def _over_event_loop(own, status):
global _hold, _selok
global selected
list = module.widget_dict
if status == 3:
try:
list[own]._mouseOut()
if cam.pointInsideFrustum(pos): list[own].mouseOut()
except: pass
_selok = False
if _hold == False: selected = None
if status == 2:
try: list[own].mouseOver()
except: pass
if status == 1:
if _hold == False or selected==own:
try:
if own in list:
list[own]._mouseIn()
if module.window.cursorInsideFrustum(): list[own].mouseIn()
except: utils.debug("_over_event_loop: Forgot to disable collisions?")
selected = own
_selok = True
def _over_event_loop(own, status):
global _hold, _selok
global selected
list = module.widget_dict
if status == 3:
try:
list[own]._mouseOut()
if cam.pointInsideFrustum(pos): list[own].mouseOut()
except:
pass
_selok = False
if _hold == False: selected = None
if status == 2:
try:
list[own].mouseOver()
except:
pass
if status == 1:
if _hold == False or selected == own:
try:
if own in list:
list[own]._mouseIn()
if module.window.cursorInsideFrustum(): list[own].mouseIn()
except:
utils.debug("_over_event_loop: Forgot to disable collisions?")
selected = own
_selok = True
def __init__(self, obj=None):
self.obj = obj
self.callback = None
self.true_start_file = None
self.frame = 0
self.speaker = None
if obj == None:
logic.LibLoad(logic.expandPath("//core/misc/screen.blend"),
'Scene')
obj = self.obj = logic.getCurrentScene().objects["__CORE__Screen"]
obj.visible = False
try:
t = obj.meshes[0].materials[0].textures[0]
if t == None: raise Exception
except Exception:
try:
logic.LibLoad(logic.expandPath("//core/misc/screen.blend"),
'Mesh')
obj.replaceMesh("__CORE__Screen")
except Exception:
utils.debug(
"Video not set, " + obj.name +
" object is not a screen. Make sure it has a texture to an image file. "
)
self.play = self.no_play
self.replaceTexture = self.no_replaceTexture
def replaceBlenderText(obj):
font = obj.get("Font")
if not font:
#utils.debug("Impossible to replace text object " + obj.name + ". Doesn't have a Font property.")
return
sx, sy, sz = [int(n*100) for n in obj.localScale]
if sx != sy or sy != sz:
utils.debug("Impossible to replace text object " + obj.name + ". Size is not uniform.")
return
align = obj.get("Align", 0)
align = ["Left", "Center", "Right"].index(align)
wp = obj.worldPosition
#position = [wp.x+float(0.006*sx), wp.y+(0.002*sx), wp.z]
label = FLabel(font, obj["Text"], sx/3.1, align, wp)
xyz = obj.worldOrientation.to_euler()
label.rotation = xyz
if align == ALIGN_RIGHT: label.rotation.y = 3.14
label.visible = obj.visible
module.labels[obj.name] = label
obj.endObject()
def replaceBlenderText(obj):
font = obj.get("Font")
if not font:
#utils.debug("Impossible to replace text object " + obj.name + ". Doesn't have a Font property.")
return
sx, sy, sz = [int(n * 100) for n in obj.localScale]
if sx != sy or sy != sz:
utils.debug("Impossible to replace text object " + obj.name +
". Size is not uniform.")
return
align = obj.get("Align", 0)
align = ["Left", "Center", "Right"].index(align)
wp = obj.worldPosition
#position = [wp.x+float(0.006*sx), wp.y+(0.002*sx), wp.z]
label = FLabel(font, obj["Text"], sx / 3.1, align, wp)
xyz = obj.worldOrientation.to_euler()
label.rotation = xyz
if align == ALIGN_RIGHT: label.rotation.y = 3.14
label.visible = obj.visible
module.labels[obj.name] = label
obj.endObject()
def play(self, filepath=None, loop=False, volume=None, pitch=1, callback=None, transition=(3, 2, 3)):
""" Method to play an audio file.
If an audio file is being played while calling this, it will be replaced by a new one. During the transation a *fadeOut->FadeIn* effect will occur.
:param string filepath: Relative path (from the data folder) of the audio file to use.
:param bool loop: If true the audio will be played in loop.
:param float volume: The volume of the audio file relative to the master device. (Default = 1.0)
:param float pitch: The pitch.
:param function callback: Function to call once the playback ends.
:param tuple transition: The times for the fade effect during transations. In order: Duration of the fadeout, time for the fadein to start, duration of the fadein. In sconds.
