[DBP] grid-based map generation - GameCreators Forum

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Neuro Fuzzy

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Joined: 11th Jun 2007

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Posted: 2nd Oct 2010 01:14 Edited at: 29th Oct 2010 23:48

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This is a thing from a while ago, but I think its a cool bit of code. Its a map generator that generates crappy city-block style maps. It needs media, so I've attached the whole project, along with the source code visible here:

type statics
	kind as integer
	rot as integer
	texture as integer
endtype
type dynamics
	cit as integer
	ally as integer
	zomb as integer
endtype
type worldgrid
	prop as statics
	dyn as dynamics
	objnum as integer
	objkind as integer
	zombienum as integer
endtype
type zombmass
	x as integer
	z as integer
	num as integer
endtype
global scale as integer
scale=10
global size as integer
global worldbasenum as integer

size=29

worldbasenum=size*size+8
dim world(memgridsize(size,size,1,0)) as worldgrid
dim zombiehotspot(0) as zombmass

`           up    right  down  left
dim roadrot(1,    1,     1,    1) as statics
tempbase=0
roadrot(1,0,1,0).kind=1
roadrot(1,0,1,0).rot=0
roadrot(1,0,1,0).texture=1+tempbase

roadrot(0,1,0,1).kind=1
roadrot(0,1,0,1).rot=90
roadrot(0,1,0,1).texture=1+tempbase

roadrot(0,1,1,0).kind=2
roadrot(0,1,1,0).rot=0
roadrot(0,1,1,0).texture=2+tempbase

roadrot(0,0,1,1).kind=2
roadrot(0,0,1,1).rot=90
roadrot(0,0,1,1).texture=2+tempbase

roadrot(1,0,0,1).kind=2
roadrot(1,0,0,1).rot=180
roadrot(1,0,0,1).texture=2+tempbase

roadrot(1,1,0,0).kind=2
roadrot(1,1,0,0).rot=270
roadrot(1,1,0,0).texture=2+tempbase

roadrot(0,1,1,1).kind=3
roadrot(0,1,1,1).rot=0
roadrot(0,1,1,1).texture=3+tempbase

roadrot(1,0,1,1).kind=3
roadrot(1,0,1,1).rot=90
roadrot(1,0,1,1).texture=3+tempbase

roadrot(1,1,0,1).kind=3
roadrot(1,1,0,1).rot=180
roadrot(1,1,0,1).texture=3+tempbase

roadrot(1,1,1,0).kind=3
roadrot(1,1,1,0).rot=270
roadrot(1,1,1,0).texture=3+tempbase

roadrot(1,1,1,1).kind=4
roadrot(1,1,1,1).rot=0
roadrot(1,1,1,1).texture=4+tempbase

`updown road kind=1
`corner road kind=2
`3way road kind=3
`4way road kind=4

global zombwidth as integer
global return_x as float
global return_z as float
global yplain as float
yplain=0
zomb_speed=1 `(unit/sec)
zombwidth=100
basenum=20

`=========kind flags======
#constant building 1   `==
#constant road 2       `==
#constant baseground 3 `==
`=========================

`================timer variables=============
Global OldTime          As Double integer `==
Global TimeGap          As Double integer `==
Global FrameGap         As Double integer `==
										  `==
Global Duration         As Float 		  `==
Global FPS              As Float 		  `==
Global Elapsed          As Float 		  `==
Global TBM_Frame        As Integer        `==
Global TBM_IsPerf       As Boolean        `==
Global TBM_TotFrames    As Integer        `==
`============================================

TBM_Init( 50 )

`=======status flags==========
#constant idling 1 `        ==
#constant moving 2 `        ==
`=============================
sync on
sync rate 60
color backdrop rgb(0,0,0)
gosub load_stuff

global skyscraper_object as integer
skyscraper_object=worldbasenum+1
make object skyscraper_object,5,5
set object normals skyscraper_object
set object smoothing skyscraper_object,0
scale object skyscraper_object,scale*50,scale*50,scale*50
position object skyscraper_object,10000,10000,10000

global grass_object as integer
grass_object=worldbasenum+2
make object grass_object,6,6
scale object grass_object,scale*100,scale*100,scale*100
position object grass_object,10000,10000,10000

for a=1 to 4
	make object worldbasenum+2+a,a,a
	rotate object worldbasenum+2+a,0,0,0
	scale object worldbasenum+2+a,scale*50,scale*50,scale*50
	position object worldbasenum+2+a,10000,10000,10000
	set object normals worldbasenum+2+a
	set object smoothing worldbasenum+2+a,0
next
autocam off

add_citygrid(1,1,size,size)

for n=1 to 5
	x1=rnd(size-1)+1
	z1=rnd(size-1)+1
	add_park(x1,z1,x1+rnd(10)+2,z1+rnd(10)+2)
next n

