addOut, addOutRole, getAddedOutRoles, getChangedInRole, getChangedName, getChangedOutRole, getExecutionTime, getForceRecalculate, getIn, getName, getOut, getOutTables, getProcessedTable, getValidationError, removeOut, removeOutRole, setForceRecalculate, setInRole, setName, setOutRole, setProcessedTable, unsetInRole, unsetName, unsetOutRolevoid setTransformedTarget(boolean target)
target - it true only target will by transformed. Otherwise active or obligatory
attributes that are numerical will be transformed. Can be set to true
only in approximation mode.boolean getTransformedTarget()
void setEpsilonTolerance(double eps)
eps - minimum possible value that transformed attribute can be set to.
Used only for tables not used during transformation building
(for example validation table).double getEpsilonTolerance()
void setDerivedVariablesSelector(DerivedVariablesSelector selector)
selector - if set to DerivedVariablesSelector.NONE all attributes
(original and transformed) will be on module's output.
Otherwise only the best attribute chosen by the selector
will be on module's output.DerivedVariablesSelector getDerivedVariablesSelector()
void setPenaltyThreshold(double threshold)
double getPenaltyThreshold()
void setRegularizedLogisticRegressionSettings(RegularizedLogisticRegressionSettings settings)
settings - used if the best attribute is chosen by DerivedVariablesSelector.WALD_TESTRegularizedLogisticRegressionSettings getRegularizedLogisticRegressionSettings()
void setCalculateReciprocal(boolean calculate)
boolean getCalculateReciprocal()
void setCalculateSqrt(boolean calculate)
boolean getCalculateSqrt()
void setCalculateLog(boolean calculate)
boolean getCalculateLog()
void setCalculateSqr(boolean calculate)
boolean getCalculateSqr()
void addBoxCoxLambda(double lambda)
void removeBoxCoxLambda(double lambda)
java.util.Set<java.lang.Double> getBoxCoxLambdaSet()
DerivedVariablesResult getResult()
void setThreadCount(int threads)
int getThreadCount()