Type fps
Field fps
Field fpstimer
Field fpscounter
End Type
Global fps.fps = New fps
Graphics3D 640,480,16,2
SetBuffer BackBuffer()
apptitle "R toets = run , E toets = bewerk."
Const edit_arrowup = 2
Const edit_arrowdown = 3
Const edit_arrowleft = 4
Const edit_arrowright = 5
;Global tex = LoadTexture("dirt2.png")
;Global grass = LoadTexture("grass.png")
Global tex = CreateTexture(96,96)
Global grass = CreateTexture(96,96)
SetBuffer TextureBuffer(Tex)
ClsColor 200,0,0
Cls
SetBuffer TextureBuffer(grass)
ClsColor 0,200,0
Cls
SetBuffer BackBuffer()
Dim editmap(100,100) ; Build map <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< Map data
Global mylevel
Type edit
Field arrowup,arrowdown,arrowleft,arrowright
Field cursorx,cursory
Field displaywidth,displayheight
Field w,h
Field cellwidth,cellheight
Field mousecursorx
Field mousecursory
Field editvalue
Field state
End Type
Global edit.edit = New edit
edit\state = 0
edit\w = 100
edit\h = 100
edit\cellwidth = 16
edit\cellheight = 16
edit\editvalue=1
Include "cammodule.bb"
Include "mesh.bb"
HidePointer
MoveMouse 0,0
Global terrain = CreateTerrain(128)
EntityTexture terrain,grass
Global tex2 = CreateTexture(128,512)
;tmptex = LoadImage("dirt2.png")
tmptex = CreateImage(96,96)
SetBuffer TextureBuffer(tex2)
For y=0 To 512 Step 128
DrawBlock tmptex,0,y
Next
SetBuffer BackBuffer()
edit_readarrows
;WireFrame True
While KeyDown(1) = False
Cls
If KeyHit(18) = True And edit\state = 1 Then ; e
FlushKeys()
FreeEntity mylevel
edit\state = 0
End If
;
Select edit\state
Case 0
edit_leveledit() ; EDIT Default start
Case 1
RenderWorld
UpdateWorld
updatecam
dofps
Text 0,0,TrisRendered()
Text 200,0,fps\fps
End Select
Flip False
Wend
End
Function edit_makelevel() ; Maak het level
Local outmesh = CreateMesh()
For z=0 To 100
For x=0 To 100
;top,bottom,left,right,front,back
If editmap(x,z) = 1 Then
a = False
b = False
c = True
d = True
e = True
f = True
If leftwall(x,z) = True Then c = False
If rightwall(x,z) = True Then d = False
If frontwall(x,z) = True Then e = False
If backwall(x,z) = True Then f = False
a = makeCube(a,b,c,d,e,f)
ScaleMesh a,1,8,1
PositionMesh a,x*4,0,z*4
AddMesh a,outmesh
FreeEntity a
End If
Next
Next
EntityTexture outmesh,tex2
edit\state = 1
MoveMouse 0,0
Return outmesh
End Function
Function backwall(x,z) ;Muur
If outbounds(x,z+1) = True Then Return False
If editmap(x,z+1) = 1 Then Return True
End Function
Function frontwall(x,z)
If outbounds(x,z-1) = True Then Return False
If editmap(x,z-1) = 1 Then Return True
End Function
Function rightwall(x,z)
If outbounds(x+1,z) = True Then Return False
If editmap(x+1,z) = 1 Then Return True
End Function
Function leftwall(x,z)
If outbounds(x-1,z) = True Then Return False
If editmap(x-1,z) = 1 Then Return True
End Function
Function outbounds(x,z)
If x<0 Or z<0 Then Return True
If x>100 Or z>100 Then Return True
End Function
Function edit_leveledit()
ShowPointer
edit_drawlevel
edit_menu
edit_keys
edit_Selecticon
edit_updatemousecoordinates
edit_myedit
End Function
Function edit_keys()
If KeyHit(46) = True Then edit_clsmap ;
If KeyHit(19) = True Then mylevel = edit_makelevel() ; r
End Function
Function edit_clsmap()
For x=0 To edit\w
For y=0 To edit\h
editmap(x,y) = 0
Next
Next
End Function
Function edit_menu() ; Bewerk scherm
Color 255,255,255
rside = GraphicsWidth()
lside = rside-130
;
cnt = 0
For y=20 To GraphicsHeight()-20 Step 32
Select cnt
Case 0:Rect lside,y,20,20 :Text lside+32,y,"Wall"
