Code works until I move it into another agc file(not the main)

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Golelorn

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Joined: 20th Nov 2016

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Posted: 20th Jun 2017 01:17 Edited at: 20th Jun 2017 01:19

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Curious if anyone can help me out here. I have moved my code to another agc file that I include in the main. A certain line stopped working, and I have no idea what.
This line:
if GetObjectExists( cloneIDs[t,1,0].door )
wallID = objectspherecast(0, GetObjectX( cloneIDs[t,1,0].door ), 1.0, GetObjectZ( cloneIDs[t,1,0].door ), GetObjectX( cloneIDs[t,1,0].door ), 1.0, GetObjectZ( cloneIDs[t,1,0].door ), 0)
if GetObjectExists( wallID ) then DeleteObject(wallID)
endif

The odd thing is it does exist, and when I printc( cloneIDs[t,1,0].door ) there is an object ID...

main.agc - where it works (its line 171)

Setvirtualresolution(640,480)
ResetTimer()

type tiles
	room as integer
	roomx as integer
	roomy as integer
	roomz as integer
	wall as integer
	door as integer
	corridor as integer
	chest as integer
	crate as integer
	barrel as integer
endtype
	
dim cloneIDs[20, 100, 100] as tiles
dim GPS[20] as tiles

global wallObjID
global floorObjID
global corridorObjID
global doorObjID
global chestObjID
global crateObjID
global barrelObjID
global dng_gen_rooms

GPS[1].roomx = 0
GPS[1].roomy = 0
GPS[1].roomz = 0
dng_gen_rooms = 6

function restartdungeon()
	if GetObjectExists( wallObjID ) then DeleteObject( wallObjID )
	if GetObjectExists( floorObjID ) then DeleteObject( floorObjID )
	if GetObjectExists( corridorObjID ) then DeleteObject( corridorObjID )
	if GetObjectExists( doorObjID ) then DeleteObject( doorObjID )
	if GetObjectExists( chestObjID ) then DeleteObject( chestObjID )
	if GetObjectExists( crateObjID ) then DeleteObject( crateObjID )
	if GetObjectExists( barrelObjID ) then DeleteObject( barrelObjID )
	if GetImageExists( level_texture ) then DeleteImage ( level_texture )
	for t = 0 to 20
		for n = 0 to 100
			for x = 0 to 100
				if GetObjectExists( cloneIDs[t, n, x].room ) then DeleteObject( cloneIDs[t, n, x].room )
				if GetObjectExists( cloneIDs[t, n, x].wall ) then DeleteObject( cloneIDs[t, n, x].wall )
				if GetObjectExists( cloneIDs[t, n, x].door ) then DeleteObject( cloneIDs[t, n, x].door )
				if GetObjectExists( cloneIDs[t, n, x].corridor ) then DeleteObject( cloneIDs[t, n, x].corridor )
				if GetObjectExists( cloneIDs[t, n, x].chest ) then DeleteObject( cloneIDs[t, n, x].chest )
				if GetObjectExists( cloneIDs[t, n, x].crate ) then DeleteObject( cloneIDs[t, n, x].crate )
				if GetObjectExists( cloneIDs[t, n, x].barrel ) then DeleteObject( cloneIDs[t, n, x].barrel )
			next x
		next n
	next t
	floorObjID = CreateObjectBox( 2, .25, 2 )
	wallObjID = LoadObject( "wall.obj" )
	corridorObjID = createobjectbox( 2, .25, 2 )
	doorObjID = createobjectbox( 2, 6, 2 )
	chestObjID = LoadObject( "Chest_A.obj" )
	crateObjID = LoadObject( "crate.obj" )
	barrelObjID = LoadObject( "barrel.obj" )
	level_texture = LoadImage( "FG_Assets01_Low_D.png" )
	SetObjectImage ( chestObjID, level_texture, 0 )
	SetObjectImage ( crateObjID, level_texture, 0 )
	SetObjectImage ( barrelObjID, level_texture, 0 )
	SetObjectImage ( wallObjID, level_texture, 0 )
	SetObjectColor( corridorObjID, 75, 155, 75, 255 )
	SetObjectColor( wallObjID, 155, 100, 200, 255 )
	SetObjectColor( doorObjID, 255, 0, 0, 255 )
	SetObjectPosition( floorObjID, 3000, 8000, 3000 )
	SetObjectPosition( wallObjID, 3000, 8000, 3000 )
	SetObjectPosition( corridorObjID, 3000, 8000, 3000 )
	SetObjectPosition( doorObjID, 3000, 8000, 3000 )
	SetObjectPosition( chestObjID, 3000, 8000, 3000 )
	SetObjectPosition( crateObjID, 3000, 8000, 3000 )
	SetObjectPosition( barrelObjID, 3000, 8000, 3000 )
	undim GPS[]
	undim cloneIDs[]
	dim GPS[20] as tiles
	dim cloneIDs[20, 100, 100] as tiles
endfunction

function room(t as integer) //create rooms
	x_dir = 1
	z_dir = 1
	z_offset = 0
	x_offset = 0
	if t > 1
		GPS[t].roomx = GetobjectX( cloneIDs[t,1,0].door )
		GPS[t].roomz = GetobjectZ( cloneIDs[t,1,0].door )
		rm_x_axis_dir = (GetobjectX( cloneIDs[t,1,0].door ) - GetobjectX( cloneIDs[t-1,2,0].door ))
		rm_z_axis_dir = (GetobjectZ( cloneIDs[t,1,0].door ) - GetobjectZ( cloneIDs[t-1,2,0].door ))
		if rm_x_axis_dir < 0 or rm_z_axis_dir < 0
			x_dir = -1
			z_dir = -1
		endif
		if rm_x_axis_dir <> 0 and x_dir = 1
			z_offset = 4
		elseif rm_z_axis_dir <> 0 and z_dir = 1
			x_offset = 4
		elseif rm_x_axis_dir <> 0 and x_dir = -1
			z_offset = -4
		elseif rm_z_axis_dir <> 0 and z_dir = -1
			x_offset = -4		
		endif
	endif
	x=1
	z=0	
	w = random2(5,10)
	h = random2(5,10)
	For x = 1 to w+2 //w
		if z <> 0 and x <> w+2
			cloneIDs[t,x,z].room = CloneObject( floorObjID )
			SetObjectPosition( cloneIDs[t,x,z].room, GPS[t].roomx+((x*2)*x_dir)-x_offset, 0, GPS[t].roomz-z_offset )
		endif
		For z = 1 to h+1
		cloneIDs[t,x,z].room = CloneObject( floorObjID )
		SetObjectPosition( cloneIDs[t,x,z].room, GPS[t].roomx+((x*2*x_dir)-(x_dir*2))-x_offset, 0, GPS[t].roomz+(z*(z_dir*2))-z_offset )
		Next z
	Next x
	
