Sparky's Collision DLL: Collision With Gravity + Jumping (DBPro)

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Sixty Squares

17

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Joined: 7th Jun 2006

Location: Somewhere in the world

Posted: 26th Jun 2007 02:01 Edited at: 20th Jul 2007 00:57

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Here are some functions that I've been using in my projects for collision. There are probably better ones out there, but this is mine. It handles jumping and gravity (even if it is a little buggy). There are 6 commands, four of which are required to get the collision system working on an object (or many...). Here's the code:

END
rem ********************************************
rem
rem COLLISION FUNCTIONS
rem
rem ********************************************
function COLLSetup(MaxObj)
`MaxOBJ=The Highest Object Number that will need collision.
Dim COLL#(MaxOBJ,8)
exitfunction
delete memblock 1
endfunction

function COLLUpdateOld(OBJ,GravityAmount as float,GravityFlag as boolean)

if GravityFlag=1 and GravityAmount=0 then GravityAmount=0.2
   COLL#(OBJ,4) = object position x(OBJ)
   COLL#(OBJ,5) = Object position y(OBJ)
   COLL#(OBJ,6) = object position z(OBJ)
if GravityFlag=1 then COLL#(OBJ,7)=COLL#(Obj,7)-GravityAmount

endfunction

function COLLJump(OBJ,HEIGHT as float,Key as integer)

if KEY>0
if Keystate(Key) and COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT
else
if controlkey() and COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT
ENDIF

endfunction

function COLLCompJump(OBJ,HEIGHT as float)

if COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT

endfunction

Function COLLUpdateNew(OBJ)

sc_UpdateObject OBJ

COLL#(OBJ,1) = object position x(OBJ)
COLL#(OBJ,2) = Object position y(OBJ)
COLL#(OBJ,3) = object position z(OBJ)

COLL#(OBJ,1) = object position x(OBJ)

COLL#(OBJ,3) = object position z(OBJ)

sc_UpdateObject OBJ
endfunction

Function COLLHandleCollision(OBJ,GROUP,RADIUS as float,TC as boolean)
`TC=Terrain Collison. (NOT PERFECTED SO JUST SET THIS TO 0)
OFFSET#=0
sc_UpdateObject obj

COLL#(OBJ,2)=COLL#(OBJ,2)+COLL#(OBJ,7)

position object OBJ,COLL#(OBJ,1),COLL#(OBJ,2),COLL#(OBJ,3)

if TC=0
Collide=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,1),COLL#(OBJ,5)+Offset#,COLL#(OBJ,3),RADIUS,OBJ)

COLL#(OBJ,8)=0

if Collide>0
COLL#(OBJ,1)=sc_GetCollisionslideX()
COLL#(OBJ,3)=SC_GetCollisionSlideZ()
endif

Collide=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,4),COLL#(OBJ,2)+Offset#,COLL#(OBJ,6),RADIUS,OBJ)
Collide5=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,4),COLL#(OBJ,2)+Offset#-0.4,COLL#(OBJ,6),RADIUS,OBJ)

if collide>0 or collide5>0

COLL#(OBJ,7)=0 : COLL#(obj,8)=1

COLL#(OBJ,2)=sc_GetCollisionSlideY()-Offset#
endif

Collide2=SC_RayCastGroup(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,1),COLL#(OBJ,2)+Offset#,COLL#(OBJ,3),OBJ)

if collide2>0 and GROUP=1

COLL#(OBJ,7)=0 : COLL#(obj,8)=1

COLL#(OBJ,1)=COLL#(OBJ,4)
COLL#(OBJ,2)=COLL#(OBJ,5)-Offset#
COLL#(OBJ,3)=COLL#(OBJ,6)
endif

endif

position object OBJ,COLL#(OBJ,1),coll#(obj,2),COLL#(OBJ,3)

