def Set(node):
if len(node) != 1:
if not len(node):
node.error("Zero arguments in a rowvec call")
return "%(name)s()"
elif len(node) == 2 and node[0].cls == "Int" and node[0].value == "1":
node_ = node[1]
else:
node.error("More than one arguments in a rowvec call")
return "%(name)s(", "-1, ", "-1)"
else:
node_ = node[0]
arg, dim = arma.configure_arg(node_, 0)
#if dim == 0:
# node.dim = 0
if dim == -1:
return "%(name)s(", "-1, ", "-1)"
return "%(name)s(" + arg + ")"
def Get(node):
if len(node) != 1:
if not len(node):
node.error("Zero arguments in a vec call")
return "%(name)s()"
elif len(node) == 2 and node[1].cls == "Int" and node[1].value == "1":
pass
else:
node.error("More than one arguments in a vec call")
return "%(name)s(", "-1, ", "-1)"
arg, dim = arma.configure_arg(node[0], 0)
if dim == -1:
return "%(name)s(", "-1, ", "-1)"
#if dim == 0:
# node.dim = 0
return "%(name)s(" + arg + ")"
def Set(node):
if len(node) != 1:
if not len(node):
node.error("Zero arguments in a rowvec call")
return "%(name)s()"
elif len(node) == 2 and node[0].cls == "Int" and node[0].value == "1":
node_ = node[1]
else:
node.error("More than one arguments in a rowvec call")
return "%(name)s(", "-1, ", "-1)"
else:
node_ = node[0]
arg, dim = arma.configure_arg(node_, 0)
#if dim == 0:
# node.dim = 0
if dim == -1:
return "%(name)s(", "-1, ", "-1)"
return "%(name)s(" + arg + ")"
def Get(node):
if len(node) != 1:
if not len(node):
node.error("Zero arguments in a rowvec call")
return "%(name)s()"
elif len(node) == 2 and node[0].cls == "Int" and node[0].value == "1":
node_ = node[1]
#special case hh = h0F(:,ones(1,M)) with h0F rowvec, and ones
elif len(node) == 2 and node[0].name == "ones" or \
node[1].name == "ones":
out = "%(name)s("
if node[0].name == "ones":
out = out + "%(0)s-1, "
#return "%(name)s(%(0)s-1, %(1)s)"
else:
out = out + "%(0)s, "
if node[1].name == "ones":
out = out + "%(1)s-1)"
#return "%(name)s(%(0)s, %(1)s-1)"
else:
out = out + "%(1)s)"
return out
else:
node.error("More than one arguments in a rowvec call")
return "%(name)s(", "-1, ", "-1)"
else:
node_ = node[0]
arg, dim = arma.configure_arg(node_, 0)
if dim == -1:
return "%(name)s(", "-1, ", "-1)"
#if dim == 0:
# node.dim = 0
# a(uvec array) or a(1:2:5)
if (node[0].type == "uvec" and node[0].cls == "Var") or \
node[0].cls == "Colon" and len(node[0]) == 3:
return "arma::strans(%(name)s(" + arg + "))"
return "%(name)s(" + arg + ")"
def Get(node):
if len(node) != 1:
if not len(node):
node.error("Zero arguments in a vec call")
return "%(name)s()"
elif len(node) == 2 and node[1].cls == "Int" and node[1].value == "1":
pass
#special case hh = h0F(:,ones(1,M)) with h0F vec, and ones
elif len(node) == 2 and node[0].name == "ones" or \
node[1].name == "ones":
out = "%(name)s("
if node[0].name == "ones":
out = out + "%(0)s-1, "
#return "%(name)s(%(0)s-1, %(1)s)"
else:
out = out + "%(0)s, "
if node[1].name == "ones":
out = out + "%(1)s-1)"
#return "%(name)s(%(0)s, %(1)s-1)"
else:
out = out + "%(1)s)"
return out
else:
node.error("More than one arguments in a vec call")
return "%(name)s(", ", ", ")"
#if len(node) == 1:
arg, dim = arma.configure_arg(node[0], 0)
if dim == -1:
return "%(name)s(", "-1, ", "-1)"
#if dim == 0:
# node.dim = 0
return "%(name)s(" + arg + ")"
"""
def Get(node):
if len(node) != 1:
if not len(node):
node.error("Zero arguments in a vec call")
return "%(name)s()"
elif len(node) == 2 and node[1].cls == "Int" and node[1].value == "1":
pass
#special case hh = h0F(:,ones(1,M)) with h0F vec, and ones
elif len(node) == 2 and node[0].name == "ones" or \
node[1].name == "ones":
out = "%(name)s("
if node[0].name == "ones":
out = out + "%(0)s-1, "
#return "%(name)s(%(0)s-1, %(1)s)"
else:
out = out + "%(0)s, "
if node[1].name == "ones":
out = out + "%(1)s-1)"
