LSModel (LocalSolver 8.5 API)

java.lang.Object
- localsolver.LSModel

```
public class LSModel
extends java.lang.Object
```
Mathematical optimization model. A model is composed of expressions (some of which are decisions), organized as a tree. Then, some expressions of the model can be constrained or optimized. Once your optimization model is created and closed, the solver can be launched to resolve it. Note that you cannot modify a model which has been closed: you must reopen it (with open()) or instantiate another LocalSolver environment to optimize another model.

See Also:

LSExpression, LSOperator

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`LSExpression`	`abs(LSExpression a)` Creates an absolute value expression.
`void`	`addConstraint(LSExpression expr)` Adds the given expression to the list of constraints.
`void`	`addObjective(LSExpression expr, LSObjectiveDirection direction)` Adds the given expression to the list of objectives to optimize.
`LSExpression`	`and()` Creates an AND expression.
`LSExpression`	`and(java.lang.Iterable<LSExpression> operands)` Creates an AND expression.
`LSExpression`	`and(LSExpression... operands)` Creates an AND expression.
`LSExpression`	`and(LSExpression a, LSExpression b)` Creates an AND expression.
`LSExpression`	`array()` Creates an array expression.
`LSExpression`	`array(double... operands)` Creates an array expression.
`LSExpression`	`array(float... operands)` Creates an array expression.
`LSExpression`	`array(int... operands)` Creates an array expression.
`LSExpression`	`array(long... operands)` Creates an array expression.
`LSExpression`	`array(LSExpression... operands)` Creates an array expression.
`LSExpression`	`array(java.lang.Object operands)` Creates an N-dimensional array expression.
`LSExpression`	`at(LSExpression arrayExpr, long index)` Creates a "at" expression.
`LSExpression`	`at(LSExpression arrayExpr, LSExpression... indicesExpr)` Creates a "at" expression for N-dimensional array.
`LSExpression`	`boolVar()` Creates a boolean decision.
`LSExpression`	`call()` Creates a call expression.
`LSExpression`	`call(java.lang.Iterable<LSExpression> operands)` Creates a call expression.
`LSExpression`	`call(LSExpression... operands)` Creates a call expression.
`LSExpression`	`call(LSExpression a)` Creates a call expression.
`LSExpression`	`call(LSExpression a, LSExpression b)` Creates a call expression.
`LSExpression`	`call(LSExpression a, LSExpression b, LSExpression c)` Creates a call expression.
`LSExpression`	`ceil(LSExpression a)` Creates a ceil expression.
`void`	`close()` Closes the model.
`void`	`constraint(LSExpression expr)` Shortcut for addConstraint(expr).
`LSExpression`	`contains(LSExpression a, long b)` Creates a contains expression.
`LSExpression`	`contains(LSExpression a, LSExpression b)` Creates a contains expression.
`LSExpression`	`cos(LSExpression a)` Creates a cosine expression.
`LSExpression`	`count(LSExpression a)` Creates a count expression.
`LSExpression`	`createConstant(double value)` Creates a constant expression representing the given value.
`LSExpression`	`createConstant(long value)` Creates a constant expression representing the given value.
`LSExpression`	`createExpression(LSOperator op)` Creates an expression of the given type.
`LSExpression`	`createExpression(LSOperator op, double expr0)` Creates an expression of the given type, with the given operand.
`LSExpression`	`createExpression(LSOperator op, double[] operands)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, double expr0, double expr1)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, double expr0, double expr1, double expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, double expr0, double expr1, LSExpression expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, double expr0, LSExpression expr1)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, double expr0, LSExpression expr1, double expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, double expr0, LSExpression expr1, LSExpression expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, float[] operands)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, int[] operands)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, java.lang.Iterable<LSExpression> operands)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, long expr0)` Creates an expression of the given type, with the given operand.
`LSExpression`	`createExpression(LSOperator op, long[] operands)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, long expr0, long expr1)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, long expr0, long expr1, long expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, long expr0, long expr1, LSExpression expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, long expr0, LSExpression expr1)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, long expr0, LSExpression expr1, long expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, long expr0, LSExpression expr1, LSExpression expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression... operands)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0)` Creates an expression of the given type, with the given operand.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, double expr1)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, double expr1, double expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, double expr1, LSExpression expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, long expr1)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, long expr1, long expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, long expr1, LSExpression expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, LSExpression expr1)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, LSExpression expr1, double expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, LSExpression expr1, long expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createExpression(LSOperator op, LSExpression expr0, LSExpression expr1, LSExpression expr2)` Creates an expression of the given type, with the given operands.
`LSExpression`	`createFunction(int nbArgs, LSFunction functor)` Creates a function with arguments.
`LSExpression`	`createFunction(LSFunction0 functor)` Creates a function without arguments.
`LSExpression`	`createFunction(LSFunction1 functor)` Creates a function with one arguments A function is a particular expression composed of two parts: The arguments of the function (which are also LSExpressions of type `LSOperator.Argument`. The body of the function.
`LSExpression`	`createFunction(LSFunction2 functor)` Creates a function with two arguments.
`LSExpression`	`createFunction(LSFunction3 functor)` Creates a function with three arguments.
`LSExpression`	`createNativeFunction(LSNativeFunction func)` Creates a native function.
`LSExpression`	`disjoint()` Creates a disjoint expression.
`LSExpression`	`disjoint(java.lang.Iterable<LSExpression> operands)` Creates a disjoint expression.
`LSExpression`	`disjoint(LSExpression... operands)` Creates a disjoint expression.
`LSExpression`	`dist(double a, LSExpression b)` Creates a distance expression.
`LSExpression`	`dist(long a, LSExpression b)` Creates a distance expression.
`LSExpression`	`dist(LSExpression a, double b)` Creates a distance expression.
`LSExpression`	`dist(LSExpression a, long b)` Creates a distance expression.
`LSExpression`	`dist(LSExpression a, LSExpression b)` Creates a distance expression.
`LSExpression`	`div(double a, LSExpression b)` Creates a division expression.
`LSExpression`	`div(long a, LSExpression b)` Creates a division expression.
`LSExpression`	`div(LSExpression a, double b)` Creates a division expression.
`LSExpression`	`div(LSExpression a, long b)` Creates a division expression.
`LSExpression`	`div(LSExpression a, LSExpression b)` Creates a division expression.
`LSExpression`	`eq(double a, LSExpression b)` Creates an equality expression.
`LSExpression`	`eq(long a, LSExpression b)` Creates an equality expression.
`LSExpression`	`eq(LSExpression a, double b)` Creates an equality expression.
`LSExpression`	`eq(LSExpression a, long b)` Creates an equality expression.
`LSExpression`	`eq(LSExpression a, LSExpression b)` Creates an equality expression.
`boolean`	`equals(java.lang.Object obj)`
`LSExpression`	`exp(LSExpression a)` Creates an exponential expression.
`LSExpression`	`floatVar(double lb, double ub)` Creates a float decision.
`LSExpression`	`floor(LSExpression a)` Creates a floor expression.
`LSExpression`	`function(int nbArgs, LSFunction functor)` Creates a function expression.
`LSExpression`	`function(LSFunction0 functor)` Creates a function expression.
`LSExpression`	`function(LSFunction1 functor)` Creates a function expression.
`LSExpression`	`function(LSFunction2 functor)` Creates a function expression.
`LSExpression`	`function(LSFunction3 functor)` Creates a function expression.
`LSExpression`	`geq(double a, LSExpression b)` Creates an inequality expression greater than or equal to.
`LSExpression`	`geq(long a, LSExpression b)` Creates an inequality expression greater than or equal to.
`LSExpression`	`geq(LSExpression a, double b)` Creates an inequality expression greater than or equal to.
`LSExpression`	`geq(LSExpression a, long b)` Creates an inequality expression greater than or equal to.
`LSExpression`	`geq(LSExpression a, LSExpression b)` Creates an inequality expression greater than or equal to.
`LSExpression`	`getConstraint(int constraintIndex)` Gets the constraint with the given index.
`LSExpression`	`getDecision(int decisionIndex)` Gets the decision with the given index.
`LSExpression`	`getExpression(int exprIndex)` Gets the expression with the given index in this model.
`LSExpression`	`getExpression(java.lang.String name)` Gets the expression with the given index in this model.
`LocalSolver`	`getLocalSolver()` Returns the LocalSolver object associated to this model.
`int`	`getNbConstraints()` Gets the number of constraints added to this model.
`int`	`getNbDecisions()` Gets the number of decisions in the model.
`int`	`getNbExpressions()` Gets the number of expressions added to this model.
