pyxelでちょっとだけHoD
ゾンビガンシューの金字塔、ハウスオブザデッド（HoD）をpyxelで再現してみます。個人的なHoDの思い出については以下のnoteにだらだらと書いていますので、よろしければご覧ください。
今回はあまり作り方については考えず、とりあえず1画面遊べるようにすることだけを目指しました。
# -*- coding: utf-8 -*-
import pyxel
from random import randint, randrange
class App:
def __init__(self):
#bullet
self.blt = 6
#Player Life
self.p_lf = 4
#Enemy
self.znb = []
new_z = []
for n in range(randint(1,3)):
new_z.append(ZNB(randint(5+(40*n),25+(40*n)),
randint(15,35),
1, randint(0, 1)))
for i2 in range(len(new_z)):
self.znb.append(new_z[i2])
#Effect controll
self.r_ef = 0
self.b_ef = []
self.p_dm_r = 0
#Game status
self.game_st = 0
#Image read
pyxel.init(128,128, caption="hod", scale=5,
fps = 30,)
pyxel.load('assets/znb.pyxres')
pyxel.run(self.update, self.draw)▲pyxelとrandomをインポートし、その他もろもろ変数の準備をしていきます。ゾンビは変数znbに配列型で持たせ、最大で3体まで出現させます。
def update(self):
#Game start logic
if self.game_st == 0:
if pyxel.btnp(pyxel.KEY_S):
self.game_st= 1
elif self.game_st == 1:
self.game_starting() #Main logic
#Debug
if pyxel.btnp(pyxel.KEY_R):
self.znb = []
new_z = []
for n in range(randint(1,3)):
new_z.append(ZNB(randint(5+(40*n),25+(40*n)),
randint(15,35),
1, randint(0, 1)))
for i2 in range(len(new_z)):
self.znb.append(new_z[i2])
self.p_lf = 4▲update関数です。タイトル画面でSを押すとgame_stが変わり、ゲームがスタートします。ゲームのメイン部分はgame_starting関数に持たせます。また、Rを押した際に敵をリセットできるようにしておきました。
def game_starting(self):
#Reload effect controll
self.r_ef = 0
#Damage effect controll
if self.p_dm_r > 0:
self.p_dm_r -= 1
#Enemy controll
for z in range(len(self.znb)):
#Enemy update
self.znb[z].update()
#Enemy line change
if self.znb[z].mv_cn <= 0:
self.znb[z].lnch()
self.znb[z].mv_cn = 100
#Enemy attack
if self.znb[z].atk_cn <= 0 and self.p_dm_r <= 0:
self.p_lf -= 1
self.p_dm_r = 60
#Hit check for back line
if self.znb[z].pos_z == 1:
for x in range(len(self.b_ef)):
if self.b_ef[x].t < 2 and self.b_ef[x].v == 1:
for i1 in range(randint(2, 5)):
a1=self.znb[z].hit_ch1(self.b_ef[x].pos_x,
self.b_ef[x].pos_y)
if a1 == 1:
self.b_ef.append(Ef(self.b_ef[x].pos_x,
self.b_ef[x].pos_y,2))
del self.b_ef[x]
break
#Hit check for forward lone
elif self.znb[z].pos_z == 2:
for x2 in range(len(self.b_ef)):
if self.b_ef[x2].t < 2 and self.b_ef[x2].v == 1:
for i2 in range(randint(2, 5)):
a2=self.znb[z].hit_ch2(self.b_ef[x2].pos_x,
self.b_ef[x2].pos_y)
if a2 == 1:
self.b_ef.append(Ef(self.b_ef[x2].pos_x,
self.b_ef[x2].pos_y,2))
del self.b_ef[x2]
break
#Enemy delete
for z2 in range(len(self.znb)):
if self.znb[z2].hp <= 0:
del self.znb[z2]
break
#Reload
if pyxel.btnp(pyxel.MOUSE_LEFT_BUTTON):
