left_sound = sounds.W3DSound(
name="left",
filename="sound/left.wav",
movement_mode="Positional" # Positional for 3D audio
)
right_sound = sounds.W3DSound(name="right",
filename="sound/right.wav",
movement_mode="Positional")
my_project["sounds"].append(play_sound)
my_project["sounds"].append(left_sound)
my_project["sounds"].append(right_sound)
# An object to play a sound to the left
left_object = objects.W3DObject(
name="left_object",
placement=placement.W3DPlacement(position=(-5, 0, 0), ),
content=objects.W3DText(text="Left"),
sound="left", # Attach the sound named left to this object
visible=False)
# An object to play a sound to the right
right_object = objects.W3DObject(
name="right_object",
placement=placement.W3DPlacement(position=(5, 0, 0), ),
content=objects.W3DText(text="Right"),
sound="right", # Attach the sound named right to this object
visible=False)
my_project["objects"].append(left_object)
my_project["objects"].append(right_object)
# A timeline to play the sounds
my_timeline = timeline.W3DTimeline(
all_angles = [2 * pi / theta_div * i for i in range(theta_div)]
for i in range(0, theta_div):
theta = all_angles[i]
object_name = "elem_x_{}".format(i)
my_object = objects.W3DObject(
name=object_name,
color=(int(i / theta_div * 255), 100, 0),
placement=placement.W3DPlacement(
position=(
0,
radius * sin(theta),
radius * cos(theta)
),
rotation=placement.W3DRotation(
rotation_mode="Axis",
rotation_vector=(1, 0, 0),
rotation_angle=degrees(-theta + pi / 2)
)
),
content=objects.W3DText(
text="{}".format(int(180 / pi * theta))
),
)
absolute_actions.extend(
[
(
1 + 2 * j, actions.ObjectAction(
object_name=object_name,
$ python3 link_sample.py
"""
import os
from pyw3d import project, objects, placement, actions, export_to_blender
# First, create a W3DProject to hold everything else you'll create
my_project = project.W3DProject(call_directory=os.path.dirname(__file__),
allow_movement=True)
# Next, let's create a simple text object
my_object = objects.W3DObject(
name="hello", # Give it a name
color=(255, 0, 0), # Make it red
placement=placement.W3DPlacement( # Specify position and orientation
position=(0, 1, 0), # We'll leave rotation as default for now
),
content=objects.W3DText( # Specify that this is a text object
text="Hello, World!", # ...with text reading "Hello, World!"
font="LinBiolinum_K.otf"
),
link=objects.W3DLink( # Add a clickable link to the text object
actions = {
-1: [ # On every click (negative number)...
actions.ObjectAction( # ...change the object...
object_name="hello", # ...named hello...
duration=1, # ...over a period of one second...
move_relative=True, # ...by moving it relative to its
# current location...
placement=placement.W3DPlacement(
position=(0, 0.5, 0) # ...back half a meter.
import os
from pyw3d import project, objects, placement, export_to_blender, timeline, \
actions, convert_to_blender_axes
# First, create a W3DProject to hold everything else you'll create
my_project = project.W3DProject(call_directory=os.path.dirname(__file__),
allow_movement=True)
relative_actions = []
absolute_actions = []
ordered_names = ["floor", "left", "front", "right"]
placements_dic = {
"floor":
placement.W3DPlacement(position=convert_to_blender_axes((0, 0, 4)),
relative_to="FloorWall"),
"left":
placement.W3DPlacement(position=convert_to_blender_axes((0, 4, 0)),
relative_to="LeftWall"),
"right":
placement.W3DPlacement(position=convert_to_blender_axes((0, 4, 0)),
relative_to="RightWall"),
"front":
placement.W3DPlacement(position=convert_to_blender_axes((0, 4, 0)),
relative_to="FrontWall"),
}
relative_placement_dic = {
"floor":
placement.W3DPlacement(position=convert_to_blender_axes((0, 0, 4)),
rotation=placement.W3DRotation(rotation_mode="Axis",
rotation_vector=(0,
import os
from pyw3d import project, objects, placement, export_to_blender,\
psys, groups, actions, timeline
# First, create a W3DProject to hold everything else you'll create
my_project = project.W3DProject(call_directory=os.path.dirname(__file__),
allow_movement=True)
# Next, let's create three simple text objects that will be emitted by our
# system
particles = []
for index, char in enumerate(["W", "3", "D"]):
particles.append(
objects.W3DObject(
name="part{}".format(index), # Give it a name
placement=placement.W3DPlacement(),
color=(255, 0, 0),
content=objects.W3DText( # Specify that this is a text object
text=char),
visible=False # This object needn't be visible.
))
# Now add these objects to the project
my_project["objects"].extend(particles)
# and make them a group.
my_project["groups"].append(
groups.W3DGroup(name="particles",
objects=[obj["name"] for obj in particles]))
# Next, we describe the actions that will describe the system
my_project["particle_actions"].append(
# Next, make the test sounds available in Writing3D
play_sound = sounds.W3DSound(name="basic", filename="sound/play.wav")
left_sound = sounds.W3DSound(
name="left",
filename="sound/left.wav",
movement_mode="Positional" # Positional for 3D audio
)
right_sound = sounds.W3DSound(name="right",
filename="sound/right.wav",
movement_mode="Positional")
long_sound = sounds.W3DSound(name="long", filename="sound/long.wav")
# Next, let's create link to play a basic sound
play_object = objects.W3DObject(
name="play",
placement=placement.W3DPlacement(position=(0, 10, 1), ),
content=objects.W3DText(text="Play Sound!"),
link=objects.W3DLink(
actions={
-1: [ # On every click (negative number)...
actions.SoundAction( # Affect the sound...
sound_name="basic", # named "basic"...
change="Start" # by starting it.