Case 1:DrawBlock edit\arrowup,lside,y :Text lside+32,y,"Level Up"
Case 2:DrawBlock edit\arrowdown,lside,y :Text lside+32,y,"Level Up"
Case 3:DrawBlock edit\arrowleft,lside,y :Text lside+32,y,"Level Up"
Case 4:DrawBlock edit\arrowright,lside,y :Text lside+32,y,"Level Up"
Default
End Select
cnt=cnt+1
Next
End Function
Function edit_selecticon()
If MouseDown(1) = False Then Return
rside = GraphicsWidth()
lside = rside-130
cnt = 1
For y=20 To GraphicsHeight()-20 Step 32
If RectsOverlap(MouseX(),MouseY(),1,1,lside,y,140,20) = True Then
edit\editvalue = cnt
End If
cnt=cnt+1
Next
End Function
Function edit_myedit()
If MouseDown(1) = True Then
editmap(edit\mousecursorx,edit\mousecursory) = edit\editvalue
End If
If MouseDown(2) = True Then
editmap(edit\mousecursorx,edit\mousecursory) = 0
End If
End Function
Function edit_updatemousecoordinates()
edit\mousecursorx = MouseX() / edit\cellwidth
edit\mousecursory = MouseY() / edit\cellheight
End Function
Function edit_drawmapicon(x,y) ; Bewerk teken kaart
x2 = x*edit\cellwidth
y2 = y*edit\cellheight
Select editmap(x,y)
Case 1
Color 255,255,255
Rect x2,y2,edit\cellwidth,edit\cellheight,True
Case edit_arrowup :DrawBlock edit\arrowup,x2,y2
Case edit_arrowdown :DrawBlock edit\arrowdown,x2,y2
Case edit_arrowleft :DrawBlock edit\arrowleft,x2,y2
Case edit_arrowright :DrawBlock edit\arrowright,x2,y2
End Select
End Function
Function edit_drawlevel()
Color 255,255,255
edit\displaywidth = (GraphicsWidth()-160)/edit\cellwidth
edit\displayheight = (GraphicsHeight()-40)/edit\cellheight
For x=0 To edit\displaywidth
For y=0 To edit\displayheight
Rect x*edit\cellwidth,y*edit\cellheight,edit\cellwidth+1,edit\cellheight+1,False
edit_drawmapicon(x,y)
Next:Next
End Function
Function edit_readarrows()
Local im = CreateImage(16,16)
SetBuffer ImageBuffer(im)
Color 255,255,255
; Read up arrow
Restore arrowup
For y=0 To 7
For x=0 To 7
Read a
If a = 1 Then
Rect x*2,y*2,2,2,True
End If
Next:Next
edit\arrowup = CopyImage(im)
Cls
; Read down arrow
Restore arrowdown
For y=0 To 7
For x=0 To 7
Read a
If a = 1 Then
Rect x*2,y*2,2,2,True
End If
Next:Next
edit\arrowdown = CopyImage(im)
Cls
; Read left arrow
Restore arrowleft
For y=0 To 7
For x=0 To 7
Read a
If a = 1 Then
Rect x*2,y*2,2,2,True
End If
Next:Next
edit\arrowleft = CopyImage(im)
Cls
; Read right arrow
Restore arrowright
For y=0 To 7
For x=0 To 7
Read a
If a = 1 Then
Rect x*2,y*2,2,2,True
End If
Next:Next
edit\arrowright = CopyImage(im)
SetBuffer BackBuffer()
End Function
.arrowup
Data 0,0,0,1,0,0,0,0
Data 0,0,1,1,1,0,0,0
Data 0,1,1,1,1,1,0,0
Data 1,1,1,1,1,1,1,0
Data 0,0,1,1,1,0,0,0
Data 0,0,1,1,1,0,0,0
Data 0,0,1,1,1,0,0,0
Data 0,0,1,1,1,0,0,0
.arrowleft
Data 0,0,0,1,0,0,0,0
Data 0,0,1,1,0,0,0,0
Data 0,1,1,1,1,1,1,1
Data 1,1,1,1,1,1,1,1
Data 0,1,1,1,1,1,1,1
Data 0,0,1,1,0,0,0,0
Data 0,0,0,1,0,0,0,0
Data 0,0,0,0,0,0,0,0
.arrowright
Data 0,0,0,0,1,0,0,0
Data 0,0,0,0,1,1,0,0
Data 1,1,1,1,1,1,1,0
Data 1,1,1,1,1,1,1,1
Data 1,1,1,1,1,1,1,0
Data 0,0,0,0,1,1,0,0
Data 0,0,0,0,1,0,0,0
Data 0,0,0,0,0,0,0,0
.arrowdown
Data 0,0,1,1,1,0,0,0
Data 0,0,1,1,1,0,0,0
Data 0,0,1,1,1,0,0,0
Data 0,0,1,1,1,0,0,0
Data 1,1,1,1,1,1,1,0
Data 0,1,1,1,1,1,0,0
Data 0,0,1,1,1,0,0,0
Data 0,0,0,1,0,0,0,0
Function dofps()
fps\fpscounter = fps\fpscounter + 1
If fps\fpstimer < MilliSecs() Then
fps\fps = fps\fpscounter
fps\fpscounter = 0
fps\fpstimer = MilliSecs() + 1000
EndIf
End Function
; Bewaar dit bestand hieronder apart in een folder.