"""
if self.waiting == True: # Replace sound that will be played.
self.filepath = filepath
return
if self.playing == True: # FadeOut this sound and fadeIn the new one.
x, y, z = transition
dummy = self.moveInstance()
dummy.fadeOut(x, stop=True)
if filepath:
self.filepath = filepath
self.waiting = True
sequencer.Wait(y, lambda: self._transition_callback(z))
self.callback = callback
return
self.callback = callback
if not filepath:
filepath = self.filepath
else:
self.filepath = filepath
path = logic.expandPath("//../data/" + filepath)
factory = aud.Factory(path)
try:
self.factory = factory
self.handle = device.play(self.factory) # It sends a callback that will play the music on a new theread.
self.handle.pitch = pitch
if volume == None:
self.volume = self._volume
else:
self.volume = volume
if loop:
self.handle.loop_count = -1
except:
if os.path.isfile(path) == False:
utils.debug("Audio File, Not Found: " + path)
else:
raise RuntimeException("AudioFile Load Error: " + path)
self.playing = True
module.low_frequency_callbacks.append(self.update)
return self
def loop():
global _state, _last_time, _last_time2
#Game initialization
if _state == 0:
_state = 1
logic.setMaxLogicFrame(1)
module.scene_gui_behavior.scene = module.scene_gui
for o in module.scene_gui.objects:
module.scene_gui_behavior.objects[o.name] = o
module.scene_gui_behavior.init()
for b in module.scene_gui_behavior.behaviors:
b.init()
media.device.volume = float(utils.loadGameProperty("volume"))
module._arecallbacks = False
if utils.checkVersion() == False:
utils.debug(
"Atention! BGE version is outdated, please install last Blender release."
)
if module._arecallbacks == True: return
#GUI Behavior
if module.scene_gui_behavior.paused == False:
module.scene_gui_behavior.update()
for b in module.scene_gui_behavior.behaviors:
if b.paused == False: b.update()
#Key events
listen_list = [
x for x in module.listen_input_list
if x._immuse_keyboard == True and x.scene == module.scene_gui
]
for x in module.listen_input_list:
x._immuse_keyboard = x.use_keyboard
event._key_event_loop(listen_list)
event.first_time_in_frame = True
event.last_keyevents = event.last_butstillthisframe_keyevents
#Frequency callbacks
for v in module.video_playback_list:
v.updateVideo()
done = time.time()
if (done - _last_time) >= module.LOW_FREQUENCY_TICK:
dtime = done - _last_time
_last_time = done
for call in module.low_frequency_callbacks:
call(dtime)
if (done - _last_time2) >= module.HEIGHT_FREQUENCY_TICK:
dtime = done - _last_time2
_last_time2 = done
for call in module.height_frequency_callbacks:
call(dtime)
def __init__(self, sprite, over = None):
super().__init__(sprite)
if type(over) is str:
self.over = self.scene.objectsInactive[over]
if not self.over:
try:
acov = self.scene.objects[over]
if acov: utils.debug("Interface error (" + self.__class__.__name__ + "): Object '" + acov.name + " must be in an inactive layer.")
except: pass
else: self.over = over
self.objt = None
def play(self, filepath=None, loop=False, volume = None, pitch = 1, callback = None, transition = (3, 2, 3)):
""" Method to play an audio file.
If an audio file is being played while calling this, it will be replaced by a new one. During the transation a *fadeOut->FadeIn* effect will occur.
:param string filepath: Relative path (from the data folder) of the audio file to use.
:param bool loop: If true the audio will be played in loop.
:param float volume: The volume of the audio file relative to the master device. (Default = 1.0)
:param float pitch: The pitch.
:param function callback: Function to call once the playback ends.
:param tuple transition: The times for the fade effect during transations. In order: Duration of the fadeout, time for the fadein to start, duration of the fadein. In sconds.
"""
if self.waiting == True: #Replace sound that will be played.
self.filepath = filepath
return
if self.playing == True: #FadeOut this sound and fadeIn the new one.
x, y, z = transition
dummy = self.moveInstance()
dummy.fadeOut(x, stop=True)
if filepath: self.filepath = filepath
self.waiting = True
sequencer.Wait(y, lambda: self._transition_callback(z))
self.callback = callback
return
self.callback = callback
if not filepath: filepath = self.filepath
else: self.filepath = filepath
path = logic.expandPath("//../data/" + filepath)
factory = aud.Factory(path)
try:
self.factory = factory
self.handle = device.play(self.factory) #It sends a callback that will play the music on a new theread.
