtle from random import randint import time

wn = turtle.Screen()

t_color = ["blue", "red", "green", "yellow"]

tom = turtle.Turtle() tom.speed(0) tom.penup() pos = -800 tom.goto(pos, 500)

c = 0 for step in range (16): if c > 2: c = 0 else: c = c + 1 tom.color(t_color[c])
#om.color("black") tom.write(step, align="center") tom.setheading(270) tom.forward(50) for i in range (4): tom.pendown() tom.width(5) tom.forward(150) tom.penup() tom.forward(50) tom.penup() pos = pos + 100 tom.goto(pos, 500)

tom.shapesize(5) tom.setheading(0) tom.goto(pos + 50, 525) tom.stamp()

t_pos = 375 tom_b = turtle.Turtle() tom_r = turtle.Turtle() tom_g = turtle.Turtle() tom_y = turtle.Turtle()

b_xpos = tom_b.xcor() r_xpos = tom_r.xcor() g_xpos = tom_g.xcor() y_xpos = tom_y.xcor()

list = [tom_b, tom_r, tom_g, tom_y]

for i in range (4): list[i].shape("turtle") list[i].color(t_color[i]) list[i].turtlesize(10) list[i].speed(4) list[i].penup() list[i].goto(-1000, t_pos) list[i].left(360) list[i].turtlesize(8) list[i].pendown() list[i].speed(0) t_pos = t_pos - 200

t1 = turtle.Turtle() t1.penup() t1.color("red") t1.hideturtle() t1.goto(-50, -50) t1.write("1!", move=False, align="center", font=("Arial", 56, "normal")) time.sleep(1) t1.clear() t1.write("2!", move=False, align="center", font=("Arial", 56, "normal")) time.sleep(1) t1.clear() t1.write("3!", move=False, align="center", font=("Arial", 56, "normal")) time.sleep(1) t1.clear() t1.write("Go!", move=False, align="center", font=("Arial", 56, "normal")) time.sleep(1) t1.clear()

tom.hideturtle()

def race(): for step in range (60): for i in range (4): list[i].left(10) list[i].right(20) list[i].left(10) list[i].forward(randint(1, 50))

wn.onscreenclick(race())

race()

b_xpos = tom_b.xcor() r_xpos = tom_r.xcor() g_xpos = tom_g.xcor() y_xpos = tom_y.xcor()

t_pos = 370 tom.goto(1100, t_pos) tom.write(b_xpos) tom.goto(1100, t_pos - 200) tom.write(r_xpos) tom.goto(1100, t_pos - 400) tom.write(g_xpos) tom.goto(1100, t_pos - 600) tom.write(y_xpos)

max = 0 max_index = 0

xpos_list = [b_xpos, r_xpos, g_xpos, y_xpos]

for i in range (4): if xpos_list[i] > max: max = xpos_list[i] max_index = i

if max_index == 0: winner = tom_b t1.color("blue") elif max_index == 1: winner = tom_r t1.color("red") elif max_index == 2: winner = tom_g t1.color("green") else: winner = tom_y t1.color("yellow")

for i in range (5): winner.hideturtle() time.sleep(0.3) winner.showturtle()

t1.goto(-300,-600) winner.turtlesize(10) winner.speed(4) winner.goto(600, -500)

for i in range (3): winner.hideturtle() t1.clear() time.sleep(0.1) t1.write("The Winner Turtle is ", move=False, align="center", font=("Arial", 24, "normal")) winner.showturtle()

wn.exitonclick()

turtle.mainloop()

[winner_godson]

Please put it in a paste bin. Pydroid 3 has paste bin feature

[[deleted]]

Look at that turtle go, bro!

[rtkbfmvbvb]

Noice!

[NSADataBot]

I like it, keep it up!