#return "%(name)s(%(0)s, %(1)s-1)"
else:
out = out + "%(1)s)"
return out
else:
node.error("More than one arguments in a vec call")
return "%(name)s(", ", ", ")"
#if len(node) == 1:
arg, dim = arma.configure_arg(node[0], 0)
if dim == -1:
return "%(name)s(", "-1, ", "-1)"
#if dim == 0:
# node.dim = 0
return "%(name)s(" + arg + ")"
"""
def Get(node):
if len(node) != 1:
if not len(node):
node.error("Zero arguments in a vec call")
return "%(name)s()"
elif len(node) == 2 and node[1].cls == "Int" and node[1].value == "1":
pass
else:
node.error("More than one arguments in a vec call")
return "%(name)s(", "-1, ", "-1)"
arg, dim = arma.configure_arg(node[0], 0)
if dim == -1:
return "%(name)s(", "-1, ", "-1)"
#if dim == 0:
# node.dim = 0
return "%(name)s(" + arg + ")"
def Get(node):
"""
Statement
Get (a)
a()
Assign
Var (b)
Get (a)
b = a()
"""
# number of args not correct
if len(node) not in (1, 2):
if not len(node):
node.error("Zero arguments in a matrix call")
else:
node.error("More than two arguments in a matrix call")
return "%(name)s(", "-1, ", "-1)"
# Single argument
if len(node) == 1:
arg, dim = arma.configure_arg(node[0], 0)
# unknown input
if dim == -1:
return "%(name)s(%(0)s-1)"
# scalar begets scalar
#if dim == 0:
# node.dim = 0
return "%(name)s(" + arg + ")"
# Double argument
elif len(node) == 2:
arg0, dim0 = arma.configure_arg(node[0], 0)
arg1, dim1 = arma.configure_arg(node[1], 1)
# unknown input
if -1 in (dim0, dim1):
return "%(name)s(", "-1, ", "-1)"
# Configure dimensions
#if dim0:
# if dim1:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
#else:
# if dim1:
# node.dim = 2#rowvec
# else:
# node.dim = 0#scalar
# All + All
if node[0].cls == node[1].cls == "All":
return "%(name)s"
# All + ...
if node[0].cls == "All":
# All + uvec
if dim1:
return "%(name)s.cols(" + arg1 + ")"
# All + scalar
return "%(name)s.col(" + arg1 + ")"
# ... + All
elif node[1].cls == "All":
# uvec + All
if dim0:
return "%(name)s.rows(" + arg0 + ")"
# scalar + All
return "%(name)s.row(" + arg0 + ")"
# scalar + uvec
if dim0 == 0 and dim1 > 0:
index = node[1].str.index('(')
return "%(name)s(m2cpp::span<uvec>(" + arg0 + ", " + arg0 + ")" + ", " \
+ "m2cpp::span<uvec>" + node[1].str[index:] + ")"
#return "%(name)s.col(" + arg0 + ").rows(" + arg1 + ")"
# uvec + scalar
elif dim0 > 0 and dim1 == 0:
return "%(name)s(" + arg0 + ", m2cpp::span<uvec>(" + arg1 + ", " + arg1 + "))"
#index = node[0].str.index('(')
#return "%(name)s(" + "m2cpp::span<uvec>" + node[0].str[index:] + ", m2cpp::span<uvec>(" + arg1 + ", " + arg1 + "))"
#return "%(name)s.row(" + arg0 + ").cols(" + arg1 + ")"
# uvec + uvec
if dim0 > 0 and dim1 > 0:
a0 = node[0].str.replace("arma::span", "m2cpp::span<uvec>")
a1 = node[1].str.replace("arma::span", "m2cpp::span<uvec>")
return "%(name)s(" + a0 + ", " + a1 + ")"
return "%(name)s(" + arg0 + ", " + arg1 + ")"
def Set(node):
"""
Assign
Set (a)
Var (n)
Var (b)
a(n) = b
"""
# wrong number of argumets
if len(node) not in (1,2):
if not len(node):
node.error("Zero arguments in a matrix set")
else:
node.error("More than two arguments in a matrix set")
return "%(name)s(", "-1, ", "-1)"
# Single argument
if len(node) == 1:
arg, dim = arma.configure_arg(node[0], 0)
# scalar arg is scalar
#if dim == 0:
# node.dim = 0
# unknown datatype
if dim == -1:
return "%(name)s(", "-1, ", "-1)"
return "%(name)s(" + arg + ")"
# Double argument
elif len(node) == 2:
arg0, dim0 = arma.configure_arg(node[0], 0)
arg1, dim1 = arma.configure_arg(node[1], 1)
# unknown datatype
if -1 in (dim0, dim1):
return "%(name)s(", "-1, ", "-1)"
# Configure dimensions
#if dim0:
# if dim1:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
#else:
# if dim1:
# node.dim = 2#rowvec
# else:
# node.dim = 0#scalar
# All + All
if node[0].cls == node[1].cls == "All":
return "%(name)s"