self.handle.pitch = pitch
if volume == None: self.volume = self._volume
else: self.volume = volume
if loop: self.handle.loop_count = -1
except:
if os.path.isfile(path) == False: utils.debug("Audio File, Not Found: " + path)
else: raise RuntimeException("AudioFile Load Error: " + path)
self.playing = True
module.low_frequency_callbacks.append(self.update)
return self
def next(self):
""" Plays a song, or replaces the current song. """
current_song = self.audiofile.filepath
path = self.getRandomFileTrack()
try:
self.audiofile.play(self.directory + path,
transition=self.transition)
except IndexError:
utils.debug("No music found in directory " + self.directory)
except RuntimeError as e:
utils.debug(e)
self.ignore.append(path)
self.audiofile.filepath = current_song
self.next()
def __init__(self, sprite, over=None):
super().__init__(sprite)
if type(over) is str:
self.over = self.scene.objectsInactive[over]
if not self.over:
try:
acov = self.scene.objects[over]
if acov:
utils.debug("Interface error (" +
self.__class__.__name__ + "): Object '" +
acov.name +
" must be in an inactive layer.")
except:
pass
else:
self.over = over
self.objt = None
def loop():
global _state, _last_time, _last_time2
#Game initialization
if _state == 0:
_state = 1
logic.setMaxLogicFrame(1)
module.scene_gui_behavior.scene = module.scene_gui
for o in module.scene_gui.objects: module.scene_gui_behavior.objects[o.name] = o
module.scene_gui_behavior.init()
for b in module.scene_gui_behavior.behaviors: b.init()
media.device.volume = float(utils.loadGameProperty("volume"))
module._arecallbacks = False
if utils.checkVersion() == False: utils.debug("Atention! BGE version is outdated, please install last Blender release.")
if module._arecallbacks == True: return
#GUI Behavior
if module.scene_gui_behavior.paused == False: module.scene_gui_behavior.update()
for b in module.scene_gui_behavior.behaviors:
if b.paused == False: b.update()
#Key events
listen_list = [x for x in module.listen_input_list if x._immuse_keyboard == True and x.scene == module.scene_gui]
for x in module.listen_input_list: x._immuse_keyboard = x.use_keyboard
event._key_event_loop(listen_list)
event.first_time_in_frame = True
event.last_keyevents = event.last_butstillthisframe_keyevents
#Frequency callbacks
for v in module.video_playback_list: v.updateVideo()
done = time.time()
if (done - _last_time) >= module.LOW_FREQUENCY_TICK:
dtime = done - _last_time
_last_time = done
for call in module.low_frequency_callbacks:
call(dtime)
if (done - _last_time2) >= module.HEIGHT_FREQUENCY_TICK:
dtime = done - _last_time2
_last_time2 = done
for call in module.height_frequency_callbacks:
call(dtime)
def __init__(self,
font,
text,
size=16,
align=ALIGN_LEFT,
position=[0, 0, 0]):
self.scene = module.scene_gui
font_name = "Font." + font
self._font = self.scene.objectsInactive[font_name]
self.obj = self.scene.addObject(self._font, self.scene.active_camera)
self.obj.worldPosition = position
if font_name not in FLabel._loaded_fonts_right.keys():
mesh = logic.LibNew('Font' + str(FLabel._font_id), 'Mesh',
[font_name])[0]
v_array = mesh.getVertexArrayLength(0)
if v_array != 4:
utils.debug("Font object not valid, skipping!")
return
v0 = mesh.getVertex(0, 0)
v1 = mesh.getVertex(0, 1)
v2 = mesh.getVertex(0, 2)
v3 = mesh.getVertex(0, 3)
_swap_UV_2(v0, v1)
_swap_UV_2(v2, v3)
FLabel._loaded_fonts_right[font] = mesh
FLabel._loaded_fonts_left[font] = self.obj.meshes[0]
FLabel._font_id += 1
self._location = super().ProxyPosition()
self._scale = super().ProxyScale()
self._rotation = super().ProxyRotation()
self._color = super().ProxyColor()
self.transformable = [self.obj]
self._align = None
self._text = text
self.ob2 = None #Second object to use on ALIGN_CENTER
self.size = size
self.align = align #It also does set text the first time.
def secondary_loop():
global _last_traceback, _fatal_error
#It takes 0.6ms when with the editor. (Without tile replacing)
try:
if _fatal_error: return
#Set scene
if module.change_scene_frame == True:
if module.change_scene_dynamic == True:
dynamic.loadScene(None, None)
else:
utils.setScene(None)
return
else:
if module.scene_behavior.paused == False:
module.scene_behavior.update()
module.scene_behavior.baseUpdate()
if not module.scene_behavior: return #When removing the scene
for b in module.scene_behavior.behaviors:
if b.paused == False: b.update()
if not module.scene_behavior: return #When removing the scene
except:
if not module.scene_behavior: return
module.scene_behavior.paused = True
s = traceback.format_exc()
if s != _last_traceback:
utils.debug("Error during runtime. Scene behavior suspended!")
