def animate():
pbge.update()
# and rotation of objects
pbge.rotateZ( pbge.myplane, 0.001 )
pbge.rotateX( pbge.mycube, 0.01 )
pbge.rotateY( pbge.mysphere, 0.02 )
pbge.rotateY( pbge.mycylinder, 0.03 )
def animate():
pbge.update()
# and rotation of objects
pbge.rotateZ(pbge.myplane, 0.001)
pbge.rotateX(pbge.mycube, 0.01)
pbge.rotateY(pbge.mysphere, 0.02)
pbge.rotateY(pbge.mycylinder, 0.03)
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
p = pbge.createPlane( 0,0,-2 )
pbge.scale( p, 10,10,1 )
pbge.createOscReceiver( 23000 )
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
p = pbge.createPlane(0, 0, -2)
pbge.scale(p, 10, 10, 1)
pbge.createOscReceiver(23000)
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
pbge.myplane = pbge.createPlane(0, 0, -3)
pbge.mycube = pbge.createCube(0, 2, 0)
pbge.myspot = pbge.createSpot(0, 0, 7)
pbge.scale(pbge.myplane, 10)
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
pbge.myplane = pbge.createPlane( 0,0,-3 )
pbge.mycube = pbge.createCube( 0,0,0 )
pbge.myspot = pbge.createSpot( 0,0,7 )
pbge.scale( pbge.myplane, 10 )
pbge.speed = 0.07
def animate():
pbge.update()
# using the XY mouse position to move the cube
mx = -5 + pbge.mouseX * 10
my = 5 - pbge.mouseY * 10
pbge.moveTo(pbge.mycube, mx, my, 0)
pbge.moveTo(pbge.myspot, mx * 0.3, my * 0.3, 7)
def animate():
pbge.update()
pbge.color += pbge.way
# inverting way once the color is 0 or 255
if (pbge.color == 0 or pbge.color == 255):
pbge.way *= -1
pbge.changeColor(pbge.mycube, pbge.color, 0, 0)
pbge.moveTo(pbge.mysphere, 0, 0, pbge.color / 127)
def animate():
pbge.update()
pbge.color += pbge.way
# inverting way once the color is 0 or 255
if ( pbge.color == 0 or pbge.color == 255 ):
pbge.way *= -1
pbge.changeColor( pbge.mycube, pbge.color,0,0 )
pbge.moveTo( pbge.mysphere, 0,0, pbge.color / 127 )
def animate():
pbge.update()
# keyboard interactions
# use 'f' for faster and 's' for slower
# done only once when the key is pressed
if (pbge.keyPressed('f')):
pbge.speed *= 2
pbge.moveTo(pbge.myspot, 0, 0, 7 + pbge.speed * 10)
if (pbge.keyPressed('s')):
pbge.speed *= 0.5
pbge.moveTo(pbge.myspot, 0, 0, 7 + pbge.speed * 10)
# use 'r' to reset the cube position
if (pbge.keyPressed('r')):
pbge.moveTo(pbge.mycube, 0, 0, 0)
# use the arrows to move the cube
if (pbge.keyActive(pbge.ARROW_UP)):
pbge.move(pbge.mycube, 0, pbge.speed, 0)
if (pbge.keyActive(pbge.ARROW_DOWN)):
pbge.move(pbge.mycube, 0, -pbge.speed, 0)
if (pbge.keyActive(pbge.ARROW_LEFT)):
pbge.move(pbge.mycube, -pbge.speed, 0, 0)
if (pbge.keyActive(pbge.ARROW_RIGHT)):
pbge.move(pbge.mycube, pbge.speed, 0, 0)
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
# changing background color
pbge.background(0, 0, 0)
# storing the reference of the created objects
# into 'pbge' to animate them later
pbge.myplane = pbge.createPlane(0, 0, -3)
pbge.mycube = pbge.createCube(0, 2, 0)
pbge.mysphere = pbge.createSphere(0, -2, 0)
pbge.mycylinder = pbge.createCylinder(2, 0, 0)
pbge.myspot = pbge.createSpot(0, 0, 7)
pbge.scale(pbge.myplane, 10)
pbge.scale(pbge.mycylinder, 0.3, 0.3, 4)
pbge.scaleZ(pbge.mycube, 2)
# changing objects color
pbge.changeColor(pbge.myplane, 255, 0, 0)
pbge.changeColor(pbge.mycube, 0, 255, 255)
pbge.changeColor(pbge.mysphere, 255, 0, 255)
pbge.changeColor(pbge.mycylinder, 255, 255, 255)
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
# changing background color
pbge.background( 0,0,0 )
# storing the reference of the created objects
# into 'pbge' to animate them later
pbge.myplane = pbge.createPlane( 0,0,-3 )
pbge.mycube = pbge.createCube( 0,2,0 )
pbge.mysphere = pbge.createSphere( 0,-2,0 )
pbge.mycylinder = pbge.createCylinder( 2,0,0 )
pbge.myspot = pbge.createSpot( 0,0,7 )
pbge.scale( pbge.myplane, 10 )
pbge.scale( pbge.mycylinder, 0.3, 0.3, 4 )
pbge.scaleZ( pbge.mycube, 2 )
# creation of a custom variable
pbge.color = 0
pbge.way = 1