if self.blt > 0:
self.blt -= 1
self.b_ef.append(Ef(pyxel.mouse_x,pyxel.mouse_y,1))
#Shoot
if pyxel.btnp(pyxel.MOUSE_RIGHT_BUTTON):
self.blt = 6
self.r_ef = 1▲game_starting関数です。ゲーム動作のメインがここです。ゾンビとの当たり判定や、リロード、ダメージ処理などが入っています。
def draw(self):
pyxel.cls(0)
if self.game_st == 0:
self.title_draw()
elif self.game_st == 1:
self.game_draw()
def title_draw(self):
pyxel.blt(0,15,1,0,0,128,80)
pyxel.text(28, 100, "Press \"S\" to start.", 7)
def game_draw(self):
#Draw tilemap
pyxel.bltm(0,0,0,0,0,16,16)
#Draw enemy line1
for z1 in range(len(self.znb)):
if self.znb[z1].pos_z == 1:
self.znb[z1].draw1()
#Draw enemy line2
for z2 in range(len(self.znb)):
if self.znb[z2].pos_z == 2:
self.znb[z2].draw2()
#Draw effect
for e in range(len(self.b_ef)):
self.b_ef[e].update()
self.b_ef[e].draw()
if self.b_ef[e].t < 0:
del self.b_ef[e]
break
#Draw player life
for l in range(self.p_lf):
pyxel.blt(10+l*8,115,2,0,0,8,8,14)
#Draw bullet
for b in range(self.blt):
pyxel.blt(1+b*7,100,2,8,0,8,8,14)
if self.blt == 0:
pyxel.text(2, 105, "RELOAD", 0)
pyxel.text(3, 105, "RELOAD", 8)
pyxel.text(0, 117, "1P", 0)
pyxel.text(1, 117, "1P", 8)
#Draw damage effect
if self.p_dm_r > 30:
pyxel.blt(50,50,2,208,0,24,40,14)
#Draw mouse point
pyxel.blt(pyxel.mouse_x-3,pyxel.mouse_y-4,2,16,0,16,16,14)
if self.r_ef > 0:
pyxel.cls(7)▲描画部分です。update関数で処理された結果をもとに画面を描画します。
class ZNB:
def __init__(self,x,y,z,v):
self.pos_x = x
self.pos_y = y
self.pos_z = z
self.v = v
self.yure = randint(0, 3)
self.yuref = 0
self.hp = 100
self.atk_cn = randrange(400,800,100)
self.atk_fl = False
self.atk_r = 0
self.atk_l = 0
self.mv_cn = randrange(400,1200,100)
def update(self):
#Attack count reset
if self.atk_cn <= 0:
self.atk_cn = randrange(400,800,100)
self.atk_r = 0
self.atk_l = 0
self.atk_fl = False
#Line change count update
if self.pos_z == 1:
self.mv_cn -= randint(1, 15)
#Attack action
if self.pos_z == 2:
self.atk_cn -= randint(1, 10)
if self.atk_cn < 150 and self.atk_fl == False:
self.atk_fl = True
a = randint(1, 3)
if a == 1:
self.atk_r = 1
elif a == 2:
self.atk_l = 1
elif a == 3:
self.atk_r = 1
self.atk_l = 1
#Yure
if self.yuref == 0:
self.yure += 0.5
if self.yure > 4:
self.yuref = 1
else:
self.yure -= 0.5
if self.yure < 0:
self.yuref = 0
def hit_ch1(self,x, y):
#Head
if ((self.pos_x+(self.yure/2) <= x <= self.pos_x+(self.yure/2) + 8) and
(self.pos_y <= y <= self.pos_y + 8)):
self.hp -= 100
return 1
#Body
if ((self.pos_x-4+(self.yure/4)<= x <=self.pos_x-4+(self.yure/4)+16) and
(self.pos_y+7+(self.yure/4)<= y <=self.pos_y+7+(self.yure/4) + 16)):