print "ok"
sync
for x=1 to size
	for z=1 to size
		if is_road(x,z) then updateroad(x,z)
	next
NEXT
position camera 0,15*scale,0
point camera size*scale,0,size*scale
sync

for x=1 to size
	for z=1 to size
		instantiate_tile(x,z)
		index=memgridnum(x,z,size,size,1,0)
		print "info generated. generating objects: "
		print "Index: "+str$(index)+" - object type: "+str$(world(index).prop.kind)
		text 100,100,str$(world(index).zombienum/5)
		sync
	next
NEXT
`fog on
`fog distance 10*scale

do
	TBM_update()
	text 0,0,str$(Duration)
	yrotate camera camera angle y()+mousemovex()/10.0
	xrotate camera camera angle x()+mousemovey()/10.0
	if mouseclick()=1 then move camera scale*5*Duration
	if mouseclick()=2 then move camera -scale*5*Duration
	sync
LOOP

load_stuff:
	
	`road stuff
	load mesh "media/roads/road.x",1
	load mesh "media/roads/roadcorner.x",2
	load mesh "media/roads/road3way.x",3
	load mesh "media/roads/road4way.x",4
	load image "media/roads/road.tga",1
	load image "media/roads/roadcorner.tga",2
	load image "media/roads/road3way.tga",3
	load image "media/roads/road4way.tga",4
	
	load mesh "media/skyscraper.x",5			`building model
	load image "media/skyscrapertexture.tga",5	`building texture

make object plain 1000, 1,1					`grass ground
	xrotate object 1000,90
	make mesh from object 6,1000
	delete object 1000
	load image "media/grass.jpg",6
	
	make image 7,2,2 							`image for the zombies
	load mesh "media/l1.x",7					`Basic zombie model
	
return
function roadbox(x1,z1,x2,z2)
	if x1>x2 
		a=x2
		x2=x1
		x1=a
	ENDIF
	if z1>z2
		a=z2
		z2=z1
		z1=a
	ENDIF
	if x2>size then x2=size
	if z2>size then z2=size
	for x=x1 to x2
		add_road(x,z1)
		add_road(x,z2)
	NEXT
	for z=z1 to z2
		add_road(x1,z)
		add_road(x2,z)
	NEXT
ENDFUNCTION
function grass_fill(x1,z1,x2,z2)
	
	`so that x1<x2 and z1<z2
	if x1>x2 
		a=x2
		x2=x1
		x1=a
	ENDIF
	if z1>z2
		a=z2
		z2=z1
		z1=a
	ENDIF
	if x2>size then x2=size
	if z2>size then z2=size
	for x=x1 to x2
		for z=z1 to z2
			add_grass(x,z)
		next
	NEXT
ENDFUNCTION
function add_park(x1,z1,x2,z2)
	if x1>x2 
		a=x2
		x2=x1
		x1=a
	ENDIF
	if z1>z2
		a=z2
		z2=z1
		z1=a
	ENDIF
	if x1<1 then x1=1
	if z1<1 then z1=1
	if x2>size then x2=size-1
	if z2>size then z2=size-1
	roadbox(x1,z1,x2,z2)
	grass_fill(x1+1,z1+1,x2-1,z2-1)
endfunction
function add_citygrid(x1,z1,x2,z2)
	if x1>x2 
		a=x2
		x2=x1
		x1=a
	ENDIF
	if z1>z2
		a=z2
		z2=z1
		z1=a
	ENDIF
	if x2>size then x2=size
	if z2>size then z2=size
	if (x2-x1) mod 2 then dec x2
	if (z2-z1) mod 2 then dec z2
	
	for x=x1 to x2 
		for z=z1 to z2 step 2
			add_road(x,z)
		next
	NEXT
	for z=z1 to z2
		for x=x1 to x2 step 2
			add_road(x,z)
		next
	NEXT
	for x=x1+1 to x2-1 step 2
		for z=z1+1 to z2-1 step 2
			add_skyscraper(x,z)
		next
	NEXT
ENDFUNCTION
function instantiate_tile(tilex,tilez) 
	index=memgridnum(tilex,tilez,size,size,1,0)
	if world(index).prop.kind=road and world(index).objkind=0 then world(index).prop.kind=baseground
	if world(index).prop.kind=building
		instance object world(index).objnum,skyscraper_object
		position object world(index).objnum,(tilex-.5)*scale,yplain-.05*scale, (tilez-.5)*scale
		scale object world(index).objnum,scale*50,scale*50,scale*50
	else 
	if world(index).prop.kind=road
		instance object world(index).objnum,worldbasenum+2+world(index).objkind
		rotate object world(index).objnum,0,world(index).prop.rot,0
		position object world(index).objnum,(tilex-.5)*scale,yplain, (tilez-.5)*scale
		scale object world(index).objnum,scale*50,scale*50,scale*50
	else
	if world(index).prop.kind=baseground
		instance object world(index).objnum,grass_object
		position object world(index).objnum,(tilex-.5)*scale,yplain, (tilez-.5)*scale
		scale object world(index).objnum,scale*100,scale*100,scale*100
	ENDIF
	endif
	endif
ENDFUNCTION
function add_skyscraper(tilex, tilez)
	cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)
	world(index).prop.kind=building
	world(index).prop.rot=0
	world(index).prop.texture=5
	world(index).objnum=index+1
endfunction

