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Add missing returns in Add.deduce_in_number_set() #339

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Add missing returns in Add.deduce_in_number_set() #339

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15 changes: 9 additions & 6 deletions packages/proveit/numbers/addition/add.py
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Original file line number Diff line number Diff line change
Expand Up @@ -1173,42 +1173,45 @@ def deduce_in_number_set(self, number_set, **defaults_config):
{a: self.operands[0], b: self.operands[1]})
_a = self.operands
_i = _a.num_elements()
add_pkg.add_nat_closure.instantiate({i: _i, a: _a})
return add_pkg.add_nat_closure.instantiate({i: _i, a: _a})
if number_set == NaturalPos:
if self.operands.is_double():
return add_pkg.add_nat_pos_closure_bin.instantiate(
{a: self.operands[0], b: self.operands[1]})
_a = self.operands
_i = _a.num_elements()
add_pkg.add_nat_pos_closure.instantiate({i: _i, a: _a})
return add_pkg.add_nat_pos_closure.instantiate({i: _i, a: _a})
if number_set == IntegerNeg:
if self.operands.is_double():
return add_pkg.add_int_neg_closure_bin.instantiate(
{a: self.operands[0], b: self.operands[1]})
_a = self.operands
_i = _a.num_elements()
add_pkg.add_int_neg_closure.instantiate({i: _i, a: _a})
return add_pkg.add_int_neg_closure.instantiate({i: _i, a: _a})
if number_set == IntegerNonPos:
if self.operands.is_double():
return add_pkg.add_int_nonpos_closure_bin.instantiate(
{a: self.operands[0], b: self.operands[1]})
_a = self.operands
_i = _a.num_elements()
add_pkg.add_int_nonpos_closure.instantiate({i: _i, a: _a})
return (add_pkg.add_int_nonpos_closure
.instantiate({i: _i, a: _a}))
if number_set == RationalPos:
if self.operands.is_double():
return add_pkg.add_rational_pos_closure_bin.instantiate(
{a: self.operands[0], b: self.operands[1]})
_a = self.operands
_i = _a.num_elements()
add_pkg.add_rational_pos_closure.instantiate({i: _i, a: _a})
return (add_pkg.add_rational_pos_closure
.instantiate({i: _i, a: _a}))
if number_set == RationalNeg:
if self.operands.is_double():
return add_pkg.add_rational_neg_closure_bin.instantiate(
{a: self.operands[0], b: self.operands[1]})
_a = self.operands
_i = _a.num_elements()
add_pkg.add_rational_neg_closure.instantiate({i: _i, a: _a})
return (add_pkg.add_rational_neg_closure
.instantiate({i: _i, a: _a}))
if number_set == RationalNonNeg:
if self.operands.is_double():
return add_pkg.add_rational_nonneg_closure_bin.instantiate(
Expand Down