`int`	`getNbObjectives()` Gets the number of objectives added to this model.
`int`	`getNbOperands()` Gets the number of operands in the model.
`LSExpression`	`getObjective(int objectiveIndex)` Gets the objective with the given index.
`LSObjectiveDirection`	`getObjectiveDirection(int objectiveIndex)` Gets the direction of the objective with the given index.
`LSExpression`	`gt(double a, LSExpression b)` Creates an inequality expression greater than.
`LSExpression`	`gt(long a, LSExpression b)` Creates an inequality expression greater than.
`LSExpression`	`gt(LSExpression a, double b)` Creates an inequality expression greater than.
`LSExpression`	`gt(LSExpression a, long b)` Creates an inequality expression greater than.
`LSExpression`	`gt(LSExpression a, LSExpression b)` Creates an inequality expression greater than.
`int`	`hashCode()`
`LSExpression`	`iif(LSExpression a, double b, double c)` Creates a ternary conditional expression.
`LSExpression`	`iif(LSExpression a, double b, LSExpression c)` Creates a ternary conditional expression.
`LSExpression`	`iif(LSExpression a, long b, long c)` Creates a ternary conditional expression.
`LSExpression`	`iif(LSExpression a, long b, LSExpression c)` Creates a ternary conditional expression.
`LSExpression`	`iif(LSExpression a, LSExpression b, double c)` Creates a ternary conditional expression.
`LSExpression`	`iif(LSExpression a, LSExpression b, long c)` Creates a ternary conditional expression.
`LSExpression`	`iif(LSExpression a, LSExpression b, LSExpression c)` Creates a ternary conditional expression.
`LSExpression`	`indexOf(LSExpression a, long b)` Creates an indexOf expression.
`LSExpression`	`indexOf(LSExpression a, LSExpression b)` Creates an indexOf expression.
`LSExpression`	`intVar(long lb, long ub)` Creates an integer decision.
`boolean`	`isClosed()` Returns true if the model is closed, false otherwise.
`LSExpression`	`leq(double a, LSExpression b)` Creates an inequality expression less than or equal to.
`LSExpression`	`leq(long a, LSExpression b)` Creates an inequality expression less than or equal to.
`LSExpression`	`leq(LSExpression a, double b)` Creates an inequality expression less than or equal to.
`LSExpression`	`leq(LSExpression a, long b)` Creates an inequality expression less than or equal to.
`LSExpression`	`leq(LSExpression a, LSExpression b)` Creates an inequality expression less than or equal to.
`LSExpression`	`listVar(long n)` Creates a list decision with the given length.
`LSExpression`	`log(LSExpression a)` Creates a log expression.
`LSExpression`	`lt(double a, LSExpression b)` Creates an inequality expression less than.
`LSExpression`	`lt(long a, LSExpression b)` Creates an inequality expression less than.
`LSExpression`	`lt(LSExpression a, double b)` Creates an inequality expression less than.
`LSExpression`	`lt(LSExpression a, long b)` Creates an inequality expression less than.
`LSExpression`	`lt(LSExpression a, LSExpression b)` Creates an inequality expression less than.
`LSExpression`	`max()` Creates a maximum expression.
`LSExpression`	`max(double a)` Creates a maximum expression.
`LSExpression`	`max(double a, LSExpression b)` Creates a maximum expression.
`LSExpression`	`max(java.lang.Iterable<LSExpression> operands)` Creates a maximum expression.
`LSExpression`	`max(long a)` Creates a maximum expression.
`LSExpression`	`max(long a, LSExpression b)` Creates a maximum expression.
`LSExpression`	`max(LSExpression... operands)` Creates a maximum expression.
`LSExpression`	`max(LSExpression a, double b)` Creates a maximum expression.
`LSExpression`	`max(LSExpression a, long b)` Creates a maximum expression.
`LSExpression`	`max(LSExpression a, LSExpression b)` Creates a maximum expression.
`void`	`maximize(LSExpression expr)` Shortcut for addObjective(expr, OD_Maximize).
`LSExpression`	`min()` Creates a minimum expression.
`LSExpression`	`min(double a)` Creates a minimum expression.
`LSExpression`	`min(double a, LSExpression b)` Creates a minimum expression.
`LSExpression`	`min(java.lang.Iterable<LSExpression> operands)` Creates a minimum expression.
`LSExpression`	`min(long a)` Creates a minimum expression.
`LSExpression`	`min(long a, LSExpression b)` Creates a minimum expression.
`LSExpression`	`min(LSExpression... operands)` Creates a minimum expression.
`LSExpression`	`min(LSExpression a, double b)` Creates a minimum expression.
`LSExpression`	`min(LSExpression a, long b)` Creates a minimum expression.
`LSExpression`	`min(LSExpression a, LSExpression b)` Creates a minimum expression.
`void`	`minimize(LSExpression expr)` Shortcut for addObjective(expr, OD_Minimize).
`LSExpression`	`mod(long a, LSExpression b)` Creates a modulo expression.
`LSExpression`	`mod(LSExpression a, long b)` Creates a modulo expression.
`LSExpression`	`mod(LSExpression a, LSExpression b)` Creates a modulo expression.
`LSExpression`	`nativeFunction(LSNativeFunction func)` Creates a function expression.
`LSExpression`	`neq(double a, LSExpression b)` Creates a disequality expression.
`LSExpression`	`neq(long a, LSExpression b)` Creates a disequality expression.
`LSExpression`	`neq(LSExpression a, double b)` Creates a disequality expression.
`LSExpression`	`neq(LSExpression a, long b)` Creates a disequality expression.
`LSExpression`	`neq(LSExpression a, LSExpression b)` Creates a disequality expression.
`LSExpression`	`not(LSExpression a)` Creates a NOT expression.
`void`	`open()` Reopens the model.
`LSExpression`	`or()` Creates a OR expression.
`LSExpression`	`or(java.lang.Iterable<LSExpression> operands)` Creates a OR expression.
`LSExpression`	`or(LSExpression... operands)` Creates a OR expression.
`LSExpression`	`or(LSExpression a, LSExpression b)` Creates a OR expression.
`LSExpression`	`partition()` Creates a partition expression.
`LSExpression`	`partition(java.lang.Iterable<LSExpression> operands)` Creates a partition expression.
`LSExpression`	`partition(LSExpression... operands)` Creates a partition expression.
`LSExpression`	`piecewise(LSExpression abscissae, LSExpression ordinates, LSExpression x)` Creates a piecewise linear expression.
`LSExpression`	`pow(double a, LSExpression b)` Creates a power expression.
`LSExpression`	`pow(long a, LSExpression b)` Creates a power expression.
`LSExpression`	`pow(LSExpression a, double b)` Creates a power expression.
`LSExpression`	`pow(LSExpression a, long b)` Creates a power expression.
`LSExpression`	`pow(LSExpression a, LSExpression b)` Creates a power expression.
`LSExpression`	`prod()` Creates a product expression.
`LSExpression`	`prod(double a)` Creates a product expression.
`LSExpression`	`prod(double a, LSExpression b)` Creates a product expression.
`LSExpression`	`prod(java.lang.Iterable<LSExpression> operands)` Creates a product expression.
`LSExpression`	`prod(long a)` Creates a product expression.
`LSExpression`	`prod(long a, LSExpression b)` Creates a product expression.
`LSExpression`	`prod(LSExpression... operands)` Creates a product expression.
`LSExpression`	`prod(LSExpression a, double b)` Creates a product expression.
`LSExpression`	`prod(LSExpression a, long b)` Creates a product expression.
`LSExpression`	`prod(LSExpression a, LSExpression b)` Creates a product expression.
`LSExpression`	`range(long a, long b)` Creates a range expression, where a is the lower bound (inclusive) and b is the upper bound (exclusive).
`LSExpression`	`range(long a, LSExpression b)` Creates a range expression, where a is the lower bound (inclusive) and b is the upper bound (exclusive).
`LSExpression`	`range(LSExpression a, long b)` Creates a range expression, where a is the lower bound (inclusive) and b is the upper bound (exclusive).
`LSExpression`	`range(LSExpression a, LSExpression b)` Creates a range expression, where a is the lower bound (inclusive) and b is the upper bound (exclusive).
`void`	`removeConstraint(int constraintIndex)` Removes the constraint at the given position in the list of constraints.
`void`	`removeConstraint(LSExpression expr)` Removes the given expression from the list of constraints.
`void`	`removeObjective(int objectiveIndex)` Removes the objective at the given position in the list of objectives.
`LSExpression`	`round(LSExpression a)` Creates a rounding expression.
`LSExpression`	`scalar(LSExpression a, LSExpression b)` Creates an expression for the scalar product between two arrays.
`LSExpression`	`setVar(long n)` Creates a set decision with the given length.
`LSExpression`	`sin(LSExpression a)` Creates a sine expression.
`LSExpression`	`sqrt(LSExpression a)` Creates a square root expression.
`LSExpression`	`sub(double a, LSExpression b)` Creates a substraction expression.
`LSExpression`	`sub(long a, LSExpression b)` Creates a substraction expression.
`LSExpression`	`sub(LSExpression a, double b)` Creates a substraction expression.
`LSExpression`	`sub(LSExpression a, long b)` Creates a substraction expression.
`LSExpression`	`sub(LSExpression a, LSExpression b)` Creates a substraction expression.
`LSExpression`	`sum()` Creates a sum expression.
`LSExpression`	`sum(double a)` Creates a sum expression.
`LSExpression`	`sum(double a, LSExpression b)` Creates a sum expression.
`LSExpression`	`sum(java.lang.Iterable<LSExpression> operands)` Creates a sum expression.
`LSExpression`	`sum(long a)` Creates a sum expression.
`LSExpression`	`sum(long a, LSExpression b)` Creates a sum expression.
`LSExpression`	`sum(LSExpression... operands)` Creates a sum expression.
`LSExpression`	`sum(LSExpression a, double b)` Creates a sum expression.
`LSExpression`	`sum(LSExpression a, long b)` Creates a sum expression.
`LSExpression`	`sum(LSExpression a, LSExpression b)` Creates a sum expression.
`LSExpression`	`tan(LSExpression a)` Creates a tangent expression.
`java.lang.String`	`toString()` Returns a String representation of this model.
`LSExpression`	`xor()` Creates a XOR expression.
`LSExpression`	`xor(java.lang.Iterable<LSExpression> operands)` Creates a XOR expression.
`LSExpression`	`xor(LSExpression... operands)` Creates a XOR expression.
`LSExpression`	`xor(LSExpression a, LSExpression b)` Creates a XOR expression.

