def za_8():
krogi = []
for i in range(30):
krog = risar.krog(
randint(15, risar.maxX - 15), randint(15, risar.maxY - 15), 10,
risar.barva(randint(0, 150), randint(0, 150), randint(0, 150)), 3)
krogi.append([krog, 2 * random() + 3, 2 * random() + 3])
miska = risar.krog(risar.miska[0], risar.miska[1], 30,
risar.barva(255, 255, 255), 3)
for i in range(1000):
if not risar.klik:
checkx, checky = risar.miska
miska.setPos(checkx, checky)
for n in range(len(krogi)):
item, new_x, new_y = krogi[n]
item.setPos(item.x() + new_x, item.y() + new_y)
if checkx-33 < item.x() < checkx+33 \
and checky-33 < item.y() < checky+33 and risar.klik:
exit()
if not (15 < item.x() < risar.maxX - 15):
krogi[n][1] = -new_x
#risar.barvaOzadja(risar.barva(randint(0, 255), randint(0, 255), randint(0, 255)))
if not (15 < item.y() < risar.maxY - 15):
#risar.barvaOzadja(risar.barva(randint(0, 255), randint(0, 255), randint(0, 255)))
krogi[n][2] = -new_y
risar.cakaj(0.02)
def narisi_povezave(kraji, enosmerne=False):
koord = koordict(kraji)
pov = povezave(5, kraji)
if not enosmerne:
pov = dvosmerno(pov)
for kraj, sosedi in pov.items():
for sosed in sosedi:
x1, y1 = koord[kraj]
x2, y2 = koord[sosed]
if enosmerne:
x2 = .6 * x1 + .4 * x2
y2 = .6 * y1 + .4 * y2
risar.crta(tx(x1), ty(y1), tx(x2), ty(y2), barva=risar.barva(48, 48, 48), sirina=4)
risar.crta(tx(x1), ty(y1), tx(x2), ty(y2), barva=risar.barva(96, 96, 96), sirina=1)
def za_8():
'''
Draws 30 circles at random positions, moves the around. Draws an extra circle, around mouse coordinates.
Mouse circle follows mouse until first left click. After the click circle stops, program terminates when first
circle touches mouse circle.
Speed of movement is 5, circles bounce upon hitting edge.
Calls create_circles, to create actual objects.
:return:
'''
krogi = create_circles(30)
miska = risar.krog(risar.miska[0], risar.miska[1], 30,
risar.barva(255, 255, 255), 3)
while True:
if not risar.klik:
checkx, checky = risar.miska
miska.setPos(checkx, checky)
for n in range(len(krogi)):
item, new_x, new_y, *s = krogi[n]
item.setPos(item.x() + new_x, item.y() + new_y)
if checkx-33 < item.x() < checkx+33 \
and checky-33 < item.y() < checky+33 and risar.klik:
exit()
if not (15 < item.x() < risar.maxX - 15):
krogi[n][1] = -new_x
if not (15 < item.y() < risar.maxY - 15):
krogi[n][2] = -new_y
risar.cakaj(0.02)
def create_circles(stevilo):
krogi = []
for i in range(stevilo):
krog = risar.krog(
randint(30, risar.maxX - 30), randint(30, risar.maxY - 30), 10,
risar.barva(randint(0, 150), randint(0, 150), randint(0, 150)), 3)
krogi.append([krog, 2 * random() + 3, 2 * random() + 3, 0, 0, False])
return krogi
def naloga9_razsiri():
oznake = naloga6_povezave(False, True)
zacetek = {"Ljubljana", "Lenart", "Žužemberk"}
razsirjen = razsiri(zacetek, Test09.povezave5)
for kraj, oznaka in oznake.items():
if kraj in zacetek:
barva = risar.rumena
elif kraj in razsirjen:
barva = risar.bela
else:
barva = risar.barva(48, 48, 48)
oznaka.setDefaultTextColor(barva)
risar.stoj()
def za_6():
krog = risar.krog(
randint(15, risar.maxX - 15), randint(15, risar.maxY - 15), 10,
risar.barva(randint(0, 255), randint(0, 255), randint(0, 255)), 3)
x, y = 2 * random() + 3, 2 * random() + 3
t = time.time()
for i in range(1000):
if time.time() - t > 20:
exit()
krog.setPos(krog.x() + x, krog.y() + y)
if not (15 < krog.x() < risar.maxX - 15):
x = -x
if not (15 < krog.y() < risar.maxY - 15):
y = -y
risar.cakaj(0.02)
def create_circles(stevilo):
'''
Creates a list for each object risar.krog with random coordinates, random radius, random color and thickness of 5.
