def baix(i, j, bd, pibg, xml, xml_id, coo_of):
"""
make the rectangle and text of a baix
"""
xml_id = xml_id + 1
[x,y] = bd['baix_pos']
xml += xml_position.substitute(_x=x, \
_y=y, \
_rx = bd['baix_rect_dim']['x'], \
_ry = bd['baix_rect_dim']['y'], \
_rw = bd['baix_rect_dim']['w'], \
_rh = bd['baix_rect_dim']['h'], \
_angle = bd['baix_rect_dim']['angle'], \
_xml_id=xml_id,\
#_xml_text = str([i,j]), \
_xml_text=xml_id, \
_class='baix', \
_name=xml_id, \
_index_props=[i,j])
pibg[i,j] = dict([('xml_id', xml_id), \
('role', 'baix'), \
#('xml_text', 'baix'), \
('xml_text', xml_id), \
('x', x), \
('y', y), \
('angle', bd['baix_rect_dim']['angle'])])
coo_of[xml_id] = [x,y]
return [xml, xml_id, pibg, coo_of]
def pc(i, j, index, pcd, pipcg, xml, xml_id, coo_of):
"""
make one portacrossa
"""
xml_id = xml_id + 1
[x,y] = pcd[index + '_pos']
dims = pcd[index + '_dim']
alpha = dims['angle']
xml += xml_position.substitute(_x=x, \
_y=y, \
_rx = dims['x'], \
_ry = dims['y'], \
_rw = dims['w'], \
_rh = dims['h'], \
_angle = alpha, \
_xml_id=xml_id,\
#_xml_text = str([i,j]), \
_xml_text=xml_id, \
_class='portacrossa', \
_name=xml_id, \
_index_props=[i,j])
pipcg[i,j] = dict([('xml_id', xml_id), \
('role', 'portacrossa'), \
#('xml_text', 'portacrossa'), \
('xml_text', xml_id), \
('x', x), \
('y', y), \
('angle', alpha)])
coo_of[xml_id] = [x,y]
return [xml, xml_id, pipcg, coo_of]
def segon(i, x, y, angle, sd, pis, xml, xml_id, coo_of):
"""
make the rectangle and text of a segon
"""
xml_id = xml_id + 1
xml += xml_position.substitute(_x=x, \
_y=y,
_rx = sd['segon_rect_dim']['x'], \
_ry = sd['segon_rect_dim']['y'], \
_rw = sd['segon_rect_dim']['w'], \
_rh = sd['segon_rect_dim']['h'], \
_angle = angle, \
_xml_id=xml_id,\
#_xml_text = str([i,j]), \
_xml_text=xml_id, \
_class='segon', \
_name=xml_id, \
_index_props=i)
pis[i] = dict([('xml_id', xml_id), \
('role', 'segon'), \
#('xml_text', 'agulla'), \
('xml_text', xml_id), \
('x', x), \
('y', y), \
('angle', angle)])
coo_of[xml_id] = [x,y]
return [xml, xml_id, pis, coo_of]
def lateral(i, j, bd, pibg, xml, xml_id, coo_of):
"""
make the rectangle and text of a lateral
"""
xml_id = xml_id + 1
[x,y] = bd['lateral_pos']
alpha = bd['lateral_rect_dim']['angle']
if j[-1] == '2':
y = -y
alpha = -alpha
xml += xml_position.substitute(_x=x, \
_y=y, \
_rx = bd['lateral_rect_dim']['x'], \
_ry = bd['lateral_rect_dim']['y'], \
_rw = bd['lateral_rect_dim']['w'], \
_rh = bd['lateral_rect_dim']['h'], \
_angle = alpha, \
_xml_id=xml_id,\
#_xml_text = str([i,j]), \
_xml_text=xml_id, \
_class='lateral', \
_name=xml_id, \
_index_props=[i,j])
pibg[i,j] = dict([('xml_id', xml_id), \
('role', 'lateral'), \
#('xml_text', 'crossa'), \
('xml_text', xml_id), \
('x', x), \
('y', y), \
('angle', alpha)])
coo_of[xml_id] = [x,y]
return [xml, xml_id, pibg, coo_of]
def ring(period, i, r, pinya_rect_dim, xml_id, position_in_ring, coo_of):
"""
create the xml elements in the outer rings of pinya.
period = k if the ring has 2pi/k symmetry
i: the index of the ring; also, how many people are between each of the rays at 2pi j / k
r: the radius of the ring
pinya_rect_dim: The dimensions of the box to place, of the form {w:20 h:30}
init_xml_id: The first free id for an xml element
returns:
xml: the string with the xml representation
xml_id: the next free id number
position_in_ring: The dictionary telling the id of an element at the position (j, s)
coo_of: the coordinates of an element with a certain id
"""
xml = ''
dyn_props = ''
for j in range(2*period):
for m in range(i+1):
a = 2 * pi * ( j + m / float(i + 1) ) / float(2*period)
xml_id = xml_id + 1
if m == 0:
if j%2 == 0:
c = 'ma' # Ma
role = 'ma'
else:
c = 'vent' # Vent
role = 'vent'
else:
c = 'pinya' # Quesito
role = 'pinya'
x=round(r*cos(a), 2)
y=round(r*sin(a), 2)
angle = round(a*180/pi, 2)
xml += xml_position.substitute(_x=x, _y=y, \
_rx=-0.5*pinya_rect_dim['w'], _ry=-0.5*pinya_rect_dim['h'], \
_rw=pinya_rect_dim['w'], _rh=pinya_rect_dim['h'], \
_angle=angle, \
_xml_id=xml_id,\
#_xml_text = str([i,j,m]), \
_xml_text=xml_id, \
_class=c, \
_name=xml_id, \
_index_props=[i,j,m])
position_in_ring[i,j,m] = dict([('xml_id', xml_id), \
('role', role), \
#('xml_text', role), \
('xml_text', xml_id), \
('x', x), \
('y', y), \
('angle', angle)])
coo_of[xml_id] = [x,y]
return [xml, xml_id, position_in_ring, coo_of]
