def create_text_section(self, text, tag='', x=0, y=0):
# print(text, tag)
self.text_node = TextNode('t')
self.text_node_path = self.attachNewNode(self.text_node)
try:
self.text_node.setFont(self._font)
except:
pass # default font
if tag != '<>':
tag = tag[1:-1]
if tag.startswith('hsb('): # set color based on numbers
tag = tag[4:-1]
hsb_values = tuple(float(e.strip()) for e in tag.split(','))
self.current_color = color.color(*hsb_values)
elif tag.startswith('rgb('): # set color based on numbers
tag = tag[4:-1]
rgb_values = (float(e.strip()) for e in tag.split(','))
self.current_color = color.rgba(*rgb_values)
if tag.startswith('scale:'):
scale = tag.split(':')[1]
self.scale_override = float(scale)
elif tag.startswith('image:'):
texture_name = tag.split(':')[1]
image = Entity(
parent=self.text_node_path,
name='inline_image',
model='quad',
texture=texture_name,
color=self.current_color,
scale=1,
# position=(x*self.size*self.scale_override, y*self.size*self.line_height),
origin=(0, -.3),
ignore=True,
)
if not image.texture:
destroy(image)
else:
self.images.append(image)
# self.text_node.remove_node()
# self.text_node = image
else:
if tag in self.text_colors:
self.current_color = self.text_colors[tag]
self.text_node_path.setScale(self.scale_override * self.size)
self.text_node.setText(text)
self.text_node.setTextColor(self.current_color)
self.text_node.setPreserveTrailingWhitespace(True)
self.text_node_path.setPos(x * self.size * self.scale_override, 0,
(y * self.size * self.line_height) -
.75 * self.size)
self.text_nodes.append(self.text_node_path)
return self.text_node
def create_text_section(self, text, tag='', x=0, y=0):
# print(text, tag)
self.text_node = TextNode('t')
self.text_node_path = self.attachNewNode(self.text_node)
try:
self.text_node.setFont(self._font)
except:
print('default font')
pass # default font
# tags
if not tag:
tag = self.tag
if tag in self.text_colors:
lightness = color.to_hsv(self.color_tag)[2]
self.color_tag = self.text_colors[tag]
if not tag == self.start_tag + 'default' + self.end_tag:
if lightness > .8:
self.color_tag = color.tint(self.color_tag, .2)
else:
self.color_tag = color.tint(self.color_tag, -.3)
self.text_node.setTextColor(self.color_tag)
if tag.startswith(self.start_tag + 'scale:'):
scale = tag.split(':')[1]
self.scale_override = scale = float(scale[:-1])
elif tag.startswith(self.start_tag + 'image:'):
texture_name = tag.split(':')[1].replace(self.end_tag, '')
image = Entity(
parent=self.text_node_path,
name='inline_image',
model='quad',
texture=texture_name,
color=self.color_tag,
scale=1,
# position=(x*self.size*self.scale_override, y*self.size*self.line_height),
origin=(0, -.3),
ignore=True,
)
if not image.texture:
destroy(image)
else:
self.images.append(image)
self.text_node_path.setScale(self.scale_override * self.size)
if not text:
return
self.text_node.setText(text)
self.text_node.setPreserveTrailingWhitespace(True)
self.text_node_path.setPos(x * self.size * self.scale_override, 0,
(y * self.size * self.line_height) -
.75 * self.size)
self.text_nodes.append(self.text_node_path)
return self.text_node
def get_width(string, font=None):
t = Text(string)
if font:
t.font = font
w = t.width
from ursina import destroy
destroy(t)
return w
def update(self):
try:
color_saturation = 1 - self.health / 100
except AttributeError:
self.health = 100
color_saturation = 1 - self.health / 100
self.color = ursina.color.color(0, color_saturation, 1)
if self.health <= 0:
ursina.destroy(self)
def update(self):
self.position += self.velocity * ursina.time.dt
hit_info = self.intersects()
if hit_info.hit:
if not self.slave:
for entity in hit_info.entities:
if isinstance(entity, Enemy):
entity.health -= self.damage
self.network.send_health(entity)
ursina.destroy(self)
def get_vertices(entity, relative_to=None):
if relative_to is None:
return entity.model.vertices
vertices = list()
temp_entity = Entity(parent=entity, ignore=True)
for v in entity.model.vertices:
temp_entity.position = v
vertices.append(temp_entity.get_position(relative_to))