Values stored in list are: risar.krog object, horizontal speed, vertical speed, counter, explosion start time
and explotion status bool.
New speed is calculated using pythagorean theorem.
Function returns a list of lists if there is more than 1 circle created otherwise it returns a single list with
above values.
:param stevilo:
:return:
'''
krogi = []
for i in range(stevilo):
krog = risar.krog(randint(30, risar.maxX - 30), randint(30, risar.maxY - 30), 10,
risar.barva(randint(30, 240), randint(30, 240), randint(30, 240)), 5)
x = choice([-4, -3, -2, -1, 1, 2, 3, 4])
y = math.sqrt((5**2)-(x**2))
krogi.append([krog, x, y, 0, 0, False])
print(math.sqrt(x**2 + y**2))
return krogi if len(krogi)>1 else krogi[0]
def za_7():
krogi = []
for i in range(30):
krog = risar.krog(
randint(15, risar.maxX - 15), randint(15, risar.maxY - 15), 10,
risar.barva(randint(0, 255), randint(0, 255), randint(0, 255)), 3)
krogi.append([krog, 2 * random() + 3, 2 * random() + 3])
t = time.time()
for i in range(1000):
for i in range(1000):
if time.time() - t > 20:
exit()
for n in range(len(krogi)):
item, new_x, new_y = krogi[n]
item.setPos(item.x() + new_x, item.y() + new_y)
if not (15 < item.x() < risar.maxX - 15):
krogi[n][1] = -new_x
#risar.barvaOzadja(risar.barva(randint(0, 255), randint(0, 255), randint(0, 255)))
if not (15 < item.y() < risar.maxY - 15):
#risar.barvaOzadja(risar.barva(randint(0, 255), randint(0, 255), randint(0, 255)))
krogi[n][2] = -new_y
risar.cakaj(0.02)
def za_10():
'''
Repeats the call of function za_10_game() for each element in pravila, if enough circles have exploded it continues,
otherwise it repeats the loop. Program terminates when all levels have been completed. It also changes the color
of the background for each iteration.
:return:
'''
pravila = [(1, 5), (2, 8), (5, 10), (8, 16), (12, 20), (16, 24), (20, 28), (25, 30), (28, 30), (30, 30)]
i = 0
while i < len(pravila):
potrebnih, vseh = pravila[i]
risar.klik = False
QMessageBox.information(None, "Nivo {}".format(pravila.index((potrebnih, vseh)) + 1),
"Zadeni {} od {} zog.".format(potrebnih, vseh))
rezultat = za_10_game(vseh)
if potrebnih <= rezultat:
i += 1
else:
QMessageBox.information(None, "Nivo {}".format(pravila.index((potrebnih, vseh)) + 1),
"Zadeli ste {} od {} zog. Poskusite ponovno!".format(rezultat, vseh))
risar.pobrisi()
risar.barvaOzadja(risar.barva(randint(0, 100), randint(0, 100), randint(0, 100)))
import risar
from random import random, randint
from time import time
from math import sqrt
risar.obnavljaj = True
cas = time()
krogi = []
kx = []
ky = []
mx, my = risar.miska
speed = 5
miskaKrog = risar.krog(mx, my, 30, sirina=5)
for i in range(30):
barva = risar.barva(randint(0, 255), randint(0, 255), randint(0, 255))
pos = risar.nakljucne_koordinate()
if pos[0] < risar.maxX or pos[1] < risar.maxY:
pos = risar.nakljucne_koordinate()
else:
break
krogi.append((risar.krog(pos[0], pos[1], 10, barva, sirina=2)))
kx.append(randint(-5, 5))
ky.append(sqrt(speed**2 - kx[i]**2))
while True:
if risar.levo:
mx, my = risar.miska
cas = time()
def za_10_game(krogov):
st = time.clock()
krogi = create_circles(krogov)
miska = risar.krog(risar.miska[0], risar.miska[1], 30,
risar.barva(255, 255, 255), 3)
miska_start = 0
miska_klik = False
stevec = 0
stop_koordinate = {"miska": (risar.miska[0], risar.miska[1])}
for s in range(1000):
if not risar.klik:
stop_koordinate["miska"] = (risar.miska[0], risar.miska[1])