Methods inherited from class java.lang.Object
getClass, notify, notifyAll, wait, wait, wait

- Method Detail
  - getLocalSolver
```
public LocalSolver getLocalSolver()
```
    Returns the LocalSolver object associated to this model.
    
    Returns:
    
    LocalSolver object.
  - createConstant
```
public LSExpression createConstant(long value)
```
    Creates a constant expression representing the given value. Only allowed in state LSState.Modeling. Note that if a constant has been already created with the same value, this method can return the same expression, but it is not guaranteed. The exact behavior is implementation defined.
    
    Parameters:
    
    value - Value of the constant.
    
    Returns:
    
    Created constant expression.
  - createConstant
```
public LSExpression createConstant(double value)
```
    Creates a constant expression representing the given value. Only allowed in state LSState.Modeling. Note that if a constant has been already created with the same value, this method can return the same expression, but it is not guaranteed. The exact behavior is implementation defined.
    
    Parameters:
    
    value - Value of the constant.
    
    Returns:
    
    Created constant expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op)
```
    Creates an expression of the given type. The expression is created without operand. Only allowed in state LSState.Modeling. This method cannot be used to create constants: use createConstant(long) or createConstant(double) instead.
    
    Parameters:
    
    op - Type of expression to create.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0)
```
    Creates an expression of the given type, with the given operand. Only allowed in state LSState.Modeling. Useful for creating unary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     long expr0)
```
    Creates an expression of the given type, with the given operand. Only allowed in state LSState.Modeling. Useful for creating unary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     double expr0)
```
    Creates an expression of the given type, with the given operand. Only allowed in state LSState.Modeling. Useful for creating unary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     LSExpression expr1)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating binary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     long expr0,
                                     long expr1)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating binary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     long expr0,
                                     LSExpression expr1)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating binary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     long expr1)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating binary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     double expr0,
                                     double expr1)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating binary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     double expr0,
                                     LSExpression expr1)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating binary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     double expr1)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating binary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     LSExpression expr1,
                                     LSExpression expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     long expr0,
                                     long expr1,
                                     long expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     long expr0,
                                     long expr1,
                                     LSExpression expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     long expr0,
                                     LSExpression expr1,
                                     long expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     long expr0,
                                     LSExpression expr1,
                                     LSExpression expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     long expr1,
                                     long expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     long expr1,
                                     LSExpression expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     LSExpression expr1,
                                     long expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     double expr0,
                                     double expr1,
                                     double expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     double expr0,
                                     double expr1,
                                     LSExpression expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     double expr0,
                                     LSExpression expr1,
                                     double expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     double expr0,
                                     LSExpression expr1,
                                     LSExpression expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     double expr1,
                                     double expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     double expr1,
                                     LSExpression expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression expr0,
                                     LSExpression expr1,
                                     double expr2)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating ternary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    expr0 - Operand 0.
    
    expr1 - Operand 1.
    
    expr2 - Operand 2.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     java.lang.Iterable<LSExpression> operands)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating n-ary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    operands - Operands to add.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     LSExpression... operands)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating n-ary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    operands - Operands to add.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     int[] operands)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating n-ary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    operands - Operands to add.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     long[] operands)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating n-ary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    operands - Operands to add.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     float[] operands)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating n-ary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    operands - Operands to add.
    
    Returns:
    
    Created expression.
  - createExpression
```
public LSExpression createExpression(LSOperator op,
                                     double[] operands)
```
    Creates an expression of the given type, with the given operands. Only allowed in state LSState.Modeling. Useful for creating n-ary expressions.
    
    Parameters:
    
    op - Type of expression to create.
    
    operands - Operands to add.
    
    Returns:
    
    Created expression.
  - createNativeFunction
```
public LSExpression createNativeFunction(LSNativeFunction func)
```
    Creates a native function. The argument must implement LSNativeFunction. When the native function is called, the argument values will be made accessible to your function through the native context.
    
    Once you have instantiated it, you have to use call(LSExpression... operands) to call it in your model.
    
    Note 1: Most of the time your native function will be called when the solver is in state LSState.Running. Do not attempt to call any method of the solver (to retrieve statistics, values of LSExpressions or whatever) in that state or an exception will be thrown. The only accessible function is LocalSolver.stop().
    
    Note 2: Your functions must be thread-safe. According to the "nbThreads" parameter, LocalSolver can be multi-threaded. In that case, your native functions must be thread safe. If you cannot guarantee the thread-safety of your code, we strongly recommend you to limit the search of LocalSolver to one thread with LSParam.setNbThreads(int).
    
    Parameters:
    
    func - Native function to call.
    
    Returns:
    
    The expression associated to the function.
    
    Since:
    
    6.0
    
    See Also:
    
    LSOperator.NativeFunction
  - createFunction
```
public LSExpression createFunction(LSFunction0 functor)
```
    Creates a function without arguments. A function is a particular expression composed of two parts:
    - The arguments of the function (which are also LSExpressions of type LSOperator.Argument.
    - The body of the function. The body is an LSExpression that will be used to evaluate the result of the function. The body can be any LSExpression composed of any operands and operators supported by LocalSolver. Thus, the body expression can use the arguments of the function but can also capture and refer to expressions declared outside of the function.
    The function you provide will not be used directly during the solving process, but will be evaluated once by the API. At the end of the evaluation of your function, the returned LSExpression will be used as the body of the LocalSolver function.
    Parameters:
    
    functor - A function (LSFunction0) that returns an LSExpression that will be used as the body of the new LocalSolver function you want to create.
    
    Returns:
    
    Expression of type LSOperator.Function.
    
    Since:
    
    7.0
  - createFunction
```
public LSExpression createFunction(LSFunction1 functor)
```
    Creates a function with one arguments A function is a particular expression composed of two parts:
    - The arguments of the function (which are also LSExpressions of type LSOperator.Argument.
    - The body of the function. The body is an LSExpression that will be used to evaluate the result of the function. The body can be any LSExpression composed of any operands and operators supported by LocalSolver. Thus, the body expression can use the arguments of the function but can also capture and refer to expressions declared outside of the function.
    The function you provide will not be used directly during the solving process, but will be evaluated once by the API, with one LSExpression of type LSOperator.Argument. At the end of the evaluation of your function, the returned LSExpression will be used as the body of the LocalSolver function.
    Parameters:
    
    functor - A function (LSFunction1) that accepts one LSExpression as argument and returns an LSExpression that will be used as the body of the new LocalSolver function you want to create.
    
    Returns:
    
    Expression of type LSOperator.Function.
    
    Since:
    
    7.0
  - createFunction
```
public LSExpression createFunction(LSFunction2 functor)
```
    Creates a function with two arguments. A function is a particular expression composed of two parts:
    - The arguments of the function (which are also LSExpressions of type LSOperator.Argument.
    - The body of the function. The body is an LSExpression that will be used to evaluate the result of the function. The body can be any LSExpression composed of any operands and operators supported by LocalSolver. Thus, the body expression can use the arguments of the function but can also capture and refer to expressions declared outside of the function.
    The function you provide will not be used directly during the solving process, but will be evaluated once by the API, with two LSExpression of type LSOperator.Argument that corresponds to the number of arguments your function expects. At the end of the evaluation of your function, the returned LSExpression will be used as the body of the LocalSolver function.
    Parameters:
    
    functor - A function (LSFunction2) that accepts two LSExpression as arguments and returns an LSExpression that will be used as the body of the new LocalSolver function you want to create.
    
    Returns:
    
    Expression of type LSOperator.Function.
    
    Since:
    
    7.0
  - createFunction
```
public LSExpression createFunction(LSFunction3 functor)
```
    Creates a function with three arguments. A function is a particular expression composed of two parts:
    - The arguments of the function (which are also LSExpressions of type LSOperator.Argument.
    - The body of the function. The body is an LSExpression that will be used to evaluate the result of the function. The body can be any LSExpression composed of any operands and operators supported by LocalSolver. Thus, the body expression can use the arguments of the function but can also capture and refer to expressions declared outside of the function.
    The function you provide will not be used directly during the solving process, but will be evaluated once by the API, with three LSExpression of type LSOperator.Argument that corresponds to the number of arguments your function expects. At the end of the evaluation of your function, the returned LSExpression will be used as the body of the LocalSolver function.
    Parameters:
    
    functor - A function (LSFunction3) that accepts three LSExpression as arguments and returns an LSExpression that will be used as the body of the new LocalSolver function you want to create.
    