	//wall
	x=0
	z=0
	door_ID = 0
	For x = 0 to w //bottom //w
		cloneIDs[t,x,z].wall = CloneObject( wallObjID )
		SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+(x*2*x_dir)-x_offset, 3.5, GPS[t].roomz-z_offset )
	Next x	
	x = w+1 //w+1
	For z = 0 to h+1 //right side // h+1
		cloneIDs[t,x,z].wall = CloneObject( wallObjID )
		SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+(x*2*x_dir)-x_offset, 3.5, GPS[t].roomz+(z*2*z_dir)-z_offset )
	Next z
	z=w+1 //w+1
	x=w+2 //w+2
	For z = w+1 to w+h+1 //left w+1 to w+h+1
		cloneIDs[t,x,z].wall = CloneObject( wallObjID )
		SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx-x_offset, 3.5, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset )
	Next z	
	z = w+h+2 //top w+h+2
	For x = w+3 to w+w+4 //w+3 to w+3+w+1
		cloneIDs[t,x,z].wall = CloneObject( wallObjID )
		SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+((x-w-3)*2*x_dir)-x_offset, 3.5, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset )
	Next x
	//create function for decor
	
	placedecor( w, h, t )
	 
	if t >= 1 and t < dng_gen_rooms
		corridorfill( w, h, t, rm_x_axis_dir, rm_z_axis_dir )
		chest_chance = Random2(1,100)
			if chest_chance >= 20 and chest_chance <= 2
				x = random2( 2, w )
				z= random2( 2, h )
				cloneIDs[t,1,1].chest = CloneObject( chestObjID )
				SetObjectPosition( cloneIDs[t,1,1].chest, GetObjectX( cloneIDs[t,x,z].room ), 1, GetObjectZ( cloneIDs[t,x,z].room ) )
			endif
	endif
	
	if t = dng_gen_rooms 
		//chest_chance = Random2(1,100)
			//if chest_chance >= 20 and chest_chance <= 40
		x = random2( 2, w )
		z= random2( 2, h )
		SetObjectPosition( chestObjID, GetObjectX( cloneIDs[t,x,z].room ), 1, GetObjectZ( cloneIDs[t,x,z].room ) )
	endif 
	
	if GetObjectExists( cloneIDs[t,1,0].door )
		wallID = objectspherecast(0, GetObjectX( cloneIDs[t,1,0].door ), 5.5, GetObjectZ( cloneIDs[t,1,0].door ), GetObjectX( cloneIDs[t,1,0].door ), 5.5, GetObjectZ( cloneIDs[t,1,0].door ), 1)
		if GetObjectExists( wallID ) then DeleteObject(wallID)
	endif
	
endfunction

function corridorfill( w as integer, h as integer, t as integer, rm_x_axis_dir as integer, rm_z_axis_dir as integer )
	
	if Last_Corridor_Direction = 1 or Last_Corridor_Direction = 3
		if Prvs_Last_Corridor_Direction = 2 or Prvs_Last_Corridor_Direction = 4
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction and Current_Corridor_Direction <> 2 and Current_Corridor_Direction <> 4
		elseif Prvs_Last_Corridor_Direction = 1
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction and Current_Corridor_Direction <> 2
		else
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction
		endif
	elseif Last_Corridor_Direction = 2 or Last_Corridor_Direction = 4
		if Prvs_Last_Corridor_Direction = 1 or Prvs_Last_Corridor_Direction = 3
			repeat
			Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction-1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction - 1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction
		else
			repeat
			Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction-1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction-1
		endif
	else
		Current_Corridor_Direction = random2(1,4)
	endif
	
	cloneIDs[t,2,0].door = CloneObject( doorObjID )
	
	if Current_Corridor_Direction = 1 //south
		x = random2(2,w-1)
		z = 0
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 2.4, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		z_dir = 1
	elseif Current_Corridor_Direction = 2 //north
		x = random2(w+4,w+w+3)
		z = w+h+2
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 2.4, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		z_dir = -1
	elseif Current_Corridor_Direction = 3 //west
		x = w+2
		z= random2(w+2,w+h)
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 2.4, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		x_dir = 1
	elseif Current_Corridor_Direction = 4 //east
		x = w+1
		z= random2(1,h)
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 2.4, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		x_dir = -1
	endif
	counter = random2(4,7) //corridor length
	if rm_x_axis_dir < 0 or rm_z_axis_dir < 0
		x_dir = x_dir*-1
		z_dir = z_dir*-1
	endif
	z=0
	x=0
	n = 1
	repeat 
		select Current_Corridor_Direction
			case 1: //south
				cloneIDs[t,x,z+n].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x,z+n].corridor, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*(n*2)) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door ), 0.0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*((n+1)*2) ) )
				endif
			endcase
			case 2: //north
				cloneIDs[t,x,z+n].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x,z+n].corridor, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*(n*2)) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door ), 2.4, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*((n+1)*2)) )
				endif
			endcase
			case 3: //west
				cloneIDs[t,x+n,z].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x+n,z].corridor, GetObjectX( cloneIDs[t,2,0].door )-x_dir*(n*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door )-x_dir*((n+1)*2), 2.4, GetObjectZ( cloneIDs[t,2,0].door ) )
				endif
			endcase
			case 4: //east
				cloneIDs[t,x+n,z].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x+n,z].corridor, GetObjectX( cloneIDs[t,2,0].door )-x_dir*(n*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door )-x_dir*((n+1)*2), 2.4, GetObjectZ( cloneIDs[t,2,0].door ) )
				endif
			endcase
		endselect
		n=n+1
	until n = counter
	Prvs_Last_Corridor_Direction = Last_Corridor_Direction
	Last_Corridor_Direction = Current_Corridor_Direction
	
	if GetObjectExists( cloneIDs[6,1,0].door )  then SetObjectColor( cloneIDs[6,1,0].door, 255, 150, 75, 255 )
	global Current_Corridor_Direction
	global Last_Corridor_Direction
	global Prvs_Last_Corridor_Direction
	dim crd[20] as tiles
	crd[t].room = Current_Corridor_Direction
endfunction

function placedecor( w as integer, h as integer, t as integer )
	x = random2( 2, w )
	z= random2( 2, h )
	cloneIDs[t,1,1].barrel = CloneObject( barrelObjID )
	SetObjectPosition( cloneIDs[t,1,1].barrel, GetObjectX( cloneIDs[t,x,z].room ), 0, GetObjectZ( cloneIDs[t,x,z].room ) )
	
endfunction

restartdungeon()
for t = 1 to dng_gen_rooms
	room(t)
next t

do
	PrintC(Current_Corridor_Direction)
	Printc(Last_Corridor_Direction)
	Print(Prvs_Last_Corridor_Direction)
	t=1
	for t =1 to dng_gen_rooms
		PrintC(t)
		PrintC(": ")
		Print(crd[t].room)
		next t
	
