please help me how to load my levels in this game

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phukol

21

Years of Service

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Joined: 22nd Nov 2003

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Posted: 30th Apr 2004 12:03

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Can anybody tell me what is wrong with my level loading code?i cant load my levels and it continue to clear up the "infinitely" after i managed to pick up the last waypoint. Please help me

#include "LoadMatrix.dba"

`------
`ARRAYS
`------
`declare the MatEdit variables
Dim BigMatrix(600,600,1)
Dim StartLoc_X(1): Dim StartLoc_Z(1):Dim Info(2)
Dim TArrayX(1): Dim TArrayZ(1): Dim FKey(10,1)
Dim ColData(100): Dim ZoneData(100): Dim Tiles(500,500)
Dim OverTexture$(100): Dim OverName$(20): Dim ReplaceTex(100)
Dim MOffsetX(25): Dim MOffsetY(25)
Dim MWire(20): Dim MGhost(20): Dim Lock(20)
Dim MatX#(20): Dim MatY#(20): Dim MatZ#(20)
Dim MatWidth#(20): Dim MatHeight#(20)
Dim TilesX(20): Dim TilesZ(20)
Dim MatHi#(20): Dim MatLo#(20)

dim gravity#(0):gravity#(0)=0.1

`player arrays
dim xSpeed#(2)
dim ySpeed#(2)
dim zSpeed#(2)
dim friction#(2)
dim movedist#(2)

dim xSpot#(32)
dim zSpot#(32)
dim spot(0)
dim spot2(0)
dim score(2)
WORLD=1

` choose()
`WORLD1()
do
clear()
 gosub choose
main()

loop
`end

function main()
do

if spacekey()=1
    clear()
   endif
    `update the player
   move_player(1,forward,backward,left,right)

watch(1)

`control_player(2)

`update the camera
   chase_cam(1)

for id=1 to 2
         if score(id)=2
            if id=1
            exitfunction
            `exitfunction
            else
            lose()
            `:exit:exitfunction
         endif
         endif
      next id

`  if score(1)=2
     ` exit
      `clear()

`endif
   collide()

text 1,80,str$(world)
   `update the screen
   sync
loop
  `exitfunction
endfunction

function collide()
   for id=1 to 2
      xPos#=object position x(id)
      yPos#=object position y(id)
      zPos#=object position z(id)

collide=object collision(id,0):rem checks collision between racers

if collide > 0
      xPos#=xPos#-(get object collision x()/2)
      zPos#=zPos#-(get object collision z()/2)
   endif

Position object id,xPos#,yPos#,zPos#
next id
endfunction

function win()

yAng=object angle y(1)
   time=0
   do
      control_player(2)

`camera tricks
      yAng=yAng+2

xCamPos#=newxvalue(object position x(1),yAng,25)
      zCamPos#=newzvalue(object position z(1),yAng,25)

yCamPos#=get ground height(1,xCamPos#,zCamPos#)+3

position camera xCamPos#,yCamPos#,zCamPos#
      point camera object position x(1),object position y(1),object position z(1)

collide()

inc time
      if time>=60 then exit
 `        world=world+1
`         clear()
         `exitfunction
         `exit
         `gosub choose
`11         gosub main1
      `endif

sync
   loop
endfunction

`player lose
 function lose()
   yAng=object angle y(1)

do
   for id=1 to 2
      control_player(id)
   next id
      `camera tricks

xCamPos#=curvevalue(250,camera position x(),50)
      zCamPos#=curvevalue(250,camera position z(),50)
      yCamPos#=curvevalue(100,camera position y(),50)

position camera xCamPos#,yCamPos#,zCamPos#
      point camera object position x(2),object position y(2),object position z(2)

collide()

sync
   loop
endfunction

`-----------------------------------
`racing artificial intelligence
`-----------------------------------
function control_player(id)

xPos#=int(object position x(id))
   zPos#=int(object position z(id))
   xSpot#(spot)=int(xSpot#(spot))
   zSpot#(spot)=int(zSpot#(spot))

forward=1

if xPos# >= xSpot#(spot) - 5 And xPos# <= xSpot#(spot) + 5 and zPos# >= zSpot#(spot) - 5 and zPos# <= zSpot#(spot) + 5
      inc spot
          score(id)=score(id)+1
      if spot > 32 then spot=0

else
      point object id,xSpot#(spot),object size y(id)/2,zSpot#(spot)
   endif
      move_player(id,forward,backward,left,right)
 text 1,50,str$(score(id))
endfunction

`-----scoring 4 player1
function watch(id)
   xPos#=int(object position x(id))
   zPos#=int(object position z(id))
   xSpot#(spot2)=int(xSpot#(spot2))
   zSpot#(spot2)=int(zSpot#(spot2))
`yAng=object angle y(id)