function add_road(tilex,tilez)
		cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)	
	world(index).prop.kind=road
	world(index).objnum=index+1
	upnum=is_road(tilex,tilez+1)
	rightnum=is_road(tilex+1,tilez)
	downnum=is_road(tilex,tilez-1)
	leftnum=is_road(tilex-1,tilez)
	if upnum+rightnum+downnum+leftnum>1
		world(index).prop.texture=roadrot(upnum,rightnum,downnum,leftnum).texture	
		world(index).prop.rot=roadrot(upnum,rightnum,downnum,leftnum).rot
	endif
	if upnum then updateroad(tilex,tilez+1)
	if rightnum then updateroad(tilex+1,tilez)
	if downnum then updateroad(tilex,tilez-1)
	if leftnum then updateroad(tilex-1,tilez)
endfunction
function updateroad(tilex,tilez)
			cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)	
	world(index).prop.kind=road
	world(index).objnum=index+1
	upnum=is_road(tilex,tilez+1)
	rightnum=is_road(tilex+1,tilez)
	downnum=is_road(tilex,tilez-1)
	leftnum=is_road(tilex-1,tilez)
	if upnum+rightnum+downnum+leftnum>1
		`make object index+1,roadrot(upnum,rightnum,downnum,leftnum).kind,roadrot(upnum,rightnum,downnum,leftnum).texture
		`rotate object index+1,0,roadrot(upnum,rightnum,downnum,leftnum).rot,0
		`scale object index+1,scale*50,scale*50,scale*50
		`position object index+1,(tilex-.5)*scale,yplain, (tilez-.5)*scale
		`set object normals index+1
		`set object smoothing index+1,0
		world(index).objnum=index+1
		world(index).prop.texture=roadrot(upnum,rightnum,downnum,leftnum).texture	
		world(index).prop.rot=roadrot(upnum,rightnum,downnum,leftnum).rot
		world(index).objkind=roadrot(upnum,rightnum,downnum,leftnum).kind
	endif
ENDFUNCTION
function add_grass(tilex,tilez)
	cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)

world(index).prop.kind=baseground
	world(index).prop.rot=0
	world(index).prop.texture=6
	world(index).objnum=index+1
endfunction

function cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)
	if world(index).objnum>0
		if object exist(world(index).objnum) then delete object world(index).objnum
	endif
	world(index).objnum=0
	world(index).prop.kind=0
	world(index).prop.texture=0
	world(index).prop.rot=0
endfunction
function is_road(x,z)
	if x<1 or z<1 then exitfunction 0
	if x>size or z>size then exitfunction 0
	index=memgridnum(x,z,size,size,1,0)
	if world(index).prop.kind=road then exitfunction 1
endfunction 0

function forward(x as float, z as float, ang as float, dist as float)
	return_x=x+sin(ang)*dist
	return_z=z+cos(ang)*dist
ENDFUNCTION

function memgridnum(x, y, xsize, ysize, multiplier, base)
   if x<1 or y<1 then exitfunction 0
   if x>xsize or y>ysize then exitfunction 0
   value=((y-1)*xsize+x-1)*multiplier+base
endfunction value

function memgridsize(xsize,ysize,multiplier,base)
   value= xsize*ysize*multiplier+base-1
endfunction value

function addallocate(address,extramemsize)
`Adds memory extramemsize to the memory at location address
`if address is zero, then the memory is allocated.
   if address=0
      newaddress=alloc(extramemsize)
      exitfunction newaddress
   endif
   newaddress=realloc(address,memory size(address)+extramemsize)
   free address

endfunction newaddress

function removemem(address,removeaddress,removesize)
   tempvar=memory size(address)
   if tempvar<=removesize
      free address
      exitfunction 0
   endif
   newaddress=realloc(address,memory size(address)-removesize)
   byt as byte
   for a=address to memory size(address)-1
      if a<removeaddress
         byt=peek byte(a)
         poke byte newaddress+a-address,byt
      else
         if a=>removeaddress and a<=removeaddress+removesize-1
               `ignore
         else
            if a>removeaddress+removesize-1
               byt=peek byte(a)
               poke byte newaddress+a-address-removesize,byt
            endif
         endif
      endif
   next a
   free address
endfunction newaddress

