[DruggedBunnyParticipant]

Probably best to raise an ‘issue’ on Github to make sure Mark sees it:

https://github.com/blitz-research/monkey2/issues

[DruggedBunnyParticipant]

Still got some weirdness at screen edges with that*, but it’ll certainly do me for now… working much better, thanks!

* I’ll wait until more official and see how it works then.

[DruggedBunnyParticipant]

It’s great, needs to be featured here properly.

[DruggedBunnyParticipant]

Yeah, the new HTML5 plane demo is awesome, get it posted!

[DruggedBunnyParticipant]

MSVC is definitely way faster, well worth the effort to set up if you’re on Windows!

[DruggedBunnyParticipant]

Believe Mark means free + open source, though currently only available in the Patreon subscriber release (which is where that post comes from if I remember correctly), or via the self-build Github ‘develop’ branch.

[DruggedBunnyParticipant]

Yeah, same here, doesn’t like the first New Planef. (Latest dev.)

[DruggedBunnyParticipant]

Hmm, thought Scene.ClearColor with alpha component might do it, but a quick test of drawing rect to canvas followed by Scene.Render certainly doesn’t work.

[DruggedBunnyParticipant]

I’ve now posted my basic VR samples:

mojo3d-vr VR Samples

Note that you need to follow the setup info — think it’s in versions.txt — installing the OpenVR binaries in the correct mojo3d-vr module folder.

Requires latest Patreon subscriber release, or the self-build Github ‘develop’ branch.

[DruggedBunnyParticipant]

This is an older, hackier demo that loads a 3D model and lets you look around using cursors and A/Z (shift to boost).

For quick results, try downloading the Rio de Janeiro model at Google Poly.

Load it using the file dialog before putting on your headset!

Monkey

[crayon-5cbaa0f6ccedf768697364 inline="true" ] ' Don't copy the 'crayon' line above if it's there -- forum bug! #Import "<std>" #Import "<mojo>" #Import "<mojo3d>" #Import "<mojo3d-loaders>" #Import "<assimp>" #Import "<mojo3d-vr>" #Import "assets/" Using std.. Using mojo.. Using mojo3d.. ' ---------------------------------------- ' Application name... ' ---------------------------------------- ' Place a supported model anywhere on your PC. Run the program and use the ' file dialog (outside of headset!) to select it. Speed/scaling may be ' weird, as I don't know what you'll be loading! ' Try the .fbx model found at https://poly.google.com/view/2binsxeOBve Const FORMATS_3D:String = "fbx, obj, b3d, gltf, max" ' More available! Global AppName:String = "Viewer 0.0000000000000001... pre-alpha" Function CenterModel:Void (model:Model, scale:Float) ' Not bulletproof! 10000 hard-coded, not sure how you get around this... model.Mesh.FitVertices (New Boxf (-10000, 0, -10000, 10000, scale, 10000), True) model.Position = Null End Class VRScene Extends Window Const SHIFT_BOOST:Float = 5.0 Field renderer:VRRenderer ' VR renderer (duh) Field scene:Scene Field cam:Model Field camera:Camera Field light:Light Field camera_boost:Float = 1.0 Field modelpath:String Field model:Model Field scale:Float = 1.0 Field copies:Stack <Model> Method New (title:String, width:Int, height:Int, flags:WindowFlags) Super.New (title, width, height, flags) ' Create VR renderer and shadow resolution for close-up work, ' with more numbers at the lower (closer) end of the range... renderer = New VRRenderer scene = Scene.GetCurrent () scene.CSMSplits = New Float [] (2, 4, 16, 256) scene.ClearColor = New Color (0.1, 0.2, 0.75) scene.AmbientLight = New Color (0.5, 0.5, 0.5) camera = New Camera ' Camera settings... camera.Near = 0.1 camera.FOV = 90 cam = New Model camera.Parent = cam LoadModel () light = New Light light.CastsShadow = True light.Color = New Color (0.95, 0.975, 1.0) light.Range = 1000 light.Move (-500, 500, -500) light.PointAt (model) End ' This slightly dirty almost-self-contained utility method loads ' directly into model:Model field -- ESC from load requester exits app! Method LoadModel:Void () Local failed:Bool = False Repeat If failed Then Notify ("NOOOOooooo...", "Failed to load " + StripDir (modelpath), True) modelpath = RequestFile ("Select a model, or Cancel/ESC to exit...", FORMATS_3D, False, AssetsDir ()) If Not modelpath Then App.Terminate () ChangeDir (ExtractDir (modelpath)) If model Then model.Destroy () model = Model.Load (modelpath) If Not model Then failed = True Until model CenterModel (model, 5) scale = 0.25'1.0 ' TEMP HARD-CODED - can't move headset cam! model.Scale = New Vec3f (scale, scale, scale) camera.Position = Null camera.Rotation = Null End Method UpdateGame:Void () model.Scale = New Vec3f (scale, scale, scale) End Method ProcessInput:Void () If Keyboard.KeyHit (Key.Space) Then light.CastsShadow = Not light.CastsShadow If Keyboard.KeyDown (Key.LeftShift) camera_boost = SHIFT_BOOST Else camera_boost = 1.0 Endif If Keyboard.KeyHit (Key.Escape) LoadModel () Endif If Keyboard.KeyDown (Key.A) cam.Move (0.0, 0.0, 0.1 * camera_boost) Endif If Keyboard.KeyDown (Key.Z) cam.Move (0.0, 0.0, -0.1 * camera_boost) Endif If Keyboard.KeyDown (Key.Left) cam.Rotate (0.0, 1.0, 0.0) Endif If Keyboard.KeyDown (Key.Right) cam.Rotate (0.0, -1.0, 0.0) Endif If Keyboard.KeyDown (Key.Up) cam.Rotate (1.0, 0.0, 0.0, True) Endif If Keyboard.KeyDown (Key.Down) cam.Rotate (-1.0, 0.0, 0.0, true) Endif If Keyboard.KeyDown (Key.Minus) Or Keyboard.KeyDown (Key.KeypadMinus) scale = scale - 0.01 Endif If Keyboard.KeyDown (Key.Equals) Or Keyboard.KeyDown (Key.KeypadPlus) scale = scale + 0.01 Endif ' NOPE! renderer.HeadMatrix = camera.Matrix ' Set the camera to the user's head position... End ' App window drawing (separate to VR headset output)... Method DrawAppWindow (canvas:Canvas, renderer:VRRenderer) ' canvas:Canvas comes from OnRender... ' renderer:VRRenderer allows access to left/right views from headset... canvas.DrawRect (0, Height, Width, -Height, renderer.LeftEyeImage) canvas.Scale (Width/App.ActiveWindow.Width, Height/App.ActiveWindow.Height) canvas.DrawText ("FPS: " + App.FPS, 0.0, 0.0) canvas.DrawText ("Camera controls: Cursors, plus A/Z (Shift for boost!)", 20.0, 20.0) canvas.DrawText ("ESC to load new model or exit (close dialog)...", 20.0, 40.0) canvas.DrawText ("Model scale (-/+ to change): " + scale, 20.0, 80.0) End Method OnRender (canvas:Canvas) Override ProcessInput () UpdateGame () RequestRender () renderer.Update () ' Update the VR renderer... ' Set the camera to the user's head position... camera.SetBasis (renderer.HeadMatrix.m, True) camera.SetPosition (renderer.HeadMatrix.t, True) If renderer.Active Then scene.Update () ' Update the scene if VR is being running... scene.Render (canvas) DrawAppWindow (canvas, renderer) ' Render VR output to non-VR window End End ' All-in-one startup -- width and height relate to non-VR window; rendering is headset-native... Function RunVR (title:String, width:Int, height:Int, flags:WindowFlags = WindowFlags.Center) New AppInstance New VRScene (title, width, height, flags) App.Run () End Function Main () RunVR ("VR Scene", 640, 480, WindowFlags.Center) ' RunVR ("VR Scene", 1920, 1080, WindowFlags.Fullscreen) End

