def __init__(self, state_arg, player):
MutateSprite.__init__( self )
self.player = player
self.mouseActive = False
self.selected = False
self.life = self.NORM_BLOOM_RADIUS
self.dna = Double_Helix([ 'R','R','R','G','G','G','B','B','B','R','R','R'])
self.bloomCenter = pygame.Rect((15,15),(0,0))
self.bloomRadius = self.NORM_BLOOM_RADIUS
if self.player == state.PLAYER:
self.stemColor = (0,255,0)
else:
self.stemColor = (0,255,255)
self.stemLength = 75
self.stemWidth = 6
if self.player == state.PLAYER:
self.leafColor = (0,255,0)
else:
self.leafColor = (0,255,255)
self.leafWidth = 30
self.leafLength = 30
self.root_position = pygame.Rect((320,380), self.GROW_PLANT_SIZE)
self.root_position_index_x = 0
self.root_position_index_y = 0
self.rootWidth = 25
#Genomes
self.bloomColor = MutateColor(255,255,255)
self.sunColorBonus = MutateColor(255,255,255)
self.rainColorBonus = MutateColor(255,255,255)
self.pollinationBonus = 0
self.fps = 30
self.bloomPlusOne = BloomPlusOne( self.root_position.center )
#FloatingText( MutateColor(0,0,0).sequence("RRR"), self.root_position.center )
self.bloomMinusOne = BloomMinusOne( self.root_position.center )
self.sunImmunity = Immune( self.root_position.center )
#FloatingText( MutateColor(0,0,0).sequence("RRR"), self.root_position.center )
self.pollinateBonus = FloatingText( MutateColor(0,0,0).sequence("RRR"), self.root_position.center )
self.rainBloomReset = FloatingText( MutateColor(0,0,0).sequence("RRR"), self.root_position.center )
self.messageSprites = pygame.sprite.OrderedUpdates()
self.bloomImage = get_image("bloom.png").convert()
self.bloomImage.set_colorkey((255,0,255))
self.rect = self.root_position
self.state = state_arg
self.sequence_dna()
class Sun(Weather):
color = MutateColor(255, 0, 0)
def draw(self, surface):
pass
#pygame.draw.circle(surface, self.color, (10,10), 100 )
def affect_flowers(self, flowers):
for flower in flowers:
flower.photosynthesis(self)
def __init__(self, weather=None):
#self.weather = weather
self.weather = weather
self.color = MutateColor(0, 0, 0).sequence("RRR")
self.desc = "Sun - " + str(self.color)
class Flower(MutateSprite):
MAX_BLOOM_RADIUS = 30
NORM_BLOOM_RADIUS = 20
MIN_BLOOM_RADIUS = 10
BLOOM_INCREMENT = 2
MAX_PLANT_SIZE = (70, 100)
NORM_PLANT_SIZE = (65, 100) #(55, 110) #(100,200)
MIN_PLANT_SIZE = (50, 100)
GROW_PLANT_SIZE = (25, 50)
PLANT_SIZE_INCREMENT = 2
COLOR_FACTOR = 85
STEM_LENGTH_BASE = 30
STEM_LENGTH_MIN_BASE = 15
RED_STEM_LENGTH_FACTOR = 10
GREEN_STEM_LENGTH_FACTOR = 25
BLUE_STEM_LENGTH_FACTOR = -10
LEAF_LENGTH_BASE = 20
LEAF_WIDTH_BASE = 10
RED_LEAF_REDUCTION_FACTOR = -8
GREEN_LEAF_WIDTH_FACTOR = 8
BLUE_LEAF_LENGTH_FACTOR = 10
PHOTOSYNTHESIS_COLOR_RANGE = 50
MAX_LIFE = MAX_BLOOM_RADIUS
MIN_LIFE = MIN_BLOOM_RADIUS
lifebarColor = (255,0,0)
lifebarBorderColor = (255,255,255)
def __init__(self, state_arg, player):
MutateSprite.__init__( self )
self.player = player
self.mouseActive = False
self.selected = False
self.life = self.NORM_BLOOM_RADIUS
