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https://failiem.lv/u/7vesvnsu3#/view/avardbujj

Jamboard presentation/Day 1

https://failiem.lv/f/eekuxddzn

Day 1/ Introductory meeting

https://www.youtube.com/watch?v=5ZzO4GbeEv0

StoryBoard presentation

https://failiem.lv/f/f5zvshwy7

Python/Geogebra presentation

https://failiem.lv/f/q6bzcgebw

Genially

https://failiem.lv/f/2sg7f9s4a

Final meeting

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by Sintija Valucka

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from turtle import *

def draw_square(some_turtle):

    for _ in range(4):
        some_turtle.forward(200)
        some_turtle.right(90)
        print ("Erasmus+ KA229")
        print ("„Effective e-learning system based on digital competences")
        print ("C4 Joint Staff Training (virtual) in Braga, Portugal")

def draw_art():

    # Turtle Latvia
    latvia = Turtle(shape="turtle")
    latvia.color("yellow")
    latvia.pensize(6)
    latvia.speed("normal")  # latvia
    print ("Latvia-Portugal")
    
    for _ in range(36):
        draw_square(latvia)
        latvia.right(10)

    # Turtle Croatia
    croatia = Turtle(shape="turtle")
    croatia.color("blue")
    croatia.pensize(4)
    croatia.speed(5)  # croatia
    print ("Croatia-Nikola Tesla")

    size = 1

    for _ in range(300):
        croatia.forward(size)
        croatia.right(91)
        size += 1
        print ("Sweden-IKEA-Volvo-Ericsson-Telia-Sandvick")
        print  ("  ")
        print ("Croatia is :)")

window = Screen()
window.bgcolor("pink")

draw_art()

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from turtle import *

title ("Olympic Rings")

speed (0)
setup(800,500)
pensize (9)

#Black Ring
pencolor("black")
circle(90)

#Blue Ring
penup()
goto(-200,0)
pendown()
pencolor("blue")
circle(90)

#Red Ring
penup()
goto (200,0)
pendown()
pencolor("red")
circle(90)

#Yellow Ring
penup()
goto (-100,-100)
pendown()

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Dancing Ball

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Positive and Negative Numbers

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geo task

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geo task

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geo task

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geo task

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geo task

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geo task

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geo task

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geo task

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Geo gebra

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Doulgeraki Ada

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Spiral

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Tigkas Kostas

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Flower

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Olympic Rings

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from turtle import *

title ("Olympic Rings")

speed (0)

setup(800,500)

pensize (9)

#Black Ring

pencolor("black")

circle(90)

#Blue Ring

penup()

goto(-200,0)

pendown()

pencolor("blue")

circle(90)

#Red Ring

penup()

goto (200,0)

pendown()

pencolor("red")

circle(90)

#Yellow Ring

penup()

goto (-100,-100)

pendown()

pencolor("yellow")

circle(90)

#Green Ring

penup()

goto (100,-100)

pendown()

pencolor("green")

circle(90)

window=Screen ()

window.bgcolor("pink")

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blue symbolizes water ...

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Football ball :)

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Geo gebra

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Mário

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Dancing Ball

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Tomislav Ćosić

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Tomislav Ćosić

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Spiral Art

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Olympic symbol

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Magic ball

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Flower

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SPIRAL ART

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GeoGebra

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Laura Marinho

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Joaquim

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import turtle
a= turtle.Screen()
a.bgcolor ("darkblue")
a.title("Dancing Ball")
ball=turtle.Turtle()
ball.shape("circle")
ball.color ("pink")
ball.penup()
ball.speed(0)
ball.goto (0,200)
ball.dy = 0
gravity = 0.1
while True:
ball.dy-=gravity
ball.sety(ball.ycor()+ball.dy)
# Check for a bounce of ball
if ball.ycor()<-300:
ball.dy*=-

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Raquel

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Mário

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Tigkas Kostas

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import turtle

a= turtle.Screen()
a.bgcolor ("darkblue")
a.title("Dancing Ball")

ball=turtle.Turtle()
ball.shape("circle")
ball.color ("pink")
ball.penup()
ball.speed(0)
ball.goto (0,200)
ball.dy = 0

gravity = 0.1

while True:

    ball.dy-=gravity
    ball.sety(ball.ycor()+ball.dy)

    
    
# Check for a bounce of ball

    if ball.ycor()<-300:
        ball.dy*=-1


a.mainloop()