if TC>0
COLL#(OBJ,8)=1
i#=SC_IntersectObject(1,COLL#(OBJ,1),-10000,COLL#(OBJ,3),COLL#(OBJ,1),10000,COLL#(OBJ,3))
i#=i#+10000
position object OBJ,COLL#(OBJ,1),i#,COLL#(OBJ,3)
endif

sc_UpdateObject OBJ

endfunction

+ Code Snippet

END
rem ********************************************
rem
rem COLLISION FUNCTIONS
rem
rem ********************************************
function COLLSetup(MaxObj)
`MaxOBJ=The Highest Object Number that will need collision.
Dim COLL#(MaxOBJ,8)
exitfunction
delete memblock 1
endfunction


function COLLUpdateOld(OBJ,GravityAmount as float,GravityFlag as boolean)


if GravityFlag=1 and GravityAmount=0 then GravityAmount=0.2
   COLL#(OBJ,4) = object position x(OBJ)
   COLL#(OBJ,5) = Object position y(OBJ)
   COLL#(OBJ,6) = object position z(OBJ)
if GravityFlag=1 then COLL#(OBJ,7)=COLL#(Obj,7)-GravityAmount



endfunction


function COLLJump(OBJ,HEIGHT as float,Key as integer)


if KEY>0
if Keystate(Key) and COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT
else
if controlkey() and COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT
ENDIF



endfunction




function COLLCompJump(OBJ,HEIGHT as float)



if COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT




endfunction


Function COLLUpdateNew(OBJ)



sc_UpdateObject OBJ

COLL#(OBJ,1) = object position x(OBJ)
COLL#(OBJ,2) = Object position y(OBJ)
COLL#(OBJ,3) = object position z(OBJ)



COLL#(OBJ,1) = object position x(OBJ)

COLL#(OBJ,3) = object position z(OBJ)

sc_UpdateObject OBJ
endfunction





Function COLLHandleCollision(OBJ,GROUP,RADIUS as float,TC as boolean)
`TC=Terrain Collison. (NOT PERFECTED SO JUST SET THIS TO 0)
OFFSET#=0
sc_UpdateObject obj

COLL#(OBJ,2)=COLL#(OBJ,2)+COLL#(OBJ,7)

position object OBJ,COLL#(OBJ,1),COLL#(OBJ,2),COLL#(OBJ,3)

if TC=0
Collide=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,1),COLL#(OBJ,5)+Offset#,COLL#(OBJ,3),RADIUS,OBJ)

COLL#(OBJ,8)=0

if Collide>0
COLL#(OBJ,1)=sc_GetCollisionslideX()
COLL#(OBJ,3)=SC_GetCollisionSlideZ()
endif

Collide=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,4),COLL#(OBJ,2)+Offset#,COLL#(OBJ,6),RADIUS,OBJ)
Collide5=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,4),COLL#(OBJ,2)+Offset#-0.4,COLL#(OBJ,6),RADIUS,OBJ)

if collide>0 or collide5>0

COLL#(OBJ,7)=0 : COLL#(obj,8)=1

COLL#(OBJ,2)=sc_GetCollisionSlideY()-Offset#
endif

Collide2=SC_RayCastGroup(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,1),COLL#(OBJ,2)+Offset#,COLL#(OBJ,3),OBJ)


if collide2>0 and GROUP=1

COLL#(OBJ,7)=0 : COLL#(obj,8)=1

COLL#(OBJ,1)=COLL#(OBJ,4)
COLL#(OBJ,2)=COLL#(OBJ,5)-Offset#
COLL#(OBJ,3)=COLL#(OBJ,6)
endif


endif


position object OBJ,COLL#(OBJ,1),coll#(obj,2),COLL#(OBJ,3)


if TC>0
COLL#(OBJ,8)=1
i#=SC_IntersectObject(1,COLL#(OBJ,1),-10000,COLL#(OBJ,3),COLL#(OBJ,1),10000,COLL#(OBJ,3))
i#=i#+10000
position object OBJ,COLL#(OBJ,1),i#,COLL#(OBJ,3)
endif