Function TBM_Init( TweenFrames As Integer ) `//////////////////////////

`// Failsafes
    If TweenFrames <= 0
        Exit Prompt "Variable 'TweenFrames' must be at least one." , "TBM_Init::Error"
        End
    Endif

`// TweenFrames
    Dim TBM_Tween( TweenFrames ) As Float
    TBM_TotFrames = TweenFrames

`// Get ticks per second
   Load DLL "kernel32.dll", 1
      Ptr       = Make Memory(8)
      Null      = Call Dll(1, "QueryPerformanceFrequency", Ptr )
       TimeGap   = (*Ptr)
   Delete DLL 1

`// Failsafe for older CPUs
   If TimeGap > 0
      OldTime    = Perftimer()
      TBM_IsPerf = 1
    Else
        OldTime   = Timer()
    Endif

Endfunction `//////////////////////////////////////////////////////////

Function TBM_Update() `////////////////////////////////////////////////

`// Tween
    Inc TBM_Frame
    If TBM_Frame > TBM_TotFrames
        TBM_Frame = 0
    Endif

`// Failsafe for older CPUs
    If TBM_IsPerf
        `// Get Elapsed
        FrameGap  = Perftimer() - OldTime
        OldTime   = Perftimer()

`// Tween
        FrameGap = TBM_GetAverage( FrameGap )

`// Get other variables
        FPS       = TimeGap / FrameGap
        Elapsed   = 1000 / FPS
        Duration  = Elapsed * 0.001
    Else
        `// Get Elapsed
        Elapsed   = Timer() - OldTime
        OldTime   = Timer()

`// Tween
        Elapsed = TBM_GetAverage( Elapsed )

`// Get other variables
        FPS       = Int( 1000 / Elapsed )
        Duration  = Elapsed * 0.001
    Endif

Endfunction

Function TBM_GetAverage( LatestElapsed As Integer )

Local ReturnValue As Float

`// Add latest Elapsed
    TBM_Tween(TBM_Frame) = LatestElapsed

`// Find the average
    For  TBM = 0 To TBM_TotFrames
        ReturnValue = ReturnValue + TBM_Tween(TBM)
    Next TBM

ReturnValue = ReturnValue / ( TBM_TotFrames + 1 )

Endfunction ReturnValue

+ Code Snippet

type statics
	kind as integer
	rot as integer
	texture as integer
endtype
type dynamics
	cit as integer
	ally as integer
	zomb as integer
endtype
type worldgrid
	prop as statics
	dyn as dynamics
	objnum as integer
	objkind as integer
	zombienum as integer
endtype
type zombmass
	x as integer
	z as integer
	num as integer
endtype
global scale as integer
scale=10
global size as integer
global worldbasenum as integer

size=29

worldbasenum=size*size+8
dim world(memgridsize(size,size,1,0)) as worldgrid
dim zombiehotspot(0) as zombmass

`           up    right  down  left
dim roadrot(1,    1,     1,    1) as statics
tempbase=0
roadrot(1,0,1,0).kind=1
roadrot(1,0,1,0).rot=0
roadrot(1,0,1,0).texture=1+tempbase

roadrot(0,1,0,1).kind=1
roadrot(0,1,0,1).rot=90
roadrot(0,1,0,1).texture=1+tempbase

roadrot(0,1,1,0).kind=2
roadrot(0,1,1,0).rot=0
roadrot(0,1,1,0).texture=2+tempbase

roadrot(0,0,1,1).kind=2
roadrot(0,0,1,1).rot=90
roadrot(0,0,1,1).texture=2+tempbase

roadrot(1,0,0,1).kind=2
roadrot(1,0,0,1).rot=180
roadrot(1,0,0,1).texture=2+tempbase

roadrot(1,1,0,0).kind=2
roadrot(1,1,0,0).rot=270
roadrot(1,1,0,0).texture=2+tempbase

roadrot(0,1,1,1).kind=3
roadrot(0,1,1,1).rot=0
roadrot(0,1,1,1).texture=3+tempbase

roadrot(1,0,1,1).kind=3
roadrot(1,0,1,1).rot=90
roadrot(1,0,1,1).texture=3+tempbase

roadrot(1,1,0,1).kind=3
roadrot(1,1,0,1).rot=180
roadrot(1,1,0,1).texture=3+tempbase

roadrot(1,1,1,0).kind=3
roadrot(1,1,1,0).rot=270
roadrot(1,1,1,0).texture=3+tempbase

roadrot(1,1,1,1).kind=4
roadrot(1,1,1,1).rot=0
roadrot(1,1,1,1).texture=4+tempbase