`   forward=1

if xPos# >= xSpot#(spot2) - 10 And xPos# <= xSpot#(spot2) + 10 and zPos# >= zSpot#(spot2) - 10 and zPos# <= zSpot#(spot2) + 10
   inc spot2
          score(id)=score(id)+1
   if spot2 > 32 then spot2=0

endif
if spot2 >0
 `for spot2 =1 to 32
      angleway1#=atanfull(xSpot#(spot2-1)-xSpot#(spot2),zSpot#(spot2-1)-xSpot#(spot2))+yAng
      angleway2#=atanfull(xSpot#(spot2)-xPos#,zSpot#(spot2)-zSpot#)
  `          angledet#=angleway1# + yAng
     ` If angleway1# < 90 Or angleway1# > 270
`print "hi"
   `Car facing right direction
 `     Else
  `    print "no"
   `Car facing wrong direction
 `     EndIf
`
      `sed# = sqrt(sqr(xPos#-xSpot#(spot2))+sqr(zPos#-zSpot#(spot2)))
`next spot2
  endif

`If spot2 >0
    `  angleway2#=atanfull(xSpot#(spot2)-xPos#,zSpot#(spot2)-zSpot#)
  `endif

text 1,30,str$(score(id))
text 1,10,str$(angleway2#)
text 1,0,str$(angleway1#)
`text 1,10,str$(zpos#)
`text 1,0,str$(xpos#)
endfunction
`---------------------

`---------
`chase cam
`---------
function chase_cam(id)

`work out the angle of the object being chased
   yAng#=wrapvalue(object angle y(id)+180)

`grab the cameras current position
   xPos#=object position x(id)
   yPos#=object position y(id)
   zPos#=object position z(id)

`other variables
   camDist=5
   camHeight=2

`work out new position
   xCamPos#=newxvalue(xPos#,yAng#,camDist)
   zCamPos#=newZvalue(zPos#,yAng#,camDist)

`work out camera height
   yCamPos#=get ground height(1,xCamPos#,zCamPos#)+camHeight
   if yCamPos#<yPos#+camHeight then yCamPos#=yPos#+camHeight

xCamPos#=curvevalue(xCamPos#,camera position x(),4)
   yCamPos#=curvevalue(yCamPos#,camera position y(),4)
   zCamPos#=curvevalue(zCamPos#,camera position z(),4)
   `update camera position
   position camera xCamPos#,yCamPos#,zCamPos#
   point camera xPos#,yPos#+camHeight,zPos#

endfunction

`-------------------------
`move the specified player
`-------------------------
function move_player(id,forward, backward, left, right)
 if upkey()=1 then forward=1 :`else forward=0
   if downkey()=1 then backward=1 :`else backward=0
   if leftkey()=1 then left=1 :`else left=0
   if rightkey()=1 then right=1 :`else right=0
   `----------------------------------
   `get the required object properties
   `----------------------------------
   xPos#=object position x(id)
   yPos#=object position y(id)
   zPos#=object position z(id)
   yAng#=object angle y(id)

`-----------------------
   `sort out basic movement
   `-----------------------
   `apply forward movement

if forward=1
      xSpeed#(id)=xSpeed#(id)+newxvalue(0,yAng#,moveDist#(id))
      zSpeed#(id)=zSpeed#(id)+newzvalue(0,yAng#,moveDist#(id))
   endif

`apply backward movement
   if backward=1
      xSpeed#(id)=xSpeed#(id)+newxvalue(0,yAng#,moveDist#(id)*-1)
      zSpeed#(id)=zSpeed#(id)+newzvalue(0,yAng#,moveDist#(id)*-1)
   endif

`apply left rotation
   if left=1
      yrotate object id,wrapvalue(yAng#-4)
   endif

`apply right rotation
   if right=1
      yrotate object id,wrapvalue(yAng#+4)
   endif

`--------------------------------------------------
   `sort out friction and other physics related things
   `--------------------------------------------------
   `work out value with friction
   xSpeed#(id)=xSpeed#(id)*friction#(id)
   ySpeed#(id)=ySpeed#(id)+gravity#(0)
   zSpeed#(id)=zSpeed#(id)*friction#(id)

`work out the new position
   xPos#=xPos#+xSpeed#(id)
   yPos#=yPos#-ySpeed#(id)
   zPos#=zPos#+zSpeed#(id)

`work out the height of the character
   if yPos#< get ground height(1,xPos#,zPos#)
   ySpeed#(id)=ySpeed#(id)+(yPos#-get ground height(1,xPos#,zPos#))
   yPos#=get ground height(1,xPos#,zPos#)

`------------------------------------------
   `player tilting
   `------------------------------------------
   distVal#=1

ang#=yAng#
      frontX#=newxvalue(xPos#,ang#,distVal#)
      frontZ#=newzvalue(zPos#,ang#,distVal#)

ang#=yAng#+180
      backX#=newxvalue(xPos#,ang#,distVal#)
      backZ#=newzvalue(zPos#,ang#,distVal#)

ang#=yAng#+90
      leftX#=newxvalue(xPos#,ang#,distVal#)
      leftZ#=newzvalue(zPos#,ang#,distVal#)

ang#=yAng#-90
      rightX#=newxvalue(xPos#,ang#,distVal#)
      rightZ#=newzvalue(zPos#,ang#,distVal#)

