include('shared.lua')

if not cigaParticleEmitter then cigaParticleEmitter = ParticleEmitter(Vector(0,0,0)) end

function SWEP:DrawWorldModel()
	local ply = self:GetOwner()

	local cigaScale = self.cigaScale or 1
	self:SetModelScale(cigaScale, 0) 
	self:SetSubMaterial()

	if IsValid(ply) then
		local modelStr = ply:GetModel():sub(1,17)
		local isPony = modelStr=="models/ppm/player" or modelStr=="models/mlp/player" or modelStr=="models/cppm/playe"

		local bn = isPony and "LrigScull" or "ValveBiped.Bip01_R_Hand"
		if ply.cigaArmFullyUp then bn ="ValveBiped.Bip01_Head1" end
		local bon = ply:LookupBone(bn) or 0

		local opos = self:GetPos()
		local oang = self:GetAngles()
		local bp,ba = ply:GetBonePosition(bon)
		if bp then opos = bp end
		if ba then oang = ba end

		if ply.cigaArmFullyUp then
			--head position
			opos = opos + (oang:Forward()*0.95) + (oang:Right()*7) + (oang:Up()*0.035)
			oang:RotateAroundAxis(oang:Forward(),-100)
			oang:RotateAroundAxis(oang:Up(),100)
			opos = opos + (oang:Up()*(cigaScale-1)*-10.25)
		else
			--hand position
				oang:RotateAroundAxis(oang:Forward(),50)
			oang:RotateAroundAxis(oang:Right(),90)
			opos = opos + (oang:Forward()*2) + (oang:Up()*-4.5) + (oang:Right()*-2)
			oang:RotateAroundAxis(oang:Forward(),90)
			oang:RotateAroundAxis(oang:Up(),10)
			opos = opos + (oang:Up()*(cigaScale-1)*-10.25)
			opos = opos + (oang:Up() * 2)
			opos = opos + (oang:Right() * 0.5)
			opos = opos + (oang:Forward() * -1.5)
		end
		self:SetupBones()

		local mrt = self:GetBoneMatrix(0)
		if mrt then
		mrt:SetTranslation(opos)
		mrt:SetAngles(oang)

		self:SetBoneMatrix(0, mrt)
		end
	end

	self:DrawModel()
end

function SWEP:GetViewModelPosition(pos, ang)
	--mouth pos
	local vmpos1=self.cigaVMPos1 or Vector(18.5,-3.4,-3.25)
	local vmang1=self.cigaVMAng1 or Vector(170,-180,20)
	--hand pos
	local vmpos2=self.cigaVMPos2 or Vector(24,-8,-11.2)
	local vmang2=self.cigaVMAng2 or Vector(120,-180,150)

	if not LocalPlayer().cigaArmTime then LocalPlayer().cigaArmTime=0 end
	local lerp = math.Clamp((os.clock()-LocalPlayer().cigaArmTime)*3,0,1)
	if LocalPlayer().cigaArm then lerp = 1-lerp end
	/*
	local newpos = LerpVector(lerp,vmpos1,vmpos2)
	local newang = LerpVector(lerp,vmang1,vmang2)
	--I have a good reason for doing it like this
	newang = Angle(newang.x,newang.y,newang.z) 
	
	pos,ang = LocalToWorld(newpos,newang,pos,ang)*/
	local difvec = Vector(-10,-3.5,-12)--vmpos1 - vmpos2
	local orig = Vector(0,0,0)
	local topos = orig+difvec
	
	local difang = Vector(-30,0,0)--vmang1 - vmang2
	local origang = Vector(0,0,0)
	local toang = origang+difang
	
	
	
	local newpos = LerpVector(lerp,topos,orig)
	local newang = LerpVector(lerp,toang,origang)
	
	newang = Angle(newang.x, newang.y, newang.z)
	
	
	pos,ang = LocalToWorld(newpos,newang,pos,ang)
	return pos, ang
end

sound.Add({
	name = "ciga_inhale",
	channel = CHAN_WEAPON,
	volume = 0.24,
	level = 60,
	pitch = { 95 },
	sound = "cigainhale.wav"
})

net.Receive("ciga",function()
	local ply = net.ReadEntity()
	local amt = net.ReadInt(8)
	local fx = net.ReadInt(8)
	if !IsValid(ply) then return end

	if amt>=50 then
		ply:EmitSound("cigacough1.wav",90)