`updown road kind=1
`corner road kind=2
`3way road kind=3
`4way road kind=4



global zombwidth as integer
global return_x as float
global return_z as float
global yplain as float
yplain=0
zomb_speed=1 `(unit/sec)
zombwidth=100
basenum=20

`=========kind flags======
#constant building 1   `==
#constant road 2       `==
#constant baseground 3 `==
`=========================


`================timer variables=============
Global OldTime          As Double integer `==
Global TimeGap          As Double integer `==
Global FrameGap         As Double integer `==
										  `==
Global Duration         As Float 		  `==
Global FPS              As Float 		  `==
Global Elapsed          As Float 		  `==
Global TBM_Frame        As Integer        `==
Global TBM_IsPerf       As Boolean        `==
Global TBM_TotFrames    As Integer        `==
`============================================

TBM_Init( 50 )

`=======status flags==========
#constant idling 1 `        ==
#constant moving 2 `        ==
`=============================
sync on
sync rate 60
color backdrop rgb(0,0,0)
gosub load_stuff

global skyscraper_object as integer
skyscraper_object=worldbasenum+1
make object skyscraper_object,5,5
set object normals skyscraper_object
set object smoothing skyscraper_object,0
scale object skyscraper_object,scale*50,scale*50,scale*50
position object skyscraper_object,10000,10000,10000

global grass_object as integer
grass_object=worldbasenum+2
make object grass_object,6,6
scale object grass_object,scale*100,scale*100,scale*100
position object grass_object,10000,10000,10000

for a=1 to 4
	make object worldbasenum+2+a,a,a
	rotate object worldbasenum+2+a,0,0,0
	scale object worldbasenum+2+a,scale*50,scale*50,scale*50
	position object worldbasenum+2+a,10000,10000,10000
	set object normals worldbasenum+2+a
	set object smoothing worldbasenum+2+a,0
next
autocam off

add_citygrid(1,1,size,size)


for n=1 to 5
	x1=rnd(size-1)+1
	z1=rnd(size-1)+1
	add_park(x1,z1,x1+rnd(10)+2,z1+rnd(10)+2)
next n

print "ok"
sync
for x=1 to size
	for z=1 to size
		if is_road(x,z) then updateroad(x,z)
	next
NEXT
position camera 0,15*scale,0
point camera size*scale,0,size*scale
sync

for x=1 to size
	for z=1 to size
		instantiate_tile(x,z)
		index=memgridnum(x,z,size,size,1,0)
		print "info generated. generating objects: "
		print "Index: "+str$(index)+" - object type: "+str$(world(index).prop.kind)
		text 100,100,str$(world(index).zombienum/5)
		sync
	next
NEXT
`fog on
`fog distance 10*scale


do
	TBM_update()
	text 0,0,str$(Duration)
	yrotate camera camera angle y()+mousemovex()/10.0
	xrotate camera camera angle x()+mousemovey()/10.0
	if mouseclick()=1 then move camera scale*5*Duration
	if mouseclick()=2 then move camera -scale*5*Duration
	sync
LOOP

load_stuff:
	
	`road stuff
	load mesh "media/roads/road.x",1
	load mesh "media/roads/roadcorner.x",2
	load mesh "media/roads/road3way.x",3
	load mesh "media/roads/road4way.x",4
	load image "media/roads/road.tga",1
	load image "media/roads/roadcorner.tga",2
	load image "media/roads/road3way.tga",3
	load image "media/roads/road4way.tga",4
	
	load mesh "media/skyscraper.x",5			`building model
	load image "media/skyscrapertexture.tga",5	`building texture

	make object plain 1000, 1,1					`grass ground
	xrotate object 1000,90
	make mesh from object 6,1000
	delete object 1000
	load image "media/grass.jpg",6
	
	make image 7,2,2 							`image for the zombies
	load mesh "media/l1.x",7					`Basic zombie model
	
return
function roadbox(x1,z1,x2,z2)
	if x1>x2 
		a=x2
		x2=x1
		x1=a
	ENDIF
	if z1>z2
		a=z2
		z2=z1
		z1=a
	ENDIF
	if x2>size then x2=size
	if z2>size then z2=size
	for x=x1 to x2
		add_road(x,z1)
		add_road(x,z2)
	NEXT
	for z=z1 to z2
		add_road(x1,z)
		add_road(x2,z)
	NEXT
ENDFUNCTION
function grass_fill(x1,z1,x2,z2)
	