`work out the heights
   frontHeight#=get ground height(1,frontX#,frontZ#)
   backHeight#=get ground height(1,backX#,backZ#)
   leftHeight#=get ground height(1,leftX#,leftZ#)
   rightHeight#=get ground height(1,rightX#,rightZ#)

`compute tilt angles
   xAng#=curveangle((backHeight#-frontHeight#)*30,object angle x(id+10),5)
   zAng#=curveangle((leftHeight#-rightHeight#)*30,object angle z(id+10),5)

`update rotation
   rotate object id+10,xAng#,0,zAng#

`-------------------
   `slide down slopes
   `-------------------
   xMoveDist#=(backHeight#-frontHeight#)/30
   zMoveDist#=(leftHeight#-rightHeight#)/30

`adjust momentum up/down
   xSpeed#(id)=xSpeed#(id)+newxvalue(0,yAng#,xMovedist#)
   zSpeed#(id)=zSpeed#(id)+newxvalue(0,yAng#,xMovedist#)

`adjust momentum left/right
   xSpeed#(id)=xSpeed#(id)+newxvalue(0,yAng#-90,zMovedist#)
   zSpeed#(id)=zSpeed#(id)+newxvalue(0,yAng#-90,zMovedist#)

endif

`reposition the player object
   position object id,xPos#,yPos#,zPos#

endfunction

function clear()
      for n=1 to 1000
         if object exist(n)=1
            delete object n
         endif
         if matrix exist(n)=1
            delete matrix n
         endif
         if light exist(n)=1
            delete light n
         endif
         if image exist(n)=1
            delete image n
         endif
      next n
exitfunction
`      for n=1 to 1000
         `if (object exist(n)=0 and matrix exist(n)=0 and light exist(n)=0 and image exist(n)=0)then exit
 `     next n
endfunction

`function choose()
choose:
if world=1
   `clear()
`   world=2
   world1()
    `  main()
endif

if world >1
   `clear()
   `world=1
   world2()
   `main()
endif
`endfunction
return

function world1()

sync on
sync rate 40
hide mouse
autocam off
`load the matrix
LoadMatrix("race1",1)

`set ambient light amount
set ambient light 20

`colour main light
color light 0,RGB(233,233,233)

`make a light
make light 1
set point light 1,600,200,450
color light 1,RGB(255,255,100)

for id=1 to 2
`make a temporary player object
make object cube id,1
load object "media/hovercraft.3ds",10+id
scale object 10+id,75,75,75
glue object to limb 10+id,id,0
hide limb id,0

make object collision box id,-1,0,-1,1,2,1,0
friction#(id)=0.95
moveDist#(id)=0.065
xSpeed#(id)=0
zSpeed#(id)=0
next id

`-----------------
`work out position
`-----------------
xPos1#= 143.5:xPos2#=150.5
zPos1#= 143.5:zPos2#=150.5
yPos1#=get ground height(1,xPos1#,zPos1#):yPos2#=get ground height(1,xPos2#,zPos2#)

position object 1,xPos1#,yPos1#,zPos1#
position object 2,xPos2#,yPos2#,zPos2#

xSpot#(0)=146.0:zSpot#(0)=308.7
 xSpot#(1)=448.8:zSpot#(1)=308.7
 xSpot#(2)=448.8:zSpot#(2)=113.8
 xSpot#(3)=547.9:zSpot#(3)=113.8
 xSpot#(4)=547.9:zSpot#(4)=188.7
 xSpot#(5)=746.8:zSpot#(5)=188.7
 xSpot#(6)=746.8:zSpot#(6)=54.3
 xSpot#(7)=881.6:zSpot#(7)=54.3
 xSpot#(8)=881.6:zSpot#(8)=868.1
 xSpot#(9)=949.4:zSpot#(9)=868.1
 xSpot#(10)=949.4:zSpot#(10)=907.6
 xSpot#(11)=849.0:zSpot#(11)=912.0
 xSpot#(12)=849.0:zSpot#(12)=924.0
 xSpot#(13)=86.3:zSpot#(13)=928.2
 xSpot#(14)=86.3:zSpot#(14)=712.5
 xSpot#(15)=595.0:zSpot#(15)=712.5
 xSpot#(16)=782.6:zSpot#(16)=712.5
 xSpot#(17)=782.6:zSpot#(17)=250.9
 xSpot#(18)=722.3:zSpot#(18)=250.9
 xSpot#(19)=715.9:zSpot#(19)=564.8
 xSpot#(20)=419.9:zSpot#(20)=571.5
 xSpot#(21)=414.9:zSpot#(21)=628.3
 xSpot#(22)=254.8:zSpot#(22)=628.3
 xSpot#(23)=254.8:zSpot#(23)=575.3
 xSpot#(24)=86.4:zSpot#(24)=575.3
 xSpot#(25)=86.4:zSpot#(25)=494.9
 xSpot#(26)=115.2:zSpot#(26)=494.9
 xSpot#(27)=115.2:zSpot#(27)=352.4
 xSpot#(28)=54.8:zSpot#(28)=352.4
 xSpot#(29)=54.8:zSpot#(29)=33.35
 xSpot#(30)=146.0:zSpot#(30)=31.3
 xSpot#(31)=146.0:zSpot#(31)=72.6
endfunction

function world2()

sync on
sync rate 40
hide mouse
autocam off
`load the matrix
LoadMatrix("race1",1)