sc_UpdateObject OBJ

endfunction

And here's an example:

rem Setup the demo...
sync on
sync rate 60
autocam off

rem Setup the collision system to handle object numbers 1-19.
COLLSetup(19)

rem Make the start box.
   make object box 100,100,1,100
   position object 100,0,150,0
   sc_Setupobject 100,1,2
   color object 100,rgb(255,0,255)

rem Make the player
    Make object sphere 1,10
   position object 1,0,175,0
   color object 1,rgb(0,255,0)
   sc_setupobject 1,3,1

rem Make a light blue skysphere
   MAKE OBJECT SPHERE 200,-2400
   disable object zwrite 200
   color object 200,rgb(155,155,255)

rem Make lots of random objects that will fall
   for o = 2 to 19
      make object sphere o,10
      position object o,rnd(10)*50,400+rnd(100),rnd(10)*50
      sc_setupobject o,2,1
   color object o,rgb(0,0,255)
   next o

rem Make 40 boxes, position them in random spots, and set them to use box collision.
   for c = 20 to 59
      make object box c,50+rnd(100),rnd(200),50+rnd(100)
      position object c,rnd(10)*50,rnd(100),rnd(10)*50
      if rnd(3)=0 then xrotate object c,rnd(90)
      sc_setupobject c,1,2
      color object c,rgb(100+rnd(155),0,rnd(100))
   next c

rem Set the player's movement speed to 2.
   Speed=2
DO
set cursor 10,10
print "FPS: ",Screen FPS()
   rem Update the objects' old positions
   for o = 1 to 19
      `COLLUpdateOld(Object Number,Gravity Amount (0 will go to the default: 0.2),Gravity Flag (0=NO GRAVITY,1=GRAVITY)
      COLLUpdateOld(o,0.2,1)
   next o

rem Allow the player to move around.
   if upkey() then move object 1,Speed
   if downkey() then move object 1,-Speed
   if leftkey() then yrotate object 1,wrapvalue(object angle y(1)-Speed)
   if rightkey() then yrotate object 1,wrapvalue(object angle y(1)+Speed)

rem Allow the player to jump using the Spacebar ("57" is written because the spacebar's keystate is 57. Writing a 0 will default to the controlkeys)
   Height=4
   Key=57
   COLLJump(1,Height,Key)

rem Update the objects' new positions and handle their collision
   for o = 1 to 19
      if controlkey() and o>1 then position object o,object position x(o),200+rnd(100),object position z(o)
      rem COLLUpdateNew(Object Number)
      COLLUpdateNew(o)
      rem COLLHandleCollision(Object Number,Group To Check Against,Terrain Collision (not so great, set it to 0...) )
      COLLHandleCollision(o,0,5,0)
   next o

rem Control the camera
   set camera to follow Object Position X(1),Object Position Y(1),Object Position Z(1),Object Angle Y(1),50,80,3.5,0
   point camera Object Position X(1),Object Position Y(1),Object Position Z(1)

rem If you die then get reset
   if object position y(1)<-50 then position object 1,0,175,0 : yrotate object 1,0
   SYNC
LOOP

END
rem ********************************************
rem
rem COLLISION FUNCTIONS
rem
rem ********************************************
function COLLSetup(MaxObj)
`MaxOBJ=The Highest Object Number that will need collision.
Dim COLL#(MaxOBJ,8)
exitfunction
delete memblock 1
endfunction

function COLLUpdateOld(OBJ,GravityAmount as float,GravityFlag as boolean)

if GravityFlag=1 and GravityAmount=0 then GravityAmount=0.2
   COLL#(OBJ,4) = object position x(OBJ)
   COLL#(OBJ,5) = Object position y(OBJ)
   COLL#(OBJ,6) = object position z(OBJ)
if GravityFlag=1 then COLL#(OBJ,7)=COLL#(Obj,7)-GravityAmount

endfunction

function COLLJump(OBJ,HEIGHT as float,Key as integer)

if KEY>0
if Keystate(Key) and COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT
else
if controlkey() and COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT
ENDIF

endfunction

function COLLCompJump(OBJ,HEIGHT as float)

if COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT

endfunction

Function COLLUpdateNew(OBJ)

sc_UpdateObject OBJ

COLL#(OBJ,1) = object position x(OBJ)
COLL#(OBJ,2) = Object position y(OBJ)
COLL#(OBJ,3) = object position z(OBJ)

