Tuto tiny-ecs beatemup Part 5 ePlayer1
From GiderosMobile
ePlayer1.lua
This is going to be our first actor. Each actor will be an ECS entity, let's create a file "ePlayer1.lua" in the "_E" folder.
The arguments to the init function are: the layer the player sprite will be added to, the position as a vector, and the layer for any fancy graphics effects we may add to the player.
The code:
EPlayer1 = Core.class()
function EPlayer1:init(xspritelayer, xpos, xbgfxlayer)
-- ids
self.isplayer1 = true
self.doanimate = true -- to save some cpu
-- sprite layers
self.spritelayer = xspritelayer
self.bgfxlayer = xbgfxlayer
-- params
self.pos = xpos
self.positionystart = 0
self.sx = 1
self.sy = self.sx
self.flip = 1
self.totallives = 3
self.totalhealth = 10
self.currjumps = 5
if g_difficulty == 0 then -- easy
self.totallives = 5
self.totalhealth = 20
self.currjumps = 8
elseif g_difficulty == 2 then -- hard
self.currjumps = 3
end
self.currlives = self.totallives
self.currhealth = self.totalhealth
-- recovery
self.washurt = 0
self.wasbadlyhurt = 0
self.recovertimer = 30
self.recoverbadtimer = 90
if g_difficulty == 0 then -- easy
self.recovertimer *= 2
self.recoverbadtimer *= 2
elseif g_difficulty == 2 then -- hard
self.recovertimer *= 0.5
self.recoverbadtimer *= 0.5
end
self.ispaused = false -- 'P' key for pausing the game
self.hitfx = Bitmap.new(Texture.new("gfx/fx/2.png"))
self.hitfx:setAnchorPoint(0.5, 0.5)
-- COMPONENTS
-- ANIMATION: CAnimation:init(xspritesheetpath, xcols, xrows, xanimspeed, xoffx, xoffy, sx, sy)
local texpath = "gfx/player1/mh_blue_haired2m_0130.png"
local framerate = 1/10
self.animation = CAnimation.new(texpath, 12, 11, framerate, 0, 0, self.sx, self.sy)
self.sprite = self.animation.sprite
self.animation.sprite = nil -- free some memory
self.w, self.h = self.sprite:getWidth(), self.sprite:getHeight() -- with applied scale
-- print("player1 size: ", self.w, self.h)
-- create basics animations: CAnimation:createAnim(xanimname, xstart, xfinish)
self.animation:createAnim(g_ANIM_DEFAULT, 1, 15)
self.animation:createAnim(g_ANIM_IDLE_R, 1, 15) -- fluid is best
self.animation:createAnim(g_ANIM_WALK_R, 16, 26) -- fluid is best
self.animation:createAnim(g_ANIM_JUMP1_R, 74, 76) -- fluid is best
self.animation:createAnim(g_ANIM_HURT_R, 90, 100) -- fluid is best
self.animation:createAnim(g_ANIM_STANDUP_R, 103, 113) -- fluid is best
self.animation:createAnim(g_ANIM_LOSE1_R, 113, 124) -- fluid is best
-- BODY: CBody:init(xspeed, xjumpspeed)
self.body = CBody.new(192*32, 0.65) -- (192*32, 1), xspeed, xjumpspeed
-- COLLISION BOX: CCollisionBox:init(xcollwidth, xcollheight)
local collw, collh = self.w*0.4, 8*self.sy
self.collbox = CCollisionBox.new(collw, collh)
-- HURT BOX
-- head hurt box w & h
local hhbw, hhbh = self.w*0.25, self.h*0.3
self.headhurtbox = {
isactive=false,
x=-2*self.sx,
y=0*self.sy-self.h/2-self.collbox.h*2,
w=hhbw,
h=hhbh,
}
-- spine hurt box w & h
local shbw, shbh = self.w*0.35, self.h*0.4
self.spinehurtbox = {
isactive=false,
x=-0*self.sx,
y=0*self.sy-shbh/2+self.collbox.h/2,
w=shbw,
h=shbh,
}
-- create attacks animations: CAnimation:createAnim(xanimname, xstart, xfinish)
-- self.animation:createAnim(g_ANIM_PUNCH_ATTACK1_R, 50, 51) -- 28, 31, no or low anticipation / quick hit / no or low overhead is best
self.animation.anims[g_ANIM_PUNCH_ATTACK1_R] = {}
self.animation.anims[g_ANIM_PUNCH_ATTACK1_R][1] = self.animation.myanimsimgs[49]