    Returns:
    
    Expression of type LSOperator.Function.
    
    Since:
    
    7.0
  - createFunction
```
public LSExpression createFunction(int nbArgs,
                                   LSFunction functor)
```
    Creates a function with arguments. A function is a particular expression composed of two parts:
    - The arguments of the function (which are also LSExpressions of type LSOperator.Argument.
    - The body of the function. The body is an LSExpression that will be used to evaluate the result of the function. The body can be any LSExpression composed of any operands and operators supported by LocalSolver. Thus, the body expression can use the arguments of the function but can also capture and refer to expressions declared outside of the function.
    The function you provide will not be used directly during the solving process, but will be evaluated once by the API, with a number of LSExpression of type LSOperator.Argument that corresponds to the number of arguments you want and your function expects. At the end of the evaluation of your function, the returned LSExpression will be used as the body of the LocalSolver function.
    Parameters:
    
    nbArgs - Number of arguments you want for your function.
    
    functor - A function (LSFunction) that accepts LSExpression as arguments and returns an LSExpression that will be used as the body of the new LocalSolver function you want to create.
    
    Returns:
    
    Expression of type LSOperator.Function.
    
    Since:
    
    7.0
  - boolVar
```
public LSExpression boolVar()
```
    Creates a boolean decision. Binary decision variable with domain { 0, 1 }. This method is a shortcut for createExpression(LSOperator.Bool).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Bool, createExpression(LSOperator)
  - floatVar
```
public LSExpression floatVar(double lb,
                             double ub)
```
    Creates a float decision. Decision variable with domain [lb, ub]. This method is a shortcut for createExpression(LSOperator.Float, lb, ub).
    
    Parameters:
    
    lb - Lower bound of the decision variable.
    
    ub - Upper bound of the decision variable.
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Float, createExpression(LSOperator, double, double)
  - intVar
```
public LSExpression intVar(long lb,
                           long ub)
```
    Creates an integer decision. Decision variable with domain [lb, ub]. This method is a shortcut for createExpression(LSOperator.Int, lb, ub).
    
    Parameters:
    
    lb - Lower bound of the decision variable.
    
