From 0257f60983a38839a6adc8077d0b888f1e21895b Mon Sep 17 00:00:00 2001 From: ZanMervic Date: Fri, 31 May 2024 22:30:37 +0200 Subject: [PATCH] ScoringSheet and ScoringSheetViewer widgets added --- Orange/classification/__init__.py | 1 + Orange/classification/scoringsheet.py | 141 ++++ .../classification/utils/fasterrisk/LICENSE | 32 + Orange/classification/utils/fasterrisk/NOTICE | 7 + .../utils/fasterrisk/__init__.py | 0 .../utils/fasterrisk/base_model.py | 123 ++++ .../utils/fasterrisk/fasterrisk.py | 319 +++++++++ .../utils/fasterrisk/rounding.py | 241 +++++++ .../utils/fasterrisk/sparseBeamSearch.py | 192 ++++++ .../utils/fasterrisk/sparseDiversePool.py | 161 +++++ .../classification/utils/fasterrisk/utils.py | 118 ++++ Orange/widgets/model/icons/ScoringSheet.svg | 23 + Orange/widgets/model/owscoringsheet.py | 204 ++++++ .../model/tests/test_owscoringsheet.py | 113 ++++ .../visualize/icons/ScoringSheetViewer.svg | 33 + .../widgets/visualize/owscoringsheetviewer.py | 620 ++++++++++++++++++ .../tests/test_owscoringsheetviewer.py | 184 ++++++ .../model/images/ScoringSheet-widget.png | Bin 0 -> 22236 bytes .../model/images/ScoringSheet-workflow.png | Bin 0 -> 93172 bytes .../model/images/ScoringSheet-workflow2.png | Bin 0 -> 100062 bytes .../source/widgets/model/scoringsheet.md | 39 ++ .../images/ScoringSheetViewer-widget.png | Bin 0 -> 21903 bytes .../images/ScoringSheetViewer-workflow.png | Bin 0 -> 113801 bytes .../widgets/visualize/scoringsheetviewer.md | 28 + doc/widgets.json | 19 + 25 files changed, 2598 insertions(+) create mode 100644 Orange/classification/scoringsheet.py create mode 100644 Orange/classification/utils/fasterrisk/LICENSE create mode 100644 Orange/classification/utils/fasterrisk/NOTICE create mode 100644 Orange/classification/utils/fasterrisk/__init__.py create mode 100644 Orange/classification/utils/fasterrisk/base_model.py create mode 100644 Orange/classification/utils/fasterrisk/fasterrisk.py create mode 100644 Orange/classification/utils/fasterrisk/rounding.py create mode 100644 Orange/classification/utils/fasterrisk/sparseBeamSearch.py create mode 100644 Orange/classification/utils/fasterrisk/sparseDiversePool.py create mode 100644 Orange/classification/utils/fasterrisk/utils.py create mode 100644 Orange/widgets/model/icons/ScoringSheet.svg create mode 100644 Orange/widgets/model/owscoringsheet.py create mode 100644 Orange/widgets/model/tests/test_owscoringsheet.py create mode 100644 Orange/widgets/visualize/icons/ScoringSheetViewer.svg create mode 100644 Orange/widgets/visualize/owscoringsheetviewer.py create mode 100644 Orange/widgets/visualize/tests/test_owscoringsheetviewer.py create mode 100644 doc/visual-programming/source/widgets/model/images/ScoringSheet-widget.png create mode 100644 doc/visual-programming/source/widgets/model/images/ScoringSheet-workflow.png create mode 100644 doc/visual-programming/source/widgets/model/images/ScoringSheet-workflow2.png create mode 100644 doc/visual-programming/source/widgets/model/scoringsheet.md create mode 100644 doc/visual-programming/source/widgets/visualize/images/ScoringSheetViewer-widget.png create mode 100644 doc/visual-programming/source/widgets/visualize/images/ScoringSheetViewer-workflow.png create mode 100644 doc/visual-programming/source/widgets/visualize/scoringsheetviewer.md diff --git a/Orange/classification/__init__.py b/Orange/classification/__init__.py index 982498d6f40..6639bc12d0a 100644 --- a/Orange/classification/__init__.py +++ b/Orange/classification/__init__.py @@ -20,6 +20,7 @@ from .sgd import * from .neural_network import * from .calibration import * +from .scoringsheet import * try: from .catgb import * except ModuleNotFoundError: diff --git a/Orange/classification/scoringsheet.py b/Orange/classification/scoringsheet.py new file mode 100644 index 00000000000..85e7089afc5 --- /dev/null +++ b/Orange/classification/scoringsheet.py @@ -0,0 +1,141 @@ +import numpy as np +from Orange.classification.utils.fasterrisk.fasterrisk import ( + RiskScoreOptimizer, + RiskScoreClassifier, +) + +from Orange.classification import Learner, Model +from Orange.data import Table, Storage +from Orange.preprocess import Discretize, Impute, Continuize, SelectBestFeatures +from Orange.preprocess.discretize import Binning +from Orange.preprocess.score import ReliefF + + +def _change_class_var_values(y): + """ + Changes the class variable values from 0 and 1 to -1 and 1 or vice versa. + """ + return np.where(y == 0, -1, np.where(y == -1, 0, y)) + + +class ScoringSheetModel(Model): + def __init__(self, model): + self.model = model + super().__init__() + + def predict_storage(self, table): + if not isinstance(table, Storage): + raise TypeError("Data is not a subclass of Orange.data.Storage.") + + y_pred = _change_class_var_values(self.model.predict(table.X)) + y_prob = self.model.predict_prob(table.X) + + scores = np.hstack(((1 - y_prob).reshape(-1, 1), y_prob.reshape(-1, 1))) + return y_pred, scores + + +class ScoringSheetLearner(Learner): + __returns__ = ScoringSheetModel + preprocessors = [Discretize(method=Binning()), Impute(), Continuize()] + + def __init__( + self, + num_attr_after_selection=20, + num_decision_params=5, + max_points_per_param=5, + num_input_features=None, + preprocessors=None, + ): + # Set the num_decision_params, max_points_per_param, and num_input_features normally + self.num_decision_params = num_decision_params + self.max_points_per_param = max_points_per_param + self.num_input_features = num_input_features + self.feature_to_group = None + + if preprocessors is None: + self.preprocessors = [ + Discretize(method=Binning()), + Impute(), + Continuize(), + SelectBestFeatures(method=ReliefF(), k=num_attr_after_selection), + ] + + super().__init__(preprocessors=preprocessors) + + def fit_storage(self, table): + if not isinstance(table, Storage): + raise TypeError("Data is not a subclass of Orange.data.Storage.") + + if self.num_input_features is not None: + self._generate_feature_group_index(table) + + X, y, _ = table.X, table.Y, table.W if table.has_weights() else None + learner = RiskScoreOptimizer( + X=X, + y=_change_class_var_values(y), + k=self.num_decision_params, + select_top_m=1, + lb=-self.max_points_per_param, + ub=self.max_points_per_param, + group_sparsity=self.num_input_features, + featureIndex_to_groupIndex=self.feature_to_group, + ) + + self._optimize_decision_params_adjustment(learner) + + multipliers, intercepts, coefficients = learner.get_models() + + model = RiskScoreClassifier( + multiplier=multipliers[0], + intercept=intercepts[0], + coefficients=coefficients[0], + featureNames=[attribute.name for attribute in table.domain.attributes], + X_train=X if self.num_decision_params > 10 else None, + ) + + return ScoringSheetModel(model) + + def _optimize_decision_params_adjustment(self, learner): + """ + This function attempts to optimize (fit) the learner, reducing the number of decision + parameters ('k')if optimization fails due to being too high. + + Sometimes, the number of decision parameters is too high for the + number of input features. Which results in a ValueError. + Continues until successful or 'k' cannot be reduced further. + """ + while True: + try: + learner.optimize() + return True + except ValueError as e: + learner.k -= 1 + if learner.k < 1: + # Raise a custom error when k falls below 1 + raise ValueError( + "The number of input features is too low for the current settings." + ) from e + + def _generate_feature_group_index(self, table): + """ + Returns a feature index to group index mapping. The group index is used to group + binarized features that belong to