	SetCameraPosition( 1, GPS[5].roomx, 150, GPS[5].roomz)
	SetCameraLookAt( 1, GPS[5].roomx, 0, GPS[5].roomz, 0 )
    Sync()

loop

+ Code Snippet

Setvirtualresolution(640,480)
ResetTimer()


type tiles
	room as integer
	roomx as integer
	roomy as integer
	roomz as integer
	wall as integer
	door as integer
	corridor as integer
	chest as integer
	crate as integer
	barrel as integer
endtype
	
dim cloneIDs[20, 100, 100] as tiles
dim GPS[20] as tiles

global wallObjID
global floorObjID
global corridorObjID
global doorObjID
global chestObjID
global crateObjID
global barrelObjID
global dng_gen_rooms

GPS[1].roomx = 0
GPS[1].roomy = 0
GPS[1].roomz = 0
dng_gen_rooms = 6

function restartdungeon()
	if GetObjectExists( wallObjID ) then DeleteObject( wallObjID )
	if GetObjectExists( floorObjID ) then DeleteObject( floorObjID )
	if GetObjectExists( corridorObjID ) then DeleteObject( corridorObjID )
	if GetObjectExists( doorObjID ) then DeleteObject( doorObjID )
	if GetObjectExists( chestObjID ) then DeleteObject( chestObjID )
	if GetObjectExists( crateObjID ) then DeleteObject( crateObjID )
	if GetObjectExists( barrelObjID ) then DeleteObject( barrelObjID )
	if GetImageExists( level_texture ) then DeleteImage ( level_texture )
	for t = 0 to 20
		for n = 0 to 100
			for x = 0 to 100
				if GetObjectExists( cloneIDs[t, n, x].room ) then DeleteObject( cloneIDs[t, n, x].room )
				if GetObjectExists( cloneIDs[t, n, x].wall ) then DeleteObject( cloneIDs[t, n, x].wall )
				if GetObjectExists( cloneIDs[t, n, x].door ) then DeleteObject( cloneIDs[t, n, x].door )
				if GetObjectExists( cloneIDs[t, n, x].corridor ) then DeleteObject( cloneIDs[t, n, x].corridor )
				if GetObjectExists( cloneIDs[t, n, x].chest ) then DeleteObject( cloneIDs[t, n, x].chest )
				if GetObjectExists( cloneIDs[t, n, x].crate ) then DeleteObject( cloneIDs[t, n, x].crate )
				if GetObjectExists( cloneIDs[t, n, x].barrel ) then DeleteObject( cloneIDs[t, n, x].barrel )
			next x
		next n
	next t
	floorObjID = CreateObjectBox( 2, .25, 2 )
	wallObjID = LoadObject( "wall.obj" )
	corridorObjID = createobjectbox( 2, .25, 2 )
	doorObjID = createobjectbox( 2, 6, 2 )
	chestObjID = LoadObject( "Chest_A.obj" )
	crateObjID = LoadObject( "crate.obj" )
	barrelObjID = LoadObject( "barrel.obj" )
	level_texture = LoadImage( "FG_Assets01_Low_D.png" )
	SetObjectImage ( chestObjID, level_texture, 0 )
	SetObjectImage ( crateObjID, level_texture, 0 )
	SetObjectImage ( barrelObjID, level_texture, 0 )
	SetObjectImage ( wallObjID, level_texture, 0 )
	SetObjectColor( corridorObjID, 75, 155, 75, 255 )
	SetObjectColor( wallObjID, 155, 100, 200, 255 )
	SetObjectColor( doorObjID, 255, 0, 0, 255 )
	SetObjectPosition( floorObjID, 3000, 8000, 3000 )
	SetObjectPosition( wallObjID, 3000, 8000, 3000 )
	SetObjectPosition( corridorObjID, 3000, 8000, 3000 )
	SetObjectPosition( doorObjID, 3000, 8000, 3000 )
	SetObjectPosition( chestObjID, 3000, 8000, 3000 )
	SetObjectPosition( crateObjID, 3000, 8000, 3000 )
	SetObjectPosition( barrelObjID, 3000, 8000, 3000 )
	undim GPS[]
	undim cloneIDs[]
	dim GPS[20] as tiles
	dim cloneIDs[20, 100, 100] as tiles
endfunction

function room(t as integer) //create rooms
	x_dir = 1
	z_dir = 1
	z_offset = 0
	x_offset = 0
	if t > 1
		GPS[t].roomx = GetobjectX( cloneIDs[t,1,0].door )
		GPS[t].roomz = GetobjectZ( cloneIDs[t,1,0].door )
		rm_x_axis_dir = (GetobjectX( cloneIDs[t,1,0].door ) - GetobjectX( cloneIDs[t-1,2,0].door ))
		rm_z_axis_dir = (GetobjectZ( cloneIDs[t,1,0].door ) - GetobjectZ( cloneIDs[t-1,2,0].door ))
		if rm_x_axis_dir < 0 or rm_z_axis_dir < 0
			x_dir = -1
			z_dir = -1
		endif
		if rm_x_axis_dir <> 0 and x_dir = 1
			z_offset = 4
		elseif rm_z_axis_dir <> 0 and z_dir = 1
			x_offset = 4
		elseif rm_x_axis_dir <> 0 and x_dir = -1
			z_offset = -4
		elseif rm_z_axis_dir <> 0 and z_dir = -1
			x_offset = -4		
		endif
	endif
	x=1
	z=0	
	w = random2(5,10)
	h = random2(5,10)
	For x = 1 to w+2 //w
		if z <> 0 and x <> w+2
			cloneIDs[t,x,z].room = CloneObject( floorObjID )
			SetObjectPosition( cloneIDs[t,x,z].room, GPS[t].roomx+((x*2)*x_dir)-x_offset, 0, GPS[t].roomz-z_offset )
		endif
		For z = 1 to h+1
		cloneIDs[t,x,z].room = CloneObject( floorObjID )
		SetObjectPosition( cloneIDs[t,x,z].room, GPS[t].roomx+((x*2*x_dir)-(x_dir*2))-x_offset, 0, GPS[t].roomz+(z*(z_dir*2))-z_offset )
		Next z
	Next x
	