print(s)
_fatal_error = True
_last_traceback = s
#It takes about 0.3ms (As much as the main loop)
listen_list = [
x for x in module.listen_input_list
if x._immuse_keyboard == True and x.scene == module.scene_game
]
for x in module.listen_input_list:
x._immuse_keyboard = x.use_keyboard
event._key_event_loop(listen_list)
module.window.secondary_update()
def rotation(self, xyz):
if len(xyz) != 3: utils.debug("Rotation assignment failed on " + self.obj.name + " object. xyz size != 3.")
if isinstance(xyz, (list, tuple)) or len(xyz) == 3:
xyz = Euler(xyz, 'XYZ')
srt = self.obj.localOrientation.copy()
xyz = xyz.to_matrix()
for obj in self.transformable:
if obj.__class__.__name__ == "KX_GameObject":
if obj == self.obj: obj.localOrientation = xyz
else:
srr = obj.worldOrientation.copy()
srr.rotate(xyz)
srr = srr.to_euler()
obj.localOrientation = srr
else:
srr = obj.rotation.copy()
srr.rotate(xyz)
obj.localOrientation = srr
obj.rotation = srr
self._rotation = self.ProxyRotation()
def _click_event_loop(status):
global _hold, _selok
global selected
list = module.widget_dict
if status == 1 and selected: _hold = True
if status == 2:
if selected in list: list[selected].mousePressed()
if status != 3: return
if selected and _selok == True and _hold == True:
try:
if selected in list and list[selected]._active == True:
list[selected]._mouseClick()
if module.window.cursorInsideFrustum(): list[selected].mouseClick()
except:
#utils.debug("_click_event_loop: Forgot to disable collisions?")
utils.debug(traceback.format_exc())
_hold = False
def loadIntoScene(filepath, mode, camera):
""" Loads all objects/meshes/actions from another blend into the scene of the *camera*.
Blends loaded with this method must have only 1 scene. They also need to have a Python controller conected with an always on module mode with the following string: ``main.libload``.
This logic bricks are recomended to be used in an object that clearly is the main object of the scene or a camera if any. The name of the library is the filepath.
:param string filepath: Relative path from the *data* folder where the blend file is placed.
:param mode: The same mode that will be used on ``bge.logic.LibLoad()``, it's recomended to use "Scene".
:type mode: "Scene","Mesh" or "Action"
:param camera: The main camera of the scene (where logic bricks are used).
:type camera: |KX_GameObject|
.. note:: Trying to load multiple times the same file will throw an error. Instad use ObjectGenerator
"""
path = logic.expandPath("//../data/" + filepath)
scene_to = camera.scene
if scene_to == module.scene_gui:
logic.LibLoad(path, mode, load_actions = True, load_scripts = False)
elif scene_to == module.scene_game:
module.libload_queue.append((path, mode))
module._arecallbacks = True
else: utils.debug("utils.loadIntoScene failed, the scene " + scene_to.name + " is not running.")
def _click_event_loop(status):
global _hold, _selok
global selected
list = module.widget_dict
if status == 1 and selected: _hold = True
if status == 2:
if selected in list: list[selected].mousePressed()
if status != 3: return
if selected and _selok == True and _hold == True:
try:
if selected in list and list[selected]._active == True:
list[selected]._mouseClick()
if module.window.cursorInsideFrustum():
list[selected].mouseClick()
except:
#utils.debug("_click_event_loop: Forgot to disable collisions?")
utils.debug(traceback.format_exc())
_hold = False
def rotation(self, xyz):
if len(xyz) != 3:
utils.debug("Rotation assignment failed on " + self.obj.name +
" object. xyz size != 3.")