miska.setPos(risar.miska[0], risar.miska[1])
for n in range(len(krogi)):
item, new_x, new_y, count, startime, status = krogi[n]
if time.time() - miska_start >= 4 and miska_klik:
miska.hide()
miska_klik = False
del stop_koordinate["miska"]
if len(stop_koordinate) == 0:
return stevec
if startime != 0 and time.time() - krogi[n][4] >= 4:
item.hide()
krogi[n][4] = 0
del stop_koordinate[item]
if len(stop_koordinate) == 0:
return stevec
continue
elif status == True:
continue
item.setPos(item.x() + new_x, item.y() + new_y)
if risar.klik and miska_start == 0:
pobarvaj(miska, 150)
'''color = miska.pen().color().lighter()
color.setAlpha(150)
miska.setBrush(color)'''
miska_start = time.time()
miska_klik = True
for x, y in stop_koordinate.values():
if x - 35.0 < item.x() < x + 35.0 and y - 35.0 < item.y(
) < y + 33.0 and risar.klik:
item.setRect(-30, -30, 60, 60)
'''color = item.pen().color().lighter()
color.setAlpha(randint(120, 180))
item.setBrush(color)'''
pobarvaj(item, randint(120, 180))
stop_koordinate[item] = (item.x(), item.y())
krogi[n][4] = time.time()
krogi[n][5] = True
stevec += 1
break
if not (15 < item.x() < risar.maxX - 15):
krogi[n][1] = -new_x
if not (15 < item.y() < risar.maxY - 15):
krogi[n][2] = -new_y
risar.cakaj(0.02)
if time.clock() - st > 20:
break
return stevec
def za_10_game(krogov):
'''
Draws x circles - krogov - at random positions, moves them around. Draws an extra circle, around mouse coordinates.
Mouse circle follows mouse until first left click. After the click mouse circle stops, each circle that touches
that circle explodes, thus creating another explosion node. Each circle that touches an explosion node, explodes
as well. Program ends when there is no more exploded circles on canvas or time runs out. It display how many circles
have exploded and terminates.
Speed of movement is 5, circles bounce upon hitting edge.
Explotion time is 4 seconds. Runout time is 20 seconds.
Calls create_circles, to create actual objects.
:return:
'''
krogi = create_circles(krogov)
miska = risar.krog(risar.miska[0], risar.miska[1], 30,
risar.barva(255, 255, 255), 3)
miska_start = 0
miska_klik = False
stevec = 0
stop_koordinate = {"miska": (risar.miska[0], risar.miska[1])}
while True:
if not risar.klik:
stop_koordinate["miska"] = (risar.miska[0], risar.miska[1])
miska.setPos(risar.miska[0], risar.miska[1])
for n in range(len(krogi)):
item, new_x, new_y, count, startime, status = krogi[n]
if time.time() - miska_start >= 4 and miska_klik:
miska.hide()
miska_klik = False
del stop_koordinate["miska"]
if len(stop_koordinate) == 0:
return stevec
if startime != 0 and time.time() - krogi[n][4] >= 4:
item.hide()
krogi[n][4] = 0
del stop_koordinate[item]
if len(stop_koordinate) == 0:
return stevec
continue
elif status == True:
continue
item.setPos(item.x() + new_x, item.y() + new_y)
if risar.klik and miska_start == 0:
pobarvaj(miska, 200)
miska_start = time.time()
miska_klik = True
for x, y in stop_koordinate.values():
if x - 35.0 < item.x() < x + 35.0 and y - 35.0 < item.y() < y + 33.0 and risar.klik:
item.setRect(-30, -30, 60, 60)
pobarvaj(item, randint(120, 180))
stop_koordinate[item] = (item.x(), item.y())
krogi[n][4] = time.time()
krogi[n][5] = True
stevec += 1
break
if not (15 < item.x() < risar.maxX - 15):
krogi[n][1] = -new_x
if not (15 < item.y() < risar.maxY - 15):
krogi[n][2] = -new_y
risar.cakaj(0.02)