	//wall
	x=0
	z=0
	door_ID = 0
	For x = 0 to w //bottom //w
		cloneIDs[t,x,z].wall = CloneObject( wallObjID )
		SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+(x*2*x_dir)-x_offset, 3.5, GPS[t].roomz-z_offset )
	Next x	
	x = w+1 //w+1
	For z = 0 to h+1 //right side // h+1
		cloneIDs[t,x,z].wall = CloneObject( wallObjID )
		SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+(x*2*x_dir)-x_offset, 3.5, GPS[t].roomz+(z*2*z_dir)-z_offset )
	Next z
	z=w+1 //w+1
	x=w+2 //w+2
	For z = w+1 to w+h+1 //left w+1 to w+h+1
		cloneIDs[t,x,z].wall = CloneObject( wallObjID )
		SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx-x_offset, 3.5, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset )
	Next z	
	z = w+h+2 //top w+h+2
	For x = w+3 to w+w+4 //w+3 to w+3+w+1
		cloneIDs[t,x,z].wall = CloneObject( wallObjID )
		SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+((x-w-3)*2*x_dir)-x_offset, 3.5, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset )
	Next x
	//create function for decor
	
	placedecor( w, h, t )
	 
	if t >= 1 and t < dng_gen_rooms
		corridorfill( w, h, t, rm_x_axis_dir, rm_z_axis_dir )
		chest_chance = Random2(1,100)
			if chest_chance >= 20 and chest_chance <= 2
				x = random2( 2, w )
				z= random2( 2, h )
				cloneIDs[t,1,1].chest = CloneObject( chestObjID )
				SetObjectPosition( cloneIDs[t,1,1].chest, GetObjectX( cloneIDs[t,x,z].room ), 1, GetObjectZ( cloneIDs[t,x,z].room ) )
			endif
	endif
	
	if t = dng_gen_rooms 
		//chest_chance = Random2(1,100)
			//if chest_chance >= 20 and chest_chance <= 40
		x = random2( 2, w )
		z= random2( 2, h )
		SetObjectPosition( chestObjID, GetObjectX( cloneIDs[t,x,z].room ), 1, GetObjectZ( cloneIDs[t,x,z].room ) )
	endif 
	
	if GetObjectExists( cloneIDs[t,1,0].door )
		wallID = objectspherecast(0, GetObjectX( cloneIDs[t,1,0].door ), 5.5, GetObjectZ( cloneIDs[t,1,0].door ), GetObjectX( cloneIDs[t,1,0].door ), 5.5, GetObjectZ( cloneIDs[t,1,0].door ), 1)
		if GetObjectExists( wallID ) then DeleteObject(wallID)
	endif
	
endfunction



function corridorfill( w as integer, h as integer, t as integer, rm_x_axis_dir as integer, rm_z_axis_dir as integer )
	
	if Last_Corridor_Direction = 1 or Last_Corridor_Direction = 3
		if Prvs_Last_Corridor_Direction = 2 or Prvs_Last_Corridor_Direction = 4
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction and Current_Corridor_Direction <> 2 and Current_Corridor_Direction <> 4
		elseif Prvs_Last_Corridor_Direction = 1
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction and Current_Corridor_Direction <> 2
		else
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction
		endif
	elseif Last_Corridor_Direction = 2 or Last_Corridor_Direction = 4
		if Prvs_Last_Corridor_Direction = 1 or Prvs_Last_Corridor_Direction = 3
			repeat
			Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction-1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction - 1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction
		else
			repeat
			Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction-1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction-1
		endif
	else
		Current_Corridor_Direction = random2(1,4)
	endif
	
	cloneIDs[t,2,0].door = CloneObject( doorObjID )
	
	if Current_Corridor_Direction = 1 //south
		x = random2(2,w-1)
		z = 0
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 2.4, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		z_dir = 1
	elseif Current_Corridor_Direction = 2 //north
		x = random2(w+4,w+w+3)
		z = w+h+2
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 2.4, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		z_dir = -1
	elseif Current_Corridor_Direction = 3 //west
		x = w+2
		z= random2(w+2,w+h)
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 2.4, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		x_dir = 1
	elseif Current_Corridor_Direction = 4 //east
		x = w+1
		z= random2(1,h)
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 2.4, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		x_dir = -1
	endif
	counter = random2(4,7) //corridor length
	if rm_x_axis_dir < 0 or rm_z_axis_dir < 0
		x_dir = x_dir*-1
		z_dir = z_dir*-1
	endif
	z=0
	x=0
	n = 1
	repeat 
		select Current_Corridor_Direction
			case 1: //south
				cloneIDs[t,x,z+n].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x,z+n].corridor, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*(n*2)) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door ), 0.0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*((n+1)*2) ) )
				endif
			endcase
			case 2: //north
				cloneIDs[t,x,z+n].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x,z+n].corridor, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*(n*2)) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door ), 2.4, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*((n+1)*2)) )
				endif
			endcase
			case 3: //west
				cloneIDs[t,x+n,z].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x+n,z].corridor, GetObjectX( cloneIDs[t,2,0].door )-x_dir*(n*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door )-x_dir*((n+1)*2), 2.4, GetObjectZ( cloneIDs[t,2,0].door ) )
				endif
			endcase
			case 4: //east
				cloneIDs[t,x+n,z].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x+n,z].corridor, GetObjectX( cloneIDs[t,2,0].door )-x_dir*(n*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door )-x_dir*((n+1)*2), 2.4, GetObjectZ( cloneIDs[t,2,0].door ) )
				endif
			endcase
		endselect
		n=n+1
	until n = counter
	Prvs_Last_Corridor_Direction = Last_Corridor_Direction
	Last_Corridor_Direction = Current_Corridor_Direction
	
	if GetObjectExists( cloneIDs[6,1,0].door )  then SetObjectColor( cloneIDs[6,1,0].door, 255, 150, 75, 255 )
	global Current_Corridor_Direction
	global Last_Corridor_Direction
	global Prvs_Last_Corridor_Direction
	dim crd[20] as tiles
	crd[t].room = Current_Corridor_Direction
endfunction 

function placedecor( w as integer, h as integer, t as integer )
	x = random2( 2, w )
	z= random2( 2, h )
	cloneIDs[t,1,1].barrel = CloneObject( barrelObjID )
	SetObjectPosition( cloneIDs[t,1,1].barrel, GetObjectX( cloneIDs[t,x,z].room ), 0, GetObjectZ( cloneIDs[t,x,z].room ) )
	
endfunction

restartdungeon()
for t = 1 to dng_gen_rooms
	room(t)
next t

do
	PrintC(Current_Corridor_Direction)
	Printc(Last_Corridor_Direction)
	Print(Prvs_Last_Corridor_Direction)
	t=1
	for t =1 to dng_gen_rooms
		PrintC(t)
		PrintC(": ")
		Print(crd[t].room)
		next t
	
