Found the code while doing research and converted it to AppGameKit . It works in the project I am working on ( I only do coding during winter months ) . I added it as a text file . Don't know how to add the code button
// Project: A-A Waypoint Test
// Created: 2019-01-25 . Converted into AGK
// Original BY DARKGuy in DBP converted from DB code
// Original code (idea ?) from Binary moon tutorials DB code
// show all errors
SetErrorMode(2)
// set window properties
SetWindowTitle( "A-A Waypoint Test" )
SetWindowSize( 1024, 768, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window
// set display properties
SetVirtualResolution( 1024, 768 ) // doesn't have to match the window
SetOrientationAllowed( 1, 1, 1, 1 ) // allow both portrait and landscape on mobile devices
SetSyncRate( 30, 0 ) // 30fps instead of 60 to save battery
SetScissor( 0,0,0,0 ) // use the maximum available screen space, no black borders
UseNewDefaultFonts( 1 ) // since version 2.0.22 we can use nicer default fonts
GridObjectID=CreateObjectPlane(1024,768) // Create a plane and texture it
SetObjectColor( GridObjectID,125,125,125,255)
SetObjectPosition(GridObjectID,0,-1.5,0)
SetObjectRotation(GridObjectID,90,90,0) //90,90,0
SetObjectTransparency(GridObjectID,1)
// WPX stands for WayPoint X
dim wpx[5]
// WPZ stands for WayPoint Z
dim wpz[5]
// THIS IS ONLY FOR THIS EXAMPLE, AND WHAT IT DOES IS TO GENERATE RANDOM X AND Z COORDS
for a=1 to 4 //88
wpx[a]=Random2(-50,89)
wpz[a]=Random2(-50,89)
next a
/////////////////// End of temp arrray /////////////////////////
BLUE =1
// RED =2
GREEN=3
SetCameraRotation( 1, 90, 0 , 0 )
SetCameraPosition (1,1,225,-10)
// The "Player" Object
CreateObjectBox(BLUE,5,5,5)
SetObjectColor( BLUE,0,0,255,255) // BLUE
SetObjectVisible(BLUE,1) // make it invisible
SetObjectCollisionMode(BLUE,1)
// This is another Dummy for knowing where is the next waypoint
CreateObjectBox(GREEN,5,5,5)
SetObjectColor( GREEN,0,255,0,255) // GREEN
SetObjectVisible(GREEN,1)
// RotateObjectLocalx(BLUE,90) // Not needed when using SetObjectLookAt
// fixobjectpivot( BLUE) // Not needed
do
// We get the player position here...
x#=getobjectx(1) //BLUE
z#=getobjectz(1) // BLUE
//...and get the distance beetween the player's X,Z and the waypoint X,Z
dx# = Abs(wpx[a] - x#)
dz# = Abs(wpz[a] - z#)
// (dx#<=4 and dy#<=4) = if the object's distance is less than 4 units in both X and Z
// coordinates...
// OR
// (wpx(waypoint)=0 and wpz(waypoint)=0) = if the next waypoint is blank...
if (dx#<=4 and dz#<=4) or (wpx[a]=0 and wpz[a]=0)
// So, for saying it simple, if the player is close to the waypoint, we increment
// the waypoint variable a ( a new location to go! ).
// waypoint=waypoint+1
a=a+1
// If the waypoint variable is greater than the maximum, reset it to 0 (first waypoint)
If a>4 then a=0 // if waypoint (a)>88 then waypoint(a) =0
else
// We move our object in the X & Z direction .5 unit forward
MoveObjectLocalX(BLUE,.5) : MoveObjectLocalZ(BLUE,.5) // .5 is the SPEED
// We get again the Player's position AFTER moving it
x#=getobjectx(1)
z#=getobjectz(1)
SetObjectPosition(BLUE,x#,1,z#) // BLUE(1) box
SetObjectLookAt(BLUE,GetObjectX(3),GetObjectY(3),GetObjectZ(3),90)
// GetObjectZ(3),90) (90) BLUE object hits GREEN box
endif
// This is just for putting the dummy waypoint object where it must be
SetObjectPosition(GREEN,wpx[a],1,wpz[a]) // GREEN
print("")
print("")
print( " FPS "+str (screenfps()))
print("")
print( " Going to WayPoint "+str(a))
sync()
loop