self.dna = Double_Helix([ 'R','R','R','G','G','G','B','B','B','R','R','R'])
self.bloomCenter = pygame.Rect((15,15),(0,0))
self.bloomRadius = self.NORM_BLOOM_RADIUS
if self.player == state.PLAYER:
self.stemColor = (0,255,0)
else:
self.stemColor = (0,255,255)
self.stemLength = 75
self.stemWidth = 6
if self.player == state.PLAYER:
self.leafColor = (0,255,0)
else:
self.leafColor = (0,255,255)
self.leafWidth = 30
self.leafLength = 30
self.root_position = pygame.Rect((320,380), self.GROW_PLANT_SIZE)
self.root_position_index_x = 0
self.root_position_index_y = 0
self.rootWidth = 25
#Genomes
self.bloomColor = MutateColor(255,255,255)
self.sunColorBonus = MutateColor(255,255,255)
self.rainColorBonus = MutateColor(255,255,255)
self.pollinationBonus = 0
self.fps = 30
self.bloomPlusOne = BloomPlusOne( self.root_position.center )
#FloatingText( MutateColor(0,0,0).sequence("RRR"), self.root_position.center )
self.bloomMinusOne = BloomMinusOne( self.root_position.center )
self.sunImmunity = Immune( self.root_position.center )
#FloatingText( MutateColor(0,0,0).sequence("RRR"), self.root_position.center )
self.pollinateBonus = FloatingText( MutateColor(0,0,0).sequence("RRR"), self.root_position.center )
self.rainBloomReset = FloatingText( MutateColor(0,0,0).sequence("RRR"), self.root_position.center )
self.messageSprites = pygame.sprite.OrderedUpdates()
self.bloomImage = get_image("bloom.png").convert()
self.bloomImage.set_colorkey((255,0,255))
self.rect = self.root_position
self.state = state_arg
self.sequence_dna()
def update(self, fps):
MutateSprite.update(self)
self.fps = fps
self.messageSprites.update()
#if pygame.mouse.get_pressed() == (1,0,0):
# if self.rect.collidepoint(pygame.mouse.get_pos()):
# self.mouseActive = True
#if self.mouseActive == True:
# if pygame.mouse.get_pressed() == (0,0,0):
# self.mouseActive = False
# if self.rect.collidepoint(pygame.mouse.get_pos()):
# print "Clicked"
# self.selected = True
# self.redraw()
def setPosition(self, row, column, pos ):
self.root_position_index_x = row
self.root_position_index_y = column
self.root_position = pygame.Rect( pos, (0,0) )
self.bloomPlusOne.rect = pygame.Rect( pos, (0,0) )
self.redraw()
def reset(self):
self.sequence_dna()
self.redraw()
def redraw(self):
size = self.rect.size
SURFACE_WIDTH = 100
SURFACE_HEIGHT = 150
self.imageMaster = pygame.Surface((SURFACE_WIDTH, SURFACE_HEIGHT))
self.bloomCenter.centerx = SURFACE_WIDTH / 2
self.imageMaster.fill( (0,0,0) )
self.imageMaster.set_colorkey( (0,0,0))
root_pos = SURFACE_HEIGHT - 8
#if self.selected:
# pygame.draw.rect(self.imageMaster,
# self.rainColorBonus,
# ( self.bloomCenter.centerx - ( self.rootWidth / 2),
# root_pos,
# self.rootWidth,
# self.rootWidth ) )
#stem
pygame.draw.rect(self.imageMaster,
self.stemColor,
( self.bloomCenter.centerx - ( self.stemWidth / 2),
root_pos,
self.stemWidth,
-self.stemLength ) )
#right leaf
pygame.draw.ellipse(self.imageMaster,
self.leafColor,
( self.bloomCenter.centerx + ( self.stemWidth / 2),