; De naam ; cammodule
; -- Viewport.
Global viewport_center_x = GraphicsWidth () / 2
Global viewport_center_y = GraphicsHeight () / 2
;^^^^^^
; -- Mouselook.
Global mouselook_x_inc# = 0.4 ; This sets both the sensitivity and direction (+/-) of the mouse on the X axis.
Global mouselook_y_inc# = 0.4 ; This sets both the sensitivity and direction (+/-) of the mouse on the Y axis.
Global mouse_left_limit = 250 ; Used to limit the mouse movement to within a certain number of pixels (250 is used here) from the center of the screen. This produces smoother mouse movement than continuously moving the mouse back to the center each loop.
Global mouse_right_limit = GraphicsWidth () - 250 ; As above.
Global mouse_top_limit = 250 ; As above.
Global mouse_bottom_limit = GraphicsHeight () - 250 ; As above.
;^^^^^^
; -- Mouse smoothing que.
Global mouse_x_speed_1#
Global mouse_x_speed_2#
Global mouse_x_speed_3#
Global mouse_x_speed_4#
Global mouse_x_speed_5#
Global mouse_y_speed_1#
Global mouse_y_speed_2#
Global mouse_y_speed_3#
Global mouse_y_speed_4#
Global mouse_y_speed_5#
;^^^^^^
; -- User.
Global user_movement_speed# = 4.0 ; The user's movement speed. This produces a movement speed of 4 metres per second.
Global user_camera_pitch#
Const USER_CENTERPOINT_HEIGHT# = 0.94
Const USER_CAMERA_HEIGHT# = USER_CENTERPOINT_HEIGHT# * 2.0 - 0.1
;^^^^^^
; -- Timing.
Global milli_secs ; Holds the value of the Millisecs() timer. Set at the start of the main loop.
Global old_time ; This must be set to the current 'MilliSecs()' time at the start of a new game and when returning from a pause.
Global game_time ; This holds a relative game time value which is used with timeouts so that they can be paused.
Global Delta_Time# ; Use this as a multiplier for all continuous game world events, to regulate game speed.
;^^^^^^
; -- Collision.
Const COLLTYPE_geometry = 1
Const COLLTYPE_user = 2
;^^^^^^
; == Setup ==
; -- Create a light;
;RotateEntity CreateLight (), 45.0, 45.0, 0.0, True
;^^^^^^
; -- Create user entity.
Global user = CreatePivot()
PositionEntity user, 0.0, USER_CENTERPOINT_HEIGHT#, 0.0, True
EntityRadius user, USER_CENTERPOINT_HEIGHT#
EntityType user, COLLTYPE_user
;^^^^^^
; -- Create user's camera.
Global user_camera = CreateCamera( user )
CameraRange user_camera, 0.5, 1000.0
CameraClsColor user_camera, 0.0, 106.0, 213.0
CameraZoom user_camera, 1.6 ; Set the camera focus to the correct value for the human eye.