COLL#(OBJ,1) = object position x(OBJ)

COLL#(OBJ,3) = object position z(OBJ)

sc_UpdateObject OBJ
endfunction

Function COLLHandleCollision(OBJ,GROUP,RADIUS as float,TC as boolean)
`TC=Terrain Collison. (NOT PERFECTED SO JUST SET THIS TO 0)
OFFSET#=0
sc_UpdateObject obj

COLL#(OBJ,2)=COLL#(OBJ,2)+COLL#(OBJ,7)

position object OBJ,COLL#(OBJ,1),COLL#(OBJ,2),COLL#(OBJ,3)

if TC=0
Collide=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,1),COLL#(OBJ,5)+Offset#,COLL#(OBJ,3),RADIUS,OBJ)

COLL#(OBJ,8)=0

if Collide>0
COLL#(OBJ,1)=sc_GetCollisionslideX()
COLL#(OBJ,3)=SC_GetCollisionSlideZ()
endif

Collide=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,4),COLL#(OBJ,2)+Offset#,COLL#(OBJ,6),RADIUS,OBJ)
Collide5=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,4),COLL#(OBJ,2)+Offset#-0.4,COLL#(OBJ,6),RADIUS,OBJ)

if collide>0 or collide5>0

COLL#(OBJ,7)=0 : COLL#(obj,8)=1

COLL#(OBJ,2)=sc_GetCollisionSlideY()-Offset#
endif

Collide2=SC_RayCastGroup(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,1),COLL#(OBJ,2)+Offset#,COLL#(OBJ,3),OBJ)

if collide2>0 and GROUP=1

COLL#(OBJ,7)=0 : COLL#(obj,8)=1

COLL#(OBJ,1)=COLL#(OBJ,4)
COLL#(OBJ,2)=COLL#(OBJ,5)-Offset#
COLL#(OBJ,3)=COLL#(OBJ,6)
endif

endif

position object OBJ,COLL#(OBJ,1),coll#(obj,2),COLL#(OBJ,3)

if TC>0
COLL#(OBJ,8)=1
i#=SC_IntersectObject(1,COLL#(OBJ,1),-10000,COLL#(OBJ,3),COLL#(OBJ,1),10000,COLL#(OBJ,3))
i#=i#+10000
position object OBJ,COLL#(OBJ,1),i#,COLL#(OBJ,3)
endif

sc_UpdateObject OBJ

endfunction

+ Code Snippet

rem Setup the demo...
sync on
sync rate 60
autocam off

rem Setup the collision system to handle object numbers 1-19.
COLLSetup(19)

rem Make the start box.
   make object box 100,100,1,100
   position object 100,0,150,0
   sc_Setupobject 100,1,2
   color object 100,rgb(255,0,255)

rem Make the player
    Make object sphere 1,10
   position object 1,0,175,0
   color object 1,rgb(0,255,0)
   sc_setupobject 1,3,1


rem Make a light blue skysphere
   MAKE OBJECT SPHERE 200,-2400
   disable object zwrite 200
   color object 200,rgb(155,155,255)


rem Make lots of random objects that will fall
   for o = 2 to 19
      make object sphere o,10
      position object o,rnd(10)*50,400+rnd(100),rnd(10)*50
      sc_setupobject o,2,1
   color object o,rgb(0,0,255)
   next o