	SetCameraPosition( 1, GPS[5].roomx, 150, GPS[5].roomz)
	SetCameraLookAt( 1, GPS[5].roomx, 0, GPS[5].roomz, 0 )
    Sync()

loop

LoadRandomDungeon.agc - everything else works except this line(line 164)

function restartdungeon()
	if GetObjectExists( wallObjID ) then DeleteObject( wallObjID )
	if GetObjectExists( floorObjID ) then DeleteObject( floorObjID )
	if GetObjectExists( corridorObjID ) then DeleteObject( corridorObjID )
	if GetObjectExists( doorObjID ) then DeleteObject( doorObjID )
	if GetObjectExists( chestObjID ) then DeleteObject( chestObjID )
	if GetObjectExists( crateObjID ) then DeleteObject( crateObjID )
	if GetObjectExists( barrelObjID ) then DeleteObject( barrelObjID )
	if GetImageExists( level_texture ) then DeleteImage ( level_texture )
	for t = 0 to 20
		for n = 0 to 100
			for x = 0 to 100
				if GetObjectExists( cloneIDs[t, n, x].room ) then DeleteObject( cloneIDs[t, n, x].room )
				if GetObjectExists( cloneIDs[t, n, x].wall ) then DeleteObject( cloneIDs[t, n, x].wall )
				if GetObjectExists( cloneIDs[t, n, x].door ) then DeleteObject( cloneIDs[t, n, x].door )
				if GetObjectExists( cloneIDs[t, n, x].corridor ) then DeleteObject( cloneIDs[t, n, x].corridor )
				if GetObjectExists( cloneIDs[t, n, x].chest ) then DeleteObject( cloneIDs[t, n, x].chest )
				if GetObjectExists( cloneIDs[t, n, x].crate ) then DeleteObject( cloneIDs[t, n, x].crate )
				if GetObjectExists( cloneIDs[t, n, x].barrel ) then DeleteObject( cloneIDs[t, n, x].barrel )
			next x
		next n
	next t
	floorObjID = CreateObjectBox( 2, .25, 2 )
	wallObjID = LoadObject( "wall.obj" )
	corridorObjID = createobjectbox( 2, .25, 2 )
	doorObjID = createobjectbox( 2, 6, 2 )
	chestObjID = LoadObject( "Chest_A.obj" )
	crateObjID = LoadObject( "crate.obj" )
	barrelObjID = LoadObject( "barrel.obj" )
	level_texture = LoadImage( "FG_Assets01_Low_D.png" )
	SetObjectImage ( chestObjID, level_texture, 0 )
	SetObjectImage ( crateObjID, level_texture, 0 )
	SetObjectImage ( barrelObjID, level_texture, 0 )
	SetObjectImage ( wallObjID, level_texture, 0 )
	SetObjectColor( corridorObjID, 75, 155, 75, 255 )
	SetObjectColor( doorObjID, 255, 0, 0, 255 )
	SetObjectPosition( floorObjID, 3000, 8000, 3000 )
	SetObjectPosition( wallObjID, 3000, 8000, 3000 )
	SetObjectPosition( corridorObjID, 3000, 8000, 3000 )
	SetObjectPosition( doorObjID, 3000, 8000, 3000 )
	SetObjectPosition( chestObjID, 3000, 8000, 3000 )
	SetObjectPosition( crateObjID, 3000, 8000, 3000 )
	SetObjectPosition( barrelObjID, 3000, 8000, 3000 )
	undim GPS[]
	undim cloneIDs[]
	dim GPS[20] as tiles
	dim cloneIDs[20, 100, 100] as tiles
endfunction

function room(t as integer) //create rooms
	x_dir = 1
	z_dir = 1
	z_offset = 0
	x_offset = 0
	if t > 1
		GPS[t].roomx = GetobjectX( cloneIDs[t,1,0].door )
		GPS[t].roomz = GetobjectZ( cloneIDs[t,1,0].door )
		rm_x_axis_dir = (GetobjectX( cloneIDs[t,1,0].door ) - GetobjectX( cloneIDs[t-1,2,0].door ))
		rm_z_axis_dir = (GetobjectZ( cloneIDs[t,1,0].door ) - GetobjectZ( cloneIDs[t-1,2,0].door ))
		if rm_x_axis_dir < 0 or rm_z_axis_dir < 0
			x_dir = -1
			z_dir = -1
		endif
		if rm_x_axis_dir <> 0 and x_dir = 1
			z_offset = 4
		elseif rm_z_axis_dir <> 0 and z_dir = 1
			x_offset = 4
		elseif rm_x_axis_dir <> 0 and x_dir = -1
			z_offset = -4
		elseif rm_z_axis_dir <> 0 and z_dir = -1
			x_offset = -4		
		endif
	endif
	x=1
	z=0	
	w = random2(5,10)
	h = random2(5,10)
	For x = 1 to w+2 //w
		if z <> 0 and x <> w+2
			cloneIDs[t,x,z].room = CloneObject( floorObjID )
			SetObjectPosition( cloneIDs[t,x,z].room, GPS[t].roomx+((x*2)*x_dir)-x_offset, 0, GPS[t].roomz-z_offset )
		endif
		For z = 1 to h+1
		cloneIDs[t,x,z].room = CloneObject( floorObjID )
		SetObjectPosition( cloneIDs[t,x,z].room, GPS[t].roomx+((x*2*x_dir)-(x_dir*2))-x_offset, 0, GPS[t].roomz+(z*(z_dir*2))-z_offset )
		Next z
	Next x
	
	//wall
	x=0
	z=20
	door_ID = 0
	For x = 0 to w+1 //bottom //w
		if GetObjectExists( cloneIDs[t,1,0].door )
			door_ID = objectspherecast(0, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz-z_offset, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz-z_offset, 0)
		endif
		if door_ID = 0
			cloneIDs[t,x,z].wall = CloneObject( wallObjID )
			SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz-z_offset )
		endif
	Next x	
	x = w+1 //w+1
	z = 0
	For z = 0 to h+1 //right side // h+1
		if GetObjectExists( cloneIDs[t,1,0].door )
			door_ID = objectspherecast(0, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz+(z*2*z_dir)-z_offset, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz+(z*2*z_dir)-z_offset, 0)
			if door_ID <> 0 then door_ID = GPS[t].door
		endif
		if door_ID = 0
			cloneIDs[t,x,z].wall = CloneObject( wallObjID )
			SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz+(z*2*z_dir)-z_offset )
			SetObjectRotation( cloneIDs[t,x,z].wall, 0, 90, 0 )
		endif
	Next z
	z=w+1 //w+1
	x=w+2 //w+2
	For z = w+1 to w+h+2 //left w+1 to w+h+1
		if GetObjectExists( cloneIDs[t,1,0].door )
			door_ID = objectspherecast(0, GPS[t].roomx-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset, GPS[t].roomx-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset, 0)
			if door_ID <> 0 then door_ID = GPS[t].door
		endif
		if door_ID = 0
			cloneIDs[t,x,z].wall = CloneObject( wallObjID )
			SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset )
			SetObjectRotation( cloneIDs[t,x,z].wall, 0, 90, 0 )
		endif
	Next z	
	z = w+h+2 //top w+h+2
	For x = w+3 to w+w+4 //w+3 to w+3+w+1
		if GetObjectExists( cloneIDs[t,1,0].door )
			door_ID = objectspherecast(0, GPS[t].roomx+((x-w-3)*2*x_dir)-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset, GPS[t].roomx+((x-w-3)*2*x_dir)-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset, 0)
			if door_ID <> 0 then door_ID = GPS[t].door
		endif
		if door_ID = 0
			cloneIDs[t,x,z].wall = CloneObject( wallObjID )
			SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+((x-w-3)*2*x_dir)-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset )
		endif
	Next x
	//create function for decor
	
	placedecor( w, h, t )
	 