the same original feature. + """ + original_feature_names = [ + attribute.compute_value.variable.name + for attribute in table.domain.attributes + ] + feature_to_group_index = { + feature: idx for idx, feature in enumerate(set(original_feature_names)) + } + feature_to_group = [ + feature_to_group_index[feature] for feature in original_feature_names + ] + self.feature_to_group = np.asarray(feature_to_group) + + +if __name__ == "__main__": + mock_learner = ScoringSheetLearner(20, 5, 10, None) + mock_table = Table("https://datasets.biolab.si/core/heart_disease.tab") + mock_model = mock_learner(mock_table) + mock_model(mock_table) diff --git a/Orange/classification/utils/fasterrisk/LICENSE b/Orange/classification/utils/fasterrisk/LICENSE new file mode 100644 index 00000000000..70bcf6f7de8 --- /dev/null +++ b/Orange/classification/utils/fasterrisk/LICENSE @@ -0,0 +1,32 @@ + + +BSD 3-Clause License + +Copyright (c) 2022, Jiachang Liu +All rights reserved. + +Redistribution and use in source and binary forms, with or without +modification, are permitted provided that the following conditions are met: + +* Redistributions of source code must retain the above copyright notice, this + list of conditions and the following disclaimer. + +* Redistributions in binary form must reproduce the above copyright notice, + this list of conditions and the following disclaimer in the documentation + and/or other materials provided with the distribution. + +* Neither the name of the copyright holder nor the names of its + contributors may be used to endorse or promote products derived from + this software without specific prior written permission. + +THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" +AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE +IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE +DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE +FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL +DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR +SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER +CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, +OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE +OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. + diff --git a/Orange/classification/utils/fasterrisk/NOTICE b/Orange/classification/utils/fasterrisk/NOTICE new file mode 100644 index 00000000000..5f82395477e --- /dev/null +++ b/Orange/classification/utils/fasterrisk/NOTICE @@ -0,0 +1,7 @@ +Notice for Use of FasterRisk Code in Orange3 + +This directory ('Orange/classification/fasterrisk') contains code from the "FasterRisk" project by Jiachang Liu. This code is used under the BSD 3-Clause License. The source of this code can be found at https://github.com/jiachangliu/FasterRisk. + +The inclusion of the FasterRisk code in this project serves as a temporary solution to address compatibility and functionality issues arising from the strict requirements of the original package. This measure will remain in place until such time as the original maintainer updates the package to address these issues. + +A copy of the BSD 3-Clause License under which the FasterRisk code is licensed is included in this directory. diff --git a/Orange/classification/utils/fasterrisk/__init__.py b/Orange/classification/utils/fasterrisk/__init__.py new file mode 100644 index 00000000000..e69de29bb2d diff --git a/Orange/classification/utils/fasterrisk/base_model.py b/Orange/classification/utils/fasterrisk/base_model.py new file mode 100644 index 00000000000..c2169ec52b7 --- /dev/null +++ b/Orange/classification/utils/fasterrisk/base_model.py @@ -0,0 +1,123 @@ +import numpy as np +import sys +# import warnings +# warnings.filterwarnings("ignore") +from Orange.classification.utils.fasterrisk.utils import normalize_X, compute_logisticLoss_from_ExpyXB + +class logRegModel: + def __init__(self, X, y, lambda2=1e-8, intercept=True, original_lb=-5, original_ub=5): + self.X = X + self.X_normalized, self.X_mean, self.X_norm, self.scaled_feature_indices = normalize_X(self.X) + self.n, self.p = self.X_normalized.shape + self.y = y.reshape(-1).astype(float) + self.yX = y.reshape(-1, 1) * self.X_normalized + self.yXT = np.zeros((self.p, self.n)) + self.yXT[:] = np.transpose(self.yX)[:] + self.beta0 = 0 + self.betas = np.zeros((self.p, )) + self.ExpyXB = np.exp(self.y * self.beta0 + self.yX.dot(self.betas)) + + self.intercept = intercept + self.lambda2 = lambda2 + self.twoLambda2 = 2 * self.lambda2 + + self.Lipschitz = 0.25 + self.twoLambda2 + self.lbs = original_lb * np.ones(self.p) + self.lbs[self.scaled_feature_indices] *= self.X_norm[self.scaled_feature_indices] + self.ubs = original_ub * np.ones(self.p) + self.ubs[self.scaled_feature_indices] *= self.X_norm[self.scaled_feature_indices] + + self.total_child_added = 0 + + def warm_start_from_original_beta0_betas(self, original_beta0, original_betas): + # betas_initial has dimension (p+1, 1) + self.original_beta0 = original_beta0 + self.original_betas = original_betas + self.beta0, self.betas = self.transform_coefficients_to_normalized_space(self.original_beta0, self.original_betas) + print("warmstart solution in normalized space is {} and {}".format(self.beta0, self.betas)) + self.ExpyXB = np.exp(self.y * self.beta0 + self.yX.dot(self.betas)) + + def warm_start_from_beta0_betas(self, beta0, betas): + self.beta0, self.betas = beta0, betas + self.ExpyXB = np.exp(self.y * self.beta0 + self.yX.dot(self.betas)) + + def warm_start_from_beta0_betas_ExpyXB(self, beta0, betas, ExpyXB): + self.beta0, self.betas, self.ExpyXB = beta0, betas, ExpyXB + + def get_beta0_betas(self): + return self.beta0, self.betas + + def get_beta0_betas_ExpyXB(self): + return self.beta0, self.betas, self.ExpyXB + + def get_original_beta0_betas(self): + return self.transform_coefficients_to_original_space(self.beta0, self.betas) + + def transform_coefficients_to_original_space(self, beta0, betas): + original_betas = betas.copy() + original_betas[self.scaled_feature_indices] = original_betas[self.scaled_feature_indices]/self.X_norm[self.scaled_feature_indices] + original_beta0 = beta0 - np.dot(self.X_mean, original_betas) + return original_beta0, original_betas + + def transform_coefficients_to_normalized_space(self, original_beta0, original_betas): + betas = original_betas.copy() + betas[self.scaled_feature_indices] = betas[self.scaled_feature_indices] * self.X_norm[self.scaled_feature_indices] + beta0 = original_beta0 + self.X_mean.dot(original_betas) + return beta0, betas + + def get_grad_at_coord(self, ExpyXB, betas_j, yX_j, j): + # return -np.dot(1/(1+ExpyXB), self.yX[:, j]) + self.twoLambda2 * betas_j + # return -np.inner(1/(1+ExpyXB), self.yX[:, j]) + self.twoLambda2 * betas_j + # return -np.inner(np.reciprocal(1+ExpyXB), self.yX[:, j]) + self.twoLambda2 * betas_j + return -np.inner(np.reciprocal(1+ExpyXB), yX_j) + self.twoLambda2 * betas_j + # return -yX_j.dot(np.reciprocal(1+ExpyXB)) + self.twoLambda2 * betas_j + + def update_ExpyXB(self, ExpyXB, yX_j, diff_betas_j): + ExpyXB *= np.exp(yX_j * diff_betas_j) + + def optimize_1step_at_coord(self, ExpyXB, betas, yX_j, j): + # in-place modification, heck that ExpyXB and betas are passed by reference + prev_betas_j = betas[j] + current_betas_j = prev_betas_j + grad_at_j = self.get_grad_at_coord(ExpyXB, current_betas_j, yX_j, j) + step_at_j = grad_at_j / self.Lipschitz + current_betas_j = prev_betas_j - step_at_j + # current_betas_j = np.clip(current_betas_j, self.lbs[j], self.ubs[j]) + current_betas_j = max(self.lbs[j], min(self.ubs[j], current_betas_j)) + diff_betas_j = current_betas_j - prev_betas_j + betas[j] = current_betas_j + + # ExpyXB *= np.exp(yX_j * diff_betas_j) + self.update_ExpyXB(ExpyXB, yX_j, diff_betas_j) + + def finetune_on_current_support(self, ExpyXB, beta0, betas, total_CD_steps=100): + + support = np.where(np.abs(betas) > 1e-9)[0] + grad_on_support = -self.yXT[support].dot(np.reciprocal(1+ExpyXB)) + self.twoLambda2 * betas[support] + abs_grad_on_support = np.abs(grad_on_support) + support = support[np.argsort(-abs_grad_on_support)] + + loss_before = compute_logisticLoss_from_ExpyXB(ExpyXB) + self.lambda2 * betas[support].dot(betas[support]) + for steps in range(total_CD_steps): # number of iterations for coordinate descent + + if self.intercept: + grad_intercept = -np.reciprocal(1+ExpyXB).dot(self.y) + step_at_intercept = grad_intercept / (self.n * 0.25) # lipschitz constant is 0.25 at the intercept + beta0 = beta0 - step_at_intercept + ExpyXB *= np.exp(self.y * (-step_at_intercept)) + + for j in support: + self.optimize_1step_at_coord(ExpyXB, betas, self.yXT[j, :], j) # in-place modification on ExpyXB and betas + + if steps % 10 == 0: + loss_after = compute_logisticLoss_from_ExpyXB(ExpyXB) + self.lambda2 * betas[support].dot(betas[support]) + if abs(loss_before - loss_after)/loss_after < 1e-8: + # print("break after {} steps; support size is {}".format(steps, len(support))) + break + loss_before = loss_after + + return ExpyXB, beta0, betas + + def compute_yXB(self, beta0, betas): + return self.y*(beta0 + np.dot(self.X_normalized, betas)) + \ No newline at end of file diff --git a/Orange/classification/utils/fasterrisk/fasterrisk.py b/Orange/classification/utils/fasterrisk/fasterrisk.py new file mode 100644 index 00000000000..5626405794a --- /dev/null +++ b/Orange/classification/utils/fasterrisk/fasterrisk.py @@ -0,0 +1,319 @@ +import numpy as np +import sklearn.metrics + +from Orange.classification.utils.fasterrisk.sparseBeamSearch import sparseLogRegModel, groupSparseLogRegModel +from Orange.classification.utils.fasterrisk.sparseDiversePool import sparseDiversePoolLogRegModel, groupSparseDiversePoolLogRegModel +from Orange.classification.utils.fasterrisk.rounding import starRaySearchModel + +from Orange.classification.utils.fasterrisk.utils import compute_logisticLoss_from_X_y_beta0_betas, get_all_product_booleans, get_support_indices, get_all_product_booleans, get_groupIndex_to_featureIndices, check_bounds + +class RiskScoreOptimizer: + def __init__(self, X, y, k, select_top_m=50, lb=-5, ub=5, \ + gap_tolerance=0.05, parent_size=10, child_size=None, \ + maxAttempts=50, num_ray_search=20, \ + lineSearch_early_stop_tolerance=0.001, \ + group_sparsity=None, featureIndex_to_groupIndex=None): + """Initialize the RiskScoreOptimizer class, which performs sparseBeamSearch and generates integer sparseDiverseSet + + Parameters + ---------- + X : ndarray + (2D array with `float` type) feature matrix, each row[i, :] corresponds to the features of sample i + y : ndarray + (1D array with `float` type) labels (+1 or -1) of each sample + k : int + number of selected features in the final sparse model + select_top_m : int, optional + number of top solutions to keep among the pool of diverse sparse solutions, by default 50 + lb : float or list, optional + lower bound(s) of the coefficients, when passed as a list, specifies lower bounds for all the features in X, by default -5 + ub : float or list, optional + upper bound(s) of the coefficients, when passed as a list, specifies lower bounds for all the features in X, by default 5 + parent_size : int, optional + how many solutions to retain after beam search, by default 10 + child_size : int, optional + how many new solutions to expand for each existing solution, by default None + maxAttempts : int, optional + how many alternative features to try in order to replace the old feature during the diverse set pool generation, by default None + num_ray_search : int, optional + how many multipliers to try for each continuous sparse solution, by default 20 + lineSearch_early_stop_tolerance : float, optional + tolerance level to stop linesearch early (error_of_loss_difference/loss_of_continuous_solution), by default 0.001 + group_sparsity : int, optional + number of groups to be selected, by default None + featureIndex_to_groupIndex : ndarray, optional + (1D array with `int` type) featureIndex_to_groupIndex[i] is the group index of feature i, by default None + """ + + # check the formats of inputs X and y + y_shape = y.shape + y_unique = np.unique(y) + y_unique_expected = np.asarray([-1, 1]) + X_shape = X.shape + assert len(y_shape) == 1, "input y must have 1-D shape!" + assert len(y_unique) == 2, "input y must have only 2 labels" + assert max(np.abs(y_unique - y_unique_expected)) < 1e-8, "input y must be equal to only +1 or -1" + assert len(X_shape) == 2, "input X must have 2-D shape!" + assert X_shape[0] == y_shape[0], "number of rows from input X must be equal to the number of elements from input y!" + self.y = y + self.X = X + + self.k = k + self.parent_size = parent_size + self.child_size = self.parent_size + if child_size is not None: + self.child_size = child_size + + self.sparseDiverseSet_gap_tolerance = gap_tolerance + self.sparseDiverseSet_select_top_m = select_top_m + self.sparseDiverseSet_maxAttempts = maxAttempts + + lb = check_bounds(lb, 'lb', X_shape[1]) + ub = check_bounds(ub, 'ub', X_shape[1]) + + self.group_sparsity = group_sparsity + self.featureIndex_to_groupIndex = featureIndex_to_groupIndex + + if self.group_sparsity is None: + self.sparseLogRegModel_object = sparseLogRegModel(X, y, intercept=True, original_lb=lb, original_ub=ub) + self.sparseDiversePoolLogRegModel_object = sparseDiversePoolLogRegModel(X, y, intercept=True, original_lb=lb, original_ub=ub) + else: + assert type(group_sparsity) == int, "group_sparsity needs to be an integer" + assert group_sparsity > 0, "group_sparsity needs to be > 0!" + + assert self.featureIndex_to_groupIndex is not None, "featureIndex_to_groupIndex must be provided if group_sparsity is not None" + assert type(self.featureIndex_to_groupIndex[0]) == np.int_, "featureIndex_to_groupIndex needs to be a NumPy integer array" + + self.groupIndex_to_featureIndices = get_groupIndex_to_featureIndices(self.featureIndex_to_groupIndex) + + self.sparseLogRegModel_object = groupSparseLogRegModel(X, y, intercept=True, original_lb=lb, original_ub=ub, group_sparsity=self.group_sparsity, featureIndex_to_groupIndex=self.featureIndex_to_groupIndex, groupIndex_to_featureIndices=self.groupIndex_to_featureIndices) + self.sparseDiversePoolLogRegModel_object = groupSparseDiversePoolLogRegModel(X, y, intercept=True, original_lb=lb, original_ub=ub, group_sparsity=self.group_sparsity, featureIndex_to_groupIndex=self.featureIndex_to_groupIndex, groupIndex_to_featureIndices=self.groupIndex_to_featureIndices) + + self.starRaySearchModel_object = starRaySearchModel(X = X, y = y, lb=lb, ub=ub, num_ray_search=num_ray_search, early_stop_tolerance=lineSearch_early_stop_tolerance) + + self.IntegerPoolIsSorted = False + + def optimize(self): + """performs sparseBeamSearch, generates integer sparseDiverseSet, and perform star ray search + """ + self.sparseLogRegModel_object.get_sparse_sol_via_OMP(k=self.k, parent_size=self.parent_size, child_size=self.child_size) + + beta0, betas, ExpyXB = self.sparseLogRegModel_object.get_beta0_betas_ExpyXB() + self.sparseDiversePoolLogRegModel_object.warm_start_from_beta0_betas_ExpyXB(beta0 = beta0, betas = betas, ExpyXB = ExpyXB) + sparseDiversePool_beta0, sparseDiversePool_betas = self.sparseDiversePoolLogRegModel_object.get_sparseDiversePool(gap_tolerance=self.sparseDiverseSet_gap_tolerance, select_top_m=self.sparseDiverseSet_select_top_m, maxAttempts=self.sparseDiverseSet_maxAttempts) + + self.multipliers, self.sparseDiversePool_beta0_integer, self.sparseDiversePool_betas_integer = self.starRaySearchModel_object.star_ray_search_scale_and_round(sparseDiversePool_beta0, sparseDiversePool_betas) + + def _sort_IntegerPool_on_logisticLoss(self): + """sort the integer solutions in the pool by ascending order of logistic loss + """ + sparseDiversePool_XB = (self.sparseDiversePool_beta0_integer.reshape(1, -1) + self.X @ self.sparseDiversePool_betas_integer.transpose()) / (self.multipliers.reshape(1, -1)) + sparseDiversePool_yXB = self.y.reshape(-1, 1) * sparseDiversePool_XB + sparseDiversePool_ExpyXB = np.exp(sparseDiversePool_yXB) + # print(sparseDiversePool_ExpyXB.shape) + sparseDiversePool_logisticLoss = np.sum(np.log(1.