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Tigkas Kostas

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from turtle import *

title("flower")
pencolor("red")
for i in range(21):
        for i in range(4):
            fd(250)
            rt(90)
            rt(360/21)

window=Screen()
window.bgcolor("yellow")

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Olympic Rings

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Suzana Mihelčič
Seesaw in GeoGebra

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geo task

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Dancing Ball

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import turtle
a= turtle.Screen()
a.bgcolor ("darkblue")
a.title("Dancing Ball")
ball=turtle.Turtle()
ball.shape("circle")
ball.color ("pink")
ball.penup()
ball.speed(0)
ball.goto (0,200)
ball.dy = 0
gravity = 0.1

while True:
 ball.dy-=gravity
 ball.sety(ball.ycor()+ball.dy)


# Check for a bounce of ball
 if ball.ycor()<-300:
     ball.dy*=-1

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Tigkas Kostas

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from turtle import *

def draw_square(some_turtle):

    for _ in range(4):
        some_turtle.forward(200)
        some_turtle.right(90)
        print ("Erasmus+ KA229")
        print ("„Effective e-learning system based on digital competences")
        print ("C4 Joint Staff Training (virtual) in Braga, Portugal")

def draw_art():

    # Turtle Latvia
    latvia = Turtle(shape="turtle")
    latvia.color("yellow")
    latvia.pensize(6)
    latvia.speed("normal")  # latvia
    print ("Latvia-Portugal")
    
    for _ in range(36):
        draw_square(latvia)
        latvia.right(10)

    # Turtle Croatia
    croatia = Turtle(shape="turtle")
    croatia.color("blue")
    croatia.pensize(4)
    croatia.speed(5)  # croatia
    print ("Croatia-Nikola Tesla")

    size = 1

    for _ in range(300):
        croatia.forward(size)
        croatia.right(91)
        size += 1
        print ("Sweden-IKEA-Volvo-Ericsson-Telia-Sandvick")
        print  ("  ")
        print ("Croatia is :)")

window = Screen()
window.bgcolor("pink")

draw_art()

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Flower

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from turtle import*

pencolor ('red')

for i in range (21):
    for i in range (4):
        fd (250)
        rt (90)
        rt(360/21)
        
window=Screen ()
window.bgcolor("yellow")

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OLYMPIC

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Spiral Art

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Dancing Balls

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Olympic rings

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from turtle import *

title ("Olympic Rings")

speed (0)
setup(800,500)
pensize (9)

#Black Ring
pencolor("black")
circle(90)

#Blue Ring
penup()
goto(-200,0)
pendown()
pencolor("blue")
circle(90)

#Red Ring
penup()
goto (200,0)
pendown()
pencolor("red")
circle(90)

#Yellow Ring
penup()
goto (-100,-100)
pendown()

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Flower

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from turtle import *

def draw_square(some_turtle):

    for _ in range(4):
        some_turtle.forward(200)
        some_turtle.right(90)
        print ("Erasmus+ KA229")
        print ("„Effective e-learning system based on digital competences")
        print ("C4 Joint Staff Training (virtual) in Braga, Portugal")

def draw_art():

    # Turtle Latvia
    latvia = Turtle(shape="turtle")
    latvia.color("yellow")
    latvia.pensize(6)
    latvia.speed("normal")  # latvia
    print ("Latvia-Portugal")
    
    for _ in range(36):
        draw_square(latvia)
        latvia.right(10)

    # Turtle Croatia
    croatia = Turtle(shape="turtle")
    croatia.color("blue")
    croatia.pensize(4)
    croatia.speed(5)  # croatia
    print ("Croatia-Nikola Tesla")

    size = 1

    for _ in range(300):
        croatia.forward(size)
        croatia.right(91)
        size += 1
        print ("Sweden-IKEA-Volvo-Ericsson-Telia-Sandvick")
        print  ("  ")
        print ("Croatia is :)")

window = Screen()
window.bgcolor("pink")

draw_art()

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FLOWERR

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spiral art

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MAGIC BALL

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import turtle

a= turtle.Screen()
a.bgcolor ("darkblue")
a.title("Dancing Ball")

ball=turtle.Turtle()
ball.shape("circle")
ball.color ("pink")
ball.penup()
ball.speed(0)
ball.goto (0,200)
ball.dy = 0

gravity = 0.1

while True:

    ball.dy-=gravity
    ball.sety(ball.ycor()+ball.dy)

    
    
# Check for a bounce of ball

    if ball.ycor()<-300:
        ball.dy*=-1


a.mainloop()