if isinstance(xyz, (list, tuple)) or len(xyz) == 3:
xyz = Euler(xyz, 'XYZ')
srt = self.obj.localOrientation.copy()
xyz = xyz.to_matrix()
for obj in self.transformable:
if obj.__class__.__name__ == "KX_GameObject":
if obj == self.obj: obj.localOrientation = xyz
else:
srr = obj.worldOrientation.copy()
srr.rotate(xyz)
srr = srr.to_euler()
obj.localOrientation = srr
else:
srr = obj.rotation.copy()
srr.rotate(xyz)
obj.localOrientation = srr
obj.rotation = srr
self._rotation = self.ProxyRotation()
def __init__(self, font, text, size = 16, align = ALIGN_LEFT, position = [0,0,0]):
self.scene = module.scene_gui
font_name = "Font." + font
self._font = self.scene.objectsInactive[font_name]
self.obj = self.scene.addObject(self._font, self.scene.active_camera)
self.obj.worldPosition = position
if font_name not in FLabel._loaded_fonts_right.keys():
mesh = logic.LibNew('Font'+str(FLabel._font_id), 'Mesh', [font_name])[0]
v_array = mesh.getVertexArrayLength(0)
if v_array != 4:
utils.debug("Font object not valid, skipping!")
return
v0 = mesh.getVertex(0,0)
v1 = mesh.getVertex(0,1)
v2 = mesh.getVertex(0,2)
v3 = mesh.getVertex(0,3)
_swap_UV_2(v0,v1)
_swap_UV_2(v2,v3)
FLabel._loaded_fonts_right[font] = mesh
FLabel._loaded_fonts_left[font] = self.obj.meshes[0]
FLabel._font_id += 1
self._location = super().ProxyPosition()
self._scale = super().ProxyScale()
self._rotation = super().ProxyRotation()
self._color = super().ProxyColor()
self.transformable = [self.obj]
self._align = None
self._text = text
self.ob2 = None #Second object to use on ALIGN_CENTER
self.size = size
self.align = align #It also does set text the first time.
def secondary_loop():
global _last_traceback, _fatal_error
#It takes 0.6ms when with the editor. (Without tile replacing)
try:
if _fatal_error: return
#Set scene
if module.change_scene_frame == True:
if module.change_scene_dynamic == True: dynamic.loadScene(None, None)
else: utils.setScene(None)
return
else:
if module.scene_behavior.paused == False:
module.scene_behavior.update()
module.scene_behavior.baseUpdate()
if not module.scene_behavior: return #When removing the scene
for b in module.scene_behavior.behaviors:
if b.paused == False: b.update()
if not module.scene_behavior: return #When removing the scene
except:
if not module.scene_behavior: return
module.scene_behavior.paused = True
s = traceback.format_exc()
if s != _last_traceback:
utils.debug("Error during runtime. Scene behavior suspended!")
print(s)
_fatal_error = True
_last_traceback = s
#It takes about 0.3ms (As much as the main loop)
listen_list = [x for x in module.listen_input_list if x._immuse_keyboard == True and x.scene == module.scene_game]
for x in module.listen_input_list: x._immuse_keyboard = x.use_keyboard
event._key_event_loop(listen_list)
module.window.secondary_update()
def loadIntoScene(filepath, mode, camera):
""" Loads all objects/meshes/actions from another blend into the scene of the *camera*.
Blends loaded with this method must have only 1 scene. They also need to have a Python controller conected with an always on module mode with the following string: ``main.libload``.
This logic bricks are recomended to be used in an object that clearly is the main object of the scene or a camera if any. The name of the library is the filepath.
:param string filepath: Relative path from the *data* folder where the blend file is placed.
:param mode: The same mode that will be used on ``bge.logic.LibLoad()``, it's recomended to use "Scene".
:type mode: "Scene","Mesh" or "Action"
:param camera: The main camera of the scene (where logic bricks are used).
:type camera: |KX_GameObject|
.. note:: Trying to load multiple times the same file will throw an error. Instad use ObjectGenerator
"""
path = logic.expandPath("//../data/" + filepath)
scene_to = camera.scene
if scene_to == module.scene_gui:
logic.LibLoad(path, mode, load_actions=True, load_scripts=False)
elif scene_to == module.scene_game:
module.libload_queue.append((path, mode))
module._arecallbacks = True
else:
utils.debug("utils.loadIntoScene failed, the scene " + scene_to.name +
" is not running.")
def _add(self, linename, item, offset):
target_tick = self.tick + offset
line = self.lines[linename]
self.pad(line, target_tick)
line[target_tick].append(item)
debug("_add:", linename, target_tick, item)
def next(self):
""" Plays a song, or replaces the current song. """
try:
self.audiofile.play(self.directory + self.getRandomFileTrack(), transition = self.transition)
except IndexError: utils.debug("No music found in directory " + self.directory)
def next(self):
""" Plays a song, or replaces the current song. """
try:
self.audiofile.play(self.directory + self.getRandomFileTrack(), transition=self.transition)
except IndexError:
utils.debug("No music found in directory " + self.directory)