+np.reciprocal(sparseDiversePool_ExpyXB)), axis=0) + orderedIndices = np.argsort(sparseDiversePool_logisticLoss) + + self.multipliers = self.multipliers[orderedIndices] + self.sparseDiversePool_beta0_integer = self.sparseDiversePool_beta0_integer[orderedIndices] + self.sparseDiversePool_betas_integer = self.sparseDiversePool_betas_integer[orderedIndices] + + self.IntegerPoolIsSorted = True + + def get_models(self, model_index=None): + """get risk score models + + Parameters + ---------- + model_index : int, optional + index of the model in the integer sparseDiverseSet, by default None + + Returns + ------- + multipliers : ndarray + (1D array with `float` type) multipliers with each entry as multipliers[i] + sparseDiversePool_integer : ndarray + (2D array with `float` type) integer coefficients (intercept included) with each row as an integer solution sparseDiversePool_integer[i] + """ + if self.IntegerPoolIsSorted is False: + self._sort_IntegerPool_on_logisticLoss() + if model_index is not None: + return self.multipliers[model_index], self.sparseDiversePool_beta0_integer[model_index], self.sparseDiversePool_betas_integer[model_index] + return self.multipliers, self.sparseDiversePool_beta0_integer, self.sparseDiversePool_betas_integer + + + +class RiskScoreClassifier: + def __init__(self, multiplier, intercept, coefficients, featureNames = None, X_train = None): + """Initialize a risk score classifier. Then we can use this classifier to predict labels, predict probabilites, and calculate total logistic loss + + Parameters + ---------- + multiplier : float + multiplier of the risk score model + intercept : float + intercept of the risk score model + coefficients : ndarray + (1D array with `float` type) coefficients of the risk score model + """ + self.multiplier = multiplier + self.intercept = intercept + self.coefficients = coefficients + + self.scaled_intercept = self.intercept / self.multiplier + self.scaled_coefficients = self.coefficients / self.multiplier + + self.X_train = X_train + + self.reset_featureNames(featureNames) + + def predict(self, X): + """Predict labels + + Parameters + ---------- + X : ndarray + (2D array with `float` type) feature matrix with shape (n, p) + + Returns + ------- + y_pred : ndarray + (1D array with `float` type) predicted labels (+1.0 or -1.0) with shape (n, ) + """ + y_score = (self.intercept + X.dot(self.coefficients)) / self.multiplier # numpy dot.() has some floating point error issues, so we avoid using self.scaled_intercept and self.scaled_coefficients directly + y_pred = 2 * (y_score > 0) - 1 + return y_pred + + def predict_prob(self, X): + """Calculate the risk probabilities of predicting each sample y_i with label +1 + + Parameters + ---------- + X : ndarray + (2D array with `float` type) feature matrix with shape (n, p) + + Returns + ------- + y_pred_prob : ndarray + (1D array with `float` type) probabilities of each sample y_i to be +1 with shape (n, ) + """ + y_score = (self.intercept + X.dot(self.coefficients)) / self.multiplier # numpy dot.() has some floating point error issues, so we avoid using self.scaled_intercept and self.scaled_coefficients directly + y_pred_prob = 1/(1+np.exp(-y_score)) + + return y_pred_prob + + def compute_logisticLoss(self, X, y): + """Compute the total logistic loss given the feature matrix X and labels y + + Parameters + ---------- + X : ndarray + (2D array with `float` type) feature matrix with shape (n, p) + y : ndarray + (1D array with `float` type) sample labels (+1 or -1) with shape (n) + + Returns + ------- + logisticLoss: float + total logistic loss, loss = $sum_{i=1}^n log(1+exp(-y_i * (beta0 + X[i, :] @ beta) / multiplier))$ + """ + return compute_logisticLoss_from_X_y_beta0_betas(X, y, self.scaled_intercept, self.scaled_coefficients) + + def get_acc_and_auc(self, X, y): + """Calculate ACC and AUC of a certain dataset with features X and label y + + Parameters + ---------- + X : ndarray + (2D array with `float` type) 2D array storing the features + y : ndarray + (1D array with `float` type) storing the labels (+1/-1) + + Returns + ------- + acc: float + accuracy + auc: float + area under the ROC curve + """ + y_pred = self.predict(X) + # print(y_pred.shape, y.shape) + acc = np.sum(y_pred == y) / len(y) + y_pred_prob = self.predict_prob(X) + + fpr, tpr, thresholds = sklearn.metrics.roc_curve(y_true=y, y_score=y_pred_prob, drop_intermediate=False) + auc = sklearn.metrics.auc(fpr, tpr) + return acc, auc + + def reset_featureNames(self, featureNames): + """Reset the feature names in the class in order to print out the model card for the user + + Parameters + ---------- + featureNames : str[:] + a list of strings which are the feature names for columns of X + """ + self.featureNames = featureNames + + def _print_score_calculation_table(self): + assert self.featureNames is not None, "please pass the featureNames to the model by using the function .reset_featureNames(featureNames)" + + nonzero_indices = get_support_indices(self.coefficients) + + max_feature_length = max([len(featureName) for featureName in self.featureNames]) + row_score_template = '{0}. {1:>%d} {2:>2} point(s) | + ...' % (max_feature_length) + + print("The Risk Score is:") + for count, feature_i in enumerate(nonzero_indices): + row_score_str = row_score_template.format(count+1, self.featureNames[feature_i], int(self.coefficients[feature_i])) + if count == 0: + row_score_str = row_score_str.replace("+", " ") + + print(row_score_str) + + final_score_str = ' ' * (14+max_feature_length) + 'SCORE | = ' + print(final_score_str) + + def _print_score_risk_row(self, scores, risks): + score_row = "SCORE |" + risk_row = "RISK |" + score_entry_template = ' {0:>4} |' + risk_entry_template = ' {0:>5}% |' + for (score, risk) in zip(scores, risks): + score_row += score_entry_template.format(score) + risk_row += risk_entry_template.format(round(100*risk, 1)) + print(score_row) + print(risk_row) + + def _print_score_risk_table(self, quantile_len): + + nonzero_indices = get_support_indices(self.coefficients) + len_nonzero_indices = len(nonzero_indices) + + if len_nonzero_indices <= 10: + ### method 1: get all possible scores; Drawback for large support size, get the product booleans is too many + all_product_booleans = get_all_product_booleans(len_nonzero_indices) + all_scores = all_product_booleans.dot(self.coefficients[nonzero_indices]) + all_scores = np.unique(all_scores) + else: + # ### method 2: calculate all scores in the training set, pick the top 20 quantile points + assert self.X_train is not None, "There are more than 10 nonzero coefficients for the risk scoring system. The number of possible total scores is too many!