from ursina import destroy
destroy(temp_entity)
return vertices
def create_background(self, padding=size*2, radius=size, color=ursina.color.black66):
from ursina import Quad, destroy
if self._background:
destroy(self._background)
self._background = Entity(parent=self, z=.01)
if isinstance(padding, (int, float, complex)):
padding = (padding, padding)
w, h = self.width + padding[0], self.height + padding[1]
self._background.x -= self.origin_x * self.width
self._background.y -= self.origin_y * self.height
self._background.model = Quad(radius=radius, scale=(w/self.scale_x, h/self.scale_y))
self._background.color = color
def input(self, key):
if self.hovered:
if key == 'left mouse down':
if not self.parent_game.started:
self.parent_game.started = True
if len(self.phoneme_store.phonemes):
if self.position[2] == ARENA_DEPTH:
if not self.text:
phoneme = self.phoneme_store.phonemes.pop(-1)
voxel = Voxel(
self.phoneme_store,
self.parent_game,
position=self.position + mouse.normal,
texture=self.phoneme_store.textures.get(
phoneme, 'white_cube'),
text=phoneme,
highlight_color=color.white)
self.parent_game.voxels.append(voxel)
self.parent_game.score -= 1
self.phoneme_store.test_positions.append(
(self.position[0], phoneme))
self.play_sound(phoneme)
logger.debug(phoneme)
if not len(self.phoneme_store.phonemes):
invoke(self.check_win, delay=.5)
else:
self.play_sound(self.text)
else:
self.play_sound(self.text)
if key == 'right mouse down':
if self.text:
if not self.parent_game.correct:
self.phoneme_store.phonemes.append(self.text)
self.parent_game.voxels.remove(self)
if (self.position[0], self.text
) in self.phoneme_store.test_positions:
self.phoneme_store.test_positions.remove(
(self.position[0], self.text))
destroy(self)
else:
self.play_sound(self.text)
def destroy_all(self):
for v in self.voxels:
destroy(v)
self.voxels = []
def background(self, value):
if value == True:
self.create_background()
elif self._background:
destroy(self._background)
def combine(entity, analyze=False, auto_destroy=True, ignore=[]):
verts = list()
tris = list()
norms = list()
uvs = list()
cols = list()
to_destroy = list()
o = 0
for e in scene.entities:
if e in ignore:
continue
if e.has_ancestor(entity) or e == entity:
if not hasattr(
e, 'model') or e.model == None or e.scripts or e.eternal:
continue
if not e.model.vertices:
continue
if analyze:
print('combining:', e)
verts += get_vertices(e, entity)
if not e.model.triangles:
new_tris = [i for i in range(len(e.model.vertices))]
else:
new_tris = list()
for t in e.model.triangles:
if isinstance(t, int):
new_tris.append(t)
elif len(t) == 3:
new_tris.extend(t)
elif len(t) == 4: # turn quad into tris
new_tris.extend([t[0], t[1], t[2], t[2], t[3], t[0]])
new_tris = [t + o for t in new_tris]
new_tris = [(new_tris[i], new_tris[i + 1], new_tris[i + 2])
for i in range(0, len(new_tris), 3)]
o += len(e.model.vertices)
tris += new_tris
# if e.model.normals:
# norms += e.model.normals
if e.model.uvs:
uvs += e.model.uvs
if e.model.colors: # if has vertex colors
cols.extend(e.model.colors)
else:
cols.extend((e.color, ) * len(e.model.vertices))
if auto_destroy and e != entity:
to_destroy.append(e)
if auto_destroy:
from ursina import destroy
[destroy(e) for e in to_destroy]
entity.model = Mesh(vertices=verts,
triangles=tris,
normals=norms,
uvs=uvs,
colors=cols,
mode='triangle')
print('combined')
# entity.model = Mesh(vertices=verts, mode='triangle')
# entity.flatten_strong()
if analyze:
render.analyze()
return entity.model
def text(self, text):
self.raw_text = text
# clear stuff
for img in self.images:
destroy(img)
self.images.clear()
for tn in self.text_nodes:
tn.remove_node()
self.text_nodes.clear()
# check if using tags
if (not self.use_tags or self.text == self.start_tag
or self.text == self.end_tag or not self.start_tag in text
or not self.end_tag in text):
self.create_text_section(text)
self.align()
return
# parse tags
text = self.start_tag + self.end_tag + str(
text) # start with empty tag for alignemnt to work?