rem Make 40 boxes, position them in random spots, and set them to use box collision.
   for c = 20 to 59
      make object box c,50+rnd(100),rnd(200),50+rnd(100)
      position object c,rnd(10)*50,rnd(100),rnd(10)*50
      if rnd(3)=0 then xrotate object c,rnd(90)
      sc_setupobject c,1,2
      color object c,rgb(100+rnd(155),0,rnd(100))
   next c

rem Set the player's movement speed to 2.
   Speed=2
DO
set cursor 10,10
print "FPS: ",Screen FPS()
   rem Update the objects' old positions
   for o = 1 to 19
      `COLLUpdateOld(Object Number,Gravity Amount (0 will go to the default: 0.2),Gravity Flag (0=NO GRAVITY,1=GRAVITY)
      COLLUpdateOld(o,0.2,1)
   next o

   rem Allow the player to move around.
   if upkey() then move object 1,Speed
   if downkey() then move object 1,-Speed
   if leftkey() then yrotate object 1,wrapvalue(object angle y(1)-Speed)
   if rightkey() then yrotate object 1,wrapvalue(object angle y(1)+Speed)

   rem Allow the player to jump using the Spacebar ("57" is written because the spacebar's keystate is 57. Writing a 0 will default to the controlkeys)
   Height=4
   Key=57
   COLLJump(1,Height,Key)


   rem Update the objects' new positions and handle their collision
   for o = 1 to 19
      if controlkey() and o>1 then position object o,object position x(o),200+rnd(100),object position z(o)
      rem COLLUpdateNew(Object Number)
      COLLUpdateNew(o)
      rem COLLHandleCollision(Object Number,Group To Check Against,Terrain Collision (not so great, set it to 0...) )
      COLLHandleCollision(o,0,5,0)
   next o

   rem Control the camera
   set camera to follow Object Position X(1),Object Position Y(1),Object Position Z(1),Object Angle Y(1),50,80,3.5,0
   point camera Object Position X(1),Object Position Y(1),Object Position Z(1)

   rem If you die then get reset
   if object position y(1)<-50 then position object 1,0,175,0 : yrotate object 1,0
   SYNC
LOOP
































END
rem ********************************************
rem
rem COLLISION FUNCTIONS
rem
rem ********************************************
function COLLSetup(MaxObj)
`MaxOBJ=The Highest Object Number that will need collision.
Dim COLL#(MaxOBJ,8)
exitfunction
delete memblock 1
endfunction


function COLLUpdateOld(OBJ,GravityAmount as float,GravityFlag as boolean)


if GravityFlag=1 and GravityAmount=0 then GravityAmount=0.2
   COLL#(OBJ,4) = object position x(OBJ)
   COLL#(OBJ,5) = Object position y(OBJ)
   COLL#(OBJ,6) = object position z(OBJ)
if GravityFlag=1 then COLL#(OBJ,7)=COLL#(Obj,7)-GravityAmount



endfunction


function COLLJump(OBJ,HEIGHT as float,Key as integer)


if KEY>0
if Keystate(Key) and COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT
else
if controlkey() and COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT
ENDIF



endfunction




function COLLCompJump(OBJ,HEIGHT as float)



if COLL#(OBJ,8)=1 then COLL#(OBJ,7)=HEIGHT




endfunction


Function COLLUpdateNew(OBJ)



sc_UpdateObject OBJ

COLL#(OBJ,1) = object position x(OBJ)
COLL#(OBJ,2) = Object position y(OBJ)
COLL#(OBJ,3) = object position z(OBJ)



COLL#(OBJ,1) = object position x(OBJ)

COLL#(OBJ,3) = object position z(OBJ)

sc_UpdateObject OBJ
endfunction





Function COLLHandleCollision(OBJ,GROUP,RADIUS as float,TC as boolean)
`TC=Terrain Collison. (NOT PERFECTED SO JUST SET THIS TO 0)
OFFSET#=0
sc_UpdateObject obj