self.hp -= 10
return 1
#Arm R
if ((self.pos_x-10+(self.yure/2)<=x<=self.pos_x-10+(self.yure/2)+8) and
(self.pos_y+8 <= y <= self.pos_y+24)):
self.hp -= 5
return 1
#Arm L
if ((self.pos_x+10+(self.yure/2)<=x<=self.pos_x+10+(self.yure/2)+8) and
(self.pos_y+8 <= y <= self.pos_y+24)):
self.hp -= 5
return 1
#Leg R
if ((self.pos_x-3-(self.yure/4) <= x <= self.pos_x-3-(self.yure/4)+8) and
(self.pos_y+22 <= y <= self.pos_y+38)):
self.hp -= 5
return 1
#Leg L
if ((self.pos_x+3-(self.yure/4) <= x <= self.pos_x+3-(self.yure/4)+8) and
(self.pos_y+22 <= y <= self.pos_y+38)):
self.hp -= 5
return 1
def hit_ch2(self,x, y):
#Head
if ((self.pos_x+(self.yure/2) <= x <= self.pos_x+(self.yure/2) + 16) and
(self.pos_y <= y <= self.pos_y + 16)):
self.hp -= 100
return 1
#Body
if ((self.pos_x-3+(self.yure/3)<= x <=self.pos_x-3+(self.yure/3)+24) and
(self.pos_y+14+(self.yure/3)<= y <=self.pos_y+14+(self.yure/3)+40)):
self.hp -= 10
return 1
#Arm R
if self.atk_r == 1:
if ((self.pos_x-8+(self.yure/2)<=x<=self.pos_x-8+(self.yure/2)+8) and
(self.pos_y-4 <= y <= self.pos_y-4+24)):
self.hp -= 50
return 1
else:
if ((self.pos_x-11+(self.yure/2)<=x<=self.pos_x-11
+(self.yure/2)+8)and
(self.pos_y+17 <= y <= self.pos_y+17+24)):
self.hp -= 5
return 1
#Arm L
if self.atk_l == 1:
if ((self.pos_x+16+(self.yure/2)<=x<=self.pos_x+16+(self.yure/2)+8) and
(self.pos_y-4 <= y <= self.pos_y-4+24)):
self.hp -= 50
return 1
else:
if ((self.pos_x+19+(self.yure/2)<=x<=self.pos_x+19
+(self.yure/2)+8) and
(self.pos_y+17 <= y <= self.pos_y+17+24)):
self.hp -= 5
return 1
#Leg R
if ((self.pos_x-1-(self.yure/4) <= x <= self.pos_x-1-(self.yure/4)+8) and
(self.pos_y+45 <= y <= self.pos_y+45+32)):
self.hp -= 5
return 1
#Leg L
if ((self.pos_x+11-(self.yure/4)<= x <=self.pos_x+11-(self.yure/4)+8)and
(self.pos_y+45 <= y <= self.pos_y+45+32)):
self.hp -= 5
return 1
def lnch(self):
#Enemy line change
if self.pos_z == 1:
self.pos_z = 2
self.pos_y += 20
else:
self.pos_z = 1
self.pos_y -= 20
def draw1(self):
#Head
pyxel.blt(self.pos_x+(self.yure/2),self.pos_y,0,0+40*self.v,16,8,8,14)
#Body
pyxel.blt(self.pos_x-4+(self.yure/4),self.pos_y+7+(self.yure/4),0,
0+40*self.v,24,16,16,14)
#Arm_R
pyxel.blt(self.pos_x-10+(self.yure/2),self.pos_y+8,0,0+40*self.v,
0,8,16,14)
#Arm_L
pyxel.blt(self.pos_x+10+(self.yure/2),self.pos_y+8,0,8+40*self.v,0,
8,16,14)
#Leg_R
pyxel.blt(self.pos_x-3-(self.yure/4),self.pos_y+22,0,0+40*self.v,
40,8,24,14)
#Leg_L
pyxel.blt(self.pos_x+5-(self.yure/4),self.pos_y+22,0,8+40*self.v,