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[crayon-5cbaa0f6ccedf768697364 inline="true" ] ' Don't copy the 'crayon' line above if it's there -- forum bug! #Import "<std>" #Import "<mojo>" #Import "<mojo3d>" #Import "<mojo3d-loaders>" #Import "<assimp>" #Import "<mojo3d-vr>" #Import "assets/"   Using std.. Using mojo.. Using mojo3d..   ' ---------------------------------------- ' Application name... ' ----------------------------------------   ' Place a supported model anywhere on your PC. Run the program and use the ' file dialog (outside of headset!) to select it. Speed/scaling may be ' weird, as I don't know what you'll be loading!   ' Try the .fbx model found at https://poly.google.com/view/2binsxeOBve   Const FORMATS_3D:String = "fbx, obj, b3d, gltf, max" ' More available!   Global AppName:String = "Viewer 0.0000000000000001... pre-alpha"   Function CenterModel:Void (model:Model, scale:Float)   ' Not bulletproof! 10000 hard-coded, not sure how you get around this... model.Mesh.FitVertices (New Boxf (-10000, 0, -10000, 10000, scale, 10000), True) model.Position = Null End   Class VRScene Extends Window   Const SHIFT_BOOST:Float = 5.0 Field renderer:VRRenderer ' VR renderer (duh) Field scene:Scene Field cam:Model Field camera:Camera Field light:Light Field camera_boost:Float = 1.0 Field modelpath:String   Field model:Model Field scale:Float = 1.0   Field copies:Stack <Model> Method New (title:String, width:Int, height:Int, flags:WindowFlags) Super.New (title, width, height, flags)   ' Create VR renderer and shadow resolution for close-up work, ' with more numbers at the lower (closer) end of the range... renderer = New VRRenderer scene = Scene.GetCurrent () scene.CSMSplits = New Float [] (2, 4, 16, 256) scene.ClearColor = New Color (0.1, 0.2, 0.75) scene.AmbientLight = New Color (0.5, 0.5, 0.5) camera = New Camera ' Camera settings... camera.Near = 0.1 camera.FOV = 90   cam = New Model camera.Parent = cam LoadModel ()   light = New Light light.CastsShadow = True light.Color = New Color (0.95, 0.975, 1.0) light.Range = 1000 light.Move (-500, 500, -500) light.PointAt (model)   End   ' This slightly dirty almost-self-contained utility method loads ' directly into model:Model field -- ESC from load requester exits app! Method LoadModel:Void ()   Local failed:Bool = False Repeat   If failed Then Notify ("NOOOOooooo...", "Failed to load " + StripDir (modelpath), True) modelpath = RequestFile ("Select a model, or Cancel/ESC to exit...", FORMATS_3D, False, AssetsDir ()) If Not modelpath Then App.Terminate () ChangeDir (ExtractDir (modelpath)) If model Then model.Destroy ()   model = Model.Load (modelpath) If Not model Then failed = True Until model CenterModel (model, 5) scale = 0.25'1.0 ' TEMP HARD-CODED - can't move headset cam! model.Scale = New Vec3f (scale, scale, scale) camera.Position = Null camera.Rotation = Null End Method UpdateGame:Void () model.Scale = New Vec3f (scale, scale, scale) End Method ProcessInput:Void ()   If Keyboard.KeyHit (Key.Space) Then light.CastsShadow = Not light.CastsShadow   If Keyboard.KeyDown (Key.LeftShift) camera_boost = SHIFT_BOOST Else camera_boost = 1.0 Endif If Keyboard.KeyHit (Key.Escape) LoadModel () Endif If Keyboard.KeyDown (Key.A) cam.Move (0.0, 0.0, 0.1 * camera_boost) Endif If Keyboard.KeyDown (Key.Z) cam.Move (0.0, 0.0, -0.1 * camera_boost) Endif If Keyboard.KeyDown (Key.Left) cam.Rotate (0.0, 1.0, 0.0) Endif If Keyboard.KeyDown (Key.Right) cam.Rotate (0.0, -1.0, 0.0) Endif If Keyboard.KeyDown (Key.Up) cam.Rotate (1.0, 0.0, 0.0, True) Endif If Keyboard.KeyDown (Key.Down) cam.Rotate (-1.0, 0.0, 0.0, true) Endif   If Keyboard.KeyDown (Key.Minus) Or Keyboard.KeyDown (Key.KeypadMinus) scale = scale - 0.01 Endif If Keyboard.KeyDown (Key.Equals) Or Keyboard.KeyDown (Key.KeypadPlus) scale = scale + 0.01 Endif   ' NOPE! renderer.HeadMatrix = camera.Matrix ' Set the camera to the user's head position...   End   ' App window drawing (separate to VR headset output)... Method DrawAppWindow (canvas:Canvas, renderer:VRRenderer) ' canvas:Canvas comes from OnRender... ' renderer:VRRenderer allows access to left/right views from headset... canvas.DrawRect (0, Height, Width, -Height, renderer.LeftEyeImage) canvas.Scale (Width/App.ActiveWindow.Width, Height/App.ActiveWindow.Height) canvas.DrawText ("FPS: " + App.FPS, 0.0, 0.0)   canvas.DrawText ("Camera controls: Cursors, plus A/Z (Shift for boost!)", 20.0, 20.0) canvas.DrawText ("ESC to load new model or exit (close dialog)...", 20.0, 40.0) canvas.DrawText ("Model scale (-/+ to change): " + scale, 20.0, 80.0) End Method OnRender (canvas:Canvas) Override ProcessInput () UpdateGame () RequestRender ()   renderer.Update () ' Update the VR renderer... ' Set the camera to the user's head position...   camera.SetBasis (renderer.HeadMatrix.m, True) camera.SetPosition (renderer.HeadMatrix.t, True) If renderer.Active Then scene.Update () ' Update the scene if VR is being running... scene.Render (canvas) DrawAppWindow (canvas, renderer) ' Render VR output to non-VR window End End ' All-in-one startup -- width and height relate to non-VR window; rendering is headset-native...   Function RunVR (title:String, width:Int, height:Int, flags:WindowFlags = WindowFlags.Center)   New AppInstance New VRScene (title, width, height, flags)   App.Run ()   End   Function Main () RunVR ("VR Scene", 640, 480, WindowFlags.Center) ' RunVR ("VR Scene", 1920, 1080, WindowFlags.Fullscreen) End

