def test_coin3(): '''collect coin while jumping''' Scene.make_cm(80) PERSON.xpos = 25 PERSON.ypos = 151 Scene.brick_coin() # print(Manage.score) s1 = Manage.score Person.moveup(PERSON) Scene.brick_coin() # print(Manage.score) s2 = Manage.score assert s2 > s1
def test_score_brick():
'''collecting coin when collision with brick'''
# Board.board_initialise(BOARD,0)
Scene.make_cm(0)
PERSON.xpos = 25
PERSON.ypos = 3
PERSON.jump = 8
for i in range(41):
Person.moveright(PERSON)
print(PERSON.xpos, PERSON.ypos)
Scene.brick_coin()
initial_bricks = len(BRICK_LIST)
Person.moveup(PERSON)
for i in range(PERSON.jump):
Scene.brick_coin()
Person.movedown(PERSON, 'w')
Person.moveup(PERSON)
for i in range(PERSON.jump):
Scene.brick_coin()
Person.movedown(PERSON, 'w')
# print(Manage.score)
# Board.board_initialise(BOARD,0)
Scene.make_cm(0)
Scene.brick_coin()
final_bricks = len(BRICK_LIST)
assert Manage.score > 0 and final_bricks == initial_bricks - 1
# test_score_brick()
def test_brickcollision1():
'''Collision while coming down with the brick'''
Scene.make_cm(0)
PERSON.xpos = 25
PERSON.ypos = 34
PERSON.jump = 8
Scene.brick_coin()
Person.moveup(PERSON)
for i in range(PERSON.jump - 1):
Person.movedown(PERSON, 'w')
# Board.board_initialise(BOARD,0)
Scene.make_cm(0)
Scene.brick_coin()
Person.print_on_board(PERSON, PERSON.xpos, PERSON.ypos)
Board.print_on_board(BOARD, 0, 80)
# print(Manage.score)
s1 = Manage.score
Person.moveright(PERSON)
Scene.brick_coin()
# Board.board_initialise(BOARD,0)
Scene.make_cm(0)
Scene.brick_coin()
s2 = Manage.score
Person.print_on_board(PERSON, PERSON.xpos, PERSON.ypos)
Board.print_on_board(BOARD, 0, 80)
assert s1 == s2
def test_coin4(): '''collect 2 coins at a time''' Scene.make_cm(80) PERSON.xpos = 25 PERSON.ypos = 153 Scene.brick_coin() # print(Manage.score) s1 = Manage.score Person.moveup(PERSON) Scene.brick_coin() # print(Manage.score) s2 = Manage.score assert s2 - s1 == 20 # test_coin4()
def test_brickcollision2():
'''collision when 1 unit ahead of brick'''
Scene.make_cm(0)
PERSON.xpos = 25
PERSON.ypos = 38
PERSON.jump = 8
Scene.brick_coin()
Person.moveup(PERSON)
# print(PERSON.xpos,PERSON.ypos)
s1 = Manage.score
prev_x = PERSON.xpos
Person.movedown(PERSON, 'w')
while prev_x != PERSON.xpos:
prev_x = PERSON.xpos
Scene.brick_coin()
Person.movedown(PERSON, 'w')
s2 = Manage.score
# print(s1,s2)
assert s2 > s1
def test_coin2(): '''collect coin from left''' Scene.make_cm(0) PERSON.xpos = 25 PERSON.ypos = 3 PERSON.jump = 8 Scene.make_pps() Scene.brick_coin() for i in range(61): Person.moveright(PERSON) Person.moveup(PERSON) Person.moveright(PERSON) prev_x = PERSON.xpos Person.movedown(PERSON,'w') while prev_x != PERSON.xpos: prev_x = PERSON.xpos Person.movedown(PERSON,'w') Person.moveup(PERSON) for _ in range(5): Person.moveright(PERSON) prev_x = PERSON.xpos Person.movedown(PERSON,'w') while prev_x != PERSON.xpos: prev_x = PERSON.xpos Person.movedown(PERSON,'w') Person.moveleft(PERSON,0) # print(PERSON.xpos,PERSON.ypos) # print(Manage.score) s1 = Manage.score Scene.brick_coin() # print(Manage.score) s2 = Manage.score assert s2 > s1
def test_coin1(): '''collect coin from right''' Scene.make_cm(0) Scene.make_pps() Scene.brick_coin() for i in range(61): Person.moveright(PERSON) Person.moveup(PERSON) Person.moveright(PERSON) prev_x = PERSON.xpos Person.movedown(PERSON,'w') while prev_x != PERSON.xpos: prev_x = PERSON.xpos Person.movedown(PERSON,'w') # print(PERSON.xpos,PERSON.ypos) Person.moveright(PERSON) Scene.brick_coin() # print(Manage.score) assert Manage.score > 0
from manage import Manage
SCENE = Scene()
M = Manage()
i = 0
MID = 0
TIMER = 0
os.system('aplay -q ./mario-theme.wav&')
while i <= BOARD.width - 80:
if PERSON.xpos == 25 and PERSON.ypos == 504:
break
os.system("clear")
M.printhead()
SCENE.make_cm(i)
SCENE.make_pps()
SCENE.brick_coin()
SCENE.moving_bar()
SCENE.make_flag()
i = SCENE.enemy(i)
# PERSON.print_mario(PERSON.xpos,PERSON.ypos)
POLY.print_poly(PERSON, PERSON.xpos, PERSON.ypos)
# BOARD.print_board(i,i+80)
POLY.print_poly(BOARD, i, i + 80)
# PERSON.move(i)
POLY.move_poly(PERSON, i)
if BOARD.checkstar(PERSON.xpos + 1, PERSON.ypos) == 2:
Manage.changelives()
ZPS = 0
for k, j in CHECKPOINT:
if j >= PERSON.ypos:
PERSON.xpos = CHECKPOINT[ZPS - 1][0]