root_pos - (self.stemLength / 2) - (self.leafWidth / 2),
self.leafLength,
self.leafWidth ))
#right leaf
pygame.draw.ellipse(self.imageMaster,
(255,255,255),
( self.bloomCenter.centerx + ( self.stemWidth / 2),
root_pos - (self.stemLength / 2) - (self.leafWidth / 2),
self.leafLength,
self.leafWidth ),
2)
#left leaf
pygame.draw.ellipse(self.imageMaster,
self.leafColor,
( self.bloomCenter.centerx - ( self.stemWidth / 2) - self.leafLength,
root_pos - (self.stemLength / 2) - (self.leafWidth / 2),
self.leafLength,
self.leafWidth ))
#left leaf outline
pygame.draw.ellipse(self.imageMaster,
(255,255,255),
( self.bloomCenter.centerx - ( self.stemWidth / 2) - self.leafLength,
root_pos - (self.stemLength / 2) - (self.leafWidth / 2),
self.leafLength,
self.leafWidth ),
2)
##sun Bonus
pygame.draw.circle(self.imageMaster,
self.sunColorBonus,
(self.bloomCenter.centerx, root_pos - self.stemLength),
self.bloomRadius + 5 )
#BLOOM_SURFACE_WIDTH = self.MAX_BLOOM_RADIUS
#BLOOM_SURFACE_HEIGHT = self.MAX_BLOOM_RADIUS
#self.bloomMaster = pygame.surface.Surface( (SURFACE_WIDTH, SURFACE_HEIGHT) )
#self.bloomMaster.fill((255,0,255))
#self.bloomMaster.set_colorkey((255,0,255))
#blit_tinted( self.bloomMaster,
# self.bloomImage,
# (0, 0),
# (self.bloomColor.r, self.bloomColor.g, self.bloomColor.b ) )
#self.bloomMaster = pygame.transform.scale( self.bloomMaster, (self.bloomRadius, self.bloomRadius))
#self.imageMaster.blit( self.bloomMaster, (0, 0) )
#bloom
pygame.draw.circle(self.imageMaster,
self.bloomColor,
(self.bloomCenter.centerx, root_pos - self.stemLength),
self.bloomRadius )
#bloom outline
pygame.draw.circle(self.imageMaster,
(255,255,255),
(self.bloomCenter.centerx, root_pos - self.stemLength),
self.bloomRadius,
2 )
#stamen
#if( self.pollinationBonus > 0 ):
# pygame.draw.circle(self.imageMaster,
# (255,255,255),
# (self.bloomCenter.centerx, (root_pos - self.stemLength) - 5),
# self.bloomRadius/5)
#if( self.pollinationBonus > 1 ):
# pygame.draw.circle(self.imageMaster,
# (255,255,255),
# (self.bloomCenter.centerx + 5, (root_pos - self.stemLength) + 5),
# self.bloomRadius/5)
#if( self.pollinationBonus > 2 ):
# pygame.draw.circle(self.imageMaster,
# (255,255,255),
# (self.bloomCenter.centerx - 5, (root_pos - self.stemLength) + 5),
# self.bloomRadius/5)
#life bar
LIFEBAR_SURFACE_WIDTH = 50
LIFEBAR_SURFACE_HEIGHT = 10
LIFEBAR_POS_X = 25
pygame.draw.rect(self.imageMaster,
self.lifebarColor,
( LIFEBAR_POS_X, (root_pos - self.stemLength - (self.bloomRadius * 2)),
LIFEBAR_SURFACE_WIDTH * ((self.life-self.MIN_LIFE) / float(self.MAX_LIFE-self.MIN_LIFE))+5,
LIFEBAR_SURFACE_HEIGHT ))
pygame.draw.rect(self.imageMaster,
self.lifebarBorderColor,
( LIFEBAR_POS_X, (root_pos - self.stemLength - (self.bloomRadius * 2)),
LIFEBAR_SURFACE_WIDTH,
LIFEBAR_SURFACE_HEIGHT ),
2)
#Selected
if self.selected:
pygame.draw.rect(self.imageMaster,
(255,255,255),
((0,0),(SURFACE_WIDTH-2, SURFACE_HEIGHT-2)),
2)
self.image = pygame.transform.scale( self.imageMaster, size)