COLL#(OBJ,2)=COLL#(OBJ,2)+COLL#(OBJ,7)

position object OBJ,COLL#(OBJ,1),COLL#(OBJ,2),COLL#(OBJ,3)

if TC=0
Collide=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,1),COLL#(OBJ,5)+Offset#,COLL#(OBJ,3),RADIUS,OBJ)

COLL#(OBJ,8)=0

if Collide>0
COLL#(OBJ,1)=sc_GetCollisionslideX()
COLL#(OBJ,3)=SC_GetCollisionSlideZ()
endif

Collide=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,4),COLL#(OBJ,2)+Offset#,COLL#(OBJ,6),RADIUS,OBJ)
Collide5=SC_SphereSlide(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,4),COLL#(OBJ,2)+Offset#-0.4,COLL#(OBJ,6),RADIUS,OBJ)

if collide>0 or collide5>0

COLL#(OBJ,7)=0 : COLL#(obj,8)=1

COLL#(OBJ,2)=sc_GetCollisionSlideY()-Offset#
endif

Collide2=SC_RayCastGroup(GROUP,COLL#(OBJ,4),COLL#(OBJ,5)+Offset#,COLL#(OBJ,6),COLL#(OBJ,1),COLL#(OBJ,2)+Offset#,COLL#(OBJ,3),OBJ)


if collide2>0 and GROUP=1

COLL#(OBJ,7)=0 : COLL#(obj,8)=1

COLL#(OBJ,1)=COLL#(OBJ,4)
COLL#(OBJ,2)=COLL#(OBJ,5)-Offset#
COLL#(OBJ,3)=COLL#(OBJ,6)
endif


endif


position object OBJ,COLL#(OBJ,1),coll#(obj,2),COLL#(OBJ,3)


if TC>0
COLL#(OBJ,8)=1
i#=SC_IntersectObject(1,COLL#(OBJ,1),-10000,COLL#(OBJ,3),COLL#(OBJ,1),10000,COLL#(OBJ,3))
i#=i#+10000
position object OBJ,COLL#(OBJ,1),i#,COLL#(OBJ,3)
endif

sc_UpdateObject OBJ

endfunction

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flashing snall

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Joined: 8th Oct 2005

Location: Boston

Posted: 26th Jun 2007 21:01

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woa, thats really nice.

"these shoes are 300 hundred dollars"-Shoes by Kelly http://smallgroupproductions.com/

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Sixty Squares

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Posted: 27th Jun 2007 00:10 Edited at: 27th Jun 2007 14:56

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Thanks

Feel free to use them if you want to.

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Sixty Squares

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Posted: 18th Jul 2007 13:48

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Anyone else tried it out?

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Ankillito

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Posted: 18th Jul 2007 23:02

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Very Cool!!

The 33 FPS with no media worries me though...

http://forum.thegamecreators.com/xt/xt_apollo_pic.php?i=1234759

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Juso

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Posted: 19th Jul 2007 17:27

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Ankillito:
I got 573 fps when using "sync rate 0"

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Xlaydos

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Posted: 19th Jul 2007 23:58

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Very nice

And you've given me an idea to start on after my current project

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Sixty Squares

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Posted: 20th Jul 2007 00:55

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Thanks for the comments everyone

@Ankillito: I got 257 fps when using "sync rate 0". How were you getting 30?

Maybe there sometihng else taking up too much ram as you were running the demo.

@Juso: Wow that's fast.

@Xylados: I'm glad I've inspired you

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Code Dragon

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Posted: 21st Jul 2007 16:36

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Very nice, I made something similar with DBP's native collision commands once, but they're nowhere near as powerful as sparky's.

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Sixty Squares

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Posted: 21st Jul 2007 17:48

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@Code Dragon: Thank you

Metal Runner uses the native collision commands as well.

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Code Snippets / Sparky's Collision DLL: Collision With Gravity + Jumping (DBPro)