Uses of Class
jabble.ProblemSolver

Packages that use ProblemSolver

jabble

The core classes for Jabble that make up the framework.

Uses of ProblemSolver in jabble

Methods in jabble that return ProblemSolver

ProblemSolver	ProblemSolver.addIndicator(java.lang.String shorthand) Allows to create simple indicators for aggregate functions of a field.
ProblemSolver	ProblemSolver.addIndicator(java.lang.String name, Indicator indicator) Adds the given indicator so that it's value is computed and saved.
ProblemSolver	ProblemSolver.dontEvolveLastCoordinate() Tells the ProblemSolver not to evolve the last coordinate, which is typically the time coordinate and is evolved with t = previousT + dt.
ProblemSolver	ProblemSolver.recordError(java.lang.String filename) Changes the name of the file to which the error field output is saved.
ProblemSolver	ProblemSolver.recordEvolution(java.lang.String filename, int interval) Changes the filename for saving the output, and sets the number of iterations between two saves.
ProblemSolver	ProblemSolver.recordEvolutionInterval(int interval) Saves the output of the computation every interval number of iterations.
ProblemSolver	ProblemSolver.setConstraintEvolver(Evolver evolver, int maxIterations, java.lang.String fieldName, double truncationError) Changes the constraint evolver.
ProblemSolver	ProblemSolver.setEvolver(Evolver evolver) Specifies which Evolver should be used for the evolution.
ProblemSolver	ProblemSolver.setFreeEvolution(boolean freeEvolution) Solves the problem using Free Evolution.
ProblemSolver	ProblemSolver.setNumberOfIterations(int nIterations) Specifies the number of iterations to be done to compute the solution.
ProblemSolver	ProblemSolver.setStopTrigger(Trigger stopTrigger) Sets a Trigger to stop the evolution if a condition is met (look at the stopOnXxx methods to stop on simple conditions).
ProblemSolver	ProblemSolver.stopAfterTimePeriod(long millisec) Stops the evolution after a given period of time.
ProblemSolver	ProblemSolver.stopOnConvergence(java.lang.String fieldName, double truncationError) Stops the evolution when the change of value for the given field is less than the truncationError.
ProblemSolver	ProblemSolver.stopOnIndicatorOutsideRange(java.lang.String indicatorShorthand, double min, double max) Stops the evolution when the value of the indicator is outside the given range.
ProblemSolver	ProblemSolver.stopOnIndicatorOverThreshold(java.lang.String indicatorShorthand, double threshold) Stops the evolution when the value of the indicator is above the given threshold.
ProblemSolver	ProblemSolver.stopOnIndicatorUnderThreshold(java.lang.String indicatorShorthand, double threshold) Stops the evolution when the value of the indicator is below the given threshold.
ProblemSolver	ProblemSolver.stopOnNanOrInfinity() Stops the evolution if a NAN or Infinity value appears on any Field.
ProblemSolver	ProblemSolver.verifyResult(double tolerance) Compares the result of the evolution with the exact solution given in the problem.