\n\nPlease consider re-initialize your RiskScoreClassifier_m by providing the training dataset features X_train as follows:\n\n RiskScoreClassifier_m = RiskScoreClassifier(multiplier, intercept, coefficients, X_train = X_train)" + + all_scores = self.X_train.dot(self.coefficients) + all_scores = np.unique(all_scores) + quantile_len = min(quantile_len, len(all_scores)) + quantile_points = np.asarray(range(1, 1+quantile_len)) / quantile_len + all_scores = np.quantile(all_scores, quantile_points, method = "closest_observation") + + all_scaled_scores = (self.intercept + all_scores) / self.multiplier + all_risks = 1 / (1 + np.exp(-all_scaled_scores)) + + num_scores_div_2 = (len(all_scores) + 1) // 2 + self._print_score_risk_row(all_scores[:num_scores_div_2], all_risks[:num_scores_div_2]) + self._print_score_risk_row(all_scores[num_scores_div_2:], all_risks[num_scores_div_2:]) + + def print_model_card(self, quantile_len=20): + """Print the score evaluation table and score risk table onto terminal + """ + self._print_score_calculation_table() + self._print_score_risk_table(quantile_len = quantile_len) \ No newline at end of file diff --git a/Orange/classification/utils/fasterrisk/rounding.py b/Orange/classification/utils/fasterrisk/rounding.py new file mode 100644 index 00000000000..dbfaa6726d5 --- /dev/null +++ b/Orange/classification/utils/fasterrisk/rounding.py @@ -0,0 +1,241 @@ +import numpy as np +import sys +# import warnings +# warnings.filterwarnings("ignore") + +from Orange.classification.utils.fasterrisk.utils import get_support_indices, compute_logisticLoss_from_betas_and_yX, insertIntercept_asFirstColOf_X + +class starRaySearchModel: + def __init__(self, X, y, lb=-5, ub=5, num_ray_search=20, early_stop_tolerance=0.001): + self.X = insertIntercept_asFirstColOf_X(X) + self.y = y.reshape(-1) + self.yX = self.y.reshape(-1, 1) * self.X + + self.n = self.X.shape[0] + self.p = self.X.shape[1] + + if isinstance(ub, (float, int)): + self.ub_arr = ub * np.ones((self.p, )) + self.ub_arr[0] = 100.0 # intercept upper bound + else: + self.ub_arr = np.insert(ub, 0, 100.0) # add intercept upper bound + + if isinstance(lb, (float, int)): + self.lb_arr = lb * np.ones((self.p, )) + self.lb_arr[0] = -100.0 # intercept lower bound + else: + self.lb_arr = np.insert(lb, 0, -100) # add intercept lower bound + + self.num_ray_search = num_ray_search + self.early_stop_tolerance = early_stop_tolerance + + def get_multipliers_for_line_search(self, betas): + """Get an array of multipliers to try for line search + + Parameters + ---------- + betas : ndarray + (1D array with `float` type) a given solution with shape = (1+p, ) assuming the first entry is the intercept + + Returns + ------- + multipliers : ndarray + (1D array with `float` type) an array of candidate multipliers with shape = (num_ray_search, ) + """ + # largest_multiplier = min(self.abs_coef_ub/np.max(np.abs(betas[1:])), self.abs_intercept_ub/abs(betas[0])) + pos_nonzeroIndices = np.where(betas > 1e-8)[0] + neg_nonzeroIndices = np.where(betas < -1e-8)[0] + len_pos_nonzeroIndices = len(pos_nonzeroIndices) + len_neg_nonzeroIndices = len(neg_nonzeroIndices) + + assert len_pos_nonzeroIndices + len_neg_nonzeroIndices > 0, "betas needs to have at least one nonzero entries!" + largest_multiplier = 1e8 + if len_pos_nonzeroIndices > 0: + largest_multiplier = min(largest_multiplier, min(self.ub_arr[pos_nonzeroIndices] / betas[pos_nonzeroIndices])) + if len_neg_nonzeroIndices > 0: + largest_multiplier = min(largest_multiplier, min(self.lb_arr[neg_nonzeroIndices] / betas[neg_nonzeroIndices])) + + if largest_multiplier > 1: + multipliers = np.linspace(1, largest_multiplier, self.num_ray_search) + else: + multipliers = np.linspace(1, 0.5, self.num_ray_search) + return multipliers + + def star_ray_search_scale_and_round(self, sparseDiversePool_beta0_continuous, sparseDiversePool_betas_continuous): + """For each continuous solution in the sparse diverse pool, find the best multiplier and integer solution. Return the best integer solutions and the corresponding multipliers in the sparse diverse pool + + Parameters + ---------- + sparseDiversePool_beta_continuous : ndarray + (1D array with `float` type) an array of continuous intercept with shape = (m, ) + sparseDiversePool_betas_continuous : ndarray + (2D array with `float` type) an array of continuous coefficients with shape = (m, p) + + Returns + ------- + multipliers : ndarray + (1D array with `float` type) best multiplier for each continuous solution with shape = (m, ) + best_beta0 : ndarray + (1D array with `float` type) best integer intercept for each continuous solution with shape = (m, ) + best_betas : ndarray + (2D array with `float` type) best integer coefficient for each continuous solution with shape = (m, p) + """ + sparseDiversePool_continuous = np.hstack((sparseDiversePool_beta0_continuous.reshape(-1, 1), sparseDiversePool_betas_continuous)) + + sparseDiversePool_integer = np.zeros(sparseDiversePool_continuous.shape) + multipliers = np.zeros((sparseDiversePool_integer.shape[0])) + + for i in range(len(multipliers)): + multipliers[i], sparseDiversePool_integer[i] = self.line_search_scale_and_round(sparseDiversePool_continuous[i]) + + return multipliers, sparseDiversePool_integer[:, 0], sparseDiversePool_integer[:, 1:] + + def line_search_scale_and_round(self, betas): + """For a given solution betas, multiply the solution with different multipliers and round each scaled solution to integers. Return the best integer solution based on the logistic loss. + + Parameters + ---------- + betas : ndarray + (1D array with `float` type) a given solution with shape = (1+p, ) assuming the first entry is the intercept + + Returns + ------- + best_multiplier : float + best multiplier among all pairs of (multiplier, integer_solution) + best_betas : ndarray + (1D array with `float` type) best integer solution among all pairs of (multiplier, integer_solution) + """ + nonzero_indices = get_support_indices(betas) + num_nonzero = len(nonzero_indices) + + # X_sub = self.X[:, nonzero_indices] + yX_sub = self.yX[:, nonzero_indices] + betas_sub = betas[nonzero_indices] + + multipliers = self.get_multipliers_for_line_search(betas_sub) + + loss_continuous_betas = compute_logisticLoss_from_betas_and_yX(betas_sub, yX_sub) + + best_multiplier = 1.0 + best_loss = 1e12 + best_betas_sub = np.zeros((num_nonzero, )) + + for multiplier in multipliers: + betas_sub_scaled = betas_sub * multiplier + yX_sub_scaled = yX_sub / multiplier + + betas_sub_scaled = self.auxilliary_rounding(betas_sub_scaled, yX_sub_scaled) + + tmp_loss = compute_logisticLoss_from_betas_and_yX(betas_sub_scaled / multiplier, yX_sub) + + if tmp_loss < best_loss: + best_loss = tmp_loss + best_multiplier = multiplier + best_betas_sub[:] = betas_sub_scaled[:] + + if (tmp_loss - loss_continuous_betas) / loss_continuous_betas < self.early_stop_tolerance: + break + + best_betas = np.zeros((self.p, )) + best_betas[nonzero_indices] = best_betas_sub + + return best_multiplier, best_betas + + def get_rounding_distance_and_dimension(self, betas): + """For each dimension, get distances from the real coefficient to the rounded-up integer and the rounded-down integer + + Parameters + ---------- + betas : ndarray + (1D array with `float` type) current continuous (real-valued) solution + + Returns + ------- + betas_floor : ndarray + (1D array with `float` type) rounded-down coefficients + dist_from_start_to_floor: ndarray + (1D array with `float` type) distance from the real coefficient to the rounded-down integer + betas_ceil : ndarray + (1D array with `float` type) rounded-up coefficients + dist_from_start_to_ceil: ndarray + (1D array with `float` type) distance from the real coefficient to the