def promote(self, rows, cols):
"""Promotes the Sign's internal matrices to the desired size.
Args:
rows: The number of rows in the promoted internal matrices.
cols: The number of columns in the promoted internal matrices.
"""
neg_mat = bu.promote(self.neg_mat, rows, cols)
pos_mat = bu.promote(self.pos_mat, rows, cols)
return Sign(neg_mat, pos_mat)
def promote(self, rows, cols):
"""Promotes the Curvature's internal matrices to the desired size.
Args:
rows: The number of rows in the promoted internal matrices.
cols: The number of columns in the promoted internal matrices.
"""
cvx_mat = bu.promote(self.cvx_mat, rows, cols)
conc_mat = bu.promote(self.conc_mat, rows, cols)
nonconst_mat = bu.promote(self.nonconst_mat, rows, cols)
return Curvature(cvx_mat, conc_mat, nonconst_mat)
def promote(self, rows, cols, keep_scalars=True):
"""Promotes the Sign's internal matrices to the desired size.
Args:
rows: The number of rows in the promoted internal matrices.
cols: The number of columns in the promoted internal matrices.
keep_scalars: Don't convert scalars to matrices.
"""
neg_mat = bu.promote(self.neg_mat, rows, cols, keep_scalars)
pos_mat = bu.promote(self.pos_mat, rows, cols, keep_scalars)
return Sign(neg_mat, pos_mat)
def promote(self, rows, cols, keep_scalars=True):
"""Promotes the Sign's internal matrices to the desired size.
Args:
rows: The number of rows in the promoted internal matrices.
cols: The number of columns in the promoted internal matrices.
keep_scalars: Don't convert scalars to matrices.
"""
neg_mat = bu.promote(self.neg_mat, rows, cols, keep_scalars)
pos_mat = bu.promote(self.pos_mat, rows, cols, keep_scalars)
return Sign(neg_mat, pos_mat)
def promote(self, rows, cols, keep_scalars=True):
"""Promotes the Curvature's internal matrices to the desired size.
Args:
rows: The number of rows in the promoted internal matrices.
cols: The number of columns in the promoted internal matrices.
keep_scalars: Don't convert scalars to matrices.
"""
cvx_mat = bu.promote(self.cvx_mat, rows, cols, keep_scalars)
conc_mat = bu.promote(self.conc_mat, rows, cols, keep_scalars)
nonconst_mat = bu.promote(self.nonconst_mat, rows, cols, keep_scalars)
return Curvature(cvx_mat, conc_mat, nonconst_mat)
def promote(self, rows, cols, keep_scalars=True):
"""Promotes the Curvature's internal matrices to the desired size.
Args:
rows: The number of rows in the promoted internal matrices.
cols: The number of columns in the promoted internal matrices.
keep_scalars: Don't convert scalars to matrices.
"""
cvx_mat = bu.promote(self.cvx_mat, rows, cols, keep_scalars)
conc_mat = bu.promote(self.conc_mat, rows, cols, keep_scalars)
nonconst_mat = bu.promote(self.nonconst_mat, rows, cols, keep_scalars)
return Curvature(cvx_mat, conc_mat, nonconst_mat)