40,8,24,14)
def draw2(self):
#Head
pyxel.blt(self.pos_x+(self.yure/2),self.pos_y,0,16+40*self.v,24,16,16,14)
#Body
pyxel.blt(self.pos_x-3+(self.yure/3),self.pos_y+14+(self.yure/3),0,
16+40*self.v,40,24,32,14)
#Arm_R
if self.atk_r == 1:
pyxel.blt(self.pos_x-8+(self.yure/2),self.pos_y-4,0,16+40*self.v,
0,8,-24,14)
else:
pyxel.blt(self.pos_x-11+(self.yure/2),self.pos_y+17,0,16+40*self.v,
0,8,24,14)
#Arm_L
if self.atk_l == 1:
pyxel.blt(self.pos_x+16+(self.yure/2),self.pos_y-4,0,24+40*self.v,
0,8,-24,14)
else:
pyxel.blt(self.pos_x+19+(self.yure/2),self.pos_y+17,0,24+40*self.v,
0,8,24,14)
#Leg_R
pyxel.blt(self.pos_x+1-(self.yure/4),self.pos_y+45,0,16+40*self.v,
72,8,32,14)
#Leg_L
pyxel.blt(self.pos_x+11-(self.yure/4),self.pos_y+45,0,24+40*self.v,
72,8,32,14)
class Ef:
def __init__(self,x,y,v):
self.pos_x = x
self.pos_y = y
self.v = v
self.t = 3
def update(self):
if self.v == 1:
self.t -= 0.5
elif self.v == 2:
self.t -= 0.5
self.pos_x += randint(-10,10)/5
self.pos_y -= randint(-10,10)/5
def draw(self):
if self.v == 1:
#bullet
if self.t < 2:
c = 7
else:
c = 10
pyxel.circ(self.pos_x, self.pos_y, self.t, c)
elif self.v == 2:
#blood
pyxel.circ(self.pos_x, self.pos_y, self.t, 3)▲ZNBクラスです。描画や座標の更新、当たり判定、ヒット時のエフェクトがそれぞれ関数になっています。
App()▲App()で起動です。
# -*- coding: utf-8 -*-
import pyxel
from random import randint, randrange
class App:
def __init__(self):
#bullet
self.blt = 6
#Player Life
self.p_lf = 4
#Enemy
self.znb = []
new_z = []
for n in range(randint(1,3)):
new_z.append(ZNB(randint(5+(40*n),25+(40*n)),
randint(15,35),
1, randint(0, 1)))
for i2 in range(len(new_z)):
self.znb.append(new_z[i2])
#Effect controll
self.r_ef = 0
self.b_ef = []
self.p_dm_r = 0
#Game status
self.game_st = 0
#Image read
pyxel.init(128,128, caption="hod", scale=5,
fps = 30,)
pyxel.load('assets/znb.pyxres')
pyxel.run(self.update, self.draw)
def update(self):
#Game start logic
if self.game_st == 0:
if pyxel.btnp(pyxel.KEY_S):
self.game_st= 1
elif self.game_st == 1:
self.game_starting() #Main logic
#Debug
if pyxel.btnp(pyxel.KEY_R):
self.znb = []
new_z = []
for n in range(randint(1,3)):
new_z.append(ZNB(randint(5+(40*n),25+(40*n)),
randint(15,35),
1, randint(0, 1)))
for i2 in range(len(new_z)):
self.znb.append(new_z[i2])
self.p_lf = 4
def game_starting(self):
#Reload effect controll
self.r_ef = 0
#Damage effect controll
if self.p_dm_r > 0:
self.p_dm_r -= 1
#Enemy controll
for z in range(len(self.znb)):
#Enemy update
self.znb[z].update()
#Enemy line change
if self.znb[z].mv_cn <= 0:
self.znb[z].lnch()
