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@@ -31,185 +31,186 @@ var/list/beam_master = list()
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var/turf/last = null
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kill_count = 6
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proc/adjustAngle(angle)
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angle = round(angle) + 45
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if(angle > 180)
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angle -= 180
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else
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angle += 180
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if(!angle)
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angle = 1
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/*if(angle < 0)
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//angle = (round(abs(get_angle(A, user))) + 45) - 90
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angle = round(angle) + 45 + 180
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else
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angle = round(angle) + 45*/
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return angle
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/obj/item/projectile/beam/lightning/proc/adjustAngle(angle)
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angle = round(angle) + 45
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if(angle > 180)
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angle -= 180
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else
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angle += 180
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if(!angle)
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angle = 1
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/*if(angle < 0)
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//angle = (round(abs(get_angle(A, user))) + 45) - 90
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angle = round(angle) + 45 + 180
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else
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angle = round(angle) + 45*/
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return angle
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process()
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icon_state = "lightning"
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var/first = 1 //So we don't make the overlay in the same tile as the firer
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var/broke = 0
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var/broken
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var/atom/curr = current
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var/Angle=round(Get_Angle(firer,curr))
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var/icon/I=new('icons/obj/lightning.dmi',icon_state)
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var/icon/Istart=new('icons/obj/lightning.dmi',"[icon_state]start")
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var/icon/Iend=new('icons/obj/lightning.dmi',"[icon_state]end")
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I.Turn(Angle+45)
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Istart.Turn(Angle+45)
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Iend.Turn(Angle+45)
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var/DX=(32*curr.x+curr.pixel_x)-(32*firer.x+firer.pixel_x)
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var/DY=(32*curr.y+curr.pixel_y)-(32*firer.y+firer.pixel_y)
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var/N=0
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var/length=round(sqrt((DX)**2+(DY)**2))
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var/count = 0
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var/turf/T = get_turf(src)
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for(N,N<length,N+=32)
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if(count >= kill_count)
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break
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count++
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var/obj/effect/overlay/beam/X=new(T)
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X.BeamSource=src
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if((N+64>length) && (N+32<=length))
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X.icon=Iend
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else if(N==0)
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X.icon=Istart
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else if(N+32>length)
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X.icon=null
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/obj/item/projectile/beam/lightning/process()
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icon_state = "lightning"
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var/first = 1 //So we don't make the overlay in the same tile as the firer
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var/broke = 0
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var/broken
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var/atom/curr = current
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var/Angle=round(Get_Angle(firer,curr))
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var/icon/I=new('icons/obj/lightning.dmi',icon_state)
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var/icon/Istart=new('icons/obj/lightning.dmi',"[icon_state]start")
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var/icon/Iend=new('icons/obj/lightning.dmi',"[icon_state]end")
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I.Turn(Angle+45)
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Istart.Turn(Angle+45)
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Iend.Turn(Angle+45)
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var/DX=(32*curr.x+curr.pixel_x)-(32*firer.x+firer.pixel_x)
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var/DY=(32*curr.y+curr.pixel_y)-(32*firer.y+firer.pixel_y)
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var/N=0
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var/length=round(sqrt((DX)**2+(DY)**2))
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var/count = 0
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var/turf/T = get_turf(src)
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for(N,N<length,N+=32)
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if(count >= kill_count)
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break
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count++
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var/obj/effect/overlay/beam/X=new(T)
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X.BeamSource=src
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if((N+64>length) && (N+32<=length))
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X.icon=Iend
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else if(N==0)
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X.icon=Istart
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else if(N+32>length)
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X.icon=null
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else
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X.icon=I
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var/Pixel_x=round(sin(Angle)+32*sin(Angle)*(N+16)/32)
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var/Pixel_y=round(cos(Angle)+32*cos(Angle)*(N+16)/32)
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if(DX==0) Pixel_x=0
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if(DY==0) Pixel_y=0
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if(Pixel_x>32)
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for(var/a=0, a<=Pixel_x,a+=32)
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X.x++
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Pixel_x-=32
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if(Pixel_x<-32)
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for(var/a=0, a>=Pixel_x,a-=32)
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X.x--
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Pixel_x+=32
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if(Pixel_y>32)
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for(var/a=0, a<=Pixel_y,a+=32)
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X.y++
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Pixel_y-=32
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if(Pixel_y<-32)
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for(var/a=0, a>=Pixel_y,a-=32)
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X.y--
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Pixel_y+=32
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//Now that we've calculated the total offset in pixels, we move each beam parts to their closest corresponding turfs
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var/x_increm = 0
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var/y_increm = 0
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while(Pixel_x >= 32 || Pixel_x <= -32)
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if(Pixel_x > 0)
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Pixel_x -= 32
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x_increm++
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else
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X.icon=I
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Pixel_x += 32
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x_increm--
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var/Pixel_x=round(sin(Angle)+32*sin(Angle)*(N+16)/32)
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var/Pixel_y=round(cos(Angle)+32*cos(Angle)*(N+16)/32)
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if(DX==0) Pixel_x=0
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if(DY==0) Pixel_y=0
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if(Pixel_x>32)
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for(var/a=0, a<=Pixel_x,a+=32)
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X.x++
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Pixel_x-=32
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if(Pixel_x<-32)
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for(var/a=0, a>=Pixel_x,a-=32)
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X.x--
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Pixel_x+=32
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if(Pixel_y>32)
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for(var/a=0, a<=Pixel_y,a+=32)
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X.y++
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Pixel_y-=32
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if(Pixel_y<-32)
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for(var/a=0, a>=Pixel_y,a-=32)
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X.y--
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Pixel_y+=32
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while(Pixel_y >= 32 || Pixel_y <= -32)
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if(Pixel_y > 0)
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Pixel_y -= 32
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y_increm++
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else
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Pixel_y += 32
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y_increm--
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//Now that we've calculated the total offset in pixels, we move each beam parts to their closest corresponding turfs
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var/x_increm = 0
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var/y_increm = 0
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X.x += x_increm
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X.y += y_increm
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while(Pixel_x >= 32 || Pixel_x <= -32)
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if(Pixel_x > 0)
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Pixel_x -= 32
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x_increm++
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else
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Pixel_x += 32
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x_increm--
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while(Pixel_y >= 32 || Pixel_y <= -32)
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if(Pixel_y > 0)
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Pixel_y -= 32