	if t >= 1 and t < dng_gen_rooms
		corridorfill( w, h, t, rm_x_axis_dir, rm_z_axis_dir )
		chest_chance = Random2(1,100)
			if chest_chance >= 20 and chest_chance <= 25
				x = random2( 3, w-1 )
				z= random2( 3, h-1 )
				cloneIDs[t,1,1].chest = CloneObject( chestObjID )
				SetObjectPosition( cloneIDs[t,1,1].chest, GetObjectX( cloneIDs[t,x,z].room ), 1, GetObjectZ( cloneIDs[t,x,z].room ) )
			endif
	endif
	
	if t = dng_gen_rooms 
		//chest_chance = Random2(1,100)
			//if chest_chance >= 20 and chest_chance <= 40
		x = random2( 2, w )
		z= random2( 2, h )
		SetObjectPosition( chestObjID, GetObjectX( cloneIDs[t,x,z].room ), 1, GetObjectZ( cloneIDs[t,x,z].room ) )
	endif 
	
	if GetObjectExists( cloneIDs[t,1,0].door )
		wallID = objectspherecast(0, GetObjectX( cloneIDs[t,1,0].door ), 1.0, GetObjectZ( cloneIDs[t,1,0].door ), GetObjectX( cloneIDs[t,1,0].door ), 1.0, GetObjectZ( cloneIDs[t,1,0].door ), 0)
		if GetObjectExists( wallID ) then DeleteObject(wallID)
	endif
	
endfunction

function corridorfill( w as integer, h as integer, t as integer, rm_x_axis_dir as integer, rm_z_axis_dir as integer )
	
	if Last_Corridor_Direction = 1 or Last_Corridor_Direction = 3
		if Prvs_Last_Corridor_Direction = 2 or Prvs_Last_Corridor_Direction = 4
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction and Current_Corridor_Direction <> 2 and Current_Corridor_Direction <> 4
		elseif Prvs_Last_Corridor_Direction = 1
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction and Current_Corridor_Direction <> 2
		else
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction
		endif
	elseif Last_Corridor_Direction = 2 or Last_Corridor_Direction = 4
		if Prvs_Last_Corridor_Direction = 1 or Prvs_Last_Corridor_Direction = 3
			repeat
			Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction-1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction - 1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction
		else
			repeat
			Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction-1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction-1
		endif
	else
		Current_Corridor_Direction = random2(1,4)
	endif
	
	cloneIDs[t,2,0].door = CloneObject( doorObjID )
	
	if Current_Corridor_Direction = 1 //south
		x = random2(2,w-1)
		z = 20
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 0, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		z_dir = 1
	elseif Current_Corridor_Direction = 2 //north
		x = random2(w+4,w+w+3)
		z = w+h+2
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 0, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		z_dir = -1
	elseif Current_Corridor_Direction = 3 //west
		x = w+2
		z= random2(w+2,w+h)
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 0, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		x_dir = 1
	elseif Current_Corridor_Direction = 4 //east
		x = w+1
		z= random2(1,h)
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 0, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		x_dir = -1
	endif
	counter = random2(4,7) //corridor length
	if rm_x_axis_dir < 0 or rm_z_axis_dir < 0
		x_dir = x_dir*-1
		z_dir = z_dir*-1
	endif
	z=0
	x=0
	n = 1
	repeat 
		select Current_Corridor_Direction
			case 1: //south
				cloneIDs[t,x,z+n].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x,z+n].corridor, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*(n*2)) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*((n+1)*2)) )
				endif
			endcase
			case 2: //north
				cloneIDs[t,x,z+n].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x,z+n].corridor, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*(n*2)) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*((n+1)*2)) )
				endif
			endcase
			case 3: //west
				cloneIDs[t,x+n,z].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x+n,z].corridor, GetObjectX( cloneIDs[t,2,0].door )-x_dir*(n*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door )-x_dir*((n+1)*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				endif
			endcase
			case 4: //east
				cloneIDs[t,x+n,z].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x+n,z].corridor, GetObjectX( cloneIDs[t,2,0].door )-x_dir*(n*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door )-x_dir*((n+1)*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				endif
			endcase
		endselect
		n=n+1
	until n = counter
	Prvs_Last_Corridor_Direction = Last_Corridor_Direction
	Last_Corridor_Direction = Current_Corridor_Direction
	
	if GetObjectExists( cloneIDs[6,1,0].door )  then SetObjectColor( cloneIDs[6,1,0].door, 255, 150, 75, 255 )
	global Current_Corridor_Direction
	global Last_Corridor_Direction
	global Prvs_Last_Corridor_Direction
	dim crd[20] as tiles
	crd[t].room = Current_Corridor_Direction
endfunction

function placedecor( w as integer, h as integer, t as integer )
	x = random2( 2, w )
	z= random2( 2, h )
	cloneIDs[t,1,1].barrel = CloneObject( barrelObjID )
	SetObjectPosition( cloneIDs[t,1,1].barrel, GetObjectX( cloneIDs[t,x,z].room ), 0, GetObjectZ( cloneIDs[t,x,z].room ) )
	
endfunction

+ Code Snippet

function restartdungeon()
	if GetObjectExists( wallObjID ) then DeleteObject( wallObjID )
	if GetObjectExists( floorObjID ) then DeleteObject( floorObjID )
	if GetObjectExists( corridorObjID ) then DeleteObject( corridorObjID )
	if GetObjectExists( doorObjID ) then DeleteObject( doorObjID )
	if GetObjectExists( chestObjID ) then DeleteObject( chestObjID )
	if GetObjectExists( crateObjID ) then DeleteObject( crateObjID )
	if GetObjectExists( barrelObjID ) then DeleteObject( barrelObjID )
	if GetImageExists( level_texture ) then DeleteImage ( level_texture )
	for t = 0 to 20
		for n = 0 to 100
			for x = 0 to 100
				if GetObjectExists( cloneIDs[t, n, x].room ) then DeleteObject( cloneIDs[t, n, x].room )
				if GetObjectExists( cloneIDs[t, n, x].wall ) then DeleteObject( cloneIDs[t, n, x].wall )
				if GetObjectExists( cloneIDs[t, n, x].door ) then DeleteObject( cloneIDs[t, n, x].door )
				if GetObjectExists( cloneIDs[t, n, x].corridor ) then DeleteObject( cloneIDs[t, n, x].corridor )
				if GetObjectExists( cloneIDs[t, n, x].chest ) then DeleteObject( cloneIDs[t, n, x].chest )
				if GetObjectExists( cloneIDs[t, n, x].crate ) then DeleteObject( cloneIDs[t, n, x].crate )
				if GetObjectExists( cloneIDs[t, n, x].barrel ) then DeleteObject( cloneIDs[t, n, x].barrel )
			next x
		next n
	next t
	floorObjID = CreateObjectBox( 2, .25, 2 )
	wallObjID = LoadObject( "wall.obj" )
	corridorObjID = createobjectbox( 2, .25, 2 )
	doorObjID = createobjectbox( 2, 6, 2 )
	chestObjID = LoadObject( "Chest_A.obj" )
	crateObjID = LoadObject( "crate.obj" )
	barrelObjID = LoadObject( "barrel.obj" )
	level_texture = LoadImage( "FG_Assets01_Low_D.png" )
	SetObjectImage ( chestObjID, level_texture, 0 )
	SetObjectImage ( crateObjID, level_texture, 0 )
	SetObjectImage ( barrelObjID, level_texture, 0 )
	SetObjectImage ( wallObjID, level_texture, 0 )
	SetObjectColor( corridorObjID, 75, 155, 75, 255 )
	SetObjectColor( doorObjID, 255, 0, 0, 255 )
	SetObjectPosition( floorObjID, 3000, 8000, 3000 )
	SetObjectPosition( wallObjID, 3000, 8000, 3000 )
	SetObjectPosition( corridorObjID, 3000, 8000, 3000 )
	SetObjectPosition( doorObjID, 3000, 8000, 3000 )
	SetObjectPosition( chestObjID, 3000, 8000, 3000 )
	SetObjectPosition( crateObjID, 3000, 8000, 3000 )
	SetObjectPosition( barrelObjID, 3000, 8000, 3000 )
	undim GPS[]
	undim cloneIDs[]
	dim GPS[20] as tiles
	dim cloneIDs[20, 100, 100] as tiles
endfunction

