Uses of Class
ai.catboost.CatBoostPredictions

Uses of CatBoostPredictions in ai.catboost

Methods in ai.catboost that return CatBoostPredictions

Modifier and Type	Method and Description
CatBoostPredictions	CatBoostModel.predict(float[][] numericFeatures, int[][] catFeatureHashes) Same as CatBoostModel.predict(float[][], String[][], CatBoostPredictions), but returns predictions instead of taking it as third parameter.
CatBoostPredictions	CatBoostModel.predict(float[][] numericFeatures, String[][] catFeatures) Same as CatBoostModel.predict(float[][], String[][], CatBoostPredictions), but returns prediction instead of taking it as third parameter.
CatBoostPredictions	CatBoostModel.predict(float[] numericFeatures, int[] catFeatureHashes) Same as CatBoostModel.predict(float[], int[], CatBoostPredictions), but returns prediction instead of taking it as third parameter.
CatBoostPredictions	CatBoostModel.predict(float[] numericFeatures, String[] catFeatures) Same as CatBoostModel.predict(float[], String[], CatBoostPredictions), but returns prediction instead of taking it as third parameter.

Methods in ai.catboost with parameters of type CatBoostPredictions

Modifier and Type	Method and Description
void	CatBoostModel.predict(float[][] numericFeatures, int[][] catFeatureHashes, CatBoostPredictions prediction) Same as CatBoostModel.predict(float[][], String[][], CatBoostPredictions), but accept categoric features as hashes computed by CatBoostModel.hashCategoricalFeature(String).
void	CatBoostModel.predict(float[][] numericFeatures, String[][] catFeatures, CatBoostPredictions prediction) Apply model to a batch of objects.
void	CatBoostModel.predict(float[] numericFeatures, int[] catFeatureHashes, CatBoostPredictions prediction) Same as CatBoostModel.predict(float[], String[], CatBoostPredictions), but accept categoric features as hashes computed by CatBoostModel.hashCategoricalFeature(String).
void	CatBoostModel.predict(float[] numericFeatures, String[] catFeatures, CatBoostPredictions prediction) Apply model to object defined by features.