    ub - Upper bound of the decision variable.
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Int, createExpression(LSOperator, long, long)
  - sum
```
public LSExpression sum()
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator)
  - sum
```
public LSExpression sum(long a)
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator, long)
  - sum
```
public LSExpression sum(double a)
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator, double)
  - sum
```
public LSExpression sum(LSExpression a,
                        LSExpression b)
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator, LSExpression, LSExpression)
  - sum
```
public LSExpression sum(java.lang.Iterable<LSExpression> operands)
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator, Iterable)
  - sum
```
public LSExpression sum(LSExpression... operands)
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator, LSExpression...)
  - sum
```
public LSExpression sum(long a,
                        LSExpression b)
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator, long, LSExpression)
  - sum
```
public LSExpression sum(LSExpression a,
                        long b)
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator, LSExpression, long)
  - sum
```
public LSExpression sum(double a,
                        LSExpression b)
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator, double, LSExpression)
  - sum
```
public LSExpression sum(LSExpression a,
                        double b)
```
    Creates a sum expression. This method is a shortcut for createExpression(LSOperator.Sum, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sum, createExpression(LSOperator, LSExpression, double)
  - sub
```
public LSExpression sub(LSExpression a,
                        LSExpression b)
```
    Creates a substraction expression. This method is a shortcut for createExpression(LSOperator.Sub, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sub, createExpression(LSOperator, LSExpression, LSExpression)
  - sub
```
public LSExpression sub(long a,
                        LSExpression b)
```
    Creates a substraction expression. This method is a shortcut for createExpression(LSOperator.Sub, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sub, createExpression(LSOperator, long, LSExpression)
  - sub
```
public LSExpression sub(LSExpression a,
                        long b)
```
    Creates a substraction expression. This method is a shortcut for createExpression(LSOperator.Sub, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sub, createExpression(LSOperator, LSExpression, long)
  - sub
```
public LSExpression sub(double a,
                        LSExpression b)
```
    Creates a substraction expression. This method is a shortcut for createExpression(LSOperator.Sub, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sub, createExpression(LSOperator, double, LSExpression)
  - sub
```
public LSExpression sub(LSExpression a,
                        double b)
```
    Creates a substraction expression. This method is a shortcut for createExpression(LSOperator.Sub, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sub, createExpression(LSOperator, LSExpression, double)
  - prod
```
public LSExpression prod()
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator)
  - prod
```
public LSExpression prod(long a)
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator, long)
  - prod
```
public LSExpression prod(double a)
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator, double)
  - prod
```
public LSExpression prod(LSExpression a,
                         LSExpression b)
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator, LSExpression, LSExpression)
  - prod
```
public LSExpression prod(LSExpression... operands)
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator, LSExpression...)
  - prod
```
public LSExpression prod(java.lang.Iterable<LSExpression> operands)
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator, Iterable)
  - prod
```
public LSExpression prod(LSExpression a,
                         long b)
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator, LSExpression, long)
  - prod
```
public LSExpression prod(long a,
                         LSExpression b)
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator, long, LSExpression)
  - prod
```
public LSExpression prod(LSExpression a,
                         double b)
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator, LSExpression, double)
  - prod
```
public LSExpression prod(double a,
                         LSExpression b)
```
    Creates a product expression. This method is a shortcut for createExpression(LSOperator.Prod, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Prod, createExpression(LSOperator, double, LSExpression)
  - max
```
public LSExpression max()
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator)
  - max
```
public LSExpression max(long a)
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator, long)
  - max
```
public LSExpression max(double a)
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator, double)
  - max
```
public LSExpression max(LSExpression a,
                        LSExpression b)
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator, LSExpression, LSExpression)
  - max
```
public LSExpression max(java.lang.Iterable<LSExpression> operands)
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator, Iterable)
  - max
```
public LSExpression max(LSExpression... operands)
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator, LSExpression... operands)
  - max
```
public LSExpression max(LSExpression a,
                        long b)
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator, LSExpression, long)
  - max
```
public LSExpression max(long a,
                        LSExpression b)
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator, long, LSExpression)
  - max
```
public LSExpression max(LSExpression a,
                        double b)
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator, LSExpression, double)
  - max
```
public LSExpression max(double a,
                        LSExpression b)
```
    Creates a maximum expression. This method is a shortcut for createExpression(LSOperator.Max, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Max, createExpression(LSOperator, double, LSExpression)
  - min
```
public LSExpression min()
```
    Creates a minimum expression. This method is a shortcut for createExpression(LSOperator.Min).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min, createExpression(LSOperator)
  - min
```
public LSExpression min(long a)
```
    Creates a minimum expression. This method is a shortcut for createExpression(LSOperator.Min, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min, createExpression(LSOperator, long)
  - min
```
public LSExpression min(double a)
```
    Creates a minimum expression. This method is a shortcut for createExpression(LSOperator.Min, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min, createExpression(LSOperator, double)
  - min
```
public LSExpression min(LSExpression a,
                        LSExpression b)
```
    Creates a minimum expression. This method is a shortcut for createExpression(LSOperator.Min, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min, createExpression(LSOperator, LSExpression, LSExpression)
  - min
```
public LSExpression min(LSExpression... operands)
```
    Creates a minimum expression. This method is a shortcut for createExpression(LSOperator.Min, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min, createExpression(LSOperator, LSExpression...)
  - min
```
public LSExpression min(java.lang.Iterable<LSExpression> operands)
```
    Creates a minimum expression. This method is a shortcut for createExpression(LSOperator.Min, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min, createExpression(LSOperator, Iterable)
  - min
```
public LSExpression min(LSExpression a,
                        long b)
```
    Creates a minimum expression. This method is a shortcut for createExpression(LSOperator.Min, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min, createExpression(LSOperator, LSExpression, long)
  - min
```
public LSExpression min(long a,
                        LSExpression b)
```
    Creates a minimum expression. This method is a shortcut for createExpression(LSOperator.Min, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min, createExpression(LSOperator, long, LSExpression)
  - min
```
public LSExpression min(LSExpression a,
                        double b)
```
    Creates a minimum expression.
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min
  - min
```
public LSExpression min(double a,
                        LSExpression b)
```
    Creates a minimum expression. This method is a shortcut for createExpression(LSOperator.Min, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Min, createExpression(LSOperator, double, LSExpression)
  - eq
```
public LSExpression eq(LSExpression a,
                       LSExpression b)
```
    Creates an equality expression. This method is a shortcut for createExpression(LSOperator.Eq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Eq, createExpression(LSOperator, LSExpression, LSExpression)
  - eq
```
public LSExpression eq(LSExpression a,
                       long b)
```
    Creates an equality expression. This method is a shortcut for createExpression(LSOperator.Eq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Eq, createExpression(LSOperator, LSExpression, long)
  - eq
```
public LSExpression eq(long a,
                       LSExpression b)
```
    Creates an equality expression. This method is a shortcut for createExpression(LSOperator.Eq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Eq, createExpression(LSOperator, long, LSExpression)
  - eq
```
public LSExpression eq(LSExpression a,
                       double b)
```
    Creates an equality expression. This method is a shortcut for createExpression(LSOperator.Eq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Eq, createExpression(LSOperator, LSExpression, double)
  - eq
```
public LSExpression eq(double a,
                       LSExpression b)
```
    Creates an equality expression. This method is a shortcut for createExpression(LSOperator.Eq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Eq, createExpression(LSOperator, double, LSExpression)
  - neq
```
public LSExpression neq(LSExpression a,
                        LSExpression b)
```
    Creates a disequality expression. This method is a shortcut for createExpression(LSOperator.Neq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Neq, createExpression(LSOperator, LSExpression, LSExpression)
  - neq
```
public LSExpression neq(LSExpression a,
                        long b)
```
    Creates a disequality expression. This method is a shortcut for createExpression(LSOperator.Neq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Neq, createExpression(LSOperator, LSExpression, long)
  - neq
```
public LSExpression neq(long a,
                        LSExpression b)
```
    Creates a disequality expression. This method is a shortcut for createExpression(LSOperator.Neq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Neq, createExpression(LSOperator, long, LSExpression)
  - neq
```
public LSExpression neq(LSExpression a,
                        double b)
```
    Creates a disequality expression. This method is a shortcut for createExpression(LSOperator.Neq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Neq, createExpression(LSOperator, LSExpression, double)
  - neq
```
public LSExpression neq(double a,
                        LSExpression b)
```
    Creates a disequality expression. This method is a shortcut for createExpression(LSOperator.Neq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Neq, createExpression(LSOperator, double, LSExpression)
  - geq
```
public LSExpression geq(LSExpression a,
                        LSExpression b)
```
    Creates an inequality expression greater than or equal to. This method is a shortcut for createExpression(LSOperator.Geq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Geq, createExpression(LSOperator, LSExpression, LSExpression)
  - geq
```
public LSExpression geq(LSExpression a,
                        long b)
```
    Creates an inequality expression greater than or equal to. This method is a shortcut for createExpression(LSOperator.Geq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Geq, createExpression(LSOperator, LSExpression, long)
  - geq
```
public LSExpression geq(long a,
                        LSExpression b)
```
    Creates an inequality expression greater than or equal to. This method is a shortcut for createExpression(LSOperator.Geq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Geq, createExpression(LSOperator, long, LSExpression)
  - geq
```
public LSExpression geq(LSExpression a,
                        double b)
```
    Creates an inequality expression greater than or equal to. This method is a shortcut for createExpression(LSOperator.Geq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Geq, createExpression(LSOperator, LSExpression, double)
  - geq
```
public LSExpression geq(double a,
                        LSExpression b)
```
    Creates an inequality expression greater than or equal to. This method is a shortcut for createExpression(LSOperator.Geq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Geq, createExpression(LSOperator, double, LSExpression)
  - leq
```