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from turtle import *

title ("Olympic Rings")

speed (0)
setup(800,500)
pensize (9)

#Black Ring
pencolor("black")
circle(90)

#Blue Ring
penup()
goto(-200,0)
pendown()
pencolor("blue")
circle(90)

#Red Ring
penup()
goto (200,0)
pendown()
pencolor("red")
circle(90)

#Yellow Ring
penup()
goto (-100,-100)
pendown()

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Spiral Art

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OLYMPIC RINGS

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from turtle import *

title ("Olympic Rings")

speed (0)

setup(800,500)

pensize (9)

#Black Ring

pencolor("black")

circle(90)

#Blue Ring

penup()

goto(-200,0)

pendown()

pencolor("blue")

circle(90)

#Red Ring

penup()

goto (200,0)

pendown()

pencolor("red")

circle(90)

#Yellow Ring

penup()

goto (-100,-100)

pendown()

pencolor("yellow")

circle(90)

#Green Ring

penup()

goto (100,-100)

pendown()

pencolor("green")

circle(90)

window=Screen ()

window.bgcol

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spiral art

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Olympic rings

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Flower Aggelis Kostas

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from turtle import *

def draw_square(some_turtle):

    for _ in range(4):
        some_turtle.forward(200)
        some_turtle.right(90)
        print ("Erasmus+ KA229")
        print ("„Effective e-learning system based on digital competences")
        print ("C4 Joint Staff Training (virtual) in Braga, Portugal")

def draw_art():

    # Turtle Latvia
    latvia = Turtle(shape="turtle")
    latvia.color("yellow")
    latvia.pensize(6)
    latvia.speed("normal")  # latvia
    print ("Latvia-Portugal")
    
    for _ in range(36):
        draw_square(latvia)
        latvia.right(10)

    # Turtle Croatia
    croatia = Turtle(shape="turtle")
    croatia.color("blue")
    croatia.pensize(4)
    croatia.speed(5)  # croatia
    print ("Croatia-Nikola Tesla")

    size = 1

    for _ in range(300):
        croatia.forward(size)
        croatia.right(91)
        size += 1
        print ("Sweden-IKEA-Volvo-Ericsson-Telia-Sandvick")
        print  ("  ")
        print ("Croatia is :)")

window = Screen()
window.bgcolor("pink")

draw_art()

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Ivana spiral art

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from turtle import *
def draw_square(some_turtle):
 for _ in range(4):
 some_turtle.forward(200)
 some_turtle.right(90)
 print ("Erasmus+ KA229")
 print ("„Effective e-learning system based on digital competences")
 print ("C4 Joint Staff Training (virtual) in Braga, Portugal")
def draw_art():
 # Turtle Latvia
 latvia = Turtle(shape="turtle")
 latvia.color("yellow")
 latvia.pensize(6)
 latvia.speed("normal") # latvia
 print ("Latvia-Portugal")

 for _ in range(36):
 draw_square(latvia)
 latvia.right(10)
 # Turtle Croatia
 croatia = Turtle(shape="turtle")
 croatia.color("blue")
 croatia.pensize(4)
 croatia.speed(5) # croatia
 print ("Croatia-Nikola Tesla")
 size = 1
 for _ in range(300):
 croatia.forward(size)
 croatia.right(91)
 size += 1
 print ("Sweden-IKEA-Volvo-Ericsson-Telia-Sandvick")
 print (" ")
 print ("Croatia is :)")
window = Screen()
window.bgcolor("pink")
draw_art()

# data[].attributes.attachment_link.readable_text
from turtle import*

pencolor ('red')

for i in range (21):
    for i in range (4):
        fd (250)
        rt (90)
        rt(360/21)
        
window=Screen ()
window.bgcolor("yellow")

# data[].attributes.body
Ivana Ring

# data[].attributes.attachment_link.readable_text
from turtle import *

title ("Olympic Rings")

speed (0)
setup(800,500)
pensize (9)

#Black Ring
pencolor("black")
circle(90)

#Blue Ring
penup()
goto(-200,0)
pendown()
pencolor("blue")
circle(90)

#Red Ring
penup()
goto (200,0)
pendown()
pencolor("red")
circle(90)

#Yellow Ring
penup()
goto (-100,-100)
pendown()
pencolor("yellow")
circle(90)

#Green Ring
penup()
goto (100,-100)
pendown()
pencolor("green")
circle(90)

window=Screen ()
window.bgcolor("orange")

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Olympic rings with portuguese flag