PositionEntity user_camera, 0.0, USER_CAMERA_HEIGHT#, 0.0, True
;^^^^^^
; -- Initialize the loop.
old_time = MilliSecs ()
;Collisions COLLTYPE_user, COLLTYPE_geometry, 2, 2
;^^^^^^
; == Functions ==
Function MouseLook()
; -- Update the smoothing que to smooth the movement of the mouse.
mouse_x_speed_5# = mouse_x_speed_4#
mouse_x_speed_4# = mouse_x_speed_3#
mouse_x_speed_3# = mouse_x_speed_2#
mouse_x_speed_2# = mouse_x_speed_1#
mouse_x_speed_1# = MouseXSpeed ( )
mouse_y_speed_5# = mouse_y_speed_4#
mouse_y_speed_4# = mouse_y_speed_3#
mouse_y_speed_3# = mouse_y_speed_2#
mouse_y_speed_2# = mouse_y_speed_1#
mouse_y_speed_1# = MouseYSpeed ( )
the_yaw# = ( ( mouse_x_speed_1# + mouse_x_speed_2# + mouse_x_speed_3# + mouse_x_speed_4# + mouse_x_speed_5# ) / 5.0 ) * mouselook_x_inc#
the_pitch# = ( ( mouse_y_speed_1# + mouse_y_speed_2# + mouse_y_speed_3# + mouse_y_speed_4# + mouse_y_speed_5# ) / 5.0 ) * mouselook_y_inc#
;^^^^^^
TurnEntity user, 0.0, -the_yaw#, 0.0 ; Turn the user on the Y (yaw) axis.
user_camera_pitch# = user_camera_pitch# + the_pitch#
; -- Limit the user's camera to within 180 degrees of pitch rotation. 'EntityPitch()' returns useless values so we need to use a variable to keep track of the camera pitch.
If user_camera_pitch# > 90.0 Then user_camera_pitch# = 90.0
If user_camera_pitch# < -90.0 Then user_camera_pitch# = -90.0
;^^^^^^
RotateEntity user_camera, user_camera_pitch#, 0.0, 0.0 ; Pitch the user's camera up and down.
; -- Limit the mouse's movement. Using this method produces smoother mouselook movement than centering the mouse each loop.
If ( MouseX() > mouse_right_limit ) Or ( MouseX() < mouse_left_limit ) Or ( MouseY() > mouse_bottom_limit ) Or ( MouseY() < mouse_top_limit )
MoveMouse viewport_center_x, viewport_center_y
EndIf
;^^^^^^
End Function
Function MoveUser()
If KeyDown( 32 ) Or KeyDown( 205 ) Or KeyDown(52) ; Right. The 'D' and 'CURSOR RIGHT' keys.
x#= 4.0
Else If KeyDown( 30 ) Or KeyDown( 203 ) Or KeyDown(51); Left. The 'A' and 'CURSOR LEFT' keys.
x#=-4.0
EndIf
If KeyDown( 33 ) Or KeyDown( 54 ) ; Up. The 'F' and 'RIGHT SHIFT' keys.
y#= 4.0
Else If KeyDown( 46 ) Or KeyDown( 157 ) ; Down. The 'C' and 'RIGHT CONTROL' keys.
y#=-4.0
EndIf
If KeyDown( 17 ) Or KeyDown( 200 ) Or MouseDown(2); Forward. The 'W' and 'CURSOR UP' keys.
z#= 4.0
Else If KeyDown( 31 ) Or KeyDown( 208 ) Or KeyDown(53); Backward. The 'S' and 'CURSOR DOWN' keys.
z#=-4.0
EndIf
MoveEntity user, x# * user_movement_speed# * Delta_Time#, y# * user_movement_speed# * Delta_Time#, z# * user_movement_speed# * Delta_Time# ; Move the user.
End Function
Function CalculateDeltatimeAndGametime()
; NOTES:
; The variable 'old_time' must be set to the current millisecs time at the start of a new game and when returning from a pause.
milli_secs = MilliSecs () ; Store the 'MilliSecs ()' time in the 'milli_secs' variable so that you can use the stored time value without calling 'MilliSecs ()' again in this loop.
the_time_taken = milli_secs - old_time ; Calculate the time the last loop took to execute.
If the_time_taken > 100 Then the_time_taken = 100 ; This stops disk accesses and the like from causing jumps in position.
game_time = game_time + the_time_taken ; Calculate the value for the 'game_time' variable used with timeouts, etc.
Delta_Time# = the_time_taken / 1000.0 ; Calculate the value for the 'Delta_Time#' variable used to regulate game speed.
old_time = milli_secs ; Update the 'old_time' variable with the current time.
End Function
Function InitializeNewMap()
; NOTES:
; This function should only need to be run when a new map is first loaded. It should normally be executed by the map file loader routine.