self.znb[z].mv_cn = 100
#Enemy attack
if self.znb[z].atk_cn <= 0 and self.p_dm_r <= 0:
self.p_lf -= 1
self.p_dm_r = 60
#Hit check for back line
if self.znb[z].pos_z == 1:
for x in range(len(self.b_ef)):
if self.b_ef[x].t < 2 and self.b_ef[x].v == 1:
for i1 in range(randint(2, 5)):
a1=self.znb[z].hit_ch1(self.b_ef[x].pos_x,
self.b_ef[x].pos_y)
if a1 == 1:
self.b_ef.append(Ef(self.b_ef[x].pos_x,
self.b_ef[x].pos_y,2))
del self.b_ef[x]
break
#Hit check for forward lone
elif self.znb[z].pos_z == 2:
for x2 in range(len(self.b_ef)):
if self.b_ef[x2].t < 2 and self.b_ef[x2].v == 1:
for i2 in range(randint(2, 5)):
a2=self.znb[z].hit_ch2(self.b_ef[x2].pos_x,
self.b_ef[x2].pos_y)
if a2 == 1:
self.b_ef.append(Ef(self.b_ef[x2].pos_x,
self.b_ef[x2].pos_y,2))
del self.b_ef[x2]
break
#Enemy delete
for z2 in range(len(self.znb)):
if self.znb[z2].hp <= 0:
del self.znb[z2]
break
#Reload
if pyxel.btnp(pyxel.MOUSE_LEFT_BUTTON):
if self.blt > 0:
self.blt -= 1
self.b_ef.append(Ef(pyxel.mouse_x,pyxel.mouse_y,1))
#Shoot
if pyxel.btnp(pyxel.MOUSE_RIGHT_BUTTON):
self.blt = 6
self.r_ef = 1
def draw(self):
pyxel.cls(0)
if self.game_st == 0:
self.title_draw()
elif self.game_st == 1:
self.game_draw()
def title_draw(self):
pyxel.blt(0,15,1,0,0,128,80)
pyxel.text(28, 100, "Press \"S\" to start.", 7)
def game_draw(self):
#Draw tilemap
pyxel.bltm(0,0,0,0,0,16,16)
#Draw enemy line1
for z1 in range(len(self.znb)):
if self.znb[z1].pos_z == 1:
self.znb[z1].draw1()
#Draw enemy line2
for z2 in range(len(self.znb)):
if self.znb[z2].pos_z == 2:
self.znb[z2].draw2()
#Draw effect
for e in range(len(self.b_ef)):
self.b_ef[e].update()
self.b_ef[e].draw()
if self.b_ef[e].t < 0:
del self.b_ef[e]
break
#Draw player life
for l in range(self.p_lf):
pyxel.blt(10+l*8,115,2,0,0,8,8,14)
#Draw bullet
for b in range(self.blt):
pyxel.blt(1+b*7,100,2,8,0,8,8,14)
if self.blt == 0:
pyxel.text(2, 105, "RELOAD", 0)
pyxel.text(3, 105, "RELOAD", 8)
pyxel.text(0, 117, "1P", 0)
pyxel.text(1, 117, "1P", 8)
#Draw damage effect
if self.p_dm_r > 30:
pyxel.blt(50,50,2,208,0,24,40,14)
#Draw mouse point
pyxel.blt(pyxel.mouse_x-3,pyxel.mouse_y-4,2,16,0,16,16,14)
if self.r_ef > 0:
pyxel.cls(7)
class ZNB:
def __init__(self,x,y,z,v):
self.pos_x = x
self.pos_y = y
self.pos_z = z
self.v = v
self.yure = randint(0, 3)
self.yuref = 0
self.hp = 100
self.atk_cn = randrange(400,800,100)
self.atk_fl = False
self.atk_r = 0
self.atk_l = 0
self.mv_cn = randrange(400,1200,100)
def update(self):
#Attack count reset
if self.atk_cn <= 0:
self.atk_cn = randrange(400,800,100)
self.atk_r = 0
self.atk_l = 0
self.atk_fl = False
#Line change count update
if self.pos_z == 1:
self.mv_cn -= randint(1, 15)
#Attack action
if self.pos_z == 2:
self.atk_cn -= randint(1, 10)
if self.atk_cn < 150 and self.atk_fl == False:
self.atk_fl = True
a = randint(1, 3)
if a == 1:
self.atk_r = 1
elif a == 2:
self.atk_l = 1
elif a == 3:
self.atk_r = 1
self.atk_l = 1
#Yure
if self.yuref == 0:
self.yure += 0.5
if self.yure > 4:
self.yuref = 1
else:
self.yure -= 0.5
if self.yure < 0:
self.yuref = 0
def hit_ch1(self,x, y):
#Head
if ((self.pos_x+(self.yure/2) <= x <= self.pos_x+(self.yure/2) + 8) and
(self.pos_y <= y <= self.pos_y + 8)):
self.hp -= 100
return 1
#Body
if ((self.pos_x-4+(self.yure/4)<= x <=self.pos_x-4+(self.yure/4)+16) and
(self.pos_y+7+(self.yure/4)<= y <=self.pos_y+7+(self.yure/4) + 16)):
self.hp -= 10
return 1
#Arm R
if ((self.pos_x-10+(self.yure/2)<=x<=self.pos_x-10+(self.yure/2)+8) and
(self.pos_y+8 <= y <= self.pos_y+24)):
self.hp -= 5
return 1
#Arm L
if ((self.pos_x+10+(self.yure/2)<=x<=self.pos_x+10+(self.yure/2)+8) and
(self.pos_y+8 <= y <= self.pos_y+24)):
self.hp -= 5
return 1
#Leg R
if ((self.pos_x-3-(self.yure/4) <= x <= self.pos_x-3-(self.yure/4)+8) and
(self.pos_y+22 <= y <= self.pos_y+38)):
self.hp -= 5
return 1
#Leg L
if ((self.pos_x+3-(self.yure/4) <= x <= self.pos_x+3-(self.yure/4)+8) and
(self.pos_y+22 <= y <= self.pos_y+38)):
self.hp -= 5
return 1
def hit_ch2(self,x, y):
#Head
if ((self.pos_x+(self.yure/2) <= x <= self.pos_x+(self.yure/2) + 16) and
(self.pos_y <= y <= self.pos_y + 16)):
self.hp -= 100
return 1
#Body
if ((self.pos_x-3+(self.yure/3)<= x <=self.pos_x-3+(self.yure/3)+24) and
(self.pos_y+14+(self.yure/3)<= y <=self.pos_y+14+(self.yure/3)+40)):
self.hp -= 10
return 1
#Arm R
if self.atk_r == 1:
if ((self.pos_x-8+(self.yure/2)<=x<=self.pos_x-8+(self.yure/2)+8) and
(self.pos_y-4 <= y <= self.pos_y-4+24)):
self.hp -= 50
return 1
else:
if ((self.pos_x-11+(self.yure/2)<=x<=self.pos_x-11
+(self.yure/2)+8)and
(self.pos_y+17 <= y <= self.pos_y+17+24)):
self.hp -= 5
return 1
#Arm L
if self.atk_l == 1:
if ((self.pos_x+16+(self.yure/2)<=x<=self.pos_x+16+(self.yure/2)+8) and
(self.pos_y-4 <= y <= self.pos_y-4+24)):
self.hp -= 50
return 1
else:
if ((self.pos_x+19+(self.yure/2)<=x<=self.pos_x+19
+(self.yure/2)+8) and
(self.pos_y+17 <= y <= self.pos_y+17+24)):
self.hp -= 5
return 1
#Leg R
if ((self.pos_x-1-(self.yure/4) <= x <= self.pos_x-1-(self.yure/4)+8) and
(self.pos_y+45 <= y <= self.pos_y+45+32)):
self.hp -= 5