[/crayon]

[DruggedBunnyParticipant]

This is a bigger demo, playing with physics.

We can’t currently render text in the headset — it doesn’t render to a canvas, just direct to headset, so we don’t have much control over that — so you’ll have to use the controls as shown in the main window. Awkward!

Monkey

[crayon-5cbaa0f6d7dfa390294524 inline="true" ] ' Don't copy the 'crayon' line above if it's there -- forum bug! ' TODO: Headbutt blocks doesn't collide, driving into them does... #Import "<std>" #Import "<mojo>" #Import "<mojo3d>" #Import "<mojo3d-vr>" #Import "<bullet>" Using std.. Using mojo.. Using mojo3d.. Const WALL_WIDTH:Int = 15 Const WALL_HEIGHT:Int = 10 Const BULLET_FORCE:Float = 250.0 ' Too high will go through without colliding! Class VRCamera Extends Camera Field pivot:Model ' Give Camera a pivot to allow independent movement... Method New () pivot = New Model Parent = pivot End ' Update camera from VRRenderer's headset matrix... Method Update (renderer:VRRenderer) ' LocalBasis = renderer.HeadMatrix.m ' LocalPosition = renderer.HeadMatrix.t SetBasis (renderer.HeadMatrix.m, True) SetPosition (renderer.HeadMatrix.t, True) 'Scene.Update () End End Class PhysBox Private ' PhysParams is used internally to allow creation of box prior to manual placement. ' Entities should not be manually positioned after being attached to a RigidBody. ' Create PhysBox, manually position PhysBox.model, then call PhysBox.Start (). Class InitParams Field mass:Float Field group:Short Field mask:Short Field box:Boxf End ' InitParams are only needed for setup, and freed afterwards, hence not added as separate fields. Field init:InitParams Public ' Public references... Field model:Model ' mojo3d entity Field collider:BoxCollider ' Bullet physics collider Field body:RigidBody ' Bullet physics body Method New (width:Float = 1, height:Float = 1, depth:Float = 1, mass:Float = 1, material:Material = Null, parent:Entity = Null, group:Int = 1, mask:Int = 1) ' Store setup params for PhysBox.Start () init = New InitParams init.mass = mass init.group = group init.mask = mask init.box = New Boxf (-width * 0.5, -height * 0.5, -depth * 0.5, width * 0.5, height * 0.5, depth * 0.5) If Not material material = New PbrMaterial (Color.Red) Endif model = Model.CreateBox (init.box, 1, 1, 1, material, parent) End Method Start (sleeps:Bool = True) collider = New BoxCollider (model) body = New RigidBody (model) collider.Box = init.box body.Mass = init.mass body.CollisionGroup = init.group body.CollisionMask = init.mask ' body.Friction = 0 ' body.RollingFriction = 1.0 body.Restitution = 0.1 ' Slight bounciness ' Disables sleeping -- NOT generally desirable outside of demos, as most bodies should settle... ' Recommended only for player-controlled bodies in general! If Not sleeps body.btBody.setActivationState (bullet.DISABLE_DEACTIVATION) Endif init = Null End Method Move (x:Float, y:Float, z:Float) model.Move (x, y, z) End Method Rotate (pitch:Float, roll:Float, yaw:Float, localspace:Bool = False) model.Rotate (pitch, roll, yaw, localspace) End End Class Entity Extension ' Temp workaround for child-entity.PointAt by DoctorWhoof! ' https://github.com/blitz-research/monkey2/issues/324 Method WorldPointAt( target:Vec3f,up:Vec3f=New Vec3f( 0,1,0 ) ) Local k:=(target-Position).Normalize() Local i:=up.Cross( k ).Normalize() Local j:=k.Cross( i ) Basis=New Mat3f( i,j,k ) End ' Temp workaround for removing parent entities, by Mark: ' http://monkeycoder.co.nz/forums/topic/mojo3d-set-to-default-parent/#post-12911 Method RemoveParent () Local matrix:AffineMat4f = Matrix Parent = Null Matrix = matrix End End ' Main Game class... Class Game Extends Window ' Er, camera speed logic is a bit weird/unnecessary... Const CAMERA_SPEED_NORMAL:Float = 0.05 ' Normal camera movement Const CAMERA_SPEED_BOOST:Float = 5.0 ' Camera boost with Shift key Field camera_speed:Float = 1.0 ' Camera forward speed ' 3D scene references... Field scene:Scene Field renderer:VRRenderer Field camera:VRCamera Field light:Light Field camera_collider:SphereCollider Field camera_body:RigidBody ' Physics box representing ground... Field ground:PhysBox ' List of PhysBoxes... Field boxes:List <PhysBox> ' App init/scene creation... Method New (title:String, width:Int, height:Int, flags:WindowFlags) Super.New (title, width, height, flags) ' Create window SeedRnd (Millisecs ()) ' Init random seed SwapInterval = 1 ' V-sync on CreateScene (50) ' WAAAAAAAHHH! (Parameter = ground size.) End Method CreateScene:Void (ground_size:Float = 100) renderer = New VRRenderer renderer.TrackingSpace = VRTrackingSpace.Seated ' Set up 3D scene stuff... scene = Scene.GetCurrent () scene.CSMSplits = New Float [] (2, 4, 16, 256) ground = New PhysBox (ground_size, 1, ground_size, 0, New PbrMaterial (Color.Green * 0.25)) camera = New VRCamera light = New Light scene.AmbientLight = Color.White * 0.75 scene.ClearColor = Color.Sky * 0.75 ' Camera setup... camera.FOV = 100 camera.pivot.Move (0, 5, -10) camera.Near = 0.01 camera.Far = 1000 ' Camera collision with boxes. Not with ground? Both masses = 0, possibly relevant... ' NB. camera radius is half width of default block (1.0), minus a little to allow passing between columns of blocks... camera_collider = New SphereCollider (camera.pivot) camera_collider.Radius = 0.45 camera_body = New