self.rect = self.image.get_rect() #
#self.rect.top = 10
self.rect.bottom = self.root_position.centery
self.rect.centerx = self.root_position.centerx
def rotate_dna_left(self):
self.dna.rotate_left()
self.sequence_dna()
def rotate_dna_right(self):
self.dna.rotate_right()
self.sequence_dna()
def swap_dna_pair_1(self):
self.dna.swap_pair_1()
self.sequence_dna()
def swap_dna_pair_2(self):
self.dna.swap_pair_2()
self.sequence_dna()
def random_dna_mutation(self, nucleobases):
self.dna.random_mutation(nucleobases);
self.sequence_dna()
def sequence_gene_1(self):
gene_1 = self.dna[0:3]
self.bloomColor.sequence(gene_1)
def sequence_gene_2(self):
gene_2 = self.dna[3:6]
#print gene_2
cnt_red_genes = gene_2.count('R')
cnt_green_genes = gene_2.count('G')
cnt_blue_genes = gene_2.count('B')
#print "red: " + str(cnt_red_genes)
#print "green: " + str(cnt_green_genes)
#print "blue: " + str(cnt_blue_genes)
red_length = cnt_red_genes * self.RED_STEM_LENGTH_FACTOR
green_length = cnt_green_genes * self.GREEN_STEM_LENGTH_FACTOR
blue_length = cnt_blue_genes * self.BLUE_STEM_LENGTH_FACTOR
#print str(red_length) + " " + str(green_length) + " " + str(blue_length)
stem_length = self.STEM_LENGTH_BASE
stem_length += red_length
stem_length += green_length
stem_length += blue_length
#print stem_length
if(stem_length < self.STEM_LENGTH_MIN_BASE):
stem_length = self.STEM_LENGTH_MIN_BASE
self.stemLength = stem_length
self.rainColorBonus.sequence(gene_2)
def sequence_gene_3(self):
gene_3 = self.dna[6:9]
#print gene_3
cnt_red_genes = gene_3.count('R')
cnt_green_genes = gene_3.count('G')
cnt_blue_genes = gene_3.count('B')
red_leaf_reduction_factor = cnt_red_genes * self.RED_LEAF_REDUCTION_FACTOR
green_leaf_width = cnt_green_genes * self.GREEN_LEAF_WIDTH_FACTOR
blue_leaf_length = cnt_blue_genes * self.BLUE_LEAF_LENGTH_FACTOR
#print str(red_leaf_reduction_factor) + " " + str(green_leaf_width) + " " + str(blue_leaf_length)
leaf_length = self.LEAF_LENGTH_BASE
leaf_length += (blue_leaf_length - red_leaf_reduction_factor)
self.leafLength = leaf_length
#print leaf_length
leaf_width = self.LEAF_WIDTH_BASE
leaf_width += (green_leaf_width - red_leaf_reduction_factor)
self.leafWidth = leaf_width
#print leaf_width
self.sunColorBonus.sequence(gene_3)
def sequence_gene_4(self):
gene_4 = self.dna[9:12]
gene_1 = self.dna[0:3]
#print gene_4
#print gene_1
#print
self.pollinationBonus = 0
if gene_4[2] == gene_1[0]:
self.pollinationBonus += 1
if gene_4[1] == gene_1[1]:
self.pollinationBonus += 1
if gene_4[0] == gene_1[2]:
self.pollinationBonus += 1
def sequence_dna(self):
self.sequence_gene_1()
self.sequence_gene_2()
self.sequence_gene_3()
self.sequence_gene_4()
self.redraw()
def pollinate(self):
#print "Pollinate +1"
numPollinate = self.pollinationBonus + 1
self.pollinateBonus.setText( "Pollinate +" + str(numPollinate), self.bloomColor )
self.pollinateBonus.rect.center = self.rect.center
self.messageSprites.add( self.pollinateBonus )