		for i=1,200 do
			local d=i+10
			if i>140 then d=d+150 end
			timer.Simple((d-1)*0.003,function() ciga_do_pulse(ply, 1, 100, fx) end)
		end

		return
	elseif amt>=35 then
		ply:EmitSound("cigabreath2.wav",75,100,0.7)
	elseif amt>=10 then
		ply:EmitSound("cigabreath1.wav",70,130-math.min(100,amt*2),0.4+(amt*0.005))
	end

	for i=1,amt*2 do
		timer.Simple((i-1)*0.02,function() ciga_do_pulse(ply,math.floor(((amt*2)-i)/10), fx==2 and 100 or 0, fx) end)
	end
end)

net.Receive("cigaArm",function()
	local ply = net.ReadEntity()
	local z = net.ReadBool()
	if !IsValid(ply) then return end
	if ply.cigaArm != z then
		if z then
			timer.Simple(0.3, function() 
				if !IsValid(ply) then return end 
				if ply.cigaArm then ply:EmitSound("ciga_inhale") end
			end)
		else
			ply:StopSound("ciga_inhale")
		end
		ply.cigaArm = z
		ply.cigaArmTime = os.clock()
		local m = 0
		if z then m = 1 end

		for i=0,9 do
			timer.Simple(i/30,function() ciga_interpolate_arm(ply,math.abs(m-((9-i)/10)),z and 0 or 0.2) end)
		end
	end
end)

net.Receive("cigaTalking",function()
	local ply = net.ReadEntity()
	if IsValid(ply) then ply.cigaTalkingEndtime = net.ReadFloat() end
end)

function ciga_interpolate_arm(ply, mult, mouth_delay)
	if !IsValid(ply) then return end
	
	if mouth_delay>0 then 
		timer.Simple(mouth_delay,function() if IsValid(ply) then ply.cigaMouthOpenAmt = mult end end)
	else 
		ply.cigaMouthOpenAmt = mult
	end

	local b1 = ply:LookupBone("ValveBiped.Bip01_R_Upperarm")
	local b2 = ply:LookupBone("ValveBiped.Bip01_R_Forearm")
	if (not b1) or (not b2) then return end
	ply:ManipulateBoneAngles(b1,Angle(20*mult,-62*mult,10*mult))
	ply:ManipulateBoneAngles(b2,Angle(-5*mult,-10*mult,0))
	if mult==1 then ply.cigaArmFullyUp=true else ply.cigaArmFullyUp=false end
end

--this makes the mouth opening work without clobbering other addons
hook.Add("InitPostEntity", "cigaMouthMoveSetup", function()
	timer.Simple(1, function()
		if ciga_OriginalMouthMove ~= nil then return end

		ciga_OriginalMouthMove = GAMEMODE.MouthMoveAnimation
	 
		function GAMEMODE:MouthMoveAnimation(ply)
			--run the base MouthMoveAnimation if player isn't vaping/cigatalking
			if ((ply.cigaMouthOpenAmt or 0) == 0) and ((ply.cigaTalkingEndtime or 0) < CurTime()) then
				return ciga_OriginalMouthMove(GAMEMODE, ply)
			end

			local FlexNum = ply:GetFlexNum() - 1
			if ( FlexNum <= 0 ) then return end
			for i = 0, FlexNum - 1 do
				local Name = ply:GetFlexName(i)
				if ( Name == "jaw_drop" || Name == "right_part" || Name == "left_part" || Name == "right_mouth_drop" || Name == "left_mouth_drop" ) then
					ply:SetFlexWeight(i, math.max(((ply.cigaMouthOpenAmt or 0)*0.5), math.Clamp(((ply.cigaTalkingEndtime or 0)-CurTime())*3.0, 0, 1)*math.Rand(0.1,0.8) ))
				end
			end
		end
	end)
end)

function ciga_do_pulse(ply, amt, spreadadd, fx)
	if !IsValid(ply) then return end

	if ply:WaterLevel()==3 then return end

	if not spreadadd then spreadadd=0 end

	local attachid = ply:LookupAttachment("eyes")
	cigaParticleEmitter:SetPos(LocalPlayer():GetPos())
	
	local angpos = ply:GetAttachment(attachid) or {Ang=Angle(0,0,0), Pos=Vector(0,0,0)}
	local fwd
	local pos
	
	if (ply != LocalPlayer()) then
		fwd = (angpos.Ang:Forward()-angpos.Ang:Up()):GetNormalized()
		pos = angpos.Pos + (fwd*3.5)
	else
		fwd = ply:GetAimVector():GetNormalized()
		pos = ply:GetShootPos() + fwd*1.5 + gui.ScreenToVector( ScrW()/2, ScrH() )*5
	end