# All + ...
if node[0].cls == "All":
# All + uvec
if dim1:
return "%(name)s.cols(" + arg1 + ")"
# All + scalar
return "%(name)s.col(" + arg1 + ")"
# ... + All
elif node[1].cls == "All":
# uvec + All
if dim0:
return "%(name)s.rows(" + arg0 + ")"
# scalar + All
return "%(name)s.row(" + arg0 + ")"
# scalar + uvec
if dim0 == 0 and dim1 > 0:
arg0 = "m2cpp::asuvec(" + arg0 + ")"
# uvec + scalar
elif dim0 > 0 and dim1 == 0:
arg1 = "m2cpp::asuvec(" + arg1 + ")"
return "%(name)s(" + arg0 + ", " + arg1 + ")"
def Get(node):
"""
Statement
Get (a)
a()
Assign
Var (b)
Get (a)
b = a()
"""
# number of args not correct
if len(node) not in (1,2):
if not len(node):
node.error("Zero arguments in a matrix call")
else:
node.error("More than two arguments in a matrix call")
return "%(name)s(", "-1, ", "-1)"
# Single argument
if len(node) == 1:
arg, dim = arma.configure_arg(node[0], 0)
# unknown input
if dim == -1:
return "%(name)s(%(0)s-1)"
# scalar begets scalar
#if dim == 0:
# node.dim = 0
return "%(name)s(" + arg + ")"
# Double argument
elif len(node) == 2:
arg0, dim0 = arma.configure_arg(node[0], 0)
arg1, dim1 = arma.configure_arg(node[1], 1)
# unknown input
if -1 in (dim0, dim1):
return "%(name)s(", "-1, ", "-1)"
# Configure dimensions
#if dim0:
# if dim1:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
#else:
# if dim1:
# node.dim = 2#rowvec
# else:
# node.dim = 0#scalar
# All + All
if node[0].cls == node[1].cls == "All":
return "%(name)s"
# All + ...
if node[0].cls == "All":
# All + uvec
if dim1:
return "%(name)s.cols(" + arg1 + ")"
# All + scalar
return "%(name)s.col(" + arg1 + ")"
# ... + All
elif node[1].cls == "All":
# uvec + All
if dim0:
return "%(name)s.rows(" + arg0 + ")"
# scalar + All
return "%(name)s.row(" + arg0 + ")"
# scalar + uvec
if dim0 == 0 and dim1 > 0:
return "%(name)s.col(" + arg0 + ").rows(" + arg1 + ")"
# uvec + scalar
elif dim0 > 0 and dim1 == 0:
return "%(name)s.row(" + arg0 + ").cols(" + arg1 + ")"
return "%(name)s(" + arg0 + ", " + arg1 + ")"
def Set(node):
"""
Assign
Set (a)
Var (n)
Var (b)
a(n) = b
"""
# wrong number of argumets
if len(node) not in (1, 2):
if not len(node):
node.error("Zero arguments in a matrix set")
else:
node.error("More than two arguments in a matrix set")
return "%(name)s(", "-1, ", "-1)"
# Single argument
if len(node) == 1:
arg, dim = arma.configure_arg(node[0], 0)
# scalar arg is scalar
#if dim == 0:
# node.dim = 0
# unknown datatype
if dim == -1:
return "%(name)s(", "-1, ", "-1)"
return "%(name)s(" + arg + ")"
# Double argument
elif len(node) == 2:
arg0, dim0 = arma.configure_arg(node[0], 0)
arg1, dim1 = arma.configure_arg(node[1], 1)
# unknown datatype
if -1 in (dim0, dim1):
return "%(name)s(", "-1, ", "-1)"
# Configure dimensions
#if dim0:
# if dim1:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
#else:
# if dim1:
# node.dim = 2#rowvec
# else:
# node.dim = 0#scalar
# All + All
if node[0].cls == node[1].cls == "All":
return "%(name)s"