RigidBody (camera.pivot) camera_body.Kinematic = True camera_body.Mass = 0 ' Light setup... light.CastsShadow = True light.Range = 1000 light.Move (-10, 50, -10) ' Point things at ground centre... ' camera.WorldPointAt (ground.model.Position) light.PointAt (ground.model) ' Create list of PhysBoxes... boxes = New List <PhysBox> ' Build wall of PhysBoxes... BuildWall (WALL_WIDTH, WALL_HEIGHT) ' Start ground physics... ground.Start () End Method BuildWall (width:Int, height:Int, block_mass:Float = 5.0) Local pb:PhysBox ' Creates bunch of PhysBoxes and adds to internal list (boxes)... For Local y:Int = 0 Until height For Local x:Int = 0 Until width Local color:Color = New Color (Rnd (0.4, 1.0), Rnd (0.4, 1.0), Rnd (0.4, 1.0)) ' Create new PhysBox... pb = New PhysBox (1, 1, 1, block_mass, New PbrMaterial (color)) ' Position PhysBox... pb.Move (x - (width * 0.5) + 0.5, y + 1, 0) ' Add to list... boxes.Add (pb) ' Start its physics... pb.Start () ' False = RigidBody doesn't sleep at rest Next Next ' Lintel, or "top bit"... pb = New PhysBox (width, 1, 1, width * height * 1.0, New PbrMaterial (Color.Chromium)) pb.Move (0, height + 1, 0) boxes.Add (pb) pb.Start () End Method DropBox () ' Drops pink boxes into scene... Local pb:PhysBox = New PhysBox (1, 1, 1, 1, New PbrMaterial (Color.HotPink)) pb.Move (0, 30, 0) boxes.Add (pb) pb.Start () End ' Fire bullets! Method ShootBox (force:Float = BULLET_FORCE) ' Create bullet -- mass 5.0 -- as child of ' camera, to pick up location/rotation... Local pb:PhysBox = New PhysBox (0.75, 0.75, 0.75, 5, New PbrMaterial (Color.Red), camera) ' Move forward in local (child) space by 2 units... pb.model.Move (0.0, 0.0, 2.0) ' Get rid of parent/child relationship so bullet isn't ' attached to camera any more... pb.model.RemoveParent () ' Add to list of PhysBoxes... boxes.Add (pb) ' Start physics... pb.Start () ' Apply force (as impulse, ie. instantly)... ' Method carefully derived from typing properties and methods until it worked! ' World vector multiplied by 1 in all axes other than z, which is multiplied by force... pb.body.ApplyImpulse (pb.model.Basis * New Vec3f (1.0, 1.0, force)) End Method UpdateBoxes () For Local pb:PhysBox = Eachin boxes If pb.model.Y < -20 pb.model.Scale = pb.model.Scale * 0.75 ' Remove when too small... If pb.model.Scale.x < 0.01 pb.model.Destroy () boxes.Remove (pb) Endif Endif Next End Method UpdateGame () ' Check box position/remove if too far down... UpdateBoxes () If Keyboard.KeyHit (Key.Enter) renderer.ResetSeatedPose () Endif If Keyboard.KeyHit (Key.Space) ShootBox () Endif ' Drop boxes... If Keyboard.KeyDown (Key.D) DropBox () Endif ' Quit... If Keyboard.KeyHit (Key.Escape) App.Terminate () Endif ' Shadows on/off... If Keyboard.KeyHit (Key.S) light.CastsShadow = Not light.CastsShadow Endif ' Rebuild wall... If Keyboard.KeyHit (Key.R) For Local pb:PhysBox = Eachin boxes pb.model.Destroy () boxes.Remove (pb) Next BuildWall (WALL_WIDTH, WALL_HEIGHT) Endif ' Speed booster... If Keyboard.KeyDown (Key.LeftShift) camera_speed = CAMERA_SPEED_BOOST Else camera_speed = 1.0 Endif ' Forward... If Keyboard.KeyDown (Key.A) camera.pivot.Move (0.0, 0.0, CAMERA_SPEED_NORMAL * camera_speed) Endif ' Back... If Keyboard.KeyDown (Key.Z) camera.pivot.Move (0.0, 0.0, -CAMERA_SPEED_NORMAL * camera_speed) Endif ' Rotation... If Keyboard.KeyDown (Key.Left) camera.pivot.Rotate (0.0, 1.0, 0.0) Endif If Keyboard.KeyDown (Key.Right) camera.pivot.Rotate (0.0, -1.0, 0.0) Endif If Keyboard.KeyDown (Key.Up) camera.pivot.Rotate (1.0, 0.0, 0.0, True) Endif If Keyboard.KeyDown (Key.Down) camera.pivot.Rotate (-1.0, 0.0, 0.0, True) Endif End ' Helper... Method ShadowText:Void (canvas:Canvas, s:String, x:Float, y:Float, warning:Bool = False) canvas.Color = Color.Black canvas.DrawText (s, x + 1, y + 1) If warning canvas.Color = Color.Red Else canvas.Color = Color.White Endif canvas.DrawText (s, x, y) End Method RenderText (canvas:Canvas) ShadowText (canvas, "FPS: " + App.FPS, 20.0, 20.0) ShadowText (canvas, "A/Z + Cursors to move camera", 20.0, 40.0) ShadowText (canvas, "SHIFT to boost", 20.0, 60.0) ShadowText (canvas, "S to toggle shadows", 20.0, 80.0) ShadowText (canvas, "R to rebuild wall", 20.0, 120.0) ShadowText (canvas, "D to drop more boxes", 20.0, 140.0) ShadowText (canvas, "ENTER to reset position", 20.0, 160.0) ShadowText (canvas, "SPACE to fire", 20.0, 180.0) ShadowText (canvas, "Boxes: " + boxes.Count (), 20.0, 200.0) End Method OnRender (canvas:Canvas) Override UpdateGame () ' Game-specific updates RequestRender () ' Ask app window to redraw renderer.Update () ' Update headset position, etc camera.Update (renderer) ' Update camera from renderer's headset matrix scene.Update () ' Update any physics, etc... scene.Render (canvas) ' Draw VR scene to canvas AND headset canvas.DrawRect (0, Height, Width, -Height, renderer.LeftEyeImage) canvas.Scale (Width/App.ActiveWindow.Width, Height/App.ActiveWindow.Height) RenderText (canvas) ' Draw text on desktop window (can't appear in headset at this time)... End End Function Run3D (title:String, width:Int, height:Int, flags:WindowFlags = WindowFlags.Center) New AppInstance New Game (title, width, height, flags) App.Run () End Function Main () Run3D ("3D Scene", 960, 540, WindowFlags.Center) ' 1/4 HD! ' Run3D ("3D Scene", 1920, 1080, WindowFlags.Fullscreen) End