	fwd = ply:GetAimVector():GetNormalized()

	for i = 1,amt do
		if !IsValid(ply) then return end
		local particle = cigaParticleEmitter:Add(string.format("particle/smokesprites_00%02d",math.random(7,16)), pos )
		if particle then
			local dir = VectorRand():GetNormalized() * ((amt+5)/10)
			ciga_do_particle(particle, (ply:GetVelocity()*0.25)+(((fwd*9)+dir):GetNormalized() * math.Rand(50,80) * (amt + 1) * 0.2), fx)
		end
	end
end

function ciga_do_particle(particle, vel, fx)
	particle:SetColor(255,255,255,255)
	if fx == 3 then particle:SetColor(100,100,100,100) end
	if fx >= 4 then 
		local c = JuicycigaJuices[fx-3].color
		if c == nil then c = HSVToColor(math.random(0,359),1,1) end
		particle:SetColor(c.r, c.g, c.b, 255)
	end

	local mega = 1
	if fx == 2 then mega = 4 end
	mega = mega * 0.3
	
	particle:SetVelocity( vel * mega )
	particle:SetGravity( Vector(0,0,1.5) )
	particle:SetLifeTime(0)
	particle:SetDieTime(math.Rand(80,100)*0.11*mega)
	particle:SetStartSize(3*mega)
	particle:SetEndSize(40*mega*mega)
	particle:SetStartAlpha(150)
	particle:SetEndAlpha(0)
	particle:SetCollide(true)
	particle:SetBounce(0.25)
	particle:SetRoll(math.Rand(0,360))
	particle:SetRollDelta(0.01*math.Rand(-40,40))
	particle:SetAirResistance(50)
end

matproxy.Add({
	name = "cigaTankColor",
	init = function( self, mat, values )
		self.ResultTo = values.resultvar
	end,
	bind = function( self, mat, ent )
		if ( !IsValid( ent ) ) then return end
		if ent:GetClass()=="viewmodel" then 
			ent=ent:GetOwner()
			if ( !IsValid( ent ) or !ent:IsPlayer() ) then return end
			ent=ent:GetActiveWeapon()
			if ( !IsValid( ent ) ) then return end
		end
		local v = ent.cigaTankColor or Vector(0.3,0.3,0.3)
		if v==Vector(-1,-1,-1) then
			local c = HSVToColor((CurTime()*60)%360,0.9,0.9)
			v = Vector(c.r,c.g,c.b)/255.0
		end
		mat:SetVector(self.ResultTo, v)
	end
})

matproxy.Add({
	name = "cigaAccentColor",
	init = function( self, mat, values )
		self.ResultTo = values.resultvar
	end,
	bind = function( self, mat, ent )
		if ( !IsValid( ent ) ) then return end
		local o = ent:GetOwner()
		if ent:GetClass()=="viewmodel" then 
			if (!IsValid(o)) or (!o:IsPlayer()) then return end
			ent=o:GetActiveWeapon()
			if ( !IsValid( ent ) ) then return end
		end
		local special = false
		local col = ent.cigaAccentColor or special and Vector(1,0.8,0) or Vector(1,1,1)
		if col==Vector(-1,-1,-1) then
			col=Vector(1,1,1)
			if IsValid(o) then col=o:GetWeaponColor() end
		end
		mat:SetVector(self.ResultTo, col)
	end
})


--Swep Construction Kit code--

if CLIENT then

	SWEP.vRenderOrder = nil
	function SWEP:ViewModelDrawn()
		
		local vm = self.Owner:GetViewModel()
		if !IsValid(vm) then return end
		
		if (!self.VElements) then return end
		
		self:UpdateBonePositions(vm)

		if (!self.vRenderOrder) then
			
			// we build a render order because sprites need to be drawn after models
			self.vRenderOrder = {}

			for k, v in pairs( self.VElements ) do
				if (v.type == "Model") then
					table.insert(self.vRenderOrder, 1, k)
				elseif (v.type == "Sprite" or v.type == "Quad") then
					table.insert(self.vRenderOrder, k)
				end
			end
			
		end

		for k, name in ipairs( self.vRenderOrder ) do
		
			local v = self.VElements[name]
			if (!v) then self.vRenderOrder = nil break end
			if (v.hide) then continue end
			