	`so that x1<x2 and z1<z2
	if x1>x2 
		a=x2
		x2=x1
		x1=a
	ENDIF
	if z1>z2
		a=z2
		z2=z1
		z1=a
	ENDIF
	if x2>size then x2=size
	if z2>size then z2=size
	for x=x1 to x2
		for z=z1 to z2
			add_grass(x,z)
		next
	NEXT
ENDFUNCTION
function add_park(x1,z1,x2,z2)
	if x1>x2 
		a=x2
		x2=x1
		x1=a
	ENDIF
	if z1>z2
		a=z2
		z2=z1
		z1=a
	ENDIF
	if x1<1 then x1=1
	if z1<1 then z1=1
	if x2>size then x2=size-1
	if z2>size then z2=size-1
	roadbox(x1,z1,x2,z2)
	grass_fill(x1+1,z1+1,x2-1,z2-1)
endfunction
function add_citygrid(x1,z1,x2,z2)
	if x1>x2 
		a=x2
		x2=x1
		x1=a
	ENDIF
	if z1>z2
		a=z2
		z2=z1
		z1=a
	ENDIF
	if x2>size then x2=size
	if z2>size then z2=size
	if (x2-x1) mod 2 then dec x2
	if (z2-z1) mod 2 then dec z2
	
	for x=x1 to x2 
		for z=z1 to z2 step 2
			add_road(x,z)
		next
	NEXT
	for z=z1 to z2
		for x=x1 to x2 step 2
			add_road(x,z)
		next
	NEXT
	for x=x1+1 to x2-1 step 2
		for z=z1+1 to z2-1 step 2
			add_skyscraper(x,z)
		next
	NEXT
ENDFUNCTION
function instantiate_tile(tilex,tilez) 
	index=memgridnum(tilex,tilez,size,size,1,0)
	if world(index).prop.kind=road and world(index).objkind=0 then world(index).prop.kind=baseground
	if world(index).prop.kind=building
		instance object world(index).objnum,skyscraper_object
		position object world(index).objnum,(tilex-.5)*scale,yplain-.05*scale, (tilez-.5)*scale
		scale object world(index).objnum,scale*50,scale*50,scale*50
	else 
	if world(index).prop.kind=road
		instance object world(index).objnum,worldbasenum+2+world(index).objkind
		rotate object world(index).objnum,0,world(index).prop.rot,0
		position object world(index).objnum,(tilex-.5)*scale,yplain, (tilez-.5)*scale
		scale object world(index).objnum,scale*50,scale*50,scale*50
	else
	if world(index).prop.kind=baseground
		instance object world(index).objnum,grass_object
		position object world(index).objnum,(tilex-.5)*scale,yplain, (tilez-.5)*scale
		scale object world(index).objnum,scale*100,scale*100,scale*100
	ENDIF
	endif
	endif
ENDFUNCTION
function add_skyscraper(tilex, tilez)
	cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)
	world(index).prop.kind=building
	world(index).prop.rot=0
	world(index).prop.texture=5
	world(index).objnum=index+1
endfunction

function add_road(tilex,tilez)
		cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)	
	world(index).prop.kind=road
	world(index).objnum=index+1
	upnum=is_road(tilex,tilez+1)
	rightnum=is_road(tilex+1,tilez)
	downnum=is_road(tilex,tilez-1)
	leftnum=is_road(tilex-1,tilez)
	if upnum+rightnum+downnum+leftnum>1
		world(index).prop.texture=roadrot(upnum,rightnum,downnum,leftnum).texture	
		world(index).prop.rot=roadrot(upnum,rightnum,downnum,leftnum).rot
	endif
	if upnum then updateroad(tilex,tilez+1)
	if rightnum then updateroad(tilex+1,tilez)
	if downnum then updateroad(tilex,tilez-1)
	if leftnum then updateroad(tilex-1,tilez)
endfunction
function updateroad(tilex,tilez)
			cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)	
	world(index).prop.kind=road
	world(index).objnum=index+1
	upnum=is_road(tilex,tilez+1)
	rightnum=is_road(tilex+1,tilez)
	downnum=is_road(tilex,tilez-1)
	leftnum=is_road(tilex-1,tilez)
	if upnum+rightnum+downnum+leftnum>1
		`make object index+1,roadrot(upnum,rightnum,downnum,leftnum).kind,roadrot(upnum,rightnum,downnum,leftnum).texture
		`rotate object index+1,0,roadrot(upnum,rightnum,downnum,leftnum).rot,0
		`scale object index+1,scale*50,scale*50,scale*50
		`position object index+1,(tilex-.5)*scale,yplain, (tilez-.5)*scale
		`set object normals index+1
		`set object smoothing index+1,0
		world(index).objnum=index+1
		world(index).prop.texture=roadrot(upnum,rightnum,downnum,leftnum).texture	
		world(index).prop.rot=roadrot(upnum,rightnum,downnum,leftnum).rot
		world(index).objkind=roadrot(upnum,rightnum,downnum,leftnum).kind
	endif
ENDFUNCTION
function add_grass(tilex,tilez)
	cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)