`set ambient light amount
set ambient light 20

`colour main light
color light 0,RGB(233,233,233)

`make a light
make light 1
set point light 1,600,200,450
color light 1,RGB(255,255,100)

for id=1 to 2
`make a temporary player object
make object cube id,1
load object "media/ab.x",10+id
scale object 10+id,75,75,75
glue object to limb 10+id,id,0
hide limb id,0

make object collision box id,-1,0,-1,1,2,1,0
friction#(id)=0.95
moveDist#(id)=0.065
xSpeed#(id)=0
zSpeed#(id)=0
next id

`-----------------
`work out position
`-----------------
xPos1#= 143.5:xPos2#=150.5
zPos1#= 143.5:zPos2#=150.5
yPos1#=get ground height(1,xPos1#,zPos1#):yPos2#=get ground height(1,xPos2#,zPos2#)

position object 1,xPos1#,yPos1#,zPos1#
position object 2,xPos2#,yPos2#,zPos2#

xSpot#(0)=146.0:zSpot#(0)=308.7
 xSpot#(1)=448.8:zSpot#(1)=308.7
 xSpot#(2)=448.8:zSpot#(2)=113.8
 xSpot#(3)=547.9:zSpot#(3)=113.8
 xSpot#(4)=547.9:zSpot#(4)=188.7
 xSpot#(5)=746.8:zSpot#(5)=188.7
 xSpot#(6)=746.8:zSpot#(6)=54.3
 xSpot#(7)=881.6:zSpot#(7)=54.3
 xSpot#(8)=881.6:zSpot#(8)=868.1
 xSpot#(9)=949.4:zSpot#(9)=868.1
 xSpot#(10)=949.4:zSpot#(10)=907.6
 xSpot#(11)=849.0:zSpot#(11)=912.0
 xSpot#(12)=849.0:zSpot#(12)=924.0
 xSpot#(13)=86.3:zSpot#(13)=928.2
 xSpot#(14)=86.3:zSpot#(14)=712.5
 xSpot#(15)=595.0:zSpot#(15)=712.5
 xSpot#(16)=782.6:zSpot#(16)=712.5
 xSpot#(17)=782.6:zSpot#(17)=250.9
 xSpot#(18)=722.3:zSpot#(18)=250.9
 xSpot#(19)=715.9:zSpot#(19)=564.8
 xSpot#(20)=419.9:zSpot#(20)=571.5
 xSpot#(21)=414.9:zSpot#(21)=628.3
 xSpot#(22)=254.8:zSpot#(22)=628.3
 xSpot#(23)=254.8:zSpot#(23)=575.3
 xSpot#(24)=86.4:zSpot#(24)=575.3
 xSpot#(25)=86.4:zSpot#(25)=494.9
 xSpot#(26)=115.2:zSpot#(26)=494.9
 xSpot#(27)=115.2:zSpot#(27)=352.4
 xSpot#(28)=54.8:zSpot#(28)=352.4
 xSpot#(29)=54.8:zSpot#(29)=33.35
 xSpot#(30)=146.0:zSpot#(30)=31.3
 xSpot#(31)=146.0:zSpot#(31)=72.6
endfunction

+ Code Snippet

#include "LoadMatrix.dba"

`------
`ARRAYS
`------
`declare the MatEdit variables
Dim BigMatrix(600,600,1)
Dim StartLoc_X(1): Dim StartLoc_Z(1):Dim Info(2)
Dim TArrayX(1): Dim TArrayZ(1): Dim FKey(10,1)
Dim ColData(100): Dim ZoneData(100): Dim Tiles(500,500)
Dim OverTexture$(100): Dim OverName$(20): Dim ReplaceTex(100)
Dim MOffsetX(25): Dim MOffsetY(25)
Dim MWire(20): Dim MGhost(20): Dim Lock(20)
Dim MatX#(20): Dim MatY#(20): Dim MatZ#(20)
Dim MatWidth#(20): Dim MatHeight#(20)
Dim TilesX(20): Dim TilesZ(20)
Dim MatHi#(20): Dim MatLo#(20)

dim gravity#(0):gravity#(0)=0.1

`player arrays
dim xSpeed#(2)
dim ySpeed#(2)
dim zSpeed#(2)
dim friction#(2)
dim movedist#(2)

dim xSpot#(32)
dim zSpot#(32)
dim spot(0)
dim spot2(0)
dim score(2)
WORLD=1

` choose()
`WORLD1()
do
clear()
 gosub choose
main()

loop
`end

function main()
do

   if spacekey()=1
    clear()
   endif
    `update the player
   move_player(1,forward,backward,left,right)

   watch(1)