			local model = v.modelEnt
			local sprite = v.spriteMaterial
			
			if (!v.bone) then continue end
			
			local pos, ang = self:GetBoneOrientation( self.VElements, v, vm )
			
			if (!pos) then continue end
			
			if (v.type == "Model" and IsValid(model)) then

				model:SetPos(pos + ang:Forward() * v.pos.x + ang:Right() * v.pos.y + ang:Up() * v.pos.z )
				ang:RotateAroundAxis(ang:Up(), v.angle.y)
				ang:RotateAroundAxis(ang:Right(), v.angle.p)
				ang:RotateAroundAxis(ang:Forward(), v.angle.r)

				model:SetAngles(ang)
				//model:SetModelScale(v.size)
				local matrix = Matrix()
				matrix:Scale(v.size)
				model:EnableMatrix( "RenderMultiply", matrix )
				
				if (v.material == "") then
					model:SetMaterial("")
				elseif (model:GetMaterial() != v.material) then
					model:SetMaterial( v.material )
				end
				
				if (v.skin and v.skin != model:GetSkin()) then
					model:SetSkin(v.skin)
				end
				
				if (v.bodygroup) then
					for k, v in pairs( v.bodygroup ) do
						if (model:GetBodygroup(k) != v) then
							model:SetBodygroup(k, v)
						end
					end
				end
				
				if (v.surpresslightning) then
					render.SuppressEngineLighting(true)
				end
				
				render.SetColorModulation(v.color.r/255, v.color.g/255, v.color.b/255)
				render.SetBlend(v.color.a/255)
				model:DrawModel()
				render.SetBlend(1)
				render.SetColorModulation(1, 1, 1)
				
				if (v.surpresslightning) then
					render.SuppressEngineLighting(false)
				end
				
			elseif (v.type == "Sprite" and sprite) then
				
				local drawpos = pos + ang:Forward() * v.pos.x + ang:Right() * v.pos.y + ang:Up() * v.pos.z
				render.SetMaterial(sprite)
				render.DrawSprite(drawpos, v.size.x, v.size.y, v.color)
				
			elseif (v.type == "Quad" and v.draw_func) then
				
				local drawpos = pos + ang:Forward() * v.pos.x + ang:Right() * v.pos.y + ang:Up() * v.pos.z
				ang:RotateAroundAxis(ang:Up(), v.angle.y)
				ang:RotateAroundAxis(ang:Right(), v.angle.p)
				ang:RotateAroundAxis(ang:Forward(), v.angle.r)
				
				cam.Start3D2D(drawpos, ang, v.size)
					v.draw_func( self )
				cam.End3D2D()

			end
			
		end
		
	end

	function SWEP:GetBoneOrientation( basetab, tab, ent, bone_override )
		
		local bone, pos, ang
		if (tab.rel and tab.rel != "") then
			
			local v = basetab[tab.rel]
			
			if (!v) then return end
			
			// Technically, if there exists an element with the same name as a bone
			// you can get in an infinite loop. Let's just hope nobody's that stupid.
			pos, ang = self:GetBoneOrientation( basetab, v, ent )
			
			if (!pos) then return end
			
			pos = pos + ang:Forward() * v.pos.x + ang:Right() * v.pos.y + ang:Up() * v.pos.z
			ang:RotateAroundAxis(ang:Up(), v.angle.y)
			ang:RotateAroundAxis(ang:Right(), v.angle.p)
			ang:RotateAroundAxis(ang:Forward(), v.angle.r)
				
		else
		
			bone = ent:LookupBone(bone_override or tab.bone)

			if (!bone) then return end
			
			pos, ang = Vector(0,0,0), Angle(0,0,0)
			local m = ent:GetBoneMatrix(bone)
			if (m) then
				pos, ang = m:GetTranslation(), m:GetAngles()
			end
			
			if (IsValid(self.Owner) and self.Owner:IsPlayer() and 
				ent == self.Owner:GetViewModel() and self.ViewModelFlip) then
				ang.r = -ang.r // Fixes mirrored models
			end
		
		end
		
		return pos, ang
	end

	function SWEP:CreateModels( tab )

		if (!tab) then return end

		// Create the clientside models here because Garry says we can't do it in the render hook
		for k, v in pairs( tab ) do
			if (v.type == "Model" and v.model and v.model != "" and (!IsValid(v.modelEnt) or v.createdModel != v.model) and 
					string.find(v.model, ".mdl") and file.Exists (v.model, "GAME") ) then
				