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[crayon-5cbaa0f6d7dfa390294524 inline="true" ] ' Don't copy the 'crayon' line above if it's there -- forum bug! ' TODO: Headbutt blocks doesn't collide, driving into them does...   #Import "<std>" #Import "<mojo>" #Import "<mojo3d>" #Import "<mojo3d-vr>" #Import "<bullet>"   Using std.. Using mojo.. Using mojo3d..   Const WALL_WIDTH:Int = 15 Const WALL_HEIGHT:Int = 10   Const BULLET_FORCE:Float = 250.0 ' Too high will go through without colliding!   Class VRCamera Extends Camera   Field pivot:Model ' Give Camera a pivot to allow independent movement... Method New () pivot = New Model Parent = pivot End   ' Update camera from VRRenderer's headset matrix... Method Update (renderer:VRRenderer) ' LocalBasis = renderer.HeadMatrix.m ' LocalPosition = renderer.HeadMatrix.t SetBasis (renderer.HeadMatrix.m, True) SetPosition (renderer.HeadMatrix.t, True) 'Scene.Update () End   End   Class PhysBox   Private ' PhysParams is used internally to allow creation of box prior to manual placement. ' Entities should not be manually positioned after being attached to a RigidBody. ' Create PhysBox, manually position PhysBox.model, then call PhysBox.Start (). Class InitParams Field mass:Float Field group:Short Field mask:Short Field box:Boxf End ' InitParams are only needed for setup, and freed afterwards, hence not added as separate fields. Field init:InitParams Public ' Public references...   Field model:Model ' mojo3d entity Field collider:BoxCollider ' Bullet physics collider Field body:RigidBody ' Bullet physics body   Method New (width:Float = 1, height:Float = 1, depth:Float = 1, mass:Float = 1, material:Material = Null, parent:Entity = Null, group:Int = 1, mask:Int = 1)   ' Store setup params for PhysBox.Start () init = New InitParams init.mass = mass init.group = group init.mask = mask init.box = New Boxf (-width * 0.5, -height * 0.5, -depth * 0.5, width * 0.5, height * 0.5, depth * 0.5) If Not material material = New PbrMaterial (Color.Red) Endif model = Model.CreateBox (init.box, 1, 1, 1, material, parent)   End   Method Start (sleeps:Bool = True)   collider = New BoxCollider (model) body = New RigidBody (model) collider.Box = init.box body.Mass = init.mass body.CollisionGroup = init.group body.CollisionMask = init.mask   ' body.Friction = 0 ' body.RollingFriction = 1.0 body.Restitution = 0.1 ' Slight bounciness ' Disables sleeping -- NOT generally desirable outside of demos, as most bodies should settle... ' Recommended only for player-controlled bodies in general! If Not sleeps body.btBody.setActivationState (bullet.DISABLE_DEACTIVATION) Endif init = Null End Method Move (x:Float, y:Float, z:Float) model.Move (x, y, z) End   Method Rotate (pitch:Float, roll:Float, yaw:Float, localspace:Bool = False) model.Rotate (pitch, roll, yaw, localspace) End End   Class Entity Extension ' Temp workaround for child-entity.PointAt by DoctorWhoof! ' https://github.com/blitz-research/monkey2/issues/324 Method WorldPointAt( target:Vec3f,up:Vec3f=New Vec3f( 0,1,0 ) ) Local k:=(target-Position).Normalize() Local i:=up.Cross( k ).Normalize() Local j:=k.Cross( i ) Basis=New Mat3f( i,j,k ) End   ' Temp workaround for removing parent entities, by Mark:   ' http://monkeycoder.co.nz/forums/topic/mojo3d-set-to-default-parent/#post-12911 Method RemoveParent () Local matrix:AffineMat4f = Matrix Parent = Null Matrix = matrix End End   ' Main Game class...   Class Game Extends Window   ' Er, camera speed logic is a bit weird/unnecessary... Const CAMERA_SPEED_NORMAL:Float = 0.05 ' Normal camera movement Const CAMERA_SPEED_BOOST:Float = 5.0 ' Camera boost with Shift key Field camera_speed:Float = 1.0 ' Camera forward speed ' 3D scene references...   Field scene:Scene Field renderer:VRRenderer Field camera:VRCamera Field light:Light Field camera_collider:SphereCollider Field camera_body:RigidBody ' Physics box representing ground... Field ground:PhysBox   ' List of PhysBoxes... Field boxes:List <PhysBox>   ' App init/scene creation... Method New (title:String, width:Int, height:Int, flags:WindowFlags)   Super.New (title, width, height, flags) ' Create window   SeedRnd (Millisecs ()) ' Init random seed SwapInterval = 1 ' V-sync on CreateScene (50) ' WAAAAAAAHHH! (Parameter = ground size.) End Method CreateScene:Void (ground_size:Float = 100)   renderer = New VRRenderer renderer.TrackingSpace = VRTrackingSpace.Seated ' Set up 3D scene stuff... scene = Scene.GetCurrent () scene.CSMSplits = New Float [] (2, 4, 16, 256)   ground = New PhysBox (ground_size, 1, ground_size, 0, New PbrMaterial (Color.Green * 0.25)) camera = New VRCamera light = New Light scene.AmbientLight = Color.White * 0.75 scene.ClearColor = Color.Sky * 0.75 ' Camera setup... camera.FOV = 100 camera.pivot.Move (0, 5, -10) camera.Near = 0.01 camera.Far = 1000   ' Camera collision with boxes. Not with ground? Both masses = 0, possibly relevant... ' NB. camera radius is half width of default block (1.0), minus a little to allow passing between columns of blocks... camera_collider = New SphereCollider (camera.pivot) camera_collider.Radius = 0.45 camera_body = New RigidBody (camera.pivot) camera_body.Kinematic = True camera_body.Mass = 0 ' Light setup... light.CastsShadow = True light.Range = 1000   light.Move (-10, 50, -10) ' Point things at ground centre... ' camera.WorldPointAt (ground.model.Position) light.PointAt (ground.model)   ' Create list of PhysBoxes...   