rounded-up integer + dimensions_to_round: int[:] + array of indices where the coefficients are not integers to begin with and upon which we should do rounding + """ + betas_floor = np.floor(betas) + # floor_is_zero = np.equal(betas_floor, 0) + dist_from_start_to_floor = betas_floor - betas + + betas_ceil = np.ceil(betas) + # ceil_is_zero = np.equal(betas_ceil, 0) + dist_from_start_to_ceil = betas_ceil - betas + + dimensions_to_round = np.flatnonzero(np.not_equal(betas_floor, betas_ceil)).tolist() + + return betas_floor, dist_from_start_to_floor, betas_ceil, dist_from_start_to_ceil, dimensions_to_round + + def auxilliary_rounding(self, betas, yX): + """Round the solutions to intgers according to the auxilliary loss proposed in the paper + + Parameters + ---------- + betas : ndarray + (1D array with `float` type) current continuous (real-valued) solution + yX : ndarray + (2D array with `float` type) yX[i, j] = y[i] * X[i, j] + + Returns + ------- + integer_beta : ndarray + (1D array with `float` type) rounded integer solution + """ + n_local, p_local = yX.shape[0], yX.shape[1] + + betas_floor, dist_from_start_to_floor, betas_ceil, dist_from_start_to_ceil, dimensions_to_round = self.get_rounding_distance_and_dimension(betas) + + # yXB = yX.dot(betas) # shape is (n_local, ) + + Gamma = np.zeros((n_local, p_local)) + Gamma[:] = betas_floor + Gamma = Gamma + 1.0 * (yX <= 0) + + yX_Gamma = yX * Gamma + yXB_extreme = np.sum(yX_Gamma, axis=1) + l_factors = np.reciprocal((1 + np.exp(yXB_extreme))) # corresponding to l_i's in the NeurIPS paper + + lyX = l_factors.reshape(-1, 1) * yX + lyX_norm_square = np.sum(lyX * lyX, axis = 0) + + upperBound_arr = 1e12 * np.ones((2 * p_local)) + lyXB_diff = np.zeros((n_local, )) # at the start, betas are not rounded, so coefficient difference is zero + current_upperBound = 0 # at the start, upper is also 0 because betas have not been rounded yet + + while len(dimensions_to_round) > 0: + upperBound_arr.fill(1e12) + + for j in dimensions_to_round: + upperBound_expectation = current_upperBound - lyX_norm_square[j] * dist_from_start_to_floor[j] * dist_from_start_to_ceil[j] + + lyX_j = lyX[:, j] + lyXB_diff_floor_j = lyXB_diff + dist_from_start_to_ceil[j] * lyX_j + upperBound_arr[2*j+1] = np.sum(lyXB_diff_floor_j ** 2) # odd positions stores upper bound for ceiling operation + + if upperBound_arr[2*j+1] > upperBound_expectation: + lyXB_diff_ceil_j = lyXB_diff + dist_from_start_to_floor[j] * lyX_j + upperBound_arr[2*j] = np.sum(lyXB_diff_ceil_j ** 2) # even positions stores upper bound for flooring operation + + best_idx_upperBound_arr = np.argmin(upperBound_arr) + current_upperBound = upperBound_arr[best_idx_upperBound_arr] + + best_j, is_ceil = best_idx_upperBound_arr // 2, best_idx_upperBound_arr % 2 + + if is_ceil: + betas[best_j] += dist_from_start_to_ceil[best_j] + lyXB_diff = lyXB_diff + dist_from_start_to_ceil[best_j] * lyX[:, best_j] + else: + betas[best_j] += dist_from_start_to_floor[best_j] + lyXB_diff = lyXB_diff + dist_from_start_to_floor[best_j] * lyX[:, best_j] + + dimensions_to_round.remove(best_j) + + return betas \ No newline at end of file diff --git a/Orange/classification/utils/fasterrisk/sparseBeamSearch.py b/Orange/classification/utils/fasterrisk/sparseBeamSearch.py new file mode 100644 index 00000000000..29a9351b112 --- /dev/null +++ b/Orange/classification/utils/fasterrisk/sparseBeamSearch.py @@ -0,0 +1,192 @@ +import numpy as np +import sys +# import warnings +# warnings.filterwarnings("ignore") + +from Orange.classification.utils.fasterrisk.utils import get_support_indices, get_nonsupport_indices, compute_logisticLoss_from_ExpyXB +from Orange.classification.utils.fasterrisk.base_model import logRegModel + +class sparseLogRegModel(logRegModel): + def __init__(self, X, y, lambda2=1e-8, intercept=True, original_lb=-5, original_ub=5): + super().__init__(X=X, y=y, lambda2=lambda2, intercept=intercept, original_lb=original_lb, original_ub=original_ub) + + def getAvailableIndices_for_expansion(self, betas): + """Get the indices of features that can be added to the support of the current sparse solution + + Parameters + ---------- + betas : ndarray + (1D array with `float` type) The current sparse solution + + Returns + ------- + available_indices : ndarray + (1D array with `int` type) The indices of features that can be added to the support of the current sparse solution + """ + available_indices = get_nonsupport_indices(betas) + return available_indices + + def expand_parent_i_support_via_OMP_by_1(self, i, child_size=10): + """For parent solution i, generate [child_size] child solutions + + Parameters + ---------- + i : int + index of the parent solution + child_size : int, optional + how many child solutions to generate based on parent solution i, by default 10 + """ + # non_support = get_nonsupport_indices(self.betas_arr_parent[i]) + non_support = self.getAvailableIndices_for_expansion(self.betas_arr_parent[i]) + support = get_support_indices(self.betas_arr_parent[i]) + + grad_on_non_support = self.yXT[non_support].dot(np.reciprocal(1+self.ExpyXB_arr_parent[i])) + abs_grad_on_non_support = np.abs(grad_on_non_support) + + num_new_js = min(child_size, len(non_support)) + new_js = non_support[np.argsort(-abs_grad_on_non_support)][:num_new_js] + child_start, child_end = i*child_size, i*child_size + num_new_js + + self.ExpyXB_arr_child[child_start:child_end] = self.ExpyXB_arr_parent[i, :] # (num_new_js, n) + # self.betas_arr_child[child_start:child_end, non_support] = 0 + self.betas_arr_child[child_start:child_end] = 0 + self.betas_arr_child[child_start:child_end, support] = self.betas_arr_parent[i, support] + self.beta0_arr_child[child_start:child_end] = self.beta0_arr_parent[i] + + beta_new_js = np.zeros((num_new_js, )) #(len(new_js), ) + diff_max = 1e3 + + step = 0 + while step < 10 and diff_max > 1e-3: + prev_beta_new_js = beta_new_js.copy() + grad_on_new_js = -np.sum(self.yXT[new_js] * np.reciprocal(1.+self.ExpyXB_arr_child[child_start:child_end]), axis=1) + self.twoLambda2 * beta_new_js + step_at_new_js = grad_on_new_js / self.Lipschitz + + beta_new_js = prev_beta_new_js - step_at_new_js + beta_new_js = np.clip(beta_new_js, self.lbs[new_js], self.ubs[new_js]) + diff_beta_new_js = beta_new_js - prev_beta_new_js + + self.ExpyXB_arr_child[child_start:child_end] *= np.exp(self.yXT[new_js] * diff_beta_new_js.reshape(-1, 1)) + + diff_max = max(np.abs(diff_beta_new_js)) + step += 1 + + for l in range(num_new_js): + child_id = child_start + l + self.betas_arr_child[child_id, new_js[l]] = beta_new_js[l] + tmp_support_str = str(get_support_indices(self.betas_arr_child[child_id])) + if tmp_support_str not in self.forbidden_support: + self.total_child_added += 1 # count how many unique child has been added for a specified support size + self.forbidden_support.add(tmp_support_str) + + self.ExpyXB_arr_child[child_id], self.beta0_arr_child[child_id], self.betas_arr_child[child_id] = self.finetune_on_current_support(self.ExpyXB_arr_child[child_id], self.beta0_arr_child[child_id], self.betas_arr_child[child_id]) + self.loss_arr_child[child_id] = compute_logisticLoss_from_ExpyXB(self.ExpyXB_arr_child[child_id]) + + def beamSearch_multipleSupports_via_OMP_by_1(self, parent_size=10, child_size=10): + """Each parent solution generates [child_size] child solutions, so there will be [parent_size] * [child_size] number of total child solutions. However, only the top [parent_size] child solutions are retained as parent solutions for the next level i+1. + + Parameters + ---------- + parent_size : int, optional + how many top solutions to retain at each level, by