Index
A
|
B
|
C
|
D
|
E
|
F
|
I
|
L
|
M
|
N
|
O
|
P
|
Q
|
R
|
S
|
T
|
U
|
V
|
Z
A
Abs (suspect.expression.UnaryFunctionType attribute)
Acos (suspect.expression.UnaryFunctionType attribute)
acos (suspect.interval.Interval property)
apply() (suspect.interfaces.CombineUnaryFunctionRules method)
(suspect.interfaces.Rule method)
Asin (suspect.expression.UnaryFunctionType attribute)
asin (suspect.interval.Interval property)
Atan (suspect.expression.UnaryFunctionType attribute)
atan (suspect.interval.Interval property)
B
BackwardIterator (class in suspect.interfaces)
C
CombineUnaryFunctionRules (class in suspect.interfaces)
conscurvature() (suspect.summary.ModelInformation method)
Constant (suspect.expression.ExpressionType attribute)
Constraint (suspect.expression.ExpressionType attribute)
Cos (suspect.expression.UnaryFunctionType attribute)
cos (suspect.interval.Interval property)
create_connected_model() (in module suspect.pyomo)
D
detect_special_structure() (in module suspect)
Division (suspect.expression.ExpressionType attribute)
E
EmptyInterval (class in suspect.interval)
EmptyIntervalError
Exp (suspect.expression.UnaryFunctionType attribute)
exp (suspect.interval.Interval property)
ExpressionType (class in suspect.expression)
F
ForwardIterator (class in suspect.interfaces)
I
intersect() (suspect.interval.Interval method)
Interval (class in suspect.interval)
inverse() (suspect.interval.Interval method)
is_negative() (suspect.interval.Interval method)
is_nonnegative() (suspect.interval.Interval method)
is_nonpositive() (suspect.interval.Interval method)
is_positive() (suspect.interval.Interval method)
is_zero() (suspect.interval.Interval method)
iterate() (suspect.interfaces.Iterator method)
Iterator (class in suspect.interfaces)
L
Linear (suspect.expression.ExpressionType attribute)
Log (suspect.expression.UnaryFunctionType attribute)
log (suspect.interval.Interval property)
log10 (suspect.interval.Interval property)
lower_bound (suspect.interval.Interval property)
M
ModelInformation (class in suspect.summary)
module
suspect
suspect.expression
suspect.interfaces
suspect.interval
monotonic_decreasing() (in module suspect.interval)
monotonic_increasing() (in module suspect.interval)
N
Negation (suspect.expression.ExpressionType attribute)
negation (suspect.interval.Interval property)
num_binaries() (suspect.summary.ModelInformation method)
num_constraints() (suspect.summary.ModelInformation method)
num_integers() (suspect.summary.ModelInformation method)
num_variables() (suspect.summary.ModelInformation method)
O
objcurvature() (suspect.summary.ModelInformation method)
Objective (suspect.expression.ExpressionType attribute)
objtype() (suspect.summary.ModelInformation method)
P
Power (suspect.expression.ExpressionType attribute)
Problem (class in suspect.interfaces)
Product (suspect.expression.ExpressionType attribute)
Q
Quadratic (suspect.expression.ExpressionType attribute)
R
read_osil() (in module suspect.pyomo)
Reciprocal (suspect.expression.ExpressionType attribute)
Rule (class in suspect.interfaces)
S
Sin (suspect.expression.UnaryFunctionType attribute)
sin (suspect.interval.Interval property)
size() (suspect.interval.Interval method)
Sqrt (suspect.expression.UnaryFunctionType attribute)
sqrt (suspect.interval.Interval property)
Sum (suspect.expression.ExpressionType attribute)
suspect
module
suspect.expression
module
suspect.interfaces
module
suspect.interval
module
T
Tan (suspect.expression.UnaryFunctionType attribute)
tan (suspect.interval.Interval property)
U
UnaryFunction (suspect.expression.ExpressionType attribute)
UnaryFunctionRule (class in suspect.interfaces)
UnaryFunctionType (class in suspect.expression)
upper_bound (suspect.interval.Interval property)
V
Variable (suspect.expression.ExpressionType attribute)
visit() (suspect.interfaces.Visitor method)
Visitor (class in suspect.interfaces)
Z
zero() (suspect.interval.Interval static method)
SUSPECT is a special structure detection library built for Pyomo.
Useful Links
SUSPECT @ GitHub
Official Documentation
Computational Optimization Group @ GitHub
Computational Optimization Group @ Imperial College London
Related Topics
Documentation overview