def _appendRegexMarkup(s, result):
while s:
m = extlinkre.search(s)
if m:
frag = s[:m.start()]
splice = ExternalLink(m.group(1), m.group(1))
s = m.group(3) + s[m.end():]
else:
frag = s
splice = None
s = ''
frag = cgi.escape(frag)
frag = boldre.sub(r'<b>\1</b>', frag)
frag = italre.sub(r'<i>\1</i>', frag)
frag = underre.sub(r'<u>\1</u>', frag)
while 1:
m = intlinkre.search(frag)
if m:
result.append(HtmlFragment(frag[:m.start()]))
result.append(RenderUtils.InternalLink(m.group()))
frag = frag[m.end():]
else:
result.append(HtmlFragment(frag))
break
if splice:
result.append(splice)
def __init__(self, coords=[0, 0, 0]):
#sets object variables, pretty self-explanatory
self.x = coords[0]
self.y = coords[1]
self.z = coords[2]
self.color = RenderUtils.randomColor()
#FIXED ERROR: sometimes this function is called
#before the first spheres = [] line is called,
#therefore in this case, you must create a global
#spheres variable to prevent error
global spheres
#adds the created sphere into the array
spheres.append(self)
def render_tex_mesh_func(self, fv_indices, tri_uvs, tri_normals, tex_img,
vps, camera_dict):
proj_pixels, z_vals, v_status = self.project_mesh_vps(vps, camera_dict)
tri_proj_pixels = (proj_pixels[fv_indices]).reshape(-1, 6)
tri_z_vals = z_vals[fv_indices] #[n_f, 3]
tri_status = (v_status[fv_indices]).all(axis=1) #[n_f]
cam_w = camera_dict["CameraReso"][0]
cam_h = camera_dict["CameraReso"][1]
ex_mat = camera_dict["ExterMat"]
depth_img = np.ones((cam_h, cam_w), np.float32) * 100.0
rgb_img = np.zeros((cam_h, cam_w, 3), np.float32)
mask_img = np.zeros((cam_h, cam_w), np.int32)
w_light_dx = self.light_dire[0]
w_light_dy = self.light_dire[1]
w_light_dz = self.light_dire[2]
c_light_dx = ex_mat[0, 0] * w_light_dx + ex_mat[
0, 1] * w_light_dy + ex_mat[0, 2] * w_light_dz
c_light_dy = ex_mat[1, 0] * w_light_dx + ex_mat[
1, 1] * w_light_dy + ex_mat[1, 2] * w_light_dz
c_light_dz = ex_mat[2, 0] * w_light_dx + ex_mat[
2, 1] * w_light_dy + ex_mat[2, 2] * w_light_dz
ambient_strength = self.ambient_strength
light_strength = self.light_strength
RenderUtils.render_tex_mesh(tri_normals, tri_uvs, tri_proj_pixels,
tri_z_vals, tri_status, tex_img, depth_img,
rgb_img, mask_img, c_light_dx, c_light_dy,
c_light_dz, ambient_strength,
light_strength)
depth_img[mask_img < 0.5] = 0
return rgb_img, depth_img, mask_img
def SublanguageHandler(args, doc, renderer):
command = Config.dot_command + ' -Tpng'
(child_stdin, child_stdout) = os.popen2(command)
child_stdin.write(doc.reconstruct_child_text().as_string())
child_stdin.close()
pngdata = child_stdout.read()
child_stdout.close()
if not renderer.page.mediacache().has_key('__dot_counter'):
renderer.page.mediacache()['__dot_counter'] = 0
index = renderer.page.mediacache()['__dot_counter']
name = 'dot' + str(index)
renderer.page.mediacache()['__dot_counter'] = index + 1
cachepath = 'dot/' + name + '.png'
renderer.add(
RenderUtils.media_cache(renderer, cachepath,
'[Dot figure ' + name + ']',
'pyle_mediacache_image', 'image/png', pngdata))
def SublanguageHandler(args, doc, renderer):
args = args.split(' ')
name = args[0]
input = '.PS'
if len(args) > 1:
input = input + ' ' + args[1]
input = input + '\ncopy "./sublanguages/sequence.pic";\n' \
+ doc.reconstruct_child_text().as_string() \
+ '\n\n.PE\n'
#input = runpipe('/usr/bin/pic2plot -T fig', input)
#output = runpipe('/usr/bin/fig2dev -L png', input)
output = runpipe('./sublanguages/sequence-helper.sh', input)
cachepath = 'sequence/' + name + '.png'
renderer.add(
RenderUtils.media_cache(renderer, cachepath,
'[Sequence diagram ' + name + ']',
'pyle_mediacache_image', 'image/png', output))
def SublanguageHandler(args, doc, renderer):
args = args.split(' ')
name = args[0]
input = '.PS'
if len(args) > 1:
input = input + ' ' + args[1]
input = input + '\ncopy "./sublanguages/sequence.pic";\n' \
+ doc.reconstruct_child_text().as_string() \
+ '\n\n.PE\n'
#input = runpipe('/usr/bin/pic2plot -T fig', input)
#output = runpipe('/usr/bin/fig2dev -L png', input)
output = runpipe('./sublanguages/sequence-helper.sh', input)
cachepath = 'sequence/' + name + '.png'
renderer.add(RenderUtils.media_cache(renderer,
cachepath,
'[Sequence diagram ' + name + ']',
'pyle_mediacache_image',
'image/png',
output))
def SublanguageHandler(args, doc, renderer):
command = Config.dot_command + ' -Tpng'
(child_stdin, child_stdout) = os.popen2(command)
child_stdin.write(doc.reconstruct_child_text().as_string())
child_stdin.close()
pngdata = child_stdout.read()
child_stdout.close()
if not renderer.page.mediacache().has_key('__dot_counter'):
renderer.page.mediacache()['__dot_counter'] = 0
index = renderer.page.mediacache()['__dot_counter']
name = 'dot' + str(index)
renderer.page.mediacache()['__dot_counter'] = index + 1
cachepath = 'dot/' + name + '.png'
renderer.add(RenderUtils.media_cache(renderer,
cachepath,
'[Dot figure ' + name + ']',
'pyle_mediacache_image',
'image/png',
pngdata))
#FIXED BUG: if statement is used to fix the error in the rare case the key_name is not already in keyPressed
if (key_name in keyPressed):
#removes the key name to keyPressed
keyPressed.remove(key_name)
#stops playing rocket sound
SOUND_ROCKET.stop()
#Here's where all the code for the INTRO screen lies
if (player.screenType == ScreenType.INTRO):
#initialize changeTitleColor and Clock
changeTitleColor = False
CLOCK = pygame.time.Clock()
#timer to change title color
if (pygame.time.get_ticks() % 2000 == 0):
changeTitleColor = True
#draw intro screen
RenderUtils.drawIntro(clicking, changeTitleColor)
#FIXED BUG: resets keyPressed because sometimes pygame never calls the keyUp event,
#leading the program to think the key is pressed when it isn't.
keyPressed = []
#FIXED BUG: speed values didn't reset for new game
yawSpeed = 0
pitchSpeed = 0
rollSpeed = 0
speed = 0
#Here's where all the code for the GAME screen lies
elif (player.screenType == ScreenType.GAME):
player.z += speed
#Matrix Transformations(3D rotations)
transformAll(yawSpeed, "Y")
transformAll(pitchSpeed, "X")
transformAll(rollSpeed, "Z")
def drawSphere(self):
RenderUtils.drawPoint(self.get2D(), self.getRealRadius(), self.color)