boxes = New List <PhysBox>   ' Build wall of PhysBoxes... BuildWall (WALL_WIDTH, WALL_HEIGHT) ' Start ground physics... ground.Start () End   Method BuildWall (width:Int, height:Int, block_mass:Float = 5.0)   Local pb:PhysBox   ' Creates bunch of PhysBoxes and adds to internal list (boxes)... For Local y:Int = 0 Until height For Local x:Int = 0 Until width Local color:Color = New Color (Rnd (0.4, 1.0), Rnd (0.4, 1.0), Rnd (0.4, 1.0)) ' Create new PhysBox... pb = New PhysBox (1, 1, 1, block_mass, New PbrMaterial (color)) ' Position PhysBox... pb.Move (x - (width * 0.5) + 0.5, y + 1, 0) ' Add to list... boxes.Add (pb) ' Start its physics... pb.Start () ' False = RigidBody doesn't sleep at rest Next Next   ' Lintel, or "top bit"... pb = New PhysBox (width, 1, 1, width * height * 1.0, New PbrMaterial (Color.Chromium)) pb.Move (0, height + 1, 0) boxes.Add (pb) pb.Start () End   Method DropBox ()   ' Drops pink boxes into scene... Local pb:PhysBox = New PhysBox (1, 1, 1, 1, New PbrMaterial (Color.HotPink)) pb.Move (0, 30, 0)   boxes.Add (pb) pb.Start ()   End ' Fire bullets! Method ShootBox (force:Float = BULLET_FORCE) ' Create bullet -- mass 5.0 -- as child of ' camera, to pick up location/rotation... Local pb:PhysBox = New PhysBox (0.75, 0.75, 0.75, 5, New PbrMaterial (Color.Red), camera)   ' Move forward in local (child) space by 2 units... pb.model.Move (0.0, 0.0, 2.0) ' Get rid of parent/child relationship so bullet isn't ' attached to camera any more... pb.model.RemoveParent () ' Add to list of PhysBoxes... boxes.Add (pb) ' Start physics... pb.Start () ' Apply force (as impulse, ie. instantly)... ' Method carefully derived from typing properties and methods until it worked! ' World vector multiplied by 1 in all axes other than z, which is multiplied by force... pb.body.ApplyImpulse (pb.model.Basis * New Vec3f (1.0, 1.0, force)) End Method UpdateBoxes ()   For Local pb:PhysBox = Eachin boxes   If pb.model.Y < -20   pb.model.Scale = pb.model.Scale * 0.75   ' Remove when too small... If pb.model.Scale.x < 0.01 pb.model.Destroy () boxes.Remove (pb) Endif   Endif   Next   End   Method UpdateGame () ' Check box position/remove if too far down... UpdateBoxes ()   If Keyboard.KeyHit (Key.Enter) renderer.ResetSeatedPose () Endif   If Keyboard.KeyHit (Key.Space) ShootBox () Endif ' Drop boxes... If Keyboard.KeyDown (Key.D) DropBox () Endif ' Quit... If Keyboard.KeyHit (Key.Escape) App.Terminate () Endif ' Shadows on/off... If Keyboard.KeyHit (Key.S) light.CastsShadow = Not light.CastsShadow Endif   ' Rebuild wall... If Keyboard.KeyHit (Key.R) For Local pb:PhysBox = Eachin boxes pb.model.Destroy () boxes.Remove (pb) Next BuildWall (WALL_WIDTH, WALL_HEIGHT) Endif ' Speed booster... If Keyboard.KeyDown (Key.LeftShift) camera_speed = CAMERA_SPEED_BOOST Else camera_speed = 1.0 Endif ' Forward... If Keyboard.KeyDown (Key.A) camera.pivot.Move (0.0, 0.0, CAMERA_SPEED_NORMAL * camera_speed) Endif ' Back... If Keyboard.KeyDown (Key.Z) camera.pivot.Move (0.0, 0.0, -CAMERA_SPEED_NORMAL * camera_speed) Endif ' Rotation... If Keyboard.KeyDown (Key.Left) camera.pivot.Rotate (0.0, 1.0, 0.0) Endif If Keyboard.KeyDown (Key.Right) camera.pivot.Rotate (0.0, -1.0, 0.0) Endif If Keyboard.KeyDown (Key.Up) camera.pivot.Rotate (1.0, 0.0, 0.0, True) Endif If Keyboard.KeyDown (Key.Down) camera.pivot.Rotate (-1.0, 0.0, 0.0, True) Endif End   ' Helper... Method ShadowText:Void (canvas:Canvas, s:String, x:Float, y:Float, warning:Bool = False) canvas.Color = Color.Black canvas.DrawText (s, x + 1, y + 1) If warning canvas.Color = Color.Red Else canvas.Color = Color.White Endif canvas.DrawText (s, x, y) End   Method RenderText (canvas:Canvas) ShadowText (canvas, "FPS: " + App.FPS, 20.0, 20.0) ShadowText (canvas, "A/Z + Cursors to move camera", 20.0, 40.0) ShadowText (canvas, "SHIFT to boost", 20.0, 60.0) ShadowText (canvas, "S to toggle shadows", 20.0, 80.0) ShadowText (canvas, "R to rebuild wall", 20.0, 120.0) ShadowText (canvas, "D to drop more boxes", 20.0, 140.0) ShadowText (canvas, "ENTER to reset position", 20.0, 160.0) ShadowText (canvas, "SPACE to fire", 20.0, 180.0) ShadowText (canvas, "Boxes: " + boxes.Count (), 20.0, 200.0) End Method OnRender (canvas:Canvas) Override UpdateGame () ' Game-specific updates RequestRender () ' Ask app window to redraw   renderer.Update () ' Update headset position, etc camera.Update (renderer) ' Update camera from renderer's headset matrix scene.Update () ' Update any physics, etc... scene.Render (canvas) ' Draw VR scene to canvas AND headset   canvas.DrawRect (0, Height, Width, -Height, renderer.LeftEyeImage) canvas.Scale (Width/App.ActiveWindow.Width, Height/App.ActiveWindow.Height) RenderText (canvas) ' Draw text on desktop window (can't appear in headset at this time)... End End Function Run3D (title:String, width:Int, height:Int, flags:WindowFlags = WindowFlags.Center) New AppInstance New Game (title, width, height, flags) App.Run () End   Function Main () Run3D ("3D Scene", 960, 540, WindowFlags.Center) ' 1/4 HD! ' Run3D ("3D Scene", 1920, 1080, WindowFlags.Fullscreen) End