; -- Precache the game's 3D graphics media. This forces the media to be uploaded to the video card. This should be done before any of the media is hidden or has its alpha set to zero to turn off rendering. Note that the camera will end up pointing back to where it started, so there is no need to reset its orientation.
For i = 1 To 4
TurnEntity user_camera, 0.0, 90.0, 0.0, True
RenderWorld
Next
;^^^^^^
End Function
Function updatecam()
CalculateDeltatimeAndGametime()
mouselook()
moveuser()
End Function
Function setplayercamspeed(speed#)
user_movement_speed = speed#
End Function
;
; Bewaar dit deel bestand apart in een folder als
;
;
; mesh.bb
; top,bottom,left,right,front,back
Function makecube(a=True,b=True,c=True,d=True,e=True,f=True)
z=CreateMesh()
surf=CreateSurface(z)
v0 = AddVertex(surf,0,0,0, 0,1)
v3 = AddVertex(surf,4,0,0, 1,1)
v4 = AddVertex(surf,0,4,0, 0,0)
v7 = AddVertex(surf,4,4,0, 1,0)
v1 = AddVertex(surf,0,0,4 ,0,1)
v2 = AddVertex(surf,4,0,4 ,1,1)
v5 = AddVertex(surf,0,4,4 ,0,0)
v6 = AddVertex(surf,4,4,4 ,1,0)
v8 = AddVertex(surf,0,0,0 ,0,1)
v9 = AddVertex(surf,0,0,4 ,1,1)
v10 = AddVertex(surf,0,4,0 ,0,0)
v11 = AddVertex(surf,0,4,4 ,1,0)
v12 = AddVertex(surf,4,0,0 ,0,1)
v13 = AddVertex(surf,4,0,4 ,1,1)
v14 = AddVertex(surf,4,4,0 ,0,0)
v15 = AddVertex(surf,4,4,4 ,1,0)
v16 = AddVertex(surf,0,4,0 ,0,1)
v17 = AddVertex(surf,0,4,4 ,1,1)
v18 = AddVertex(surf,4,4,0 ,0,0)
v19 = AddVertex(surf,4,4,4 ,1,0)
v20 = AddVertex(surf,0,0,0 ,0,1)
v21 = AddVertex(surf,0,0,4 ,1,1)
v22 = AddVertex(surf,4,0,0 ,0,0)
v23 = AddVertex(surf,4,0,4 ,1,0)
If a = True
AddTriangle(Surf,v16,v17,v18) ;top
AddTriangle(surf,v18,v17,v19)
End If
If b = True
AddTriangle(surf,v21,v20,v22) ; bottom
AddTriangle(surf,v21,v22,v23)
End If
If f = True Then
AddTriangle(surf,v5,v1,v2) ; back
AddTriangle(surf,v5,v2,v6)
End If
If e = True Then
AddTriangle(surf,v0,v4,v3) ; front
AddTriangle(surf,v3,v4,v7) ;
End If
If d = True
AddTriangle(surf,v15,v13,v12) ; left
AddTriangle(surf,v15,v12,v14)
End If
If c = True
AddTriangle(surf,v9,v11,v8) ; right
AddTriangle(surf,v8,v11,v10)
End If
Return z
End Function
; top,bottom,left,right,front,back
Function make3dfrontdown(a=True,b=True,c=True,d=True,e=True)
; /|
; / |
;/____|
z=CreateMesh()
surf=CreateSurface(z)
; v16 = AddVertex(surf,0,4,0 ,0,1) ; top
; v17 = AddVertex(surf,0,4,4 ,1,1)
; v18 = AddVertex(surf,4,0,0 ,0,0)
; v19 = AddVertex(surf,4,0,4 ,1,0)
v20 = AddVertex(surf,0,0,0 ,0,1) ; bottom
v21 = AddVertex(surf,0,0,4 ,1,1)
v22 = AddVertex(surf,4,0,0 ,0,0)
v23 = AddVertex(surf,4,0,4 ,1,0)
v1 = AddVertex(surf,0,0,4 ,0,1) ; back
v2 = AddVertex(surf,4,0,4 ,1,1)