return 1
#Leg L
if ((self.pos_x+11-(self.yure/4)<= x <=self.pos_x+11-(self.yure/4)+8)and
(self.pos_y+45 <= y <= self.pos_y+45+32)):
self.hp -= 5
return 1
def lnch(self):
#Enemy line change
if self.pos_z == 1:
self.pos_z = 2
self.pos_y += 20
else:
self.pos_z = 1
self.pos_y -= 20
def draw1(self):
#Head
pyxel.blt(self.pos_x+(self.yure/2),self.pos_y,0,0+40*self.v,16,8,8,14)
#Body
pyxel.blt(self.pos_x-4+(self.yure/4),self.pos_y+7+(self.yure/4),0,
0+40*self.v,24,16,16,14)
#Arm_R
pyxel.blt(self.pos_x-10+(self.yure/2),self.pos_y+8,0,0+40*self.v,
0,8,16,14)
#Arm_L
pyxel.blt(self.pos_x+10+(self.yure/2),self.pos_y+8,0,8+40*self.v,0,
8,16,14)
#Leg_R
pyxel.blt(self.pos_x-3-(self.yure/4),self.pos_y+22,0,0+40*self.v,
40,8,24,14)
#Leg_L
pyxel.blt(self.pos_x+5-(self.yure/4),self.pos_y+22,0,8+40*self.v,
40,8,24,14)
def draw2(self):
#Head
pyxel.blt(self.pos_x+(self.yure/2),self.pos_y,0,16+40*self.v,24,16,16,14)
#Body
pyxel.blt(self.pos_x-3+(self.yure/3),self.pos_y+14+(self.yure/3),0,
16+40*self.v,40,24,32,14)
#Arm_R
if self.atk_r == 1:
pyxel.blt(self.pos_x-8+(self.yure/2),self.pos_y-4,0,16+40*self.v,
0,8,-24,14)
else:
pyxel.blt(self.pos_x-11+(self.yure/2),self.pos_y+17,0,16+40*self.v,
0,8,24,14)
#Arm_L
if self.atk_l == 1:
pyxel.blt(self.pos_x+16+(self.yure/2),self.pos_y-4,0,24+40*self.v,
0,8,-24,14)
else:
pyxel.blt(self.pos_x+19+(self.yure/2),self.pos_y+17,0,24+40*self.v,
0,8,24,14)
#Leg_R
pyxel.blt(self.pos_x+1-(self.yure/4),self.pos_y+45,0,16+40*self.v,
72,8,32,14)
#Leg_L
pyxel.blt(self.pos_x+11-(self.yure/4),self.pos_y+45,0,24+40*self.v,
72,8,32,14)
class Ef:
def __init__(self,x,y,v):
self.pos_x = x
self.pos_y = y
self.v = v
self.t = 3
def update(self):
if self.v == 1:
self.t -= 0.5
elif self.v == 2:
self.t -= 0.5
self.pos_x += randint(-10,10)/5
self.pos_y -= randint(-10,10)/5
def draw(self):
if self.v == 1:
#bullet
if self.t < 2:
c = 7
else:
c = 10
pyxel.circ(self.pos_x, self.pos_y, self.t, c)
elif self.v == 2:
#blood
pyxel.circ(self.pos_x, self.pos_y, self.t, 3)
App()▲全体をつなげたコードはこんな感じ。
次に今回使用したイメージソースについてです。
▲イメージバンク「0」にはゾンビを配置。当たり判定の都合から頭・手足・胴体とパーツ分けしています。
▲イメージバンク「1」にはタイトル画面を。
▲イメージバンク「2」はタイルマップ用。ライフや弾薬数のアイコンもここに置きます。
▲タイルマップは「0」のみを使用。イメージバンク「2」を使って作ります。
▲実際のpyxresファイルです。よろしければご利用ください。
完成したものを動かしてみます。
▲タイトル画面。Sを押してスタートです。
▲ゾンビは最大で3体。前列と後列があり、後列→前列→攻撃の順で動きます。
▲ダメージエフェクト。
▲左クリックで射撃、右クリックでリロードです。ゾンビに弾が当たった時は血のエフェクトを出します。当時のゲーセンに思いを馳せて血の色は緑で。※HoDの初期バージョンは赤い血の色だったのですが、ショッキングすぎたのか途中から緑に変わった記憶があります。店舗によっては青い血の場合もあった気がもする。
今回はここまで。
読んでいただきありがとうございました。
ここまで読んでいただきありがとうございます！