sections = list()
section = ''
tag = self.start_tag + 'default' + self.end_tag
temp_text_node = TextNode('temp_text_node')
temp_text_node.setFont(self.font)
x = 0
y = 0
i = 0
while i < len(text):
char = text[i]
if char == '\n':
sections.append([section, tag, x, y])
section = ''
y -= 1
x = 0
i += 1
elif char == self.start_tag: # find tag
sections.append([section, tag, x, y])
x += temp_text_node.calcWidth(section)
section = ''
tag = ''
for j in range(len(text) - i):
tag += text[i + j]
if text[i + j] == self.end_tag and len(tag) > 0:
i += j + 1
break
else:
section += char
i += 1
sections.append([section, tag, x, y])
for i, s in enumerate(sections):
tag = s[1]
# move the text after image one space right
if tag.startswith(self.start_tag + 'image:'):
for f in sections:
if f[3] == s[3] and f[2] > s[2]:
f[2] += .5
s[2] += .5
self.create_text_section(text=s[0], tag=s[1], x=s[2], y=s[3])
self.align()
def combine(combine_parent, analyze=False, auto_destroy=True, ignore=[]):
verts = []
tris = []
norms = []
uvs = []
cols = []
to_destroy = []
o = 0
for e in scene.entities:
if e in ignore:
continue
if e.has_ancestor(combine_parent) or e == combine_parent:
if not hasattr(
e, 'model') or e.model == None or e.scripts or e.eternal:
continue
if not hasattr(e.model, 'vertices') or not e.model.vertices:
e.model = load_model(e.model.name, use_deepcopy=True)
e.origin = e.origin
if not e.model:
continue
if analyze:
print('combining:', e)
vertex_to_world_matrix = e.model.getTransform(
combine_parent).getMat()
verts += [
vertex_to_world_matrix.xformPoint(v) for v in e.model.vertices
]
if not e.model.triangles:
new_tris = [i for i in range(len(e.model.vertices))]
else:
new_tris = list()
for t in e.model.triangles:
if isinstance(t, int):
new_tris.append(t)
elif len(t) == 3:
new_tris.extend(t)
elif len(t) == 4: # turn quad into tris
new_tris.extend([t[0], t[1], t[2], t[2], t[3], t[0]])
new_tris = [t + o for t in new_tris]
new_tris = [(new_tris[i], new_tris[i + 1], new_tris[i + 2])
for i in range(0, len(new_tris), 3)]
o += len(e.model.vertices)
tris += new_tris
# if e.model.normals:
# norms += e.model.normals
if e.model.uvs:
uvs += e.model.uvs
if e.model.colors: # if has vertex colors
cols.extend(
[Color(*vcol) * e.color for vcol in e.model.colors])
else:
cols.extend((e.color, ) * len(e.model.vertices))
if auto_destroy and e != combine_parent:
to_destroy.append(e)
if auto_destroy:
from ursina import destroy
[destroy(e) for e in to_destroy]
combine_parent.model = Mesh(vertices=verts,
triangles=tris,
normals=norms,
uvs=uvs,
colors=cols,
mode='triangle')
print('combined')
# entity.model = Mesh(vertices=verts, mode='triangle')
# entity.flatten_strong()
if analyze:
render.analyze()
return combine_parent.model