	world(index).prop.kind=baseground
	world(index).prop.rot=0
	world(index).prop.texture=6
	world(index).objnum=index+1
endfunction

function cleartile(tilex,tilez)
	index=memgridnum(tilex,tilez,size,size,1,0)
	if world(index).objnum>0
		if object exist(world(index).objnum) then delete object world(index).objnum
	endif
	world(index).objnum=0
	world(index).prop.kind=0
	world(index).prop.texture=0
	world(index).prop.rot=0
endfunction
function is_road(x,z)
	if x<1 or z<1 then exitfunction 0
	if x>size or z>size then exitfunction 0
	index=memgridnum(x,z,size,size,1,0)
	if world(index).prop.kind=road then exitfunction 1
endfunction 0

function forward(x as float, z as float, ang as float, dist as float)
	return_x=x+sin(ang)*dist
	return_z=z+cos(ang)*dist
ENDFUNCTION

function memgridnum(x, y, xsize, ysize, multiplier, base)
   if x<1 or y<1 then exitfunction 0
   if x>xsize or y>ysize then exitfunction 0
   value=((y-1)*xsize+x-1)*multiplier+base
endfunction value

function memgridsize(xsize,ysize,multiplier,base)
   value= xsize*ysize*multiplier+base-1
endfunction value

function addallocate(address,extramemsize)
`Adds memory extramemsize to the memory at location address
`if address is zero, then the memory is allocated.
   if address=0
      newaddress=alloc(extramemsize)
      exitfunction newaddress
   endif
   newaddress=realloc(address,memory size(address)+extramemsize)
   free address

endfunction newaddress

function removemem(address,removeaddress,removesize)
   tempvar=memory size(address)
   if tempvar<=removesize
      free address
      exitfunction 0
   endif
   newaddress=realloc(address,memory size(address)-removesize)
   byt as byte
   for a=address to memory size(address)-1
      if a<removeaddress
         byt=peek byte(a)
         poke byte newaddress+a-address,byt
      else
         if a=>removeaddress and a<=removeaddress+removesize-1
               `ignore
         else
            if a>removeaddress+removesize-1
               byt=peek byte(a)
               poke byte newaddress+a-address-removesize,byt
            endif
         endif
      endif
   next a
   free address
endfunction newaddress

Function TBM_Init( TweenFrames As Integer ) `//////////////////////////

    `// Failsafes
    If TweenFrames <= 0
        Exit Prompt "Variable 'TweenFrames' must be at least one." , "TBM_Init::Error"
        End
    Endif

    `// TweenFrames
    Dim TBM_Tween( TweenFrames ) As Float
    TBM_TotFrames = TweenFrames

    `// Get ticks per second
   Load DLL "kernel32.dll", 1
      Ptr       = Make Memory(8)
      Null      = Call Dll(1, "QueryPerformanceFrequency", Ptr )
       TimeGap   = (*Ptr)
   Delete DLL 1

    `// Failsafe for older CPUs
   If TimeGap > 0
      OldTime    = Perftimer()
      TBM_IsPerf = 1
    Else
        OldTime   = Timer()
    Endif

Endfunction `//////////////////////////////////////////////////////////

Function TBM_Update() `////////////////////////////////////////////////

    `// Tween
    Inc TBM_Frame
    If TBM_Frame > TBM_TotFrames
        TBM_Frame = 0
    Endif

    `// Failsafe for older CPUs
    If TBM_IsPerf
        `// Get Elapsed
        FrameGap  = Perftimer() - OldTime
        OldTime   = Perftimer()

        `// Tween
        FrameGap = TBM_GetAverage( FrameGap )

        `// Get other variables
        FPS       = TimeGap / FrameGap
        Elapsed   = 1000 / FPS
        Duration  = Elapsed * 0.001
    Else
        `// Get Elapsed
        Elapsed   = Timer() - OldTime
        OldTime   = Timer()

        `// Tween
        Elapsed = TBM_GetAverage( Elapsed )

        `// Get other variables
        FPS       = Int( 1000 / Elapsed )
        Duration  = Elapsed * 0.001
    Endif

Endfunction

Function TBM_GetAverage( LatestElapsed As Integer )

    Local ReturnValue As Float

    `// Add latest Elapsed
    TBM_Tween(TBM_Frame) = LatestElapsed

    `// Find the average
    For  TBM = 0 To TBM_TotFrames
        ReturnValue = ReturnValue + TBM_Tween(TBM)
    Next TBM

    ReturnValue = ReturnValue / ( TBM_TotFrames + 1 )

Endfunction ReturnValue

download here: https://forumfiles.thegamecreators.com/download/2100485

[edit]
and screenshots:

[edit2]
and of course all the media is free fo' anyone to use.