   `control_player(2)

   `update the camera
   chase_cam(1)

      for id=1 to 2
         if score(id)=2
            if id=1
            exitfunction
            `exitfunction
            else
            lose()
            `:exit:exitfunction
         endif
         endif
      next id

    `  if score(1)=2
     ` exit
      `clear()

      `endif
   collide()

    text 1,80,str$(world)
   `update the screen
   sync
loop
  `exitfunction
endfunction


function collide()
   for id=1 to 2
      xPos#=object position x(id)
      yPos#=object position y(id)
      zPos#=object position z(id)

      collide=object collision(id,0):rem checks collision between racers

   if collide > 0
      xPos#=xPos#-(get object collision x()/2)
      zPos#=zPos#-(get object collision z()/2)
   endif

   Position object id,xPos#,yPos#,zPos#
next id
endfunction


 function win()

   yAng=object angle y(1)
   time=0
   do
      control_player(2)

      `camera tricks
      yAng=yAng+2

      xCamPos#=newxvalue(object position x(1),yAng,25)
      zCamPos#=newzvalue(object position z(1),yAng,25)

      yCamPos#=get ground height(1,xCamPos#,zCamPos#)+3

      position camera xCamPos#,yCamPos#,zCamPos#
      point camera object position x(1),object position y(1),object position z(1)

      collide()

      inc time
      if time>=60 then exit
 `        world=world+1
`         clear()
         `exitfunction
         `exit
         `gosub choose
`11         gosub main1
      `endif

      sync
   loop
endfunction

`player lose
 function lose()
   yAng=object angle y(1)

   do
   for id=1 to 2
      control_player(id)
   next id
      `camera tricks

      xCamPos#=curvevalue(250,camera position x(),50)
      zCamPos#=curvevalue(250,camera position z(),50)
      yCamPos#=curvevalue(100,camera position y(),50)

      position camera xCamPos#,yCamPos#,zCamPos#
      point camera object position x(2),object position y(2),object position z(2)

      collide()

      sync
   loop
endfunction

`-----------------------------------
`racing artificial intelligence
`-----------------------------------
function control_player(id)

   xPos#=int(object position x(id))
   zPos#=int(object position z(id))
   xSpot#(spot)=int(xSpot#(spot))
   zSpot#(spot)=int(zSpot#(spot))

   forward=1

  if xPos# >= xSpot#(spot) - 5 And xPos# <= xSpot#(spot) + 5 and zPos# >= zSpot#(spot) - 5 and zPos# <= zSpot#(spot) + 5
      inc spot
          score(id)=score(id)+1
      if spot > 32 then spot=0

   else
      point object id,xSpot#(spot),object size y(id)/2,zSpot#(spot)
   endif
      move_player(id,forward,backward,left,right)
 text 1,50,str$(score(id))
endfunction

`-----scoring 4 player1
function watch(id)
   xPos#=int(object position x(id))
   zPos#=int(object position z(id))
   xSpot#(spot2)=int(xSpot#(spot2))
   zSpot#(spot2)=int(zSpot#(spot2))
`yAng=object angle y(id)

`   forward=1

  if xPos# >= xSpot#(spot2) - 10 And xPos# <= xSpot#(spot2) + 10 and zPos# >= zSpot#(spot2) - 10 and zPos# <= zSpot#(spot2) + 10
   inc spot2
          score(id)=score(id)+1
   if spot2 > 32 then spot2=0

   endif
if spot2 >0
 `for spot2 =1 to 32
      angleway1#=atanfull(xSpot#(spot2-1)-xSpot#(spot2),zSpot#(spot2-1)-xSpot#(spot2))+yAng
      angleway2#=atanfull(xSpot#(spot2)-xPos#,zSpot#(spot2)-zSpot#)
  `          angledet#=angleway1# + yAng
     ` If angleway1# < 90 Or angleway1# > 270
`print "hi"
   `Car facing right direction
 `     Else
  `    print "no"
   `Car facing wrong direction
 `     EndIf
`
      `sed# = sqrt(sqr(xPos#-xSpot#(spot2))+sqr(zPos#-zSpot#(spot2)))
`next spot2
  endif

   `If spot2 >0
    `  angleway2#=atanfull(xSpot#(spot2)-xPos#,zSpot#(spot2)-zSpot#)
  `endif

text 1,30,str$(score(id))
text 1,10,str$(angleway2#)
text 1,0,str$(angleway1#)
`text 1,10,str$(zpos#)
`text 1,0,str$(xpos#)
endfunction
`---------------------

`---------
`chase cam
`---------
function chase_cam(id)

   `work out the angle of the object being chased
   yAng#=wrapvalue(object angle y(id)+180)

   `grab the cameras current position
   xPos#=object position x(id)
   yPos#=object position y(id)
   zPos#=object position z(id)

