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Mouvement par module Python
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131
fop.py
131
fop.py
@ -1,4 +1,5 @@
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import bge # Bibliothèque Blender Game Engine (BGE)
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import bge # Bibliothèque Blender Game Engine (UPBGE)
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import bpy # Blender
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###############################################################################
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# fop.py
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@ -10,8 +11,9 @@ import bge # Bibliothèque Blender Game Engine (BGE)
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# @license: GNU GPL
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###############################################################################
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# Récupérer la scène 3D
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# UPBGE scene
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scene = bge.logic.getCurrentScene()
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eevee = bpy.context.scene.eevee
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# print("Objets de la scene : ", scene.objects) # Lister les objets de la scène
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# Constantes
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@ -21,43 +23,136 @@ JUST_RELEASED = bge.logic.KX_INPUT_JUST_RELEASED
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ACTIVATE = bge.logic.KX_INPUT_ACTIVE
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###############################################################################
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# Gestion du clavier
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# Mouvements
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###############################################################################
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###
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# Flèches pour avancer, reculer et tourner
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###
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def clavier(cont):
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obj = cont.owner
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obj_cam = scene.objects['Camera']
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keyboard = bge.logic.keyboard
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resolution = 0.01
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pas_lineaire = 0.1
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pas_courrir = 0.2
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pas_angulaire = 0.05
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pas_angulaire_fps = 0.025
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force_saut = 300
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recul_camera = 40
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# Flèche haut - Up arrow
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# Avancer : Flèche haut - Up arrow
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if keyboard.inputs[bge.events.UPARROWKEY].status[0] == ACTIVATE:
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print ("Avancer")
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# obj.applyRotation((-resolution,0,-obj.worldOrientation.to_euler().z), False)
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# Flèche bas - Down arrow
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if obj['courrir']<20:
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obj.applyMovement((0,-pas_lineaire,0), True)
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obj['courrir']+=1
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else:
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obj.applyMovement((0,-pas_courrir,0), True)
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if keyboard.inputs[bge.events.UPARROWKEY].status[0] != ACTIVATE and obj['courrir']>0:
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obj['courrir']=0
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# Reculer : Flèche bas - Down arrow
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if keyboard.inputs[bge.events.DOWNARROWKEY].status[0] == ACTIVATE:
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print ("Reculer")
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# obj.applyRotation((resolution,0,-obj.worldOrientation.to_euler().z), False)
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obj.applyMovement((0,pas_lineaire,0), True)
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# Flèche gauche - Left arrow
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# Tourner gauche : Flèche gauche - Left arrow
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if keyboard.inputs[bge.events.LEFTARROWKEY].status[0] == ACTIVATE:
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print ("Gauche")
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# obj.applyRotation((0, -resolution,-obj.worldOrientation.to_euler().z), False)
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if obj_cam['fps']:
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obj.applyRotation((0, 0,pas_angulaire_pfs), True)
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else:
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obj.applyRotation((0, 0,pas_angulaire), True)
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# Flèche droit - Right arrow
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# Tourner droite : Flèche droit - Right arrow
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if keyboard.inputs[bge.events.RIGHTARROWKEY].status[0] == ACTIVATE:
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print ("Droite")
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# obj.applyRotation((0, resolution, -obj.worldOrientation.to_euler().z), False)
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if obj_cam['fps']:
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obj.applyRotation((0, 0,-pas_angulaire_fps), True)
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else:
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obj.applyRotation((0, 0,-pas_angulaire), True)
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# Saut
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if keyboard.inputs[bge.events.SPACEKEY].status[0] == ACTIVATE:
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objs_sol=('Terrain', 'Platforme', 'Pont 1', 'Pont 2')
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for obj_sol in objs_sol:
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if obj.collide(scene.objects[obj_sol])[0]:
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if len(obj.collide(scene.objects[obj_sol])[1])>0:
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obj.applyForce((0, 0,force_saut), True)
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break
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# Recul caméra
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if keyboard.inputs[bge.events.EKEY].status[0] == ACTIVATE and obj_cam['macro']==False:
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obj_cam.applyMovement((0,0,recul_camera), True)
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obj_cam['macro'] = True
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if keyboard.inputs[bge.events.EKEY].status[0] != ACTIVATE and obj_cam['macro']==True:
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obj_cam.applyMovement((0,0,-recul_camera), True)
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obj_cam['macro'] = False
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# Caméra FPS
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if keyboard.inputs[bge.events.FKEY].status[0] == ACTIVATE and obj_cam['fps']==False and obj_cam['relache']==True:
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scene.active_camera = scene.objects["Camera_fps"]
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obj_cam['fps'] = True
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obj_cam['relache'] = False
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if keyboard.inputs[bge.events.FKEY].status[0] == ACTIVATE and obj_cam['fps']==True and obj_cam['relache']==True:
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scene.active_camera = scene.objects["Camera"]
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obj_cam['fps'] = False
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obj_cam['relache'] = False
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if keyboard.inputs[bge.events.FKEY].status[0] != ACTIVATE and obj_cam['relache']==False:
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obj_cam['relache'] = True
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###
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# Suivi par la caméra
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###
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def camera_track (cont):
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obj = cont.owner
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obj_frankie = scene.objects['Frankie']
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obj.worldPosition.x=obj_frankie.worldPosition.x
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obj.worldPosition.y=obj_frankie.worldPosition.y
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obj.worldPosition.z=obj_frankie.worldPosition.z
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###############################################################################
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# Gameplay
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# Cycle
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###############################################################################
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# Initialisation de la scène
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def init(cont):
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obj = cont.owner
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# Init EEVEE
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eevee.use_taa_reprojection = True
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eevee.use_ssr = True # Screen space reflection
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eevee.use_ssr_refraction = True # Screen space refractions
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eevee.use_ssr_halfres = True
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eevee.use_gtao = False
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eevee.taa_render_samples = 64
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eevee.taa_samples = 16
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eevee.use_volumetric_lights = True
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eevee.use_volumetric_shadows = False
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eevee.shadow_cascade_size='1024'
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eevee.shadow_cube_size='512'
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# Pancartes
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scene.objects['Frankie']['spawn']="0"
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for i in range (1, 7):
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scene.objects['Pancarte '+str(i)].setVisible(False,True)
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# Chute
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def chute(cont):
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obj = cont.owner
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if obj.worldPosition.z<=-9 :
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obj_spawn = scene.objects['Spawn '+str(obj['spawn'])]
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obj_frankie.worldPosition.x = obj_spawn.worldPosition.x
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obj_frankie.worldPosition.y = obj_spawn.worldPosition.y
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obj_frankie.worldPosition.z = obj_spawn.worldPosition.z
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# Checkpoint
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def checkpoint(cont):
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obj = cont.owner
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print (obj.name)
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obj_i=int(obj[len(obj.name)-1:])
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obj_frankie = scene.objects['Frankie']
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scene.objects['Pancarte '+str(obj_i)].setVisible(True,True)
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obj_frankie['spawn']=obj_i
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# # Mémorisation de la position de départ de la bille
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# obj['init_x']=obj.worldPosition.x
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# obj['init_y']=obj.worldPosition.y
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