v5 = AddVertex(surf,0,4,0 ,0,0)
v6 = AddVertex(surf,4,4,0 ,1,0)
v0 = AddVertex(surf,0,0,0, 0,1) ; front
v3 = AddVertex(surf,4,0,0, 1,1)
v4 = AddVertex(surf,0,4,0, 0,0)
v7 = AddVertex(surf,4,4,0, 1,0)
; v12 = AddVertex(surf,4,0,0 ,0,1) ; right
; v13 = AddVertex(surf,4,0,4 ,1,1)
; v14 = AddVertex(surf,4,4,0 ,0,0)
; v15 = AddVertex(surf,4,4,4 ,1,0)
v12 = AddVertex(surf,4,0,0 ,0,1) ; right
v13 = AddVertex(surf,4,0,4 ,1,1)
v14 = AddVertex(surf,4,4,0 ,0,0)
v15 = AddVertex(surf,4,4,0 ,1,0)
v8 = AddVertex(surf,0,0,0 ,0,1) ; left
v9 = AddVertex(surf,0,0,4 ,1,1)
v10 = AddVertex(surf,4,4,0 ,0,0)
v11 = AddVertex(surf,4,4,4 ,1,0)
If a = True
AddTriangle(surf,v21,v20,v22) ; bottom
AddTriangle(surf,v21,v22,v23)
End If
If e = True Then
AddTriangle(surf,v6,v1,v2) ; back
AddTriangle surf,v5,v1,v6
End If
If d = True Then ; front
AddTriangle surf,v3,v0,v6
AddTriangle surf,v6,v0,v5
End If
If c = True Then
AddTriangle(surf,v15,v13,v12) ; right
;AddTriangle(surf,v15,v12,v14)
End If
If b = True Then
AddTriangle(surf,v5,v8,v9) ; left
End If
Return z
End Function
; top,bottom,left,right,front,back
Function make3dfrontup(a=True,b=True,c=True,d=True,e=True)
; /|
; / |
;/____|
z=CreateMesh()
surf=CreateSurface(z)
; v16 = AddVertex(surf,0,4,0 ,0,1) ; top
; v17 = AddVertex(surf,0,4,4 ,1,1)
; v18 = AddVertex(surf,4,0,0 ,0,0)
; v19 = AddVertex(surf,4,0,4 ,1,0)
v20 = AddVertex(surf,0,0,0 ,0,1) ; bottom
v21 = AddVertex(surf,0,0,4 ,1,1)
v22 = AddVertex(surf,4,0,0 ,0,0)
v23 = AddVertex(surf,4,0,4 ,1,0)
v1 = AddVertex(surf,0,0,4 ,0,1) ; back
v2 = AddVertex(surf,4,0,4 ,1,1)
v5 = AddVertex(surf,0,4,4 ,0,0)
v6 = AddVertex(surf,4,4,4 ,1,0)
v0 = AddVertex(surf,0,0,0, 0,1) ; front
v3 = AddVertex(surf,4,0,0, 1,1)
v4 = AddVertex(surf,0,4,0, 0,0)
v7 = AddVertex(surf,4,4,0, 1,0)
v12 = AddVertex(surf,4,0,0 ,0,1) ; right
v13 = AddVertex(surf,4,0,4 ,1,1)
v14 = AddVertex(surf,4,4,0 ,0,0)
v15 = AddVertex(surf,4,4,4 ,1,0)
v8 = AddVertex(surf,0,0,0 ,0,1) ; left
v9 = AddVertex(surf,0,0,4 ,1,1)
v10 = AddVertex(surf,4,4,0 ,0,0)
v11 = AddVertex(surf,4,4,4 ,1,0)
If a = True
AddTriangle(surf,v21,v20,v22) ; bottom
AddTriangle(surf,v21,v22,v23)
End If
If e = True Then
AddTriangle(surf,v6,v1,v2) ; back
AddTriangle surf,v5,v1,v6
End If
If d = True Then ; front
AddTriangle surf,v3,v0,v6
AddTriangle surf,v6,v0,v5
End If
If c = True Then
AddTriangle(surf,v15,v13,v12) ; right
;AddTriangle(surf,v15,v12,v14)
End If
If b = True Then
AddTriangle(surf,v5,v8,v9) ; left
End If
Return z
End Function
; top,bottom,left,right,front,back
Function make3leftup(a=True,b=True,c=True,d=True,e=True)
; /|
; / |
;/____|
z=CreateMesh()
surf=CreateSurface(z)
