def __init__(self, parent, unit, health_limit_min, health_limit_max):
self.parent = parent
self.unit = unit
self.label_name = ttk.Label(self.parent, text=self.unit.name)
self.unit_identifier = Unit_Identifier(self)
self.healthbar = Healthbar(self, health_limit_min, health_limit_max)
def __init__(self, imgPath, name, damageMult, healthMult, player):
self.player = player
self.name = name
self.nameTextObj = drawer.createTextObject( drawer.createFont(int(drawer.DISPLAY_HEIGHT*0.095)), self.name )
self.nameX = int(drawer.DISPLAY_WIDTH / 2 - self.nameTextObj.get_rect().width/2)
self.nameY = int(drawer.DISPLAY_HEIGHT * -0.01)
self.IMG_stand = loadIMG(imgPath + 'stand.png')
self.IMG_ausholen = loadIMG(imgPath + 'ausholen.png')
self.IMG_attack = loadIMG(imgPath + 'attack.png')
self.centerPos = (drawer.CENTER[0] - int(self.IMG_stand.get_rect().width/2), int(drawer.CENTER[1]*0.35) )
self.attackPos = ( self.centerPos[0], int(self.centerPos[1]*2.1) )
self.curIMG = self.IMG_stand
self.curPos = self.centerPos
self.posMode = 0
self.clock = 0
self.ausholDuration = 0.5
self.attackDuration = 0.3
self.standDuration = 2
self.damageMult = damageMult
self.damage = 10
self.healthMult = healthMult
self.maxHealth = 100
self.health = self.maxHealth
self.healthbar = Healthbar(self.maxHealth, \
int(drawer.DISPLAY_WIDTH / 2), int(self.centerPos[1] * 0.5 ), \
int(drawer.DISPLAY_WIDTH * 0.7), int(drawer.DISPLAY_HEIGHT*0.05) )
def __init__(self):
self.IMG_stand = loadIMG(path + 'stand.png')
self.IMG_dodgeL = loadIMG(path + 'dodgeL.png')
self.IMG_dodgeR = loadIMG(path + 'dodgeR.png')
self.IMG_attack = loadIMG(path + 'attack.png')
self.centerPos = (drawer.CENTER[0] -
int(self.IMG_stand.get_rect().width / 2),
int(drawer.CENTER[1] * 1.1))
self.leftPos = (int(self.centerPos[0] * 0.7), self.centerPos[1])
self.rightPos = (int(self.centerPos[0] * 1.3), self.centerPos[1])
self.attackPos = (self.centerPos[0], int(self.centerPos[1] * 0.7))
self.curImg = self.IMG_stand
self.curPos = self.centerPos
self.posMode = 0
self.timeTillStand = 0
self.dodgeTime = 0.5
self.attackDuration = 0.3
self.damage = 20
self.killedBosses = 0
self.maxHealth = 100
self.health = self.maxHealth
self.healthbar = Healthbar(self.maxHealth,
int(drawer.DISPLAY_WIDTH / 2),
int(drawer.DISPLAY_HEIGHT * 0.9),
int(drawer.DISPLAY_WIDTH * 0.4),
int(drawer.DISPLAY_HEIGHT * 0.05))
class PlayerShip(ship.Ship):
def __init__(self):
super(PlayerShip, self).__init__(False, Resources.Image_Ship_Module_Base)
self.upgrade(smsp.ShipComponentLaser(1, 0, self, smsp.LaserType.AngleLaser))
self._healthbar = Healthbar(self)
self._shieldbar = Shieldbar(self)
# self.upgrade(smsp.ShipComponentLaser(0, -2, self, smsp.LaserType.HeavyLaser))
# self.upgrade(smsp.ShipComponentLaser(0, 2, self, smsp.LaserType.HeavyLaser))
# self.upgrade(smsp.ShipComponentLaser(1, -1, self, smsp.LaserType.SimpleLaser))
# self.upgrade(smsp.ShipComponentLaser(1, 1, self, smsp.LaserType.SimpleLaser))
# self.upgrade(HeavyHull(0, 1, self))
# self.upgrade(HeavyHull(0, -1, self))
# self.upgrade(HeavyHull(-1, 2, self))
# self.upgrade(HeavyHull(-1, -2, self))
# self.upgrade(RepairCrane(-1, 1, self))
# self.upgrade(RepairCrane(-1, -1, self))
# self.upgrade(Jet(-2, -1, self))
# self.upgrade(Jet(-2, 0, self))
# self.upgrade(Jet(-2, 1, self))
def update(self, dt):
"""
:param dt:
:return:
"""
self._healthbar.update()
self._shieldbar.update()
# controls:
if globals.controls[Controls.Up]:
self.y += self.engine_power / self.mass * dt
if globals.controls[Controls.Down]:
self.y -= self.engine_power / self.mass * dt
if globals.controls[Controls.Left]:
self.x -= self.engine_power / self.mass * dt
if globals.controls[Controls.Right]:
self.x += self.engine_power / self.mass * dt
if self.x < 0:
self.x = 0
if self.y < 0:
self.y = 0
if self.x > globals.window.width:
self.x = globals.window.width
if self.y > globals.window.height:
self.y = globals.window.height
# first superclass.update
super(PlayerShip, self).update(dt)
class StoryEnemy(ship.Ship):
def __init__(self, is_enemy, resource, *args, **kwargs):
super().__init__(is_enemy, resource, *args, **kwargs)
self._healthbar = Healthbar(self)
self._shieldbar = Shieldbar(self)
def update(self, dt):
self._healthbar.update()
self._shieldbar.update()
self.time += dt
# fly up and down
self.y += math.sin(self.time) * self.engine_power / self.mass * dt
# fly to the left
if self.x > globals.window.width * 0.75:
self.x -= 0.5 * self.engine_power / self.mass * dt
super(StoryEnemy, self).update(dt)
# kill the drone if its out of screen
if self.x < -50:
self.alive = False
def __init__(self):
super(PlayerShip, self).__init__(False, Resources.Image_Ship_Module_Base)
self.upgrade(smsp.ShipComponentLaser(1, 0, self, smsp.LaserType.AngleLaser))
self._healthbar = Healthbar(self)
self._shieldbar = Shieldbar(self)
def __init__(self, is_enemy, resource, *args, **kwargs):
super().__init__(is_enemy, resource, *args, **kwargs)
self._healthbar = Healthbar(self)
self._shieldbar = Shieldbar(self)
class Unit_Widget:
height = 2
def __init__(self, parent, unit, health_limit_min, health_limit_max):
self.parent = parent
self.unit = unit
self.label_name = ttk.Label(self.parent, text=self.unit.name)
self.unit_identifier = Unit_Identifier(self)
self.healthbar = Healthbar(self, health_limit_min, health_limit_max)
def forget(self):
''' Forget all subwidgets. '''
self.label_name.grid_forget()
self.unit_identifier.forget()
self.healthbar.forget()
def forget_and_destroy(self):
''' Calling this method will hide and destroy all subwidgets.
This effectively destroys the Unit_Widget. '''
self.label_name.grid_forget()
self.label_name.destroy()
self.unit_identifier.forget_and_destroy()
self.healthbar.forget_and_destroy()
def grid(self, column, row, columnspan=1):
''' This method calls tkinters grid manager to place all subwidgets on the window.
The Unit_Widget will never exceed the dimensions specified in the method parameters.
Try calling self.update() if the Unit_Widget is not showing properly. '''
self.label_name.grid(column=column, row=row)
self.unit_identifier.grid(column + 1, row)
self.healthbar.grid(column, row + 1, columnspan=columnspan)
def new_health_limit(self, health_limit_min, health_limit_max):
''' Change the health limit on the Unit_Widget's healthbar.
The health limit is used to scale the healthbar.
Assigning the same health limits to all Unit_Widgets will cause the healthbars to align on the zero health mark
and to have the same length per health.
If the unit's health values {health_min, health_max} are outside the assigned health limit [health_limit_min,health_limit_max],
the health limit will automatically be extended beyond the specified parameters to fit the entire health bar.
This may cause healthbars to not align anymore and can be avoided by passing valid health limits. '''
self.healthbar.new_health_limit(health_limit_min, health_limit_max)
def update(self):
''' Update the entire Unit_Widget. '''
self.unit_identifier.update()
self.healthbar.update()
class Boss(object):
"""Ein Gegner in dem Spiel"""
def __init__(self, imgPath, name, damageMult, healthMult, player):
self.player = player
self.name = name
self.nameTextObj = drawer.createTextObject( drawer.createFont(int(drawer.DISPLAY_HEIGHT*0.095)), self.name )
self.nameX = int(drawer.DISPLAY_WIDTH / 2 - self.nameTextObj.get_rect().width/2)
self.nameY = int(drawer.DISPLAY_HEIGHT * -0.01)
self.IMG_stand = loadIMG(imgPath + 'stand.png')
self.IMG_ausholen = loadIMG(imgPath + 'ausholen.png')
self.IMG_attack = loadIMG(imgPath + 'attack.png')
self.centerPos = (drawer.CENTER[0] - int(self.IMG_stand.get_rect().width/2), int(drawer.CENTER[1]*0.35) )
self.attackPos = ( self.centerPos[0], int(self.centerPos[1]*2.1) )
self.curIMG = self.IMG_stand
self.curPos = self.centerPos