)
]
}))
# An object to play a sound to the left
left_object = objects.W3DObject(
name="left_button",
placement=placement.W3DPlacement(position=(-5, 0, 0),
import os
from pyw3d import project, objects, placement, export_to_blender, timeline, \
actions, convert_to_blender_axes
# First, create a W3DProject to hold everything else you'll create
my_project = project.W3DProject(call_directory=os.path.dirname(__file__),
allow_movement=True)
relative_actions = []
absolute_actions = []
ordered_names = ["floor", "left", "front", "right"]
placements_dic = {
"floor":
placement.W3DPlacement(position=convert_to_blender_axes((0, 0, 4)),
relative_to="FloorWall"),
"left":
placement.W3DPlacement(position=convert_to_blender_axes((0, 4, 0)),
relative_to="LeftWall"),
"right":
placement.W3DPlacement(position=convert_to_blender_axes((0, 4, 0)),
relative_to="RightWall"),
"front":
placement.W3DPlacement(position=convert_to_blender_axes((0, 4, 0)),
relative_to="FrontWall"),
}
for name, positioning in placements_dic.items():
my_object = objects.W3DObject(
name=name,
radius = 10
for i in range(1, theta_div):
for j in range(phi_div):
theta = pi / theta_div * i
phi = 2 * pi / phi_div * j
play_sound = sounds.W3DSound(name="basic{}x{}".format(i, j),
filename="sound/play.wav")
my_project["sounds"].append(play_sound)
my_object = objects.W3DObject(
name="elem{}x{}".format(i, j),
color=(randint(0, 255), randint(0, 255), randint(0, 255)),
placement=placement.W3DPlacement(
position=(radius * sin(theta) * cos(phi),
radius * sin(theta) * sin(phi), radius * cos(theta)),
rotation=placement.W3DRotation(rotation_mode="LookAt",
rotation_vector=(0, 0, 0))),
content=objects.W3DText(text="W3D"),
link=objects.W3DLink(
actions={
-1: [
actions.ObjectAction(
object_name="elem{}x{}".format(i, j),
duration=1,
move_relative=True,
placement=placement.W3DPlacement(
position=(0, 0.5, 0) # ...back half a meter.
))
]
}),
radius = 10
for i in range(1, theta_div):
for j in range(phi_div):
theta = pi/theta_div*i
phi = 2*pi/phi_div*j
my_object = objects.W3DObject(
name="elem{}x{}".format(i, j),
color=(randint(0, 255), randint(0, 255), randint(0, 255)),
double_sided=False,
placement=placement.W3DPlacement(
position=(
radius*sin(theta)*cos(phi),
radius*sin(theta)*sin(phi),
radius*cos(theta)
),
rotation=placement.W3DRotation(
rotation_mode="LookAt",
rotation_vector=(0, 0, 0)
)
),
content=objects.W3DText(
text="W3D"
),
)
my_project["objects"].append(my_object)
#Now, we export the project to archival XML (e.g. for use in legacy cwapp
#environment)
my_project.save_XML("single_sided_sample.xml")
all_angles = [2 * pi / theta_div * i for i in range(theta_div)]
for i in range(0, theta_div):
theta = all_angles[i]
object_name = "elem_y_{}".format(i)
my_object = objects.W3DObject(
name=object_name,
color=(int(i / theta_div * 255), 100, 0),
placement=placement.W3DPlacement(
position=(
radius * sin(theta),
radius * cos(theta),
0,
),
rotation=placement.W3DRotation(
rotation_mode="LookAt",
rotation_vector=(0, 0, theta_div),
)
),
content=objects.W3DText(
text="{}".format(int(180 / pi * theta))
),
)
absolute_actions.extend(
[
(
1 + 2 * j, actions.ObjectAction(
object_name=object_name,
radius = 10
relative_actions = []
absolute_actions = []
all_angles = [2 * pi / theta_div * i for i in range(theta_div)]
all_positions = [(radius * sin(theta), radius * cos(theta), 0)
for theta in all_angles]
for i in range(0, theta_div):
object_name = "elem_y_{}".format(i)
my_object = objects.W3DObject(
name=object_name,
color=(int(i / theta_div * 255), 100, 0),
placement=placement.W3DPlacement(
position=all_positions[i],
rotation=placement.W3DRotation(
rotation_mode="Normal",
rotation_vector=[-coord for coord in all_positions[i]],
rotation_angle=90)),
content=objects.W3DText(
text="L{}R".format(int(180 / pi * all_angles[i]))),
)
absolute_actions.extend([
(1 + 2 * j,
actions.ObjectAction(
object_name=object_name,
placement=placement.W3DPlacement(
position=all_positions[(i + j + 1) % theta_div],
rotation=placement.W3DRotation(
rotation_mode="Normal",
rotation_vector=[