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Carolina South

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Posted: 4th Oct 2010 01:17

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Very cool. Very City of Heroes-like

"Diplomacy is the art of saying 'Nice doggie' until you can find a rock." - Will Rogers

"The secret to creativity is knowing how to hide your sources." - Albert Einstein

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DevilLiger

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Posted: 19th Oct 2010 14:06

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looks interesting. can the buildings be in different sizes?

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Neuro Fuzzy

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Posted: 20th Oct 2010 23:04

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width/depthwise or vertical? Vertical, no problem, it just needs a different model (the structure exists to be able to add in any number of building models, I've just only modeled one).

As for width/depth sizing, I figure I could add in a system similar to what I'm using for roads. It wouldn't be hard to do... But it'd require 6 models.

It'd be time better spent making a procedural content generator.

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DevilLiger

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Posted: 29th Oct 2010 13:22

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okay that's cool. i just rather have them look different mainly in height and maybe without making them looking like clones. i think it's possible to make more models and just randomize it. btw you have an excellent code here. do you have anymroe pics of it. like any pic of it from the road view?

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Neuro Fuzzy

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Posted: 29th Oct 2010 23:41

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I attached the file to download - it generates a random map, and you can zoom in, but sure, I'll upload some more pics

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DevilLiger

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Posted: 30th Oct 2010 13:30

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wow!! looks awesome from the road view. thanks for the code and pics. keep up the good work.

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gwheycs62egydws

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Posted: 13th Feb 2011 21:43

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good day

I like what you did Neuro Fuzzy

I had a tiny quirk when I ran the code

Constant name 'moving' cannot share the name of a reserved word or command.
Failed to 'UnfoldFileDataConstants'

at line 121
#constant moving 2 ` ==

I changed it to

#constant zmoving 2 ` ==

I'm using dbp 7.6 and Matrix1Util and a couple of other open source addons
so it could be one of them that is tweaking things

but it dose work and quite quickly for a 2.8 dual cpu

If a thought is Just a thought ~ so whats the main thought ?

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gwheycs62egydws

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Posted: 13th Feb 2011 22:11

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hi again

I wanted to know ware the Zombie was

so I added these 2 lines

text 0,20,"Zombie Position is "+" x ="+str$(OBJECT POSITION X(7))+" y ="+str$(OBJECT POSITION y(7))+" z ="+str$(OBJECT POSITION z(7))
text 0,40,"Camera Postion is "+" x ="+str$(CAMERA POSITION X() )+" y ="+str$(CAMERA POSITION y() )+" z ="+str$(CAMERA POSITION z() )

after text 0,0,str$(Duration)
at line 189

it seems the Zombie is way off the visible system

If a thought is Just a thought ~ so whats the main thought ?

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sadsack

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Posted: 20th Feb 2011 01:53

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Is there a way to save the map as an object??
renny

Life is not fair, so deal with it.
http://www.gusroundtable.com/

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gwheycs62egydws

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Posted: 20th Feb 2011 02:21 Edited at: 20th Feb 2011 02:51

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from what I have looked at
at this point no

but I know there is a way to save the information
that is generated so it can be loaded in to anther program

if I am not mistaken I have seen code some ware that will
let some one save an object as .x file

that will take some more thinking to make such happening
but it is possible

if you give me some time I can come up with code for saving
the generated level to be loaded into anther program

one other thing to be pointed out
if you were to save every 3d object in a single file
it would be large

I changed the size of the city to be generated from 25 to 50
so I know that would be a large file and take up a lot of memory
and time to load

so just saving the information ware I am is in the generated
world would be much much smaller and quicker to load

and if you a building or road was damaged it could be changed
on the fly unlike all the extra code needed to take the model apart

after 10 years at looking at code now I can at lest tweak thing
or even program in code to help me understand

If a thought is Just a thought ~ so whats the main thought ?

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sadsack

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Posted: 20th Feb 2011 16:07

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thanks
renny

Life is not fair, so deal with it.
http://www.gusroundtable.com/

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gwheycs62egydws

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Posted: 6th Jun 2011 11:16

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I hope with the new additions
I picked up to give even more option

it all takes time to pull the thought together

If a thought is Just a thought ~ so whats the main thought ?

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DevilLiger

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Posted: 10th Jul 2011 12:49

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This is still one cool code.

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DevilLiger

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Posted: 27th Jul 2011 11:06 Edited at: 2nd Aug 2011 08:00

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hmm i need to do this code on my next project. if im right i can modify these models to get a variety of them.

edit: i might use this for a city for a FPS game im planning to build on. i hope my open sandbox type FPS shooter can turn out well base on my plans. oh well but im planning to use this code and later on use different kinds of buildings.

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Code Snippets / [DBP] grid-based map generation

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