[/crayon]

[DruggedBunnyParticipant]

Updated all samples to work with latest Patreon subscriber release/latest Github develop branch.

[DruggedBunnyParticipant]

Yeah, it’s always done that on ‘7. I did find it was crashing in a system command (think it was writeLn or something?) but will give this a go.

[DruggedBunnyParticipant]

Here’s my script for checking out, building and running from scratch on stock Ubuntu 17.10, based on Richard Betson’s post above, just adding git and the build/run process:

Monkey

sudo apt-get install g++-multilib libopenal-dev libpulse-dev libsdl2-dev git git clone https://github.com/blitz-research/monkey2/ #git clone -b develop https://github.com/blitz-research/monkey2/ cd monkey2/scripts/ ./rebuildall2go.sh cd .. ./Monkey2\ \(Linux\)

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sudo apt-get install g++-multilib libopenal-dev libpulse-dev libsdl2-dev git   git clone https://github.com/blitz-research/monkey2/ #git clone -b develop https://github.com/blitz-research/monkey2/   cd monkey2/scripts/   ./rebuildall2go.sh   cd ..   ./Monkey2\ \(Linux\)

You can just run each line one at a time in the terminal, but better to make into a script:

1) Paste into plain text editor and save as installmx2.sh (or whatever you prefer);
2) Run chmod +x installmx2.sh to make executable;
3) Run via ./installmx2.sh

This will create a monkey2 folder in the same place, build everything (tip: make several cups of tea and maybe watch a box-set), then it finally runs Ted.

Note you can comment-out the last line if you don’t want to run Ted right away — place a # (hash symbol) at the start of the line.

Similarly for the two git clone lines, you can swap the # over if you want the develop branch — recommended if you’re just messing about.

Not yet figured out how to create a graphical launcher in Ubuntu 17.10, so have to run via terminal at the moment, cd’ing into monkey2 folder and running via ./Monkey2\ \(Linux\) — yuk!

That was disturbingly easy — thanks, Richard!

[DruggedBunnyParticipant]

My current dabblings with mojo3d physics are here.

[Author]

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