# All + ...
if node[0].cls == "All":
# All + uvec
if dim1:
return "%(name)s.cols(" + arg1 + ")"
# All + scalar
return "%(name)s.col(" + arg1 + ")"
# ... + All
elif node[1].cls == "All":
# uvec + All
if dim0:
return "%(name)s.rows(" + arg0 + ")"
# scalar + All
return "%(name)s.row(" + arg0 + ")"
# scalar + uvec
if dim0 == 0 and dim1 > 0:
arg0 = "m2cpp::asuvec(" + arg0 + ")"
# uvec + scalar
elif dim0 > 0 and dim1 == 0:
arg1 = "m2cpp::asuvec(" + arg1 + ")"
return "%(name)s(" + arg0 + ", " + arg1 + ")"
def Set(node):
if len(node) not in (1, 2, 3):
if not len(node):
node.error("Zero arguments in a cube set")
else:
node.error("More than three arguments in a cube set")
return "%(name)s(", "-1, ", "-1)"
# Single argument
if len(node) == 1:
arg, dim = arma.configure_arg(node[0], 0)
# unknown arguments
if dim == -1:
return "%(name)s(%(0)s-1)"
# if scalar arg, set node as scalar
#if dim == 0:
# node.dim = 0
return "%(name)s(" + arg + ")"
# Double argument
elif len(node) == 2:
arg0, dim0 = arma.configure_arg(node[0], 0)
arg1, dim1 = arma.configure_arg(node[1], 1)
# unknown args
if -1 in (dim0, dim1):
return "%(name)s(", "-1, ", "-1)"
node = node.resize() # matlab to armadillo fix for cubes
# Configure dimensions
#if dim0:
# if dim1:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
#else:
# if dim1:
# node.dim = 2#rowvec
# else:
# node.dim = 0#scalar
return "%(name)s(" + arg0 + ", " + arg1 + ", 1)"
# triple argument
elif len(node) == 3:
arg0, dim0 = arma.configure_arg(node[0], 0)
arg1, dim1 = arma.configure_arg(node[1], 1)
arg2, dim2 = arma.configure_arg(node[2], 2)
# unkown input
if -1 in (dim0, dim1, dim2):
return "%(name)s(", ", ", ")"
# Configure dimensions
#if dim0:
# if dim1:
# if dim2:
# node.dim = 4#cube
# else:
# node.dim = 3#matrix
# else:
# if dim2:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
#else:
# if dim1:
# if dim2:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
# else:
# if dim2:
# node.dim = 1#colvec
# else:
# node.dim = 0#scaler
return "%(name)s(" + arg0 + ", " + arg1 + ", " + arg2 + ")"
def Set(node):
if len(node) not in (1,2,3):
if not len(node):
node.error("Zero arguments in a cube set")
else:
node.error("More than three arguments in a cube set")
return "%(name)s(", "-1, ", "-1)"
# Single argument
if len(node) == 1:
arg, dim = arma.configure_arg(node[0], 0)
# unknown arguments
if dim == -1:
return "%(name)s(%(0)s-1)"
# if scalar arg, set node as scalar
#if dim == 0:
# node.dim = 0
return "%(name)s(" + arg + ")"
# Double argument
elif len(node) == 2:
arg0, dim0 = arma.configure_arg(node[0], 0)
arg1, dim1 = arma.configure_arg(node[1], 1)
# unknown args
if -1 in (dim0, dim1):
return "%(name)s(", "-1, ", "-1)"
node = node.resize() # matlab to armadillo fix for cubes
# Configure dimensions
#if dim0:
# if dim1:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
#else:
# if dim1:
# node.dim = 2#rowvec
# else:
# node.dim = 0#scalar
return "%(name)s(" + arg0 + ", " + arg1 + ", 1)"
# triple argument
elif len(node) == 3:
arg0, dim0 = arma.configure_arg(node[0], 0)
arg1, dim1 = arma.configure_arg(node[1], 1)
arg2, dim2 = arma.configure_arg(node[2], 2)
# unkown input
if -1 in (dim0, dim1, dim2):
return "%(name)s(", ", ", ")"
# Configure dimensions
#if dim0:
# if dim1:
# if dim2:
# node.dim = 4#cube
# else:
# node.dim = 3#matrix
# else:
# if dim2:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
#else:
# if dim1:
# if dim2:
# node.dim = 3#matrix
# else:
# node.dim = 1#colvec
# else:
# if dim2:
# node.dim = 1#colvec
# else:
# node.dim = 0#scaler
return "%(name)s(" + arg0 + ", " + arg1 + ", " + arg2 + ")"