   `other variables
   camDist=5
   camHeight=2

   `work out new position
   xCamPos#=newxvalue(xPos#,yAng#,camDist)
   zCamPos#=newZvalue(zPos#,yAng#,camDist)

   `work out camera height
   yCamPos#=get ground height(1,xCamPos#,zCamPos#)+camHeight
   if yCamPos#<yPos#+camHeight then yCamPos#=yPos#+camHeight

   xCamPos#=curvevalue(xCamPos#,camera position x(),4)
   yCamPos#=curvevalue(yCamPos#,camera position y(),4)
   zCamPos#=curvevalue(zCamPos#,camera position z(),4)
   `update camera position
   position camera xCamPos#,yCamPos#,zCamPos#
   point camera xPos#,yPos#+camHeight,zPos#

endfunction

`-------------------------
`move the specified player
`-------------------------
function move_player(id,forward, backward, left, right)
 if upkey()=1 then forward=1 :`else forward=0
   if downkey()=1 then backward=1 :`else backward=0
   if leftkey()=1 then left=1 :`else left=0
   if rightkey()=1 then right=1 :`else right=0
   `----------------------------------
   `get the required object properties
   `----------------------------------
   xPos#=object position x(id)
   yPos#=object position y(id)
   zPos#=object position z(id)
   yAng#=object angle y(id)

   `-----------------------
   `sort out basic movement
   `-----------------------
   `apply forward movement

   if forward=1
      xSpeed#(id)=xSpeed#(id)+newxvalue(0,yAng#,moveDist#(id))
      zSpeed#(id)=zSpeed#(id)+newzvalue(0,yAng#,moveDist#(id))
   endif

   `apply backward movement
   if backward=1
      xSpeed#(id)=xSpeed#(id)+newxvalue(0,yAng#,moveDist#(id)*-1)
      zSpeed#(id)=zSpeed#(id)+newzvalue(0,yAng#,moveDist#(id)*-1)
   endif

   `apply left rotation
   if left=1
      yrotate object id,wrapvalue(yAng#-4)
   endif

   `apply right rotation
   if right=1
      yrotate object id,wrapvalue(yAng#+4)
   endif

   `--------------------------------------------------
   `sort out friction and other physics related things
   `--------------------------------------------------
   `work out value with friction
   xSpeed#(id)=xSpeed#(id)*friction#(id)
   ySpeed#(id)=ySpeed#(id)+gravity#(0)
   zSpeed#(id)=zSpeed#(id)*friction#(id)

   `work out the new position
   xPos#=xPos#+xSpeed#(id)
   yPos#=yPos#-ySpeed#(id)
   zPos#=zPos#+zSpeed#(id)

   `work out the height of the character
   if yPos#< get ground height(1,xPos#,zPos#)
   ySpeed#(id)=ySpeed#(id)+(yPos#-get ground height(1,xPos#,zPos#))
   yPos#=get ground height(1,xPos#,zPos#)

   `------------------------------------------
   `player tilting
   `------------------------------------------
   distVal#=1

   ang#=yAng#
      frontX#=newxvalue(xPos#,ang#,distVal#)
      frontZ#=newzvalue(zPos#,ang#,distVal#)

   ang#=yAng#+180
      backX#=newxvalue(xPos#,ang#,distVal#)
      backZ#=newzvalue(zPos#,ang#,distVal#)

   ang#=yAng#+90
      leftX#=newxvalue(xPos#,ang#,distVal#)
      leftZ#=newzvalue(zPos#,ang#,distVal#)

   ang#=yAng#-90
      rightX#=newxvalue(xPos#,ang#,distVal#)
      rightZ#=newzvalue(zPos#,ang#,distVal#)

   `work out the heights
   frontHeight#=get ground height(1,frontX#,frontZ#)
   backHeight#=get ground height(1,backX#,backZ#)
   leftHeight#=get ground height(1,leftX#,leftZ#)
   rightHeight#=get ground height(1,rightX#,rightZ#)

   `compute tilt angles
   xAng#=curveangle((backHeight#-frontHeight#)*30,object angle x(id+10),5)
   zAng#=curveangle((leftHeight#-rightHeight#)*30,object angle z(id+10),5)

   `update rotation
   rotate object id+10,xAng#,0,zAng#

   `-------------------
   `slide down slopes
   `-------------------
   xMoveDist#=(backHeight#-frontHeight#)/30
   zMoveDist#=(leftHeight#-rightHeight#)/30

   `adjust momentum up/down
   xSpeed#(id)=xSpeed#(id)+newxvalue(0,yAng#,xMovedist#)
   zSpeed#(id)=zSpeed#(id)+newxvalue(0,yAng#,xMovedist#)

