/** Prints the state with number */
public static void printState(TLCState currentState, int num) {
MP.printState(
EC.TLC_STATE_PRINT1,
new String[] {String.valueOf(num), currentState.toString()},
currentState,
num);
}
/**
* Prints the state information if the TLC runs in print-diff-only mode and the last state is set,
* it will print the diff only
*/
public static void printState(TLCState currentState, TLCState lastState, int num) {
String stateString;
/* Added by rjoshi. */
if (lastState != null && TLCGlobals.printDiffsOnly) {
stateString = currentState.toString(lastState);
} else {
stateString = currentState.toString();
}
MP.printState(
EC.TLC_STATE_PRINT1, new String[] {String.valueOf(num), stateString}, currentState, num);
}
/**
* Prints the state information if the TLC runs in print-diff-only mode and the last state is set,
* it will print the diff only
*/
public static void printState(TLCStateInfo currentStateInfo, TLCState lastState, int num) {
String stateString;
/* Added by rjoshi. */
if (lastState != null && TLCGlobals.printDiffsOnly) {
stateString = currentStateInfo.state.toString(lastState);
} else {
stateString = currentStateInfo.state.toString();
}
MP.printState(
EC.TLC_STATE_PRINT2,
new String[] {String.valueOf(num), currentStateInfo.info.toString(), stateString},
currentStateInfo,
num);
OutputCollector.addStateToTrace(currentStateInfo);
}
/** Reports that the state with a given number is stuttering */
public static void printStutteringState(int num) {
MP.printState(EC.TLC_STATE_PRINT3, new String[] {String.valueOf(num)}, (TLCState) null, num);
}
/** Prints the state */
public static void printState(TLCState currentState) {
MP.printState(
EC.TLC_STATE_PRINT1, new String[] {"", currentState.toString()}, currentState, -1);
}
/**
* Get a new model builder for given default parameters and hyper parameters.
*
* @param params default parameters
* @param hypers A set of hyper parameter values
* @return A ModelBuilder, blindly filled with parameters. Assumed to be cheap; used to check
* hyperparameter sanity
*/
protected final ModelBuilder getBuilder(MP params, double[] hypers) {
MP p = (MP) params.clone();
p = applyHypers(p, hypers);
ModelBuilder mb = createBuilder(p);
return mb;
}