public LSExpression leq(LSExpression a,
                        LSExpression b)
```
    Creates an inequality expression less than or equal to. This method is a shortcut for createExpression(LSOperator.Leq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Leq, createExpression(LSOperator, LSExpression, LSExpression)
  - leq
```
public LSExpression leq(LSExpression a,
                        long b)
```
    Creates an inequality expression less than or equal to. This method is a shortcut for createExpression(LSOperator.Leq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Leq, createExpression(LSOperator, LSExpression, long)
  - leq
```
public LSExpression leq(long a,
                        LSExpression b)
```
    Creates an inequality expression less than or equal to. This method is a shortcut for createExpression(LSOperator.Leq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Leq, createExpression(LSOperator, long, LSExpression)
  - leq
```
public LSExpression leq(LSExpression a,
                        double b)
```
    Creates an inequality expression less than or equal to. This method is a shortcut for createExpression(LSOperator.Leq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Leq, createExpression(LSOperator, LSExpression, double)
  - leq
```
public LSExpression leq(double a,
                        LSExpression b)
```
    Creates an inequality expression less than or equal to. This method is a shortcut for createExpression(LSOperator.Leq, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Leq, createExpression(LSOperator, double, LSExpression)
  - gt
```
public LSExpression gt(LSExpression a,
                       LSExpression b)
```
    Creates an inequality expression greater than. This method is a shortcut for createExpression(LSOperator.Gt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Gt, createExpression(LSOperator, LSExpression, LSExpression)
  - gt
```
public LSExpression gt(LSExpression a,
                       long b)
```
    Creates an inequality expression greater than. This method is a shortcut for createExpression(LSOperator.Gt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Gt, createExpression(LSOperator, LSExpression, long)
  - gt
```
public LSExpression gt(long a,
                       LSExpression b)
```
    Creates an inequality expression greater than. This method is a shortcut for createExpression(LSOperator.Gt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Gt, createExpression(LSOperator, long, LSExpression)
  - gt
```
public LSExpression gt(LSExpression a,
                       double b)
```
    Creates an inequality expression greater than. This method is a shortcut for createExpression(LSOperator.Gt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Gt, createExpression(LSOperator, LSExpression, double)
  - gt
```
public LSExpression gt(double a,
                       LSExpression b)
```
    Creates an inequality expression greater than. This method is a shortcut for createExpression(LSOperator.Gt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Gt, createExpression(LSOperator, double, LSExpression)
  - lt
```
public LSExpression lt(LSExpression a,
                       LSExpression b)
```
    Creates an inequality expression less than. This method is a shortcut for createExpression(LSOperator.Lt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Lt, createExpression(LSOperator, LSExpression, LSExpression)
  - lt
```
public LSExpression lt(LSExpression a,
                       long b)
```
    Creates an inequality expression less than. This method is a shortcut for createExpression(LSOperator.Lt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Lt, createExpression(LSOperator, LSExpression, long)
  - lt
```
public LSExpression lt(long a,
                       LSExpression b)
```
    Creates an inequality expression less than. This method is a shortcut for createExpression(LSOperator.Lt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Lt, createExpression(LSOperator, long, LSExpression)
  - lt
```
public LSExpression lt(LSExpression a,
                       double b)
```
    Creates an inequality expression less than. This method is a shortcut for createExpression(LSOperator.Lt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Lt, createExpression(LSOperator, LSExpression, double)
  - lt
```
public LSExpression lt(double a,
                       LSExpression b)
```
    Creates an inequality expression less than. This method is a shortcut for createExpression(LSOperator.Lt, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Lt, createExpression(LSOperator, double, LSExpression)
  - iif
```
public LSExpression iif(LSExpression a,
                        LSExpression b,
                        LSExpression c)
```
    Creates a ternary conditional expression. This method is a shortcut for createExpression(LSOperator.If, a, b, c).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.If, createExpression(LSOperator, LSExpression, LSExpression, LSExpression)
  - iif
```
public LSExpression iif(LSExpression a,
                        LSExpression b,
                        long c)
```
    Creates a ternary conditional expression. This method is a shortcut for createExpression(LSOperator.If, a, b, c).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.If, createExpression(LSOperator, LSExpression, LSExpression, long)
  - iif
```
public LSExpression iif(LSExpression a,
                        long b,
                        LSExpression c)
```
    Creates a ternary conditional expression. This method is a shortcut for createExpression(LSOperator.If, a, b, c).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.If, createExpression(LSOperator, LSExpression, long, LSExpression)
  - iif
```
public LSExpression iif(LSExpression a,
                        long b,
                        long c)
```
    Creates a ternary conditional expression. This method is a shortcut for createExpression(LSOperator.If, a, b, c).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.If, createExpression(LSOperator, LSExpression, long, long)
  - iif
```
public LSExpression iif(LSExpression a,
                        LSExpression b,
                        double c)
```
    Creates a ternary conditional expression. This method is a shortcut for createExpression(LSOperator.If, a, b, c).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.If, createExpression(LSOperator, LSExpression, LSExpression, double)
  - iif
```
public LSExpression iif(LSExpression a,
                        double b,
                        LSExpression c)
```
    Creates a ternary conditional expression. This method is a shortcut for createExpression(LSOperator.If, a, b, c).
    
    Since:
    
    5.5
    
    See Also:
    
    createExpression(LSOperator, LSExpression, double, LSExpression), LSOperator.If
  - iif
```
public LSExpression iif(LSExpression a,
                        double b,
                        double c)
```
    Creates a ternary conditional expression. This method is a shortcut for createExpression(LSOperator.If, a, b, c).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.If, createExpression(LSOperator, LSExpression, double, double)
  - not
```
public LSExpression not(LSExpression a)
```
    Creates a NOT expression. This method is a shortcut for createExpression(LSOperator.Not, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Not, createExpression(LSOperator, LSExpression)
  - and
```
public LSExpression and()
```
    Creates an AND expression. This method is a shortcut for createExpression(LSOperator.And).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.And, createExpression(LSOperator)
  - and
```
public LSExpression and(LSExpression a,
                        LSExpression b)
```
    Creates an AND expression. This method is a shortcut for createExpression(LSOperator.And, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.And, createExpression(LSOperator, LSExpression, LSExpression)
  - and
```
public LSExpression and(java.lang.Iterable<LSExpression> operands)
```
    Creates an AND expression. This method is a shortcut for createExpression(LSOperator.And, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.And, createExpression(LSOperator, Iterable)
  - and
```
public LSExpression and(LSExpression... operands)
```
    Creates an AND expression. This method is a shortcut for createExpression(LSOperator.And, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.And, createExpression(LSOperator, LSExpression...)
  - or
```
public LSExpression or()
```
    Creates a OR expression. This method is a shortcut for createExpression(LSOperator.Or).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Or, createExpression(LSOperator)
  - or
```
public LSExpression or(LSExpression a,
                       LSExpression b)
```
    Creates a OR expression. This method is a shortcut for createExpression(LSOperator.Or, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Or, createExpression(LSOperator, LSExpression, LSExpression)
  - or
```
public LSExpression or(java.lang.Iterable<LSExpression> operands)
```
    Creates a OR expression. This method is a shortcut for createExpression(LSOperator.Or, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Or, createExpression(LSOperator, Iterable)
  - or
```
public LSExpression or(LSExpression... operands)
```
    Creates a OR expression. This method is a shortcut for createExpression(LSOperator.Or, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Or, createExpression(LSOperator, LSExpression...)
  - xor
```
public LSExpression xor()
```
    Creates a XOR expression. This method is a shortcut for createExpression(LSOperator.Xor).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Xor, createExpression(LSOperator)
  - xor
```
public LSExpression xor(LSExpression... operands)
```
    Creates a XOR expression. This method is a shortcut for createExpression(LSOperator.Xor, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Xor, createExpression(LSOperator, LSExpression...)
  - xor
```
public LSExpression xor(LSExpression a,
                        LSExpression b)
```
    Creates a XOR expression. This method is a shortcut for createExpression(LSOperator.Xor, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Xor, createExpression(LSOperator, LSExpression, LSExpression)
  - xor
```
public LSExpression xor(java.lang.Iterable<LSExpression> operands)
```
    Creates a XOR expression. This method is a shortcut for createExpression(LSOperator.Xor, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Xor, createExpression(LSOperator, Iterable)
  - abs
```
public LSExpression abs(LSExpression a)
```
    Creates an absolute value expression. This method is a shortcut for createExpression(LSOperator.Abs, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Abs, createExpression(LSOperator, LSExpression)
  - dist
```
public LSExpression dist(LSExpression a,
                         LSExpression b)
```
    Creates a distance expression. This method is a shortcut for createExpression(LSOperator.Dist, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Dist, createExpression(LSOperator, LSExpression, LSExpression)
  - dist
```
public LSExpression dist(LSExpression a,
                         long b)
```
    Creates a distance expression. This method is a shortcut for createExpression(LSOperator.Dist, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Dist, createExpression(LSOperator, LSExpression, long)
  - dist
```
public LSExpression dist(long a,
                         LSExpression b)
```
    Creates a distance expression. This method is a shortcut for createExpression(LSOperator.Dist, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Dist, createExpression(LSOperator, long, LSExpression)
  - dist
```
public LSExpression dist(LSExpression a,
                         double b)
```
    Creates a distance expression. This method is a shortcut for createExpression(LSOperator.Dist, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Dist, createExpression(LSOperator, LSExpression, double)
  - dist
```
public LSExpression dist(double a,
                         LSExpression b)
```
    Creates a distance expression. This method is a shortcut for createExpression(LSOperator.Dist, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Dist, createExpression(LSOperator, double, LSExpression)
  - div
```
public LSExpression div(LSExpression a,
                        LSExpression b)
```
    Creates a division expression. This method is a shortcut for createExpression(LSOperator.Div, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Div, createExpression(LSOperator, LSExpression, LSExpression)
  - div
```
public LSExpression div(LSExpression a,
                        long b)
```
    Creates a division expression. This method is a shortcut for createExpression(LSOperator.Div, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Div, createExpression(LSOperator, LSExpression, long)
  - div
```
public LSExpression div(long a,
                        LSExpression b)
```
    Creates a division expression. This method is a shortcut for createExpression(LSOperator.Div, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Div, createExpression(LSOperator, long, LSExpression)
  - div
```
public LSExpression div(LSExpression a,
                        double b)
```
    Creates a division expression. This method is a shortcut for createExpression(LSOperator.Div, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Div, createExpression(LSOperator, LSExpression, double)
  - div
```