   `adjust momentum left/right
   xSpeed#(id)=xSpeed#(id)+newxvalue(0,yAng#-90,zMovedist#)
   zSpeed#(id)=zSpeed#(id)+newxvalue(0,yAng#-90,zMovedist#)

   endif

   `reposition the player object
   position object id,xPos#,yPos#,zPos#

endfunction


function clear()
      for n=1 to 1000
         if object exist(n)=1
            delete object n
         endif
         if matrix exist(n)=1
            delete matrix n
         endif
         if light exist(n)=1
            delete light n
         endif
         if image exist(n)=1
            delete image n
         endif
      next n
exitfunction
`      for n=1 to 1000
         `if (object exist(n)=0 and matrix exist(n)=0 and light exist(n)=0 and image exist(n)=0)then exit
 `     next n
endfunction

`function choose()
choose:
if world=1
   `clear()
`   world=2
   world1()
    `  main()
endif

if world >1
   `clear()
   `world=1
   world2()
   `main()
endif
`endfunction
return

function world1()

sync on
sync rate 40
hide mouse
autocam off
`load the matrix
LoadMatrix("race1",1)

`set ambient light amount
set ambient light 20

`colour main light
color light 0,RGB(233,233,233)

`make a light
make light 1
set point light 1,600,200,450
color light 1,RGB(255,255,100)


for id=1 to 2
`make a temporary player object
make object cube id,1
load object "media/hovercraft.3ds",10+id
scale object 10+id,75,75,75
glue object to limb 10+id,id,0
hide limb id,0

make object collision box id,-1,0,-1,1,2,1,0
friction#(id)=0.95
moveDist#(id)=0.065
xSpeed#(id)=0
zSpeed#(id)=0
next id

`-----------------
`work out position
`-----------------
xPos1#= 143.5:xPos2#=150.5
zPos1#= 143.5:zPos2#=150.5
yPos1#=get ground height(1,xPos1#,zPos1#):yPos2#=get ground height(1,xPos2#,zPos2#)

position object 1,xPos1#,yPos1#,zPos1#
position object 2,xPos2#,yPos2#,zPos2#

 xSpot#(0)=146.0:zSpot#(0)=308.7
 xSpot#(1)=448.8:zSpot#(1)=308.7
 xSpot#(2)=448.8:zSpot#(2)=113.8
 xSpot#(3)=547.9:zSpot#(3)=113.8
 xSpot#(4)=547.9:zSpot#(4)=188.7
 xSpot#(5)=746.8:zSpot#(5)=188.7
 xSpot#(6)=746.8:zSpot#(6)=54.3
 xSpot#(7)=881.6:zSpot#(7)=54.3
 xSpot#(8)=881.6:zSpot#(8)=868.1
 xSpot#(9)=949.4:zSpot#(9)=868.1
 xSpot#(10)=949.4:zSpot#(10)=907.6
 xSpot#(11)=849.0:zSpot#(11)=912.0
 xSpot#(12)=849.0:zSpot#(12)=924.0
 xSpot#(13)=86.3:zSpot#(13)=928.2
 xSpot#(14)=86.3:zSpot#(14)=712.5
 xSpot#(15)=595.0:zSpot#(15)=712.5
 xSpot#(16)=782.6:zSpot#(16)=712.5
 xSpot#(17)=782.6:zSpot#(17)=250.9
 xSpot#(18)=722.3:zSpot#(18)=250.9
 xSpot#(19)=715.9:zSpot#(19)=564.8
 xSpot#(20)=419.9:zSpot#(20)=571.5
 xSpot#(21)=414.9:zSpot#(21)=628.3
 xSpot#(22)=254.8:zSpot#(22)=628.3
 xSpot#(23)=254.8:zSpot#(23)=575.3
 xSpot#(24)=86.4:zSpot#(24)=575.3
 xSpot#(25)=86.4:zSpot#(25)=494.9
 xSpot#(26)=115.2:zSpot#(26)=494.9
 xSpot#(27)=115.2:zSpot#(27)=352.4
 xSpot#(28)=54.8:zSpot#(28)=352.4
 xSpot#(29)=54.8:zSpot#(29)=33.35
 xSpot#(30)=146.0:zSpot#(30)=31.3
 xSpot#(31)=146.0:zSpot#(31)=72.6
endfunction

function world2()

sync on
sync rate 40
hide mouse
autocam off
`load the matrix
LoadMatrix("race1",1)

`set ambient light amount
set ambient light 20

`colour main light
color light 0,RGB(233,233,233)

`make a light
make light 1
set point light 1,600,200,450
color light 1,RGB(255,255,100)


for id=1 to 2
`make a temporary player object
make object cube id,1
load object "media/ab.x",10+id
scale object 10+id,75,75,75
glue object to limb 10+id,id,0
hide limb id,0

make object collision box id,-1,0,-1,1,2,1,0
friction#(id)=0.95
moveDist#(id)=0.065
xSpeed#(id)=0
zSpeed#(id)=0
next id

