def on_show_outputs_change(self):
print('in on_show_outputs_change')
show_outs_str = self.get_grid_val('show_outputs')
show_outs_bool = xml_utils.str_to_bool(show_outs_str)
if show_outs_bool:
self.append_rows_if_missing(output_opts)
#try to determine sensible defaults
#
# ? how do I determine info about the active block?
#
# output_opts = ['show_output_arrows','output_distances','output_angles']
output_str = self.get_grid_val('sensors')
show_arrows = [True]
out_distances = [1.0]
out_angles = [0]
out_labels = ['']
if output_str:
my_outputs = xml_utils.full_clean(output_str)
if type(my_outputs) == list:
num_out = len(my_outputs)
show_arrows = [True]*num_out
out_distances = [1.0]*num_out
out_labels = ['']*num_out
if num_out == 1:
out_angles = [0]
elif num_out == 2:
out_angles = [-30,30]
elif num_out == 3:
out_angles = [-45,0,45]
elif num_out == 4:
out_angles =[-45, -15, 15, 45]
self.set_grid_val('output_angles', out_angles)
self.set_grid_val('output_distances', out_distances)
self.set_grid_val('show_output_arrows', show_arrows)
self.set_grid_val('output_labels', out_labels)
else:
self.delete_grid_rows(output_opts)
def on_show_outputs_change(self):
print('in on_show_outputs_change')
show_outs_str = self.get_grid_val('show_outputs')
show_outs_bool = xml_utils.str_to_bool(show_outs_str)
if show_outs_bool:
self.append_rows_if_missing(output_opts)
#try to determine sensible defaults
#
# ? how do I determine info about the active block?
#
# output_opts = ['show_output_arrows','output_distances','output_angles']
output_str = self.get_grid_val('sensors')
show_arrows = [True]
out_distances = [1.0]
out_angles = [0]
out_labels = ['']
if output_str:
my_outputs = xml_utils.full_clean(output_str)
if type(my_outputs) == list:
num_out = len(my_outputs)
show_arrows = [True] * num_out
out_distances = [1.0] * num_out
out_labels = [''] * num_out
if num_out == 1:
out_angles = [0]
elif num_out == 2:
out_angles = [-30, 30]
elif num_out == 3:
out_angles = [-45, 0, 45]
elif num_out == 4:
out_angles = [-45, -15, 15, 45]
self.set_grid_val('output_angles', out_angles)
self.set_grid_val('output_distances', out_distances)
self.set_grid_val('show_output_arrows', show_arrows)
self.set_grid_val('output_labels', out_labels)
else:
self.delete_grid_rows(output_opts)
def create_output_lines(self):
mylines = ['%output lines/arrows']
out = mylines.append
for block in self.bd_parent.blocklist:
if block.params.has_key('show_outputs'):
show_outputs = block.params['show_outputs']
if type(show_outputs) == str:
show_outputs = xml_utils.str_to_bool(show_outputs)
if show_outputs:
output_nodes = []
# define the output node near the block
# define the output node iteself (eventually need to care about direction, I think)
# ? can I get direction out of output angle ?
# define the arrow tip node if necessary
# draw the output line
# draw the output arrow
# add the label if given
#\node [output] at (serial_plant.-30) (output0) {};
basename = block.name
num_outputs = block.get_num_outputs()
startline = '\\node [output] at (%s.%0.4g) (%s) {};'
outline = '\\node [emptynode, %s=%s, node distance=%0.4gcm] (%s) {};'
arrowline = '\\draw [->] (%s) -- (%s);'
nonarrowline = '\\draw [-] (%s) -- (%s);'
labelline = '\\node [mylabel, above of=%s, node distance=0cm] (%s) {%s};'
#\node [myarrow, right of=output0, emptynode, node distance=1cm] (serial_plant_out0) {};
for i in range(num_outputs):
startname = basename + '_out%i_start' % i
curangle = float(block.params['output_angles'][i])
outputname = basename + '_out%i' % i
out(startline % (basename, curangle, startname))
if abs(curangle) < 95.0 or curangle > 265.0:
direction = 'right of'
else:
direction = 'left of'
curdistance = float(block.params['output_distances'][i])
out(outline % (direction, startname, curdistance, outputname))
show_arrow = xml_utils.str_to_bool(block.params['show_output_arrows'][i])
if show_arrow:
arrowname = basename + '_out%i_arrow' % i
arrowdist = 0.7# bad, bad hard coding
out(outline % (direction, outputname, arrowdist, arrowname))
out(arrowline % (startname, arrowname))
else:
out(nonarrowline % (startname, outputname))
curlabel = block.params['output_labels'][i]
if curlabel:
labelname = basename + '_out%i_label' % i
out(labelline % (outputname, labelname, curlabel))
output_nodes.append(outputname)
block.output_nodes = output_nodes
return mylines