self.pollinateBonus.moveTo(self.pollinateBonus.rect.centerx, self.pollinateBonus.rect.centery - 100,
4, self.fps, kill=True)
self.pollinateBonus.fadeTo(0, 4, self.fps)
def water(self, rain):
self.redraw()
#if self.bloomRadius > self.NORM_BLOOM_RADIUS:
#print "UNBLOOM"
#self.rainBloomReset.setText( "UNBLOOM", rain.color )
#self.rainBloomReset.rect.center = self.rect.center
#self.messageSprites.add( self.rainBloomReset )
#self.rainBloomReset.moveTo(self.rainBloomReset.rect.centerx,
# self.rainBloomReset.rect.centery - 100,
# 4, self.fps, kill=True)
#self.rainBloomReset.fadeTo(0, 3, self.fps)
#self.bloomRadius = self.NORM_BLOOM_RADIUS
#self.redraw()
#if self.rainColorBonus == rain.color:
# if self.rect.size < self.MAX_PLANT_SIZE:
# self.rect.width += self.PLANT_SIZE_INCREMENT
# self.rect.height += self.PLANT_SIZE_INCREMENT
# self.redraw()
#else:
# if self.rect.size > self.MIN_PLANT_SIZE:
# self.rect.width -= self.PLANT_SIZE_INCREMENT
# self.rect.height -= self.PLANT_SIZE_INCREMENT
# self.redraw()
def photosynthesis(self, sun):
if sun.color == self.bloomColor:
if self.bloomRadius + self.BLOOM_INCREMENT < self.MAX_BLOOM_RADIUS:
self.bloomPlusOne.image.set_alpha(255)
self.bloomPlusOne.rect.left = self.rect.left
self.bloomPlusOne.rect.centery = self.rect.centery
self.messageSprites.add( self.bloomPlusOne )
self.bloomPlusOne.moveTo(self.bloomPlusOne.rect.centerx, self.bloomPlusOne.rect.centery - 100, 4, self.fps, kill=True)
self.bloomPlusOne.fadeTo(0, 3, self.fps)
self.bloomRadius += self.BLOOM_INCREMENT
self.life = self.bloomRadius
self.redraw()
elif sun.color == self.sunColorBonus:
self.sunImmunity.image.set_alpha(255)
self.sunImmunity.rect.left = self.rect.left
self.sunImmunity.rect.centery = self.rect.centery
self.messageSprites.add( self.sunImmunity )
self.sunImmunity.moveTo(self.sunImmunity.rect.centerx, self.sunImmunity.rect.centery - 100, 4, self.fps, kill=True)
self.sunImmunity.fadeTo(0, 3, self.fps)
else:
if self.bloomRadius == self.MIN_BLOOM_RADIUS:
width, height = self.GROW_PLANT_SIZE
self.scaleTo( width, height, 1, self.fps, self.state.flowerDied, self )
if self.bloomRadius - self.BLOOM_INCREMENT >= self.MIN_BLOOM_RADIUS:
self.bloomMinusOne.image.set_alpha(255)
self.bloomMinusOne.rect.left = self.rect.left
self.bloomMinusOne.rect.centery = self.rect.centery
self.messageSprites.add( self.bloomMinusOne )
self.bloomMinusOne.moveTo(self.bloomMinusOne.rect.centerx, self.bloomMinusOne.rect.centery - 100, 4, self.fps, kill=True)
self.bloomMinusOne.fadeTo(0, 3, self.fps)
self.bloomRadius -= self.BLOOM_INCREMENT
self.life = self.bloomRadius
self.redraw()
def take_damage(self, damage):
if( (self.life - damage) < 0 ):
self.life = 0
else:
self.life -= damage
def heal(self, heal_amt):
if( (self.life + heal_amt) > 100 ):
self.life = 100
else:
self.life += heal_amt
def randomize_dna(self):
self.dna = Double_Helix()
for i in range(12):
self.dna.append( random.choice( game_screen.NUCLEOBASES ) )
self.sequence_dna()
def setDNA(self, dna ):
self.dna = dna
self.sequence_dna()