function room(t as integer) //create rooms
	x_dir = 1
	z_dir = 1
	z_offset = 0
	x_offset = 0
	if t > 1
		GPS[t].roomx = GetobjectX( cloneIDs[t,1,0].door )
		GPS[t].roomz = GetobjectZ( cloneIDs[t,1,0].door )
		rm_x_axis_dir = (GetobjectX( cloneIDs[t,1,0].door ) - GetobjectX( cloneIDs[t-1,2,0].door ))
		rm_z_axis_dir = (GetobjectZ( cloneIDs[t,1,0].door ) - GetobjectZ( cloneIDs[t-1,2,0].door ))
		if rm_x_axis_dir < 0 or rm_z_axis_dir < 0
			x_dir = -1
			z_dir = -1
		endif
		if rm_x_axis_dir <> 0 and x_dir = 1
			z_offset = 4
		elseif rm_z_axis_dir <> 0 and z_dir = 1
			x_offset = 4
		elseif rm_x_axis_dir <> 0 and x_dir = -1
			z_offset = -4
		elseif rm_z_axis_dir <> 0 and z_dir = -1
			x_offset = -4		
		endif
	endif
	x=1
	z=0	
	w = random2(5,10)
	h = random2(5,10)
	For x = 1 to w+2 //w
		if z <> 0 and x <> w+2
			cloneIDs[t,x,z].room = CloneObject( floorObjID )
			SetObjectPosition( cloneIDs[t,x,z].room, GPS[t].roomx+((x*2)*x_dir)-x_offset, 0, GPS[t].roomz-z_offset )
		endif
		For z = 1 to h+1
		cloneIDs[t,x,z].room = CloneObject( floorObjID )
		SetObjectPosition( cloneIDs[t,x,z].room, GPS[t].roomx+((x*2*x_dir)-(x_dir*2))-x_offset, 0, GPS[t].roomz+(z*(z_dir*2))-z_offset )
		Next z
	Next x
	
	//wall
	x=0
	z=20
	door_ID = 0
	For x = 0 to w+1 //bottom //w
		if GetObjectExists( cloneIDs[t,1,0].door )
			door_ID = objectspherecast(0, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz-z_offset, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz-z_offset, 0)
		endif
		if door_ID = 0
			cloneIDs[t,x,z].wall = CloneObject( wallObjID )
			SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz-z_offset )
		endif
	Next x	
	x = w+1 //w+1
	z = 0
	For z = 0 to h+1 //right side // h+1
		if GetObjectExists( cloneIDs[t,1,0].door )
			door_ID = objectspherecast(0, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz+(z*2*z_dir)-z_offset, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz+(z*2*z_dir)-z_offset, 0)
			if door_ID <> 0 then door_ID = GPS[t].door
		endif
		if door_ID = 0
			cloneIDs[t,x,z].wall = CloneObject( wallObjID )
			SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+(x*2*x_dir)-x_offset, 0, GPS[t].roomz+(z*2*z_dir)-z_offset )
			SetObjectRotation( cloneIDs[t,x,z].wall, 0, 90, 0 )
		endif
	Next z
	z=w+1 //w+1
	x=w+2 //w+2
	For z = w+1 to w+h+2 //left w+1 to w+h+1
		if GetObjectExists( cloneIDs[t,1,0].door )
			door_ID = objectspherecast(0, GPS[t].roomx-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset, GPS[t].roomx-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset, 0)
			if door_ID <> 0 then door_ID = GPS[t].door
		endif
		if door_ID = 0
			cloneIDs[t,x,z].wall = CloneObject( wallObjID )
			SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset )
			SetObjectRotation( cloneIDs[t,x,z].wall, 0, 90, 0 )
		endif
	Next z	
	z = w+h+2 //top w+h+2
	For x = w+3 to w+w+4 //w+3 to w+3+w+1
		if GetObjectExists( cloneIDs[t,1,0].door )
			door_ID = objectspherecast(0, GPS[t].roomx+((x-w-3)*2*x_dir)-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset, GPS[t].roomx+((x-w-3)*2*x_dir)-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset, 0)
			if door_ID <> 0 then door_ID = GPS[t].door
		endif
		if door_ID = 0
			cloneIDs[t,x,z].wall = CloneObject( wallObjID )
			SetObjectPosition( cloneIDs[t,x,z].wall, GPS[t].roomx+((x-w-3)*2*x_dir)-x_offset, 0, GPS[t].roomz+((z-w-1)*2*z_dir)-z_offset )
		endif
	Next x
	//create function for decor
	
	placedecor( w, h, t )
	 
	if t >= 1 and t < dng_gen_rooms
		corridorfill( w, h, t, rm_x_axis_dir, rm_z_axis_dir )
		chest_chance = Random2(1,100)
			if chest_chance >= 20 and chest_chance <= 25
				x = random2( 3, w-1 )
				z= random2( 3, h-1 )
				cloneIDs[t,1,1].chest = CloneObject( chestObjID )
				SetObjectPosition( cloneIDs[t,1,1].chest, GetObjectX( cloneIDs[t,x,z].room ), 1, GetObjectZ( cloneIDs[t,x,z].room ) )
			endif
	endif
	
	if t = dng_gen_rooms 
		//chest_chance = Random2(1,100)
			//if chest_chance >= 20 and chest_chance <= 40
		x = random2( 2, w )
		z= random2( 2, h )
		SetObjectPosition( chestObjID, GetObjectX( cloneIDs[t,x,z].room ), 1, GetObjectZ( cloneIDs[t,x,z].room ) )
	endif 
	
