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faithplate.lua
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faithplate.lua
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faithplate = class("faithplate")
function faithplate:init(x, y, r)
self.cox = x
self.coy = y
self.x = x-1
self.y = y-1
self.width = 2
self.height = 0.125
self.active = true
self.static = true
self.category = 26
self.power = true
self.mask = {true}
self.animationtimer = 1
self.includetable = {"player", "box", "enemy"}
self.xspeed = 0
self.yspeed = 20
self.input1state = "off"
--Input list
self.r = {unpack(r)}
table.remove(self.r, 1)
table.remove(self.r, 1)
--Xspeed
if #self.r > 0 then
if string.sub(self.r[1], 1, 1) == "m" then
self.xspeed = -tonumber(string.sub(self.r[1], 2))
else
self.xspeed = tonumber(self.r[1])
end
table.remove(self.r, 1)
end
--Yspeed
if #self.r > 0 then
self.yspeed = tonumber(self.r[1]) or 20
table.remove(self.r, 1)
end
--POWER
if #self.r > 0 and self.r[1] ~= "link" then
if self.r[1] == "true" then
self.power = false
end
table.remove(self.r, 1)
end
--determine rough direction
if self.yspeed > math.abs(self.xspeed)*2 then
self.dir = "up"
elseif self.xspeed > 0 then
self.dir = "right"
else
self.dir = "left"
end
end
function faithplate:input(t, input)
if input == "power" then
if t == "on" and self.input1state == "off" then
self.power = not self.power
elseif t == "off" and self.input1state == "on" then
self.power = not self.power
elseif t == "toggle" then
self.power = not self.power
end
self.input1state = t
end
end
function faithplate:link()
while #self.r > 3 do
for j, w in pairs(outputs) do
for i, v in pairs(objects[w]) do
if tonumber(self.r[3]) == v.cox and tonumber(self.r[4]) == v.coy then
v:addoutput(self, self.r[2])
end
end
end
table.remove(self.r, 1)
table.remove(self.r, 1)
table.remove(self.r, 1)
table.remove(self.r, 1)
end
end
function faithplate:update(dt)
if self.animationtimer < 1 then
self.animationtimer = self.animationtimer + dt / faithplatetime
end
if self.power then
local intable = checkrect(self.x+.5, self.y-0.125, 1, 0.125, self.includetable)
for i = 1, #intable, 2 do
if not objects[intable[i]][intable[i+1]].ignorefaithplates then
if objects[intable[i]][intable[i+1]].speedy >= 0 then
objects[intable[i]][intable[i+1]].speedy = -self.yspeed
objects[intable[i]][intable[i+1]].speedx = self.xspeed
objects[intable[i]][intable[i+1]].x = self.x+1-objects[intable[i]][intable[i+1]].width/2
if objects[intable[i]][intable[i+1]].faithplate then
objects[intable[i]][intable[i+1]]:faithplate(self.dir)
end
self.animationtimer = 0
end
end
end
end
end
function faithplate:draw()
local quad = 2
if self.power then
quad = 1
end
love.graphics.setScissor(math.floor((self.cox-1-xscroll)*16*scale), (self.coy-yscroll-4)*16*scale, 32*scale, (2.5+2/16)*16*scale)
love.graphics.setColor(unpack(background))
love.graphics.rectangle("fill", math.floor((self.cox-1-xscroll)*16*scale), (self.coy-yscroll-1.5)*16*scale, 32*scale, 2*scale)
love.graphics.setColor(255, 255, 255)
if self.animationtimer < 1 then
if self.dir == "right" then
local rot = 0
if self.animationtimer < 0.1 then
rot = math.pi/4*(self.animationtimer/0.1)
elseif self.animationtimer < 0.3 then
rot = math.pi/4
else
rot = math.pi/4*(1 - (self.animationtimer-0.3)/0.7)
end
love.graphics.drawq(faithplateplateimg, faithplatequad[quad], math.floor((self.cox+1-xscroll)*16*scale), (self.coy-yscroll-1.5)*16*scale, rot, scale, scale, 32)
elseif self.dir == "left" then
local rot = 0
if self.animationtimer < 0.1 then
rot = math.pi/4*(self.animationtimer/0.1)
elseif self.animationtimer < 0.3 then
rot = math.pi/4
else
rot = math.pi/4*(1 - (self.animationtimer-0.3)/0.7)
end
love.graphics.drawq(faithplateplateimg, faithplatequad[quad], math.floor((self.cox-1-xscroll)*16*scale), (self.coy-yscroll-1.5)*16*scale, -rot, -scale, scale, 32)
elseif self.dir == "up" then
local ymod = 0
if self.animationtimer < 0.1 then
ymod = .5*(self.animationtimer/0.1)
elseif self.animationtimer < 0.3 then
ymod = .5
else
ymod = .5*(1 - (self.animationtimer-0.3)/0.7)
end
love.graphics.drawq(faithplateplateimg, faithplatequad[quad], math.floor((self.cox-1-xscroll)*16*scale), (self.coy-yscroll-1.5-ymod)*16*scale, 0, scale, scale)
end
else
if self.dir ~= "left" then
love.graphics.drawq(faithplateplateimg, faithplatequad[quad], math.floor((self.cox-1-xscroll)*16*scale), (self.coy-yscroll-1.5)*16*scale, 0, scale, scale)
else
love.graphics.drawq(faithplateplateimg, faithplatequad[quad], math.floor((self.cox+1-xscroll)*16*scale), (self.coy-yscroll-1.5)*16*scale, 0, -scale, scale)
end
end
love.graphics.setScissor()
end