self.posMode = 0
self.clock = 0
self.ausholDuration = 0.5
self.attackDuration = 0.3
self.standDuration = 2
self.damageMult = damageMult
self.damage = 10
self.healthMult = healthMult
self.maxHealth = 100
self.health = self.maxHealth
self.healthbar = Healthbar(self.maxHealth, \
int(drawer.DISPLAY_WIDTH / 2), int(self.centerPos[1] * 0.5 ), \
int(drawer.DISPLAY_WIDTH * 0.7), int(drawer.DISPLAY_HEIGHT*0.05) )
def update(self, dt):
if self.health <= 0:
return True
if self.posMode == 0:
self.clock += np.random.rand() * dt / 2
if self.clock > 0:
self.clock -= dt
return
# Wenn der Code hier weitergeht, muss in die nächste Phase gegangen werden
if self.posMode == 0:
self.ausholen()
return
if self.posMode == 1:
self.attack()
return
if self.posMode == 2:
self.goMiddle()
return
def draw(self):
drawer.showIMG(self.curPos[0], self.curPos[1], self.curIMG)
self.healthbar.draw()
drawer.write(self.nameX, self.nameY, self.nameTextObj)
def ausholen(self):
self.curIMG = self.IMG_ausholen
self.posMode = 1
self.clock = self.ausholDuration
def attack(self):
self.posMode = 2
self.curIMG = self.IMG_attack
self.curPos = self.attackPos
self.clock = self.attackDuration
if self.player.posMode == 0 or self.player.posMode == 3:
self.player.hurt(self.damage)
def goMiddle(self):
self.posMode = 0
self.curIMG = self.IMG_stand
self.curPos = self.centerPos
self.clock = self.standDuration
def hurt(self, amount):
self.health -= amount
if self.health <= 0:
self.health = 0
self.die()
self.healthbar.setVal(self.health)
def die(self):
self.player.killedBosses += 1
def ressurect(self):
self.goMiddle()
self.health = self.maxHealth
self.healthbar.maxVal = self.maxHealth
self.healthbar.setVal(self.health)
self.clock = 0
class Player(object):
def __init__(self):
self.IMG_stand = loadIMG(path + 'stand.png')
self.IMG_dodgeL = loadIMG(path + 'dodgeL.png')
self.IMG_dodgeR = loadIMG(path + 'dodgeR.png')
self.IMG_attack = loadIMG(path + 'attack.png')
self.centerPos = (drawer.CENTER[0] -
int(self.IMG_stand.get_rect().width / 2),
int(drawer.CENTER[1] * 1.1))
self.leftPos = (int(self.centerPos[0] * 0.7), self.centerPos[1])
self.rightPos = (int(self.centerPos[0] * 1.3), self.centerPos[1])
self.attackPos = (self.centerPos[0], int(self.centerPos[1] * 0.7))
self.curImg = self.IMG_stand
self.curPos = self.centerPos
self.posMode = 0
self.timeTillStand = 0
self.dodgeTime = 0.5
self.attackDuration = 0.3
self.damage = 20
self.killedBosses = 0
self.maxHealth = 100
self.health = self.maxHealth
self.healthbar = Healthbar(self.maxHealth,
int(drawer.DISPLAY_WIDTH / 2),
int(drawer.DISPLAY_HEIGHT * 0.9),
int(drawer.DISPLAY_WIDTH * 0.4),
int(drawer.DISPLAY_HEIGHT * 0.05))
def update(self, dt):
if self.health <= 0:
return 'dead'
if self.timeTillStand > 0:
self.timeTillStand -= dt
return
if self.posMode != 0:
self.goMiddle()
return 'goMiddle'
def draw(self):
drawer.showIMG(self.curPos[0], self.curPos[1], self.curImg)
self.healthbar.draw()
def dodgeL(self):
if self.posMode == 0:
self.posMode = 1
self.curPos = self.leftPos
self.curImg = self.IMG_dodgeL
self.timeTillStand = self.dodgeTime
def dodgeR(self):
if self.posMode == 0:
self.posMode = 2
self.curPos = self.rightPos
self.curImg = self.IMG_dodgeR
self.timeTillStand = self.dodgeTime
def goMiddle(self):
self.posMode = 0
self.curPos = self.centerPos
self.curImg = self.IMG_stand
def attack(self, boss):
if self.posMode == 0:
boss.hurt(self.damage)
self.posMode = 3
self.curPos = self.attackPos
self.curImg = self.IMG_attack
self.timeTillStand = self.attackDuration
def hurt(self, amount):
self.health -= amount
if self.health < 0:
self.health = 0
self.die()
self.healthbar.setVal(self.health)
def die(self):
print("You killed " + str(self.killedBosses) + " bosses!")
self.killedBosses = 0
def ressurect(self):
self.health = self.maxHealth
self.timeTillStand = 0
self.goMiddle()
self.healthbar.setVal(self.health)
self.killedBosses = 0