	if GetObjectExists( cloneIDs[t,1,0].door )
		wallID = objectspherecast(0, GetObjectX( cloneIDs[t,1,0].door ), 1.0, GetObjectZ( cloneIDs[t,1,0].door ), GetObjectX( cloneIDs[t,1,0].door ), 1.0, GetObjectZ( cloneIDs[t,1,0].door ), 0)
		if GetObjectExists( wallID ) then DeleteObject(wallID)
	endif
	
endfunction



function corridorfill( w as integer, h as integer, t as integer, rm_x_axis_dir as integer, rm_z_axis_dir as integer )
	
	if Last_Corridor_Direction = 1 or Last_Corridor_Direction = 3
		if Prvs_Last_Corridor_Direction = 2 or Prvs_Last_Corridor_Direction = 4
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction and Current_Corridor_Direction <> 2 and Current_Corridor_Direction <> 4
		elseif Prvs_Last_Corridor_Direction = 1
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction and Current_Corridor_Direction <> 2
		else
			repeat
				Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction
		endif
	elseif Last_Corridor_Direction = 2 or Last_Corridor_Direction = 4
		if Prvs_Last_Corridor_Direction = 1 or Prvs_Last_Corridor_Direction = 3
			repeat
			Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction-1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction - 1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction
		else
			repeat
			Current_Corridor_Direction = random2(1,4)
			until Current_Corridor_Direction <> Last_Corridor_Direction-1 and Current_Corridor_Direction <> Prvs_Last_Corridor_Direction-1
		endif
	else
		Current_Corridor_Direction = random2(1,4)
	endif
	
	cloneIDs[t,2,0].door = CloneObject( doorObjID )
	
	if Current_Corridor_Direction = 1 //south
		x = random2(2,w-1)
		z = 20
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 0, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		z_dir = 1
	elseif Current_Corridor_Direction = 2 //north
		x = random2(w+4,w+w+3)
		z = w+h+2
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 0, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		z_dir = -1
	elseif Current_Corridor_Direction = 3 //west
		x = w+2
		z= random2(w+2,w+h)
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 0, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		x_dir = 1
	elseif Current_Corridor_Direction = 4 //east
		x = w+1
		z= random2(1,h)
		SetObjectPosition( cloneIDs[t,2,0].door, GetObjectX( cloneIDs[t,x,z].wall ), 0, GetObjectZ( cloneIDs[t,x,z].wall ) )
		DeleteObject( cloneIDs[t,x,z].wall )
		x_dir = -1
	endif
	counter = random2(4,7) //corridor length
	if rm_x_axis_dir < 0 or rm_z_axis_dir < 0
		x_dir = x_dir*-1
		z_dir = z_dir*-1
	endif
	z=0
	x=0
	n = 1
	repeat 
		select Current_Corridor_Direction
			case 1: //south
				cloneIDs[t,x,z+n].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x,z+n].corridor, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*(n*2)) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*((n+1)*2)) )
				endif
			endcase
			case 2: //north
				cloneIDs[t,x,z+n].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x,z+n].corridor, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*(n*2)) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door ), 0, GetObjectZ( cloneIDs[t,2,0].door )-(z_dir*((n+1)*2)) )
				endif
			endcase
			case 3: //west
				cloneIDs[t,x+n,z].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x+n,z].corridor, GetObjectX( cloneIDs[t,2,0].door )-x_dir*(n*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door )-x_dir*((n+1)*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				endif
			endcase
			case 4: //east
				cloneIDs[t,x+n,z].corridor = CloneObject( corridorObjID )
				SetObjectPosition( cloneIDs[t,x+n,z].corridor, GetObjectX( cloneIDs[t,2,0].door )-x_dir*(n*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				if n = counter-1
					cloneIDs[t+1,1,0].door = CloneObject( doorObjID )
					SetObjectPosition( cloneIDs[t+1,1,0].door, GetObjectX( cloneIDs[t,2,0].door )-x_dir*((n+1)*2), 0, GetObjectZ( cloneIDs[t,2,0].door ) )
				endif
			endcase
		endselect
		n=n+1
	until n = counter
	Prvs_Last_Corridor_Direction = Last_Corridor_Direction
	Last_Corridor_Direction = Current_Corridor_Direction
	
	if GetObjectExists( cloneIDs[6,1,0].door )  then SetObjectColor( cloneIDs[6,1,0].door, 255, 150, 75, 255 )
	global Current_Corridor_Direction
	global Last_Corridor_Direction
	global Prvs_Last_Corridor_Direction
	dim crd[20] as tiles
	crd[t].room = Current_Corridor_Direction
endfunction 

function placedecor( w as integer, h as integer, t as integer )
	x = random2( 2, w )
	z= random2( 2, h )
	cloneIDs[t,1,1].barrel = CloneObject( barrelObjID )
	SetObjectPosition( cloneIDs[t,1,1].barrel, GetObjectX( cloneIDs[t,x,z].room ), 0, GetObjectZ( cloneIDs[t,x,z].room ) )
	
endfunction

This is completely bizarre. I've tried many things, and I have come to the conclusion that is not returning as an object existing. I know this is like finding a needle in a haystack, but maybe there is something I don't understand about #include...

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blink0k

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Posted: 20th Jun 2017 02:20

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I would say it probably has something to do with persistence.
i would make sure i define wallID as a global up the top of you program

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Cybermind

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Posted: 20th Jun 2017 15:16

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Or at least initialize wallID inside the function. What kind of error are you getting? Is it a compiler error or is it during runtime?

13/0

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PartTimeCoder

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Posted: 23rd Jun 2017 22:54 Edited at: 23rd Jun 2017 23:00

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Quote: "when I printc( cloneIDs[t,1,0].door ) there is an object ID..."

Quote: "wallID = objectspherecast(0, "

Check your object ID, "cloneIDs[t,1,0].door" or "0"?

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Golelorn

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Posted: 29th Jun 2017 00:46

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Cybermind, the "error" was during runtime, not a compiler error. It would just lay the door on top of the wall, instead of deleting the wall like it used to.

I no longer use any of that code, since I am learning AppGameKit as I find more efficient ways of coding I usually rewrite that portion to be more efficient. I have recreated it the generator. But, I am still curious as to what I was not understanding.

Why would I need to initialize it in the function? I do not understand this. It worked when included in the main before, and I have never needed to declare anything inside a function any other way.

Also, why include as global? It is not a global. It only pertains to that function. I am just trying to understand. I have many rooms, and setting this as global would not be a good idea, imo. I just wanted that variable for that function.

I cannot test it for the doorID. Because that is the object that should not be deleted. So, of course, that will be hit, because I am setting it on top of the wall.

It worked perfectly before moving it over. It was supposed to delete the wall, and replace it with a door. Which it did. Until I moved it into its own AGC file. Then it just placed the door on the wall.

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Newcomers AppGameKit Corner / Code works until I move it into another agc file(not the main)