				v.modelEnt = ClientsideModel(v.model, RENDER_GROUP_VIEW_MODEL_OPAQUE)
				if (IsValid(v.modelEnt)) then
					v.modelEnt:SetPos(self:GetPos())
					v.modelEnt:SetAngles(self:GetAngles())
					v.modelEnt:SetParent(self)
					v.modelEnt:SetNoDraw(true)
					v.createdModel = v.model
				else
					v.modelEnt = nil
				end
				
			elseif (v.type == "Sprite" and v.sprite and v.sprite != "" and (!v.spriteMaterial or v.createdSprite != v.sprite) 
				and file.Exists ("materials/"..v.sprite..".vmt", "GAME")) then
				
				local name = v.sprite.."-"
				local params = { ["$basetexture"] = v.sprite }
				// make sure we create a unique name based on the selected options
				local tocheck = { "nocull", "additive", "vertexalpha", "vertexcolor", "ignorez" }
				for i, j in pairs( tocheck ) do
					if (v[j]) then
						params["$"..j] = 1
						name = name.."1"
					else
						name = name.."0"
					end
				end

				v.createdSprite = v.sprite
				v.spriteMaterial = CreateMaterial(name,"UnlitGeneric",params)
				
			end
		end
		
	end
	
	local allbones
	local hasGarryFixedBoneScalingYet = false

	function SWEP:UpdateBonePositions(vm)
		
		if self.ViewModelBoneMods then
			
			if (!vm:GetBoneCount()) then return end
			
			// !! WORKAROUND !! //
			// We need to check all model names :/
			local loopthrough = self.ViewModelBoneMods
			if (!hasGarryFixedBoneScalingYet) then
				allbones = {}
				for i=0, vm:GetBoneCount() do
					local bonename = vm:GetBoneName(i)
					if (self.ViewModelBoneMods[bonename]) then 
						allbones[bonename] = self.ViewModelBoneMods[bonename]
					else
						allbones[bonename] = { 
							scale = Vector(1,1,1),
							pos = Vector(0,0,0),
							angle = Angle(0,0,0)
						}
					end
				end
				
				loopthrough = allbones
			end
			// !! ----------- !! //
			
			for k, v in pairs( loopthrough ) do
				local bone = vm:LookupBone(k)
				if (!bone) then continue end
				
				// !! WORKAROUND !! //
				local s = Vector(v.scale.x,v.scale.y,v.scale.z)
				local p = Vector(v.pos.x,v.pos.y,v.pos.z)
				local ms = Vector(1,1,1)
				if (!hasGarryFixedBoneScalingYet) then
					local cur = vm:GetBoneParent(bone)
					while(cur >= 0) do
						local pscale = loopthrough[vm:GetBoneName(cur)].scale
						ms = ms * pscale
						cur = vm:GetBoneParent(cur)
					end
				end
				
				s = s * ms
				// !! ----------- !! //
				
				if vm:GetManipulateBoneScale(bone) != s then
					vm:ManipulateBoneScale( bone, s )
				end
				if vm:GetManipulateBoneAngles(bone) != v.angle then
					vm:ManipulateBoneAngles( bone, v.angle )
				end
				if vm:GetManipulateBonePosition(bone) != p then
					vm:ManipulateBonePosition( bone, p )
				end
			end
		else
			self:ResetBonePositions(vm)
		end
		   
	end
	 
	function SWEP:ResetBonePositions(vm)
		
		if (!vm:GetBoneCount()) then return end
		for i=0, vm:GetBoneCount() do
			vm:ManipulateBoneScale( i, Vector(1, 1, 1) )
			vm:ManipulateBoneAngles( i, Angle(0, 0, 0) )
			vm:ManipulateBonePosition( i, Vector(0, 0, 0) )
		end
		
	end

	/**************************
		Global utility code
	**************************/

	// Fully copies the table, meaning all tables inside this table are copied too and so on (normal table.Copy copies only their reference).
	// Does not copy entities of course, only copies their reference.
	// WARNING: do not use on tables that contain themselves somewhere down the line or you'll get an infinite loop
	function table.FullCopy( tab )

		if (!tab) then return nil end
		
		local res = {}
		for k, v in pairs( tab ) do
			if (type(v) == "table") then
				res[k] = table.FullCopy(v) // recursion ho!
			elseif (type(v) == "Vector") then
				res[k] = Vector(v.x, v.y, v.z)
			elseif (type(v) == "Angle") then
				res[k] = Angle(v.p, v.y, v.r)
			else
				res[k] = v
			end
		end
		
		return res
		
	end
	
end