from ProcessingBGE.ProcessingBGE import ProcessingBGE as pbge if pbge.isconfigured(): co = bge.logic.getCurrentController() #TODO
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
# storing the reference of the created objects
# into 'pbge' to animate them later
pbge.myplane = pbge.createPlane( 0,0,-3 )
pbge.mycube = pbge.createCube( 0,2,0 )
pbge.mysphere = pbge.createSphere( 0,-2,0 )
pbge.mycylinder = pbge.createCylinder( 2,0,0 )
pbge.myspot = pbge.createSpot( 0,0,7 )
pbge.scale( pbge.myplane, 10 )
pbge.scale( pbge.mycylinder, 0.3, 0.3, 4 )
pbge.scaleZ( pbge.mycube, 2 )
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
# getting the reference of the created objects
# for further modifications
myplane = pbge.createPlane( -2,0,0 )
mycube = pbge.createCube( 0,2,0 )
mysphere = pbge.createSphere( 0,-2,0 )
mycylinder = pbge.createCylinder( 2,0,0 )
#let's place a spot
myspot = pbge.createSpot( 0,0,7 )
# all objects are created,
# let's change the position:
pbge.moveTo( myplane, 0,0,-3 )
# let's change the size:
pbge.scale( myplane, 10 )
pbge.scaleZ( mycube, 3 )
# let's change the orientation:
pbge.rotateX( mycylinder, 15 )
scene.post_draw = [animate]
pbge.configure()
# getting the reference of the created objects
# for further modifications
myplane = pbge.createPlane( -2,0,0 )
mycube = pbge.createCube( 0,2,0 )
mysphere = pbge.createSphere( 0,-2,0 )
mycylinder = pbge.createCylinder( 2,0,0 )
#let's place a spot
myspot = pbge.createSpot( 0,0,7 )
# all objects are created,
# let's change the position:
pbge.moveTo( myplane, 0,0,-3 )
# let's change the size:
pbge.scale( myplane, 10 )
pbge.scaleZ( mycube, 3 )
# let's change the orientation:
pbge.rotateX( mycylinder, 15 )
# called at each frame
def animate():
pbge.update()
# always leave this at the bottom of the script!
if pbge.isconfigured() == False:
init()
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
# basic 3D objects
pbge.createPlane( -2,0,0 )
pbge.createCube( 0,2,0 )
pbge.createSphere( 0,-2,0 )
pbge.createCylinder( 2,0,0 )
#let's place a spot
pbge.createSpot( 0,0,7 )
def animate():
pbge.update()
# keyboard interactions
# use 'f' for faster and 's' for slower
# done only once when the key is pressed
if ( pbge.keyPressed( 'f' ) ):
pbge.speed *= 2
pbge.moveTo( pbge.myspot, 0, 0, 7 + pbge.speed * 10 )
if ( pbge.keyPressed( 's' ) ):
pbge.speed *= 0.5
pbge.moveTo( pbge.myspot, 0, 0, 7 + pbge.speed * 10 )
# use 'r' to reset the cube position
if ( pbge.keyPressed( 'r' ) ):
pbge.moveTo( pbge.mycube, 0, 0, 0 )
# use the arrows to move the cube
if ( pbge.keyActive( pbge.ARROW_UP ) ):
pbge.move( pbge.mycube, 0, pbge.speed, 0 )
if ( pbge.keyActive( pbge.ARROW_DOWN ) ):
pbge.move( pbge.mycube, 0, -pbge.speed, 0 )
if ( pbge.keyActive( pbge.ARROW_LEFT ) ):
pbge.move( pbge.mycube, -pbge.speed, 0, 0 )
if ( pbge.keyActive( pbge.ARROW_RIGHT ) ):
pbge.move( pbge.mycube, pbge.speed, 0, 0 )
def animate():
pbge.update()
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
from ProcessingBGE.ProcessingBGE import ProcessingBGE as pbge
if pbge.isconfigured():
co = bge.logic.getCurrentController()
mouse = co.sensors["Mouse"]
# position
pbge.mouseX = mouse.position[0] / bge.render.getWindowWidth()
pbge.mouseY = mouse.position[1] / bge.render.getWindowHeight()
# buttons
lb = mouse.getButtonStatus(bge.events.LEFTMOUSE)
mb = mouse.getButtonStatus(bge.events.MIDDLEMOUSE)
rb = mouse.getButtonStatus(bge.events.RIGHTMOUSE)
if lb == bge.logic.KX_INPUT_NONE or lb == bge.logic.KX_INPUT_JUST_RELEASED:
pbge.mouseLeft = False
else:
pbge.mouseLeft = True
if mb == bge.logic.KX_INPUT_NONE or mb == bge.logic.KX_INPUT_JUST_RELEASED:
pbge.mouseMiddle = False
else:
pbge.mouseMiddle = True
if rb == bge.logic.KX_INPUT_NONE or rb == bge.logic.KX_INPUT_JUST_RELEASED:
pbge.mouseRight = False
else:
pbge.mouseRight = True
def init():
scene = bge.logic.getCurrentScene()
scene.post_draw = [animate]
pbge.configure()