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y_increm++
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else
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Pixel_y += 32
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y_increm--
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X.x += x_increm
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X.y += y_increm
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X.pixel_x=Pixel_x
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X.pixel_y=Pixel_y
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var/turf/TT = get_turf(X.loc)
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if(TT == firer.loc)
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continue
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if(TT.density)
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X.pixel_x=Pixel_x
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X.pixel_y=Pixel_y
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var/turf/TT = get_turf(X.loc)
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if(TT == firer.loc)
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continue
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if(TT.density)
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del(X)
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break
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for(var/atom/O in TT)
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if(!O.CanPass(src))
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del(X)
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broke = 1
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break
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for(var/atom/O in TT)
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if(!O.CanPass(src))
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for(var/mob/living/O in TT.contents)
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if(istype(O, /mob/living))
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if(O.density)
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del(X)
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broke = 1
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break
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for(var/mob/living/O in TT.contents)
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if(istype(O, /mob/living))
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if(O.density)
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del(X)
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broke = 1
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break
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if(broke)
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if(X)
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del(X)
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break
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spawn
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while(loc) //Move until we hit something
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if(first)
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icon = midicon
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if((!( current ) || loc == current)) //If we pass our target
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broken = 1
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icon = endicon
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tang = adjustAngle(get_angle(original,current))
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if(tang > 180)
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tang -= 180
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else
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tang += 180
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icon_state = "[tang]"
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var/turf/simulated/floor/f = current
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if(f && istype(f))
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f.break_tile()
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f.hotspot_expose(1000,CELL_VOLUME,surfaces=1)
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if((x == 1 || x == world.maxx || y == 1 || y == world.maxy))
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//world << "deleting"
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//del(src) //Delete if it passes the world edge
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broken = 1
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return
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if(kill_count < 1)
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//world << "deleting"
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//del(src)
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broken = 1
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kill_count--
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//world << "[x] [y]"
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if(!bumped && !isturf(original))
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if(loc == get_turf(original))
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if(!(original in permutated))
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icon = endicon
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if(!broken)
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tang = adjustAngle(get_angle(original,current))
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if(tang > 180)
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tang -= 180
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else
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tang += 180
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icon_state = "[tang]"
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Bump(original)
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first = 0
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if(broken)
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//world << "breaking"
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break
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if(broke)
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if(X)
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del(X)
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break
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spawn
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while(loc) //Move until we hit something
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if(first)
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icon = midicon
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if((!( current ) || loc == current)) //If we pass our target
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broken = 1
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icon = endicon
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tang = adjustAngle(get_angle(original,current))
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if(tang > 180)
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tang -= 180
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else
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last = get_turf(src.loc)
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step_towards(src, current) //Move~
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if(src.loc != current)
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tang = adjustAngle(get_angle(src.loc,current))
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icon_state = "[tang]"
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//del(src)
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returnToPool(src)
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return
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/*cleanup(reference) //Waits .3 seconds then removes the overlay.
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//world << "setting invisibility"
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sleep(50)
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src.invisibility = 101
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return*/
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on_hit(atom/target, blocked = 0)
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if(istype(target, /mob/living))
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var/mob/living/M = target
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M.playsound_local(src, "explosion", 50, 1)
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..()
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tang += 180
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icon_state = "[tang]"
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var/turf/simulated/floor/f = current
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if(f && istype(f))
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f.break_tile()
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f.hotspot_expose(1000,CELL_VOLUME,surfaces=1)
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if((x == 1 || x == world.maxx || y == 1 || y == world.maxy))
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//world << "deleting"
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//del(src) //Delete if it passes the world edge
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broken = 1
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return
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if(kill_count < 1)
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//world << "deleting"
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//del(src)
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broken = 1
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kill_count--
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//world << "[x] [y]"
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if(!bumped && !isturf(original))
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if(loc == get_turf(original))
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if(!(original in permutated))
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icon = endicon
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if(!broken)
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tang = adjustAngle(get_angle(original,current))
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if(tang > 180)
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tang -= 180
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else
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tang += 180
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icon_state = "[tang]"
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Bump(original)
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first = 0
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if(broken)
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//world << "breaking"
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break
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else
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last = get_turf(src.loc)
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step_towards(src, current) //Move~
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if(src.loc != current)
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tang = adjustAngle(get_angle(src.loc,current))
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icon_state = "[tang]"
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//del(src)
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returnToPool(src)
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return
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/*cleanup(reference) //Waits .3 seconds then removes the overlay.
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//world << "setting invisibility"
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sleep(50)
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src.invisibility = 101
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return*/
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/obj/item/projectile/beam/lightning/on_hit(atom/target, blocked = 0)
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if(istype(target, /mob/living))
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var/mob/living/M = target
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M.playsound_local(src, "explosion", 50, 1)
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..()
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/obj/item/projectile/beam
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name = "laser"
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