def setLevel(self, lvl):#sets level, uses math
self.level = lvl
self.damage = self.baseDamage + (self.baseDamage * (self.level // 10))#gets the new damage
self.expToLevel = 50 * 2**(lvl-1)#uses the explicit geometric equation to find the new exp
self.exp = 0
self.maxHealth = 100 + (lvl-1)*20#uses the explicit arithmetic equation to find the new max health
self.health = self.maxHealth
ParticleEngine.createPoint(10,self.x,self.y,(-10,10),(-10,10),(0,100,255),'Circle Rand',grav = True)#blue circles of fun are diployed
if self.ID == self.over.obj.ID:#if the self.overlay character is this character
self.over.addToQue('You have reached level '+str(lvl)+'!')#say good job
def fireBlast (mage,target = None):#this function shoots a fireball, mage is a character that shoots the spell and target the targeted character
damage = 20#base damage is 20
damage = damage + (damage * (mage.level // 10))#modifies the damge according to the mage's level
mage.armLeft.setRotation(90, -mage.attackSpeed)#rotates the mage's arm
if mage.faceRight == False:#x range is the x speed
xRange = -20
else:
xRange = 20
mage.shootProject(0,(xRange, 0),damage,mage)#shoots a projectile
ParticleEngine.createPoint(10,mage.x,mage.y,(-10,10),(-10,10),(255,100,0),'Circle Rand',grav = True)#create an explosion of particles
return damage#returns the damage done
def takeDamage(self,amount,attacker = None, distance=10, flashes=2):#take a certain amount of damage
if self.invincible == False:
self.jump()
self.addSpeed(distance, breakLimit=True)
self.health -= amount
self.over.updateHealthbar()
ParticleEngine.createPoint(50, self.x, self.y, (-10,10), (-10,10), (255,0,0), 'Line', grav=True)#create a blood explosion
self.control = False
if self.player == True:
self.flashes = 5#longer flashing for players
self.invincible = True
self.flashAmount = flashes
def testShotHit(shot):
p = Environment.Environment.sun
x, y, z = shot.pos.Pos()
sp = Vex(x, y)
dmg = shot.damage / 100.0
d = p.pos.dist2D(sp)
if d <= Sun.minRad:
ParticleEngine.Emitter(Vex(x, y), shot.angle_rad, 2)
p.corHealth -= dmg * 10
if p.corHealth <= 0:
# destroy sun, destroy planets, generate random asteroids
pass
return True
return False
def takeDamage(self,
amount,
attacker=None,
distance=10,
flashes=2): #take a certain amount of damage
if self.invincible == False:
self.jump()
self.addSpeed(distance, breakLimit=True)
self.health -= amount
self.over.updateHealthbar()
ParticleEngine.createPoint(50,
self.x,
self.y, (-10, 10), (-10, 10),
(255, 0, 0),
'Line',
grav=True) #create a blood explosion
self.control = False
if self.player == True:
self.flashes = 5 #longer flashing for players
self.invincible = True
self.flashAmount = flashes
def testShotHit(shot):
x, y, z = shot.pos.Pos()
lx, ly, lz = shot.lpos.Pos()
sp = Vex(x, y)
# lsp = Vex(lx, ly)
dmg = shot.damage
for p in Asteroid.asteroids:
d = p.pos.dist2D(sp)
if d < 2:
ParticleEngine.Emitter(p.pos, shot.angle_rad, 2, 50, Vex(0, 0),
False, 25)
p.corHealth -= dmg
if p.corHealth <= 0:
ParticleEngine.Emitter(p.pos, shot.angle_rad, 1, 50,
Vex(0, 0), False, 50)
p.corHealth = 150
d = p.pos.dist2D(p.parent.pos)
delt = p.parent.pos - p.pos
a1 = math.degrees(math.atan2(delt.y(), delt.x()))
ra = math.radians(-a1 + 90 + p.speed + 180)
dp = Vex(math.sin(ra) * d, math.cos(ra) * d)
np = p.parent.pos - dp
p.pos.assign(np)
return True
for p in Asteroid.tempAsteroids:
d = p.pos.dist2D(sp)
if d < 2:
ParticleEngine.Emitter(p.pos, shot.angle_rad, 2)
p.corHealth -= dmg
if p.corHealth <= 0:
ParticleEngine.Emitter(p.pos, shot.angle_rad, 1, 10,
Vex(0, 0), False, 1)
Asteroid.tempAsteroids.remove(p)
return True
return False
bottomRow = worldBack.size[1]//32#finds bottom row
def displayFPS(font):#displays the frames per second
fps = int(clock.get_fps())#gets fps
fpsFont = font.render(str(fps), 1, (250, 250, 250))#font renders it
fpsPos = fpsFont.get_rect()
fpsPos.centerx = 50
fpsPos.centery = 50
screen.blit(fpsFont,fpsPos)
def setNight():#sets time to night, unused
background.fill((0,0,0))
worldBack.baseLightLevel = 0
worldBack.lighting.lightSection(0,worldBack.columns,0,worldBack.rows)
ParticleEngine.setGravity(True)#turns on particle engine gravity
projectiles = []#makes empty list of projectiles
over.updateHealthbar()#update the healthbar
#player.changeWeapon(weapons[0])#gives player a weapon
player.inv.addToInventory(1,1)
player.inv.addToInventory(3,1)
player.inv.addToInventory(5,1)
player.inv.addToInventory(0,80)
player.inv.addToInventory(2,80)
player.inv.addToInventory(10,1)
player.inv.addToInventory(8,80)
toFocus = 0#unused, kinda
mouseInv = (None,None)
clickDel = 0.5
bottomRow = worldBack.size[1] // 32 # finds bottom row
def displayFPS(font): # displays the frames per second
fps = int(clock.get_fps()) # gets fps
fpsFont = font.render(str(fps), 1, (250, 250, 250)) # font renders it
fpsPos = fpsFont.get_rect()
fpsPos.centerx = 50
fpsPos.centery = 50
screen.blit(fpsFont, fpsPos)
def setNight(): # sets time to night, unused
background.fill((0, 0, 0))
worldBack.baseLightLevel = 0
worldBack.lighting.lightSection(0, worldBack.columns, 0, worldBack.rows)
ParticleEngine.setGravity(True) # turns on particle engine gravity
projectiles = [] # makes empty list of projectiles
over.updateHealthbar() # update the healthbar
# player.changeWeapon(weapons[0])#gives player a weapon
player.inv.addToInventory(1, 1)
player.inv.addToInventory(3, 1)
player.inv.addToInventory(5, 1)
player.inv.addToInventory(0, 80)
player.inv.addToInventory(2, 80)
player.inv.addToInventory(10, 1)
player.inv.addToInventory(8, 80)
toFocus = 0 # unused, kinda
mouseInv = (None, None)
clickDel = 0.5
def die(self):#self explanatory
ParticleEngine.createPoint(150,self.x,self.y,(-15,15),(-10,40),(255,0,0),'Line',grav = True)#blood/confetti depends on violence is sanctified
self.dead = True