public LSExpression div(double a,
                        LSExpression b)
```
    Creates a division expression. This method is a shortcut for createExpression(LSOperator.Div, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Div, createExpression(LSOperator, double, LSExpression)
  - mod
```
public LSExpression mod(LSExpression a,
                        LSExpression b)
```
    Creates a modulo expression. This method is a shortcut for createExpression(LSOperator.Mod, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Mod, createExpression(LSOperator, LSExpression, LSExpression)
  - mod
```
public LSExpression mod(LSExpression a,
                        long b)
```
    Creates a modulo expression. This method is a shortcut for createExpression(LSOperator.Mod, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Mod, createExpression(LSOperator, LSExpression, long)
  - mod
```
public LSExpression mod(long a,
                        LSExpression b)
```
    Creates a modulo expression. This method is a shortcut for createExpression(LSOperator.Mod, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Mod, createExpression(LSOperator, long, LSExpression)
  - array
```
public LSExpression array()
```
    Creates an array expression. This method is a shortcut for createExpression(LSOperator.Array).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Array, createExpression(LSOperator)
  - array
```
public LSExpression array(java.lang.Object operands)
```
    Creates an N-dimensional array expression. This method attempts to create array in a recursive way : if an operand is iterable, it will be turned into an array too, and so on.
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Array
  - array
```
public LSExpression array(int... operands)
```
    Creates an array expression. This method is a shortcut for createExpression(LSOperator.Array, operands).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Array, createExpression(LSOperator, int[])
  - array
```
public LSExpression array(long... operands)
```
    Creates an array expression. This method is a shortcut for createExpression(LSOperator.Array, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Array, createExpression(LSOperator, long[])
  - array
```
public LSExpression array(float... operands)
```
    Creates an array expression. This method is a shortcut for createExpression(LSOperator.Array, operands).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Array, createExpression(LSOperator, float[])
  - array
```
public LSExpression array(double... operands)
```
    Creates an array expression. This method is a shortcut for createExpression(LSOperator.Array, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Array, createExpression(LSOperator, double[])
  - array
```
public LSExpression array(LSExpression... operands)
```
    Creates an array expression. This method is a shortcut for createExpression(LSOperator.Array, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Array, createExpression(LSOperator, LSExpression... operands)
  - at
```
public LSExpression at(LSExpression arrayExpr,
                       LSExpression... indicesExpr)
```
    Creates a "at" expression for N-dimensional array. This method is a shortcut for createExpression(LSOperator.At, arrayExpr, indicesExpr).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.At, createExpression(LSOperator, LSExpression...)
  - at
```
public LSExpression at(LSExpression arrayExpr,
                       long index)
```
    Creates a "at" expression. This method is a shortcut for createExpression(LSOperator.At, arrayExpr, index).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.At, createExpression(LSOperator, LSExpression, long)
  - scalar
```
public LSExpression scalar(LSExpression a,
                           LSExpression b)
```
    Creates an expression for the scalar product between two arrays. This method is a shortcut for createExpression(LSOperator.Scalar, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Scalar, createExpression(LSOperator, LSExpression, LSExpression)
  - ceil
```
public LSExpression ceil(LSExpression a)
```
    Creates a ceil expression. This method is a shortcut for createExpression(LSOperator.Ceil, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Ceil, createExpression(LSOperator, LSExpression)
  - floor
```
public LSExpression floor(LSExpression a)
```
    Creates a floor expression. This method is a shortcut for createExpression(LSOperator.Floor, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Floor, createExpression(LSOperator, LSExpression)
  - round
```
public LSExpression round(LSExpression a)
```
    Creates a rounding expression. This method is a shortcut for createExpression(LSOperator.Round, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Round, createExpression(LSOperator, LSExpression)
  - sqrt
```
public LSExpression sqrt(LSExpression a)
```
    Creates a square root expression. This method is a shortcut for createExpression(LSOperator.Sqrt, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sqrt, createExpression(LSOperator, LSExpression)
  - log
```
public LSExpression log(LSExpression a)
```
    Creates a log expression. This method is a shortcut for createExpression(LSOperator.Log, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Log, createExpression(LSOperator, LSExpression)
  - exp
```
public LSExpression exp(LSExpression a)
```
    Creates an exponential expression. This method is a shortcut for createExpression(LSOperator.Exp, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Exp, createExpression(LSOperator, LSExpression)
  - pow
```
public LSExpression pow(LSExpression a,
                        LSExpression b)
```
    Creates a power expression. This method is a shortcut for createExpression(LSOperator.Pow, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Pow, createExpression(LSOperator, LSExpression, LSExpression)
  - pow
```
public LSExpression pow(LSExpression a,
                        long b)
```
    Creates a power expression. This method is a shortcut for createExpression(LSOperator.Pow, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Pow, createExpression(LSOperator, LSExpression, long)
  - pow
```
public LSExpression pow(long a,
                        LSExpression b)
```
    Creates a power expression. This method is a shortcut for createExpression(LSOperator.Pow, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Pow, createExpression(LSOperator, long, LSExpression)
  - pow
```
public LSExpression pow(LSExpression a,
                        double b)
```
    Creates a power expression. This method is a shortcut for createExpression(LSOperator.Pow, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Pow, createExpression(LSOperator, LSExpression, double)
  - pow
```
public LSExpression pow(double a,
                        LSExpression b)
```
    Creates a power expression. This method is a shortcut for createExpression(LSOperator.Pow, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Pow, createExpression(LSOperator, double, LSExpression)
  - cos
```
public LSExpression cos(LSExpression a)
```
    Creates a cosine expression. This method is a shortcut for createExpression(LSOperator.Cos, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Cos, createExpression(LSOperator, LSExpression)
  - sin
```
public LSExpression sin(LSExpression a)
```
    Creates a sine expression. This method is a shortcut for createExpression(LSOperator.Sin, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Sin, createExpression(LSOperator, LSExpression)
  - tan
```
public LSExpression tan(LSExpression a)
```
    Creates a tangent expression. This method is a shortcut for createExpression(LSOperator.Tan, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Tan, createExpression(LSOperator, LSExpression)
  - piecewise
```
public LSExpression piecewise(LSExpression abscissae,
                              LSExpression ordinates,
                              LSExpression x)
```
    Creates a piecewise linear expression. This method is a shortcut for createExpression(LSOperator.Piecewise, abscissae, ordinates, x).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Piecewise, createExpression(LSOperator, LSExpression, LSExpression, LSExpression)
  - listVar
```
public LSExpression listVar(long n)
```
    Creates a list decision with the given length. A list is an ordered collection of integers within a range [0, n-1]. This method is a shortcut for createExpression(LSOperator.List, n).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.List, createExpression(LSOperator, long)
  - setVar
```
public LSExpression setVar(long n)
```
    Creates a set decision with the given length. A set is an unordered collection of integers within a domain [0, n-1]. This method is a shortcut for createExpression(LSOperator.Set, n).
    
    Since:
    
    8.0
    
    See Also:
    
    LSOperator.Set, createExpression(LSOperator, long)
  - count
```
public LSExpression count(LSExpression a)
```
    Creates a count expression. This method is a shortcut for createExpression(LSOperator.Count, a).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Count, createExpression(LSOperator, LSExpression)
  - indexOf
```
public LSExpression indexOf(LSExpression a,
                            long b)
```
    Creates an indexOf expression. This method is a shortcut for createExpression(LSOperator.IndexOf, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.IndexOf, createExpression(LSOperator, LSExpression, long)
  - indexOf
```
public LSExpression indexOf(LSExpression a,
                            LSExpression b)
```
    Creates an indexOf expression. This method is a shortcut for createExpression(LSOperator.IndexOf, a, b).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.IndexOf, createExpression(LSOperator, LSExpression, LSExpression)
  - contains
```
public LSExpression contains(LSExpression a,
                             long b)
```
    Creates a contains expression. This method is a shortcut for createExpression(LSOperator.Contains, a, b).
    
    Since:
    
    7.5
    
    See Also:
    
    LSOperator.Contains, createExpression(LSOperator, LSExpression, long)
  - contains
```
public LSExpression contains(LSExpression a,
                             LSExpression b)
```
    Creates a contains expression. This method is a shortcut for createExpression(LSOperator.Contains, a, b).
    
    Since:
    
    7.5
    
    See Also:
    
    LSOperator.Contains, createExpression(LSOperator, LSExpression, LSExpression)
  - partition
```
public LSExpression partition()
```
    Creates a partition expression. This method is a shortcut for createExpression(LSOperator.Partition).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Partition, createExpression(LSOperator)
  - partition
```
public LSExpression partition(LSExpression... operands)
```
    Creates a partition expression. This method is a shortcut for createExpression(LSOperator.Partition, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Partition, createExpression(LSOperator, LSExpression...)
  - partition
```
public LSExpression partition(java.lang.Iterable<LSExpression> operands)
```
    Creates a partition expression. This method is a shortcut for createExpression(LSOperator.Partition, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Partition, createExpression(LSOperator, Iterable)
  - disjoint
```
public LSExpression disjoint()
```
    Creates a disjoint expression. This method is a shortcut for createExpression(LSOperator.Disjoint).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Disjoint, createExpression(LSOperator)
  - disjoint
```
public LSExpression disjoint(LSExpression... operands)
```
    Creates a disjoint expression. This method is a shortcut for createExpression(LSOperator.Disjoint, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Disjoint, createExpression(LSOperator, LSExpression... operands)
  - disjoint
```
public LSExpression disjoint(java.lang.Iterable<LSExpression> operands)
```
    Creates a disjoint expression. This method is a shortcut for createExpression(LSOperator.Disjoint, operands).
    
    Since:
    
    5.5
    
    See Also:
    
    LSOperator.Disjoint, createExpression(LSOperator, Iterable)
  - nativeFunction
```
public LSExpression nativeFunction(LSNativeFunction func)
```
    Creates a function expression. This method is a shortcut for createNativeFunction(func).
    
    Since:
    
    6.0
    
    See Also:
    
    LSOperator.NativeFunction, createNativeFunction(localsolver.LSNativeFunction)
  - function
```
public LSExpression function(int nbArgs,
                             LSFunction functor)
```
    Creates a function expression. This method is a shortcut for createFunction(nbArgs, functor).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Function, createFunction(int, LSFunction)
  - function
```
public LSExpression function(LSFunction0 functor)
```
    Creates a function expression. This method is a shortcut for createFunction(functor).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Function, createFunction(LSFunction0)
  - function
```
public LSExpression function(LSFunction1 functor)
```
    Creates a function expression. This method is a shortcut for createFunction(functor).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Function, createFunction(LSFunction1)
  - function
```
public LSExpression function(LSFunction2 functor)
```
    Creates a function expression. This method is a shortcut for createFunction(functor).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Function, createFunction(LSFunction2)
