Yea ....
But i did that before, and the 3d world disapears ...
All i see is a wire frame then, can i move one up or down, damn i know i am missing some thing.
here i will copy paste my whoel code but i dont think it will do much good.
` #######################################################################
` DarkBasic Dungeon by Hubdule
` Shows huge dungeons
` (c) by Color Arts 2002
` #######################################################################
`set display mode 800,600,16
sync on
sync rate 50
make matrix 1,10000,10000,10,10
randomize matrix 1,250
hide mouse
ENABLE SYSTEMKEYS
backcolor=rgb(0,0,0)
backdrop on
color backdrop backcolor
cls
` Attention ... This value is the size of the map ! change it to fit your map file
mapsize=512
dim map$(mapsize,mapsize)
maxcubes=16
cubesize=200
collisionstep=int(cubesize/10)
fog on
fog color backcolor
fog distance (int(maxcubes)*cubesize)
set camera range 1,(maxcubes*cubesize)
` Current map
loadmap("media/dungeon.map",mapsize)
autocam off
load image "media/wall2.jpg",1
load image "media/ground.jpg",2
load image "media/wall.jpg",3
` Wall … you can change the walls to other objects J
for i=1 to maxcubes*maxcubes
make object cube 100+i,cubesize
` make object sphere 100+i,cubesize
` make object box 100+i,cubesize,cubesize*2,cubesize
` make object cone 100+i,cubesize
` make object cylinder 100+i,cubesize+((cubesize/100)*10)
texture object 100+i,1
next i
` floor
for i=1 to maxcubes*maxcubes
make object plain 10000+i,cubesize,cubesize
rotate object 10000+i,90,0,0
texture object 10000+i,2
next i
` ceiling
for i=1 to maxcubes*maxcubes
make object plain 20000+i,cubesize,cubesize
rotate object 20000+i,270,0,0
texture object 20000+i,3
next i
set ambient light 30
make light 1
make light 2
set point light 1,0,0,0
set spot light 2,45,90
color light 2,RGB(252,216,141)
color light 1,RGB(236,182,100)
color light 0,RGB(0,0,0)
` Search startpoint
for z=1 to mapsize
for x=1 to mapsize
if map$(x,z)="O"
cx=x*cubesize
cz=z*cubesize
endif
if map$(x,z)="U"
ex=x
ez=z
endif
next x
next zd
position camera cx,0,cz
oldpositionx#=camera position x()
oldpositionz#=camera position z()
randomize timer()
cls
do
oldcAY# = cAY#
oldcAX# = cAX#
cAY# = WrapValue(cAY#+MousemoveX()*0.2)
cAX# = WrapValue(cAX#+MousemoveY()*0.2)
caZ# = Camera angle Z()
Rem Control input for camera
If Upkey()=1
XTest# = Newxvalue(X#,cAY#,10)
ZTest# = Newzvalue(Z#,cAY#,10)
If XTest#>0 and XTest#<10000 and ZTest#>0 and ZTest#<10000
X#=XTest#
Z#=ZTest#
Endif
Endif
If Downkey()=1
XTest# = Newxvalue(X#,Wrapvalue(cAY#-180),10)
ZTest# = Newzvalue(Z#,Wrapvalue(cAY#-180),10)
If XTest#>0 and XTest#<10000 and ZTest#>0 and ZTest#<10000
X#=XTest#
Z#=ZTest#
Endif
Endif
If Leftkey()=1
XTest# = Newxvalue(X#,Wrapvalue(cAY#-90),10)
ZTest# = Newzvalue(Z#,Wrapvalue(cAY#-90),10)
If XTest#>0 and XTest#<10000 and ZTest#>0 and ZTest#<10000
X#=XTest#
Z#=ZTest#
Endif
Endif
If Rightkey()=1
XTest# = Newxvalue(X#,Wrapvalue(cAY#+90),10)
ZTest# = Newzvalue(Z#,Wrapvalue(cAY#+90),10)
If XTest#>0 and XTest#<10000 and ZTest#>0 and ZTest#<10000
X#=XTest#
Z#=ZTest#
Endif
Endif
Rem Rotate camera
if cAX#>270
if cAX#-270 > 90 then cAX#=270
else
if cAX# > 90 and cAX#-270<270 then cAX#=90
endif
YRotate camera CurveAngle(cAY#,oldcAY#,24)
XRotate camera CurveAngle(cAX#,oldcAX#,24)
if keystate(17) then move camera maxcubes
if keystate(31) then move camera maxcubes*(-1)
ry#=wrapvalue(ry#+mousemovex())
rotate camera rx#,ry#,0
cx#=int(camera position x()/cubesize)-int(maxcubes/2)
cz#=int(camera position z()/cubesize)-int(maxcubes/2)
Rem Position Camera
Y# = Get ground height(1,x#,y#)
Position Camera X#,Y#+35,Z#
zzz=0
for zz=1 to maxcubes
for xx=1 to maxcubes
zzz=zzz+1
curposx=int(cx#)+xx
curposz=int(cz#)+zz
if curposx<=1 then curposx=1
if curposx>=mapsize then curposx=mapsize
if curposz<=1 then curposz=1
if curposz>=mapsize then curposz=mapsize
` wall
if map$(int(curposx),int(curposz))="#" or map$(int(curposx),int(curposz))="S"
show object 100+zzz
position object 100+zzz,curposx*cubesize,0.0,curposz*cubesize
` Collisiondetection
if map$(int(curposx),int(curposz))="#"
if tx#>=((curposx*cubesize)-(cubesize/2))-collisionstep and tx#<=((curposx*cubesize)+(cubesize/2))+collisionstep and tz#>=((curposz*cubesize)-(cubesize/2))-collisionstep and tz#<=((curposz*cubesize)+(cubesize/2))+collisionstep
position camera oldpositionx#,camera position y(),oldpositionz#
oldpositionx#=camera position x()
oldpositionz#=camera position z()
endif
endif
else
hide object 100+zzz
endif
` floor
if map$(int(curposx),int(curposz))=":" or map$(int(curposx),int(curposz))="D" or map$(int(curposx),int(curposz))="S" or map$(int(curposx),int(curposz))="T"
show object 10000+zzz
position object 10000+zzz,curposx*cubesize,(cubesize/2)*(-1),curposz*cubesize
else
hide object 10000+zzz
endif
` ceiling
if map$(int(curposx),int(curposz))=":" or map$(int(curposx),int(curposz))="D" or map$(int(curposx),int(curposz))="S" or map$(int(curposx),int(curposz))="T"
show object 20000+zzz
position object 20000+zzz,curposx*cubesize,(cubesize/2),curposz*cubesize
else
hide object 20000+zzz
endif
next xx#
next yy#
oldpositionx#=camera position x()
oldpositionz#=camera position z()
position light 1,camera position x(),camera position y(),camera position z()
position light 2,camera position x(),camera position y(),camera position z()
color light 1,RGB(200+int(rnd(50)-25),120,60)
rotate light 2,camera angle x(),camera angle y(),camera angle z()
sync
loop
function loadmap(filename$,size)
open to read 1,filename$
for y=1 to size
for x=1 to size
read byte 1,tmp
map$(x,y)=chr$(tmp)
next x
next y
close file 1
endfunction
there ya go.