`-----------------
`work out position
`-----------------
xPos1#= 143.5:xPos2#=150.5
zPos1#= 143.5:zPos2#=150.5
yPos1#=get ground height(1,xPos1#,zPos1#):yPos2#=get ground height(1,xPos2#,zPos2#)

position object 1,xPos1#,yPos1#,zPos1#
position object 2,xPos2#,yPos2#,zPos2#

 xSpot#(0)=146.0:zSpot#(0)=308.7
 xSpot#(1)=448.8:zSpot#(1)=308.7
 xSpot#(2)=448.8:zSpot#(2)=113.8
 xSpot#(3)=547.9:zSpot#(3)=113.8
 xSpot#(4)=547.9:zSpot#(4)=188.7
 xSpot#(5)=746.8:zSpot#(5)=188.7
 xSpot#(6)=746.8:zSpot#(6)=54.3
 xSpot#(7)=881.6:zSpot#(7)=54.3
 xSpot#(8)=881.6:zSpot#(8)=868.1
 xSpot#(9)=949.4:zSpot#(9)=868.1
 xSpot#(10)=949.4:zSpot#(10)=907.6
 xSpot#(11)=849.0:zSpot#(11)=912.0
 xSpot#(12)=849.0:zSpot#(12)=924.0
 xSpot#(13)=86.3:zSpot#(13)=928.2
 xSpot#(14)=86.3:zSpot#(14)=712.5
 xSpot#(15)=595.0:zSpot#(15)=712.5
 xSpot#(16)=782.6:zSpot#(16)=712.5
 xSpot#(17)=782.6:zSpot#(17)=250.9
 xSpot#(18)=722.3:zSpot#(18)=250.9
 xSpot#(19)=715.9:zSpot#(19)=564.8
 xSpot#(20)=419.9:zSpot#(20)=571.5
 xSpot#(21)=414.9:zSpot#(21)=628.3
 xSpot#(22)=254.8:zSpot#(22)=628.3
 xSpot#(23)=254.8:zSpot#(23)=575.3
 xSpot#(24)=86.4:zSpot#(24)=575.3
 xSpot#(25)=86.4:zSpot#(25)=494.9
 xSpot#(26)=115.2:zSpot#(26)=494.9
 xSpot#(27)=115.2:zSpot#(27)=352.4
 xSpot#(28)=54.8:zSpot#(28)=352.4
 xSpot#(29)=54.8:zSpot#(29)=33.35
 xSpot#(30)=146.0:zSpot#(30)=31.3
 xSpot#(31)=146.0:zSpot#(31)=72.6
endfunction

phukol

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zircher

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Joined: 27th Dec 2002

Location: Oklahoma

Posted: 30th Apr 2004 18:03 Edited at: 30th Apr 2004 18:03

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Can us post the loadmatrix.dba code as well? Most likely the problem is there.
--
TAZ

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Arkheii

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Posted: 30th Apr 2004 19:00 Edited at: 1st May 2004 07:02

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Are you using MatEdit?

ROFLMAOOL!

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phukol

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Posted: 30th Apr 2004 21:18

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yes. it's one of the best tools ive ever used. [;ease help me!

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Arkheii

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Posted: 1st May 2004 06:46 Edited at: 1st May 2004 07:02

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I know MatEdit came with examples. Peek into them and see what functions/includes you may be missing. Maybe you should also look into the "monster matrix" example because that's what you seem to be doing.

Sorry, I don't use MatEdit... Not my style to use someone else' app like that...

ROFLMAOOL!

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hyrichter

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Location: Arizona

Posted: 1st May 2004 08:26 Edited at: 1st May 2004 08:28

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For loading your matrix, you need to use the LoadMatrix function. Here is the code for loading in a MatEdit matrix.

+ Code Snippet

`declare the MatEdit variables
Dim BigMatrix(600,600,1)
Dim StartLoc_X(1): Dim StartLoc_Z(1):Dim Info(2)
Dim TArrayX(1): Dim TArrayZ(1): Dim FKey(10,1)
Dim ColData(100): Dim ZoneData(100): Dim Tiles(500,500)
Dim OverTexture$(100): Dim OverName$(20): Dim ReplaceTex(100)
Dim MOffsetX(25): Dim MOffsetY(25)
Dim MWire(20): Dim MGhost(20): Dim Lock(20)
Dim MatX#(20): Dim MatY#(20): Dim MatZ#(20)
Dim MatWidth#(20): Dim MatHeight#(20)
Dim TilesX(20): Dim TilesZ(20)
Dim MatHi#(20): Dim MatLo#(20)

LoadMatrix("yourmatrix",1)

I didn't see the LoadMatrix function anywhere in your code.

Hope this helped

edit: Oh, now I see the LoadMatrix function in your code.

Quote: "`load the matrix
LoadMatrix("race1",1)"

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phukol

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Posted: 1st May 2004 13:35

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thnk u all 4 replying. But if u can only try it, my problem is in the way how i can load a "NEW MATRIX", i just wana load a "NEW MAtrix" or "World" after i met or answered a specified condition. and i don't know how to properly implement it by using a Do ...loop.
if you want i can send u the media and code used. thnk u

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phukol

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Posted: 2nd May 2004 00:02

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thnx 4 ur ideas. imanaged 2 solve my problem. It was just placing the right "INC variable" somewhere in a label rather than in a function. THNK U ALL 4 UR IDEAS!

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