  - function
```
public LSExpression function(LSFunction3 functor)
```
    Creates a function expression. This method is a shortcut for createFunction(functor).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Function, createFunction(LSFunction3)
  - call
```
public LSExpression call()
```
    Creates a call expression. The first operand must be a function of type LSOperator.Function or LSOperator.NativeFunction. The other operands may be LSExpressions, booleans, integers, and doubles. They are passed to the function as arguments. This method is a shortcut for createExpression(LSOperator.Call).
    
    Since:
    
    6.0
    
    See Also:
    
    LSOperator.Call, createExpression(LSOperator)
  - call
```
public LSExpression call(LSExpression a)
```
    Creates a call expression. The first operand must be a function of type LSOperator.Function or LSOperator.NativeFunction. The other operands may be LSExpressions, booleans, integers, and doubles. They are passed to the function as arguments. This method is a shortcut for createExpression(LSOperator.Call).
    
    Since:
    
    6.0
    
    See Also:
    
    LSOperator.Call, createExpression(LSOperator, LSExpression)
  - call
```
public LSExpression call(LSExpression a,
                         LSExpression b)
```
    Creates a call expression. The first operand must be a function of type LSOperator.Function or LSOperator.NativeFunction. The other operands may be LSExpressions, booleans, integers, and doubles. They are passed to the function as arguments. This method is a shortcut for createExpression(LSOperator.Call).
    
    Since:
    
    6.0
    
    See Also:
    
    LSOperator.Call, createExpression(LSOperator, LSExpression, LSExpression)
  - call
```
public LSExpression call(LSExpression a,
                         LSExpression b,
                         LSExpression c)
```
    Creates a call expression. The first operand must be a function of type LSOperator.Function or LSOperator.NativeFunction. The other operands may be LSExpressions, booleans, integers, and doubles. They are passed to the function as arguments. This method is a shortcut for createExpression(LSOperator.Call).
    
    Since:
    
    6.0
    
    See Also:
    
    LSOperator.Call, createExpression(LSOperator, LSExpression, LSExpression, LSExpression)
  - call
```
public LSExpression call(LSExpression... operands)
```
    Creates a call expression. The first operand must be a function of type LSOperator.Function or LSOperator.NativeFunction. The other operands may be LSExpressions, booleans, integers, and doubles. They are passed to the function as arguments. This method is a shortcut for createExpression(LSOperator.Call).
    
    Since:
    
    6.0
    
    See Also:
    
    LSOperator.Call, createExpression(LSOperator, LSExpression...)
  - call
```
public LSExpression call(java.lang.Iterable<LSExpression> operands)
```
    Creates a call expression. The first operand must be a function of type LSOperator.Function or LSOperator.NativeFunction. The other operands may be LSExpressions, booleans, integers, and doubles. They are passed to the function as arguments. This method is a shortcut for createExpression(LSOperator.Call).
    
    Since:
    
    6.0
    
    See Also:
    
    LSOperator.Call, createExpression(LSOperator, Iterable)
  - range
```
public LSExpression range(LSExpression a,
                          LSExpression b)
```
    Creates a range expression, where a is the lower bound (inclusive) and b is the upper bound (exclusive). This method is a shortcut for createExpression(LSOperator.Range, a, b).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Range, createExpression(LSOperator, LSExpression, LSExpression)
  - range
```
public LSExpression range(LSExpression a,
                          long b)
```
    Creates a range expression, where a is the lower bound (inclusive) and b is the upper bound (exclusive). This method is a shortcut for createExpression(LSOperator.Range, a, b).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Range, createExpression(LSOperator, LSExpression, long)
  - range
```
public LSExpression range(long a,
                          LSExpression b)
```
    Creates a range expression, where a is the lower bound (inclusive) and b is the upper bound (exclusive). This method is a shortcut for createExpression(LSOperator.Range, a, b).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Range, createExpression(LSOperator, long, LSExpression)
  - range
```
public LSExpression range(long a,
                          long b)
```
    Creates a range expression, where a is the lower bound (inclusive) and b is the upper bound (exclusive). This method is a shortcut for createExpression(LSOperator.Range, a, b).
    
    Since:
    
    7.0
    
    See Also:
    
    LSOperator.Range, createExpression(LSOperator, long, long)
  - getNbExpressions
```
public int getNbExpressions()
```
    Gets the number of expressions added to this model.
    
    Returns:
    
    Number of expressions.
  - getExpression
```
public LSExpression getExpression(int exprIndex)
```
    Gets the expression with the given index in this model.
    
    Parameters:
    
    exprIndex - Index of the expression.
    
    Returns:
    
    Expression with the given index.
  - getExpression
```
public LSExpression getExpression(java.lang.String name)
```
    Gets the expression with the given index in this model.
    
    Parameters:
    
    name - Name of the expression.
    
    Returns:
    
    Expression with the given index.
  - getNbDecisions
```
public int getNbDecisions()
```
    Gets the number of decisions in the model. This corresponds to the number of decision variables declared in the model.
    
    Returns:
    
    Number of decisions.
  - getDecision
```
public LSExpression getDecision(int decisionIndex)
```
    Gets the decision with the given index.
    
    Parameters:
    
    decisionIndex - Index of the decision.
    
    Returns:
    
    Decision with the given index.
  - addConstraint
```
public void addConstraint(LSExpression expr)
```
    Adds the given expression to the list of constraints. It means that the value of this expression must be constrained to be equal to 1 in any solution found by the solver. Hence, only boolean expressions (that is, expressions whose value is boolean) can be constrained. Only allowed in state LSState.Modeling. If the expression is already a constraint, this method does nothing and returns immediately. Try to avoid hard constraints as much as possible, because LocalSolver (and more generally local search) is not suited for solving hardly constrained problems. In particular, banish constraints that are not surely satisfied in practice. Ideally, only combinatorial constraints (which induce the combinatorial structure of your problem) have to be set. All the other constraints can be relaxed as primary objectives in order to be "softly" satisfied (goal programming). For instance, constraint a <= b can be transformed into minimize max(b-a, 0).
    
    Parameters:
    
    expr - Expression.
  - constraint
```
public void constraint(LSExpression expr)
```
    Shortcut for addConstraint(expr).
    
    Parameters:
    
    expr - Expression.
    
    Since:
    
    5.5
    
    See Also:
    
    addConstraint(localsolver.LSExpression)
  - removeConstraint
```
public void removeConstraint(LSExpression expr)
```
    Removes the given expression from the list of constraints. If the expression was not constrained, this method does nothing and returns immediately. Only allowed in state LSState.Modeling.
    
    Parameters:
    
    expr - Expression.
    
    Since:
    
    5.0
  - removeConstraint
```
public void removeConstraint(int constraintIndex)
```
    Removes the constraint at the given position in the list of constraints. Only allowed in state LSState.Modeling.
    
    Parameters:
    
    constraintIndex - position of the constraint to remove.
    
    Since:
    
    5.0
  - getNbConstraints
```
public int getNbConstraints()
```
    Gets the number of constraints added to this model.
    
    Returns:
    
    Number of constraints.
  - getConstraint
```
public LSExpression getConstraint(int constraintIndex)
```
    Gets the constraint with the given index.
    
    Parameters:
    
    constraintIndex - Index of the constraint.
    
    Returns:
    
    Constraint with the given index.
  - addObjective
```
public void addObjective(LSExpression expr,
                         LSObjectiveDirection direction)
```
    Adds the given expression to the list of objectives to optimize. A same expression can be added more than once. Only allowed in state LSState.Modeling. Note that the objectives will be optimized in the order in which they have been added to the model. It is useful for lexicographic multiobjective optimization, and more particularly for goal programming.
    
    Parameters:
    
    expr - Expression.
    
    direction - Optimization direction of this objective.
  - minimize
```
public void minimize(LSExpression expr)
```
    Shortcut for addObjective(expr, OD_Minimize).
    
    Parameters:
    
    expr - Expression.
    
    Since:
    
    5.5
    
    See Also:
    
    addObjective(localsolver.LSExpression, localsolver.LSObjectiveDirection)
  - maximize
```
public void maximize(LSExpression expr)
```
    Shortcut for addObjective(expr, OD_Maximize).
    
    Parameters:
    
    expr - Expression.
    
    Since:
    
    5.5
    
    See Also:
    
    addObjective(localsolver.LSExpression, localsolver.LSObjectiveDirection)
  - removeObjective
```
public void removeObjective(int objectiveIndex)
```
    Removes the objective at the given position in the list of objectives. Note that the objectives created after the removed one have their index decreased by 1. Phases are not modified when an objective is removed. It is the user's responsibility to change the objective index of each phase to keep it coherent (with LSPhase.setOptimizedObjective(int)), or to disable it (with LSPhase.setEnabled(boolean)). Only allowed in state LSState.Modeling.
    
    Parameters:
    
    objectiveIndex - position of the objective to remove.
    
    Since:
    
    5.0
  - getNbObjectives
```
public int getNbObjectives()
```
    Gets the number of objectives added to this model.
    
    Returns:
    
    Number of objectives.
  - getObjective
```
public LSExpression getObjective(int objectiveIndex)
```
    Gets the objective with the given index.
    
    Parameters:
    
    objectiveIndex - Index of the objective.
    
    Returns:
    
    Objective with the given index.
  - getObjectiveDirection
```
public LSObjectiveDirection getObjectiveDirection(int objectiveIndex)
```
    Gets the direction of the objective with the given index.
    
    Parameters:
    
    objectiveIndex - Index of the objective.
    
    Returns:
    
    Objective direction.
  - getNbOperands
```
public int getNbOperands()
```
    Gets the number of operands in the model. This corresponds to the number of operands for all expressions declared in the model. It is an analog of the number of non zeros in matrix model encountered in mathematical programming: it gives an hint about the size and the density of your model.
    
    Returns:
    
    Number of operands.
  - close
```
public void close()
```
    Closes the model. Only allowed in state LSState.Modeling. When this method is called, the solver is placed in state LSState.Stopped. The solution is reset and any initial solution is lost. Once the model is closed, no expression, constraints or objectives can be added or removed unless the model is reopened. The model must be closed before starting its resolution.
  - open
```
public void open()
```
    Reopens the model. Only allowed in state LSState.Stopped. When this method is called, the solver is placed in state LSState.Modeling. In this state, the model can be modified: it is possible to add new expressions, constraints or objectives, modify expression operands, and remove existing constraints and objectives. However, existing expressions cannot be deleted. Note that the solution will be reset when the model is closed again.
  - isClosed
```
public boolean isClosed()
```
    Returns true if the model is closed, false otherwise.
    
    Returns:
    
    True if the model is closed.
  - toString
```
public java.lang.String toString()
```
    Returns a String representation of this model. This representation provides:
    - The number of expressions, decisions, constraints, and objectives.
    - The density of the model.
    Useful for debugging or logging purposes.
    Overrides:
    
    toString in class java.lang.Object
    
    Returns:
    
    String representation.
  - hashCode
```
public int hashCode()
```
    Overrides:
    
    hashCode in class java.lang.Object
  - equals
```
public boolean equals(java.lang.Object obj)
```
    Overrides:
    
    equals in class java.lang.Object

Class LSModel

Method Summary

Methods inherited from class java.lang.Object

Method Detail

getLocalSolver

createConstant

createConstant

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createExpression

createNativeFunction

createFunction

createFunction

createFunction

createFunction

createFunction

boolVar

floatVar

intVar

sum

sum

sum

sum

sum

sum

sum

sum

sum

sum

sub

sub

sub

sub

sub

prod

prod

prod

prod

prod

prod

prod

prod

prod

prod

max

max

max

max

max

max

max