; v16 = AddVertex(surf,0,4,0 ,0,1) ; top
; v17 = AddVertex(surf,0,4,4 ,1,1)
; v18 = AddVertex(surf,4,0,0 ,0,0)
; v19 = AddVertex(surf,4,0,4 ,1,0)
v20 = AddVertex(surf,0,0,0 ,0,1) ; bottom
v21 = AddVertex(surf,0,0,4 ,1,1)
v22 = AddVertex(surf,4,0,0 ,0,0)
v23 = AddVertex(surf,4,0,4 ,1,0)
v1 = AddVertex(surf,0,0,4 ,0,1) ; back
v2 = AddVertex(surf,4,0,4 ,1,1)
v5 = AddVertex(surf,0,4,4 ,0,0)
v6 = AddVertex(surf,4,4,4 ,1,0)
v0 = AddVertex(surf,0,0,0, 0,1) ; front
v3 = AddVertex(surf,4,0,0, 1,1)
v4 = AddVertex(surf,0,4,0, 0,0)
v7 = AddVertex(surf,4,4,0, 1,0)
v12 = AddVertex(surf,4,0,0 ,0,1) ; right
v13 = AddVertex(surf,4,0,4 ,1,1)
v14 = AddVertex(surf,4,4,0 ,0,0)
v15 = AddVertex(surf,4,4,4 ,1,0)
v8 = AddVertex(surf,0,0,0 ,0,1) ; left
v9 = AddVertex(surf,0,0,4 ,1,1)
v10 = AddVertex(surf,4,4,0 ,0,0)
v11 = AddVertex(surf,4,4,4 ,1,0)
If a = True
AddTriangle(surf,v21,v20,v22) ; bottom
AddTriangle(surf,v21,v22,v23)
End If
If e = True Then
AddTriangle(surf,v6,v1,v2) ; back
End If
If d = True Then ; front
AddTriangle surf,v3,v0,v7
End If
If c = True Then
AddTriangle(surf,v15,v13,v12) ; right
AddTriangle(surf,v15,v12,v14)
End If
If b = True Then
AddTriangle(surf,v9,v11,v8) ; left
AddTriangle(surf,v8,v11,v10)
End If
Return z
End Function
Function make3rightup(a=True,b=True,c=True,d=True,e=True)
; |\
; | \
; |____\
z=CreateMesh()
surf=CreateSurface(z)
; v16 = AddVertex(surf,0,4,0 ,0,1) ; top
; v17 = AddVertex(surf,0,4,4 ,1,1)
; v18 = AddVertex(surf,4,0,0 ,0,0)
; v19 = AddVertex(surf,4,0,4 ,1,0)
v20 = AddVertex(surf,0,0,0 ,0,1) ; bottom
v21 = AddVertex(surf,0,0,4 ,1,1)
v22 = AddVertex(surf,4,0,0 ,0,0)
v23 = AddVertex(surf,4,0,4 ,1,0)
v1 = AddVertex(surf,0,0,4 ,0,1) ; back
v2 = AddVertex(surf,4,0,4 ,1,1)
v5 = AddVertex(surf,0,4,4 ,0,0)
v6 = AddVertex(surf,4,4,4 ,1,0)
v0 = AddVertex(surf,0,0,0, 0,1) ; front
v3 = AddVertex(surf,4,0,0, 1,1)
v4 = AddVertex(surf,0,4,0, 0,0)
v7 = AddVertex(surf,4,4,0, 1,0)
v12 = AddVertex(surf,4,0,0 ,0,1) ; right
v13 = AddVertex(surf,4,0,4 ,1,1)
v14 = AddVertex(surf,0,4,0 ,0,0)
v15 = AddVertex(surf,0,4,4 ,1,0)
v8 = AddVertex(surf,0,0,0 ,0,1) ; left
v9 = AddVertex(surf,0,0,4 ,1,1)
v10 = AddVertex(surf,0,4,0 ,0,0)
v11 = AddVertex(surf,0,4,4 ,1,0)
If a = True
AddTriangle(surf,v21,v20,v22) ; bottom
AddTriangle(surf,v21,v22,v23)
End If
If e = True Then
AddTriangle(surf,v5,v1,v2) ; back
End If
If d = True Then
AddTriangle(surf,v0,v4,v3) ; front
; AddTriangle(surf,v3,v4,v7) ;
End If
If c = True Then
AddTriangle(surf,v15,v13,v12) ; right
AddTriangle(surf,v15,v12,v14)
End If
If b = True Then
AddTriangle(surf,v9,v11,v8) ; left
AddTriangle(surf,v8,v11,v10)
End If
Return z
End Function |
