def Assign(node):
return assign.Assign(node) # Default
lhs, rhs = node
print('here')
# assign a my_var = [a.val], a is a structs, my_var should be a vec
if node[1].cls == "Matrix" and node[1].backend == "structs":
element = rhs[0][0]
if element.backend == "structs":
size = rhs.str
var = lhs.name
name = element.name
value = element.value
declares = node.func[0]
if "_i" not in declares:
declare = matlab2cpp.collection.Var(declares, "_i")
declare.type = "sword"
declare.backend = "sword"
declares.translate()
string = var + ".resize(" + size + ") ;\n" +\
"for (_i=0; _i<" + size + "; ++_i)\n "+\
var + "[_i] = " + name + "[_i]." + value + " ;"
return string
return "%(0)s = %(1)s"
def assignCmd(self, *args):
targetCtl = cmds.textField(self._uiPointer.txf, q=1, tx=1)
sels = cmds.ls(sl=1)
targets = sels[:-1]
base = sels[-1]
assign.Assign(targets, base)
ctlCon.ConnectWidthMainBlendShape(targetCtl, base)
def Assign(node):
#left-hand-side, right-hand-side
lhs, rhs = node
assert rhs.cls in ("Matrix", "Cell")
# no content in matrix
if len(rhs[0]) == 0:
return "%(0)s.reset() ;"
# non-numerical values in matrix or variable assign
if not lhs.num or not rhs.num:
return "%(0)s = %(1)s ;"
# new local variable 'ctype' contains convertion type
node.type = node["ctype"] = node[0].type
dim = node.dim
node.dim = 0
# decomposed matrix
if rhs.value:
type = node.type
if type == "int":
type = "sword"
# scalar
if rhs.dim == 0:
return arma.scalar_assign(node)
# colvec
elif rhs.dim == 1:
# save number of rows as 'rows'
node["rows"] = len(node[1][0]) * len(node[1])
return type + " _" + node[0].name + " [] = %(1)s ;\n"+\
"%(0)s = %(ctype)s(_" + node[0].name + ", %(rows)s, false) ;"
# rowvec
elif rhs.dim == 2:
# save number of cols as 'cols'
node["cols"] = len(node[1][0]) * len(node[1])
return type + " _" + node[0].name + " [] = %(1)s ;\n"+\
"%(0)s = %(ctype)s(_" + node[0].name + ", %(cols)s, false) ;"
# matrix
elif rhs.dim == 3:
# save number of rows and columns
node["rows"] = len(node[1][0])
node["cols"] = len(node[1])
return type + " _" + node[0].name + " [] = %(1)s ;\n"+\
"%(0)s = arma::strans(%(ctype)s(_" + node[0].name + ", %(rows)s, %(cols)s, false)) ;"
assert False
else:
node.dim = dim
return assign.Assign(node)
if args['improved']:
giveaway_estimator = estimate.InformedEstimator(args['gates'],
args['boxcap'], avg, std)
else:
giveaway_estimator = estimate.Estimator(args['gates'], args['boxcap'], avg,
std)
if args['plot']:
D = []
for c in range(0, args['boxcap']):
D.append(giveaway_estimator.get_giveaway([c]))
plt.plot(D)
plt.show()
exit()
# Run the simulation
assigner = assign.Assign(args['debug'], giveaway_estimator)
sim = simulation.Simulation(args['gates'], args['cars'], args['boxcap'])
sim.reset(assigner.assign, args['time'])
n = 0
for w in weights:
sim.step(w)
if (args['debug']):
print(sim)
n += 1
if args['number'] > 0 and n >= args['number']:
break
for i in range(len(sim.cars)):
sim.step(0)
if (args['debug']):
print(sim)
import assign
import discord
import join
import respond
import sys
bot = discord.ext.commands.Bot('')
# register Cogs
bot.add_cog(join.Join(bot))
bot.add_cog(assign.Assign(bot))
bot.add_cog(respond.Respond(bot))
bot.run(sys.argv[1])