self.animation.anims[g_ANIM_PUNCH_ATTACK1_R][2] = self.animation.myanimsimgs[52]
self.animation.anims[g_ANIM_PUNCH_ATTACK1_R][3] = self.animation.myanimsimgs[54]
self.animation:createAnim(g_ANIM_PUNCH_ATTACK2_R, 50, 54) -- low or mid anticipation / quick hit / low or mid overhead is best
-- self.animation:createAnim(g_ANIM_KICK_ATTACK1_R, 62, 63) -- 35, 41, no or low anticipation / quick hit / no or low overhead is best
self.animation.anims[g_ANIM_KICK_ATTACK1_R] = {}
self.animation.anims[g_ANIM_KICK_ATTACK1_R][1] = self.animation.myanimsimgs[62]
self.animation.anims[g_ANIM_KICK_ATTACK1_R][2] = self.animation.myanimsimgs[64]
self.animation.anims[g_ANIM_KICK_ATTACK1_R][3] = self.animation.myanimsimgs[67]
self.animation:createAnim(g_ANIM_KICK_ATTACK2_R, 62, 68) -- low or mid anticipation / quick hit / low or mid overhead is best
-- self.animation:createAnim(g_ANIM_PUNCHJUMP_ATTACK1_R, 75, 82) -- low or mid anticipation / quick hit / low or mid overhead is best
self.animation.anims[g_ANIM_PUNCHJUMP_ATTACK1_R] = {}
self.animation.anims[g_ANIM_PUNCHJUMP_ATTACK1_R][1] = self.animation.myanimsimgs[78]
self.animation.anims[g_ANIM_PUNCHJUMP_ATTACK1_R][2] = self.animation.myanimsimgs[80]
self.animation.anims[g_ANIM_PUNCHJUMP_ATTACK1_R][3] = self.animation.myanimsimgs[82]
-- self.animation:createAnim(g_ANIM_KICKJUMP_ATTACK1_R, 83, 88) -- low or mid anticipation / quick hit / low or mid overhead is best
self.animation.anims[g_ANIM_KICKJUMP_ATTACK1_R] = {}
self.animation.anims[g_ANIM_KICKJUMP_ATTACK1_R][1] = self.animation.myanimsimgs[84]
self.animation.anims[g_ANIM_KICKJUMP_ATTACK1_R][2] = self.animation.myanimsimgs[86]
-- clean up
self.animation.myanimsimgs = nil
-- hit box
self.headhitboxattack1 = { -- g_ANIM_PUNCH_ATTACK1_R
isactive=false,
hitstartframe=2,
hitendframe=3,
damage=1,
x=self.collbox.w*0.6,
y=-self.h*0.6+collh*0.5,
w=20*self.sx,
h=32*self.sy,
}
self.headhitboxattack2 = { -- g_ANIM_PUNCH_ATTACK2_R X
isactive=false,
hitstartframe=1,
hitendframe=4,
damage=2,
x=self.collbox.w*0.75,
y=-self.h*0.65+collh*0.5,
w=32*self.sx,
h=32*self.sy,
}
self.spinehitboxattack1 = { -- g_ANIM_KICK_ATTACK1_R
isactive=false,
hitstartframe=2,
hitendframe=3,
damage=1,
x=self.collbox.w*0.7,
y=-self.h*0.25+collh*0.5,
w=40*self.sx,
h=self.h*0.5,
}
self.spinehitboxattack2 = { -- g_ANIM_KICK_ATTACK2_R
isactive=false,
hitstartframe=2,
hitendframe=4,
damage=2,
x=self.collbox.w*0.8,
y=-self.h*0.25+collh*0.5,
w=32*self.sx,
h=self.h*0.5,
}
self.headhitboxjattack1 = { -- g_ANIM_PUNCHJUMP_ATTACK1_R
isactive=false,
hitstartframe=6,
hitendframe=8,
damage=3,
x=self.collbox.w*0.7,
y=-self.h*0.5+collh*0.5,
w=40*self.sx,
h=self.h*0.5,
}
self.spinehitboxjattack1 = { -- g_ANIM_KICKJUMP_ATTACK1_R
isactive=false,
hitstartframe=3,
hitendframe=5,
damage=3,
x=self.collbox.w*0.5,
y=-self.h*0.25+collh*0.5,
w=64*self.sx,
h=self.h*0.5,
}
-- SHADOW: CShadow:init(xparentw, xshadowsx, xshadowsy)
self.shadow = CShadow.new(self.w*0.6)
end
Code comments
Let's break it down!
Next?
That was quite a lot of work but we coded the heart of our game and we are already nearly done!!
All is left to do is add the actors. Actors will be ECS entites, those entities will have components and systems will control them.
In the next part we deal with our player1 entity.
Prev.: [[Tuto tiny-ecs beatemup Part 4 LevelX]]
Next: Tuto tiny-ecs beatemup Part 6 XXX