default 10 + child_size : int, optional + how many child solutions to generate based on each parent solution, by default 10 + """ + self.loss_arr_child.fill(1e12) + self.total_child_added = 0 + + for i in range(self.num_parent): + self.expand_parent_i_support_via_OMP_by_1(i, child_size=child_size) + + child_indices = np.argsort(self.loss_arr_child)[:min(parent_size, self.total_child_added)] # get indices of children which have the smallest losses + num_child_indices = len(child_indices) + self.ExpyXB_arr_parent[:num_child_indices], self.beta0_arr_parent[:num_child_indices], self.betas_arr_parent[:num_child_indices] = self.ExpyXB_arr_child[child_indices], self.beta0_arr_child[child_indices], self.betas_arr_child[child_indices] + + self.num_parent = num_child_indices + + def get_sparse_sol_via_OMP(self, k, parent_size=10, child_size=10): + """Get sparse solution through beam search and orthogonal matching pursuit (OMP), for level i, each parent solution generates [child_size] child solutions, so there will be [parent_size] * [child_size] number of total child solutions. However, only the top [parent_size] child solutions are retained as parent solutions for the next level i+1. + + Parameters + ---------- + k : int + number of nonzero coefficients for the final sparse solution + parent_size : int, optional + how many top solutions to retain at each level, by default 10 + child_size : int, optional + how many child solutions to generate based on each parent solution, by default 10 + """ + nonzero_indices_set = set(np.where(np.abs(self.betas) > 1e-9)[0]) + # print("get_sparse_sol_via_OMP, initial support is:", nonzero_indices_set) + zero_indices_set = set(range(self.p)) - nonzero_indices_set + num_nonzero = len(nonzero_indices_set) + + if len(zero_indices_set) == 0: + return + + # if there is no warm start solution, initialize beta0 analytically + if (self.intercept) and (len(nonzero_indices_set) == 0): + y_sum = np.sum(self.y) + num_y_pos_1 = (y_sum + self.n)/2 + num_y_neg_1 = self.n - num_y_pos_1 + self.beta0 = np.log(num_y_pos_1/num_y_neg_1) + self.ExpyXB *= np.exp(self.y * self.beta0) + + # create beam search parent + self.ExpyXB_arr_parent = np.zeros((parent_size, self.n)) + self.beta0_arr_parent = np.zeros((parent_size, )) + self.betas_arr_parent = np.zeros((parent_size, self.p)) + self.ExpyXB_arr_parent[0, :] = self.ExpyXB[:] + self.beta0_arr_parent[0] = self.beta0 + self.betas_arr_parent[0, :] = self.betas[:] + self.num_parent = 1 + + # create beam search children. parent[i]->child[i*child_size:(i+1)*child_size] + total_child_size = parent_size * child_size + self.ExpyXB_arr_child = np.zeros((total_child_size, self.n)) + self.beta0_arr_child = np.zeros((total_child_size, )) + self.betas_arr_child = np.zeros((total_child_size, self.p)) + self.isMasked_arr_child = np.ones((total_child_size, ), dtype=bool) + self.loss_arr_child = 1e12 * np.ones((total_child_size, )) + self.forbidden_support = set() + + while num_nonzero < min(k, self.p): + num_nonzero += 1 + self.beamSearch_multipleSupports_via_OMP_by_1(parent_size=parent_size, child_size=child_size) + + self.ExpyXB, self.beta0, self.betas = self.ExpyXB_arr_parent[0], self.beta0_arr_parent[0], self.betas_arr_parent[0] + +class groupSparseLogRegModel(sparseLogRegModel): + def __init__(self, X, y, lambda2=1e-8, intercept=True, original_lb=-5, original_ub=5, group_sparsity=10, featureIndex_to_groupIndex=None, groupIndex_to_featureIndices=None): + super().__init__(X=X, y=y, lambda2=lambda2, intercept=intercept, original_lb=original_lb, original_ub=original_ub) + + self.group_sparsity = group_sparsity + self.featureIndex_to_groupIndex = featureIndex_to_groupIndex # this is a numpy array + self.groupIndex_to_featureIndices = groupIndex_to_featureIndices # this is a dictionary of sets + + def getAvailableIndices_for_expansion(self, betas): + """Get the indices of features that can be added to the support of the current sparse solution + + Parameters + ---------- + betas : ndarray + (1D array with `float` type) The current sparse solution + + Returns + ------- + available_indices : ndarray + (1D array with `int` type) The indices of features that can be added to the support of the current sparse solution + """ + support = get_support_indices(betas) + existing_groupIndices = np.unique(self.featureIndex_to_groupIndex[support]) + if len(existing_groupIndices) < self.group_sparsity: + available_indices = get_nonsupport_indices(betas) + else: + available_indices = set() + for groupIndex in existing_groupIndices: + available_indices.update(self.groupIndex_to_featureIndices[groupIndex]) + available_indices = available_indices - set(support) + available_indices = np.array(list(available_indices), dtype=int) + + return available_indices + \ No newline at end of file diff --git a/Orange/classification/utils/fasterrisk/sparseDiversePool.py b/Orange/classification/utils/fasterrisk/sparseDiversePool.py new file mode 100644 index 00000000000..ddf4cdc3df4 --- /dev/null +++ b/Orange/classification/utils/fasterrisk/sparseDiversePool.py @@ -0,0 +1,161 @@ +import numpy as np +import sys +# import warnings +# warnings.filterwarnings("ignore") +from Orange.classification.utils.fasterrisk.utils import get_support_indices, get_nonsupport_indices, compute_logisticLoss_from_ExpyXB +from Orange.classification.utils.fasterrisk.base_model import logRegModel + +class sparseDiversePoolLogRegModel(logRegModel): + def __init__(self, X, y, lambda2=1e-8, intercept=True, original_lb=-5, original_ub=5): + super().__init__(X=X, y=y, lambda2=lambda2, intercept=intercept, original_lb=original_lb, original_ub=original_ub) + + def getAvailableIndices_for_expansion_but_avoid_l(self, nonsupport, support, l): + """Get the indices of features that can be added to the support of the current sparse solution + + Parameters + ---------- + betas : ndarray + (1D array with `float` type) The current sparse solution + + Returns + ------- + available_indices : ndarray + (1D array with `int` type) The indices of features that can be added to the support of the current sparse solution + """ + return nonsupport + + def get_sparseDiversePool(self, gap_tolerance=0.05, select_top_m=10, maxAttempts=50): + """For the current sparse solution, get from the sparse diverse pool [select_top_m] solutions, which perform equally well as the current sparse solution. This sparse diverse pool is also called the Rashomon set. We discover new solutions by swapping 1 feature in the support of the current sparse solution. + + Parameters + ---------- + gap_tolerance : float, optional + New solution is accepted after swapping features if the new loss is within the [gap_tolerance] of the old loss, by default 0.05 + select_top_m : int, optional + We select the top [select_top_m] solutions from support_size*maxAttempts number of new solutions, by default 10 + maxAttempts : int, optional + We try to swap each feature in the support with [maxAttempts] of new features, by default 50 + + Returns + ------- + intercept_array : ndarray + (1D array with `float` type) Return the intercept array with shape = (select_top_m, ) + coefficients_array : ndarray + (2D array with `float` type) Return the coefficients array with shape = (select_top_m, p) + """ + # select top m solutions with the lowest logistic losses + # Note Bene: loss comparison here does not include logistic loss + nonzero_indices = get_support_indices(self.betas) + zero_indices = get_nonsupport_indices(self.betas) + + num_support = len(nonzero_indices) + num_nonsupport = len(zero_indices) + + maxAttempts = min(maxAttempts, num_nonsupport) + max_num_new_js = maxAttempts + + total_solutions = 1 + num_support * maxAttempts + sparseDiversePool_betas = np.zeros((total_solutions, self.p)) + sparseDiversePool_betas[:, nonzero_indices] = self.betas[nonzero_indices] + + sparseDiversePool_beta0 = self.beta0 * np.ones((total_solutions, )) + sparseDiversePool_ExpyXB = np.zeros((total_solutions, self.n)) + sparseDiversePool_loss = 1e12 * np.ones((total_solutions, )) + + sparseDiversePool_ExpyXB[-1] = self.ExpyXB + sparseDiversePool_loss[-1] = compute_logisticLoss_from_ExpyXB(self.ExpyXB) + self.lambda2 * self.betas[nonzero_indices].dot(self.betas[nonzero_indices]) + + betas_squareSum = self.betas[nonzero_indices].dot(self.betas[nonzero_indices]) + + totalNum_in_diverseSet = 1 + for num_old_j, old_j in enumerate(nonzero_indices): + # pick $maxAttempt$ number of features that can replace old_j + sparseDiversePool_start = num_old_j * maxAttempts + sparseDiversePool_end = (1 + num_old_j) * maxAttempts + + sparseDiversePool_ExpyXB[sparseDiversePool_start:sparseDiversePool_end] = self.ExpyXB * np.exp(-self.yXT[old_j] * self.betas[old_j]) + + sparseDiversePool_betas[sparseDiversePool_start:sparseDiversePool_end, old_j] = 0 + + betas_no_old_j_squareSum = betas_squareSum - self.betas[old_j]**2 + + availableIndices = self.getAvailableIndices_for_expansion_but_avoid_l(zero_indices, nonzero_indices, old_j) + + grad_on_availableIndices = -self.yXT[availableIndices].dot(np.reciprocal(1+sparseDiversePool_ExpyXB[sparseDiversePool_start])) + abs_grad_on_availableIndices = np.abs(grad_on_availableIndices) + + # new_js = np.argpartition(abs_full_grad, -max_num_new_js)[-max_num_new_js:] + new_js = availableIndices[np.argsort(-abs_grad_on_availableIndices)[:max_num_new_js]] + + for num_new_j, new_j in enumerate(new_js): + sparseDiversePool_index = sparseDiversePool_start + num_new_j + for _ in range(10): + self.optimize_1step_at_coord(sparseDiversePool_ExpyXB[sparseDiversePool_index], sparseDiversePool_betas[sparseDiversePool_index], self.yXT[new_j, :], new_j) + + loss_sparseDiversePool_index = compute_logisticLoss_from_ExpyXB(sparseDiversePool_ExpyXB[sparseDiversePool_index]) + self.lambda2 * (betas_no_old_j_squareSum + sparseDiversePool_betas[sparseDiversePool_index, new_j] ** 2) + + if (loss_sparseDiversePool_index - sparseDiversePool_loss[-1]) / sparseDiversePool_loss[-1] < gap_tolerance: + totalNum_in_diverseSet += 1 + + sparseDiversePool_ExpyXB[sparseDiversePool_index], sparseDiversePool_beta0[sparseDiversePool_index], sparseDiversePool_betas[sparseDiversePool_index] = self.finetune_on_current_support(sparseDiversePool_ExpyXB[sparseDiversePool_index], sparseDiversePool_beta0[sparseDiversePool_index], sparseDiversePool_betas[sparseDiversePool_index]) + + sparseDiversePool_loss[sparseDiversePool_index] = compute_logisticLoss_from_ExpyXB(sparseDiversePool_ExpyXB[sparseDiversePool_index]) + self.lambda2 * (betas_no_old_j_squareSum + sparseDiversePool_betas[sparseDiversePool_index, new_j] ** 2) + + selected_sparseDiversePool_indices = np.argsort(sparseDiversePool_loss)[:totalNum_in_diverseSet][:select_top_m] + + top_m_original_betas = np.zeros((len(selected_sparseDiversePool_indices), self.p)) + top_m_original_betas[:, self.scaled_feature_indices] = sparseDiversePool_betas[selected_sparseDiversePool_indices][:, self.scaled_feature_indices] / self.X_norm[self.scaled_feature_indices] + top_m_original_beta0 = sparseDiversePool_beta0[selected_sparseDiversePool_indices] - top_m_original_betas.dot(self.X_mean) + + return top_m_original_beta0, top_m_original_betas + + original_sparseDiversePool_solution[1:] = sparseDiversePool_betas[selected_sparseDiversePool_indices].T + original_sparseDiversePool_solution[1+self.scaled_feature_indices] /= self.X_norm[self.scaled_feature_indices].reshape(-1, 1) + + original_sparseDiversePool_solution[0] = sparseDiversePool_beta0[selected_sparseDiversePool_indices] + original_sparseDiversePool_solution[0] -= self.X_mean.T @ original_sparseDiversePool_solution[1:] + + return original_sparseDiversePool_solution # (1+p, m) m is the number of solutions in the pool + +class groupSparseDiversePoolLogRegModel(sparseDiversePoolLogRegModel): + def __init__(self, X, y, lambda2=1e-8, intercept=True, original_lb=-5, original_ub=5, group_sparsity=10, featureIndex_to_groupIndex=None, groupIndex_to_featureIndices=None): + super().__init__(X=X, y=y, lambda2=lambda2, intercept=intercept, original_lb=original_lb, original_ub=original_ub) + + self.group_sparsity = group_sparsity + self.featureIndex_to_groupIndex = featureIndex_to_groupIndex + self.groupIndex_to_featureIndices = groupIndex_to_featureIndices + + def getAvailableIndices_for_expansion_but_avoid_l(self, nonsupport, support, l): + """Get the indices of features that can be added to the support of the current sparse solution + + Parameters + ---------- + nonsupport : ndarray + (1D array with `int` type) The indices of features that are not in the support of the current sparse solution + support : ndarray + (1D array with `int` type) The indices of features that are in the support of the current sparse solution + l : int + The index of the feature that is to be removed from the support of the current sparse solution and this index l belongs to support + + Returns + ------- + available_indices : ndarray + (1D array with `int` type) The indices of features that can be added to the support of the current sparse solution when we delete index l + """ + existing_groupIndices, freq_existing_groupIndices = np.unique(self.featureIndex_to_groupIndex[support], return_counts=True) + freq_groupIndex_of_l = freq_existing_groupIndices[existing_groupIndices == self.featureIndex_to_groupIndex[l]] + if len(existing_groupIndices) < self.group_sparsity: + # we have not reached the group size yet + available_indices = nonsupport + elif freq_groupIndex_of_l == 1: + # or if we remove index l, we still do not reach the group size + available_indices = nonsupport + else: + # we reach the group size even if we remove index l + available_indices = set() + for groupIndex in existing_groupIndices: + available_indices.update(self.groupIndex_to_featureIndices[groupIndex]) + available_indices = available_indices - set(support) + available_indices = np.array(list(available_indices), dtype=int) + + return available_indices diff --git a/Orange/classification/utils/fasterrisk/utils.py b/Orange/classification/utils/fasterrisk/utils.py new file mode 100644 index 00000000000..28048f5be10 --- /dev/null +++ b/Orange/classification/utils/fasterrisk/utils.py @@ -0,0 +1,118 @@ +import numpy as np +from itertools import product +import requests + +def get_groupIndex_to_featureIndices(featureIndex_to_groupIndex): + groupIndex_to_featureIndices = {} + for featureIndex, groupIndex in enumerate(featureIndex_to_groupIndex): + if groupIndex not in groupIndex_to_featureIndices: + groupIndex_to_featureIndices[groupIndex] = set() + groupIndex_to_featureIndices[groupIndex].add(featureIndex) + return groupIndex_to_featureIndices + +def get_support_indices(betas): + return np.where(np.abs(betas) > 1e-9)[0] + +def get_nonsupport_indices(betas): + return np.where(np.abs(betas) <= 1e-9)[0] + +def normalize_X(X): + X_mean = np.mean(X, axis=0) + X_norm = np.linalg.norm(X-X_mean, axis=0) + scaled_feature_indices = np.where(X_norm >= 1e-9)[0] + X_normalized = X-X_mean + X_normalized[:, scaled_feature_indices] = X_normalized[:, scaled_feature_indices]/X_norm[[scaled_feature_indices]] + return X_normalized, X_mean, X_norm, scaled_feature_indices + +def compute_logisticLoss_from_yXB(yXB): + # shape of yXB is (n, ) + return np.sum(np.log(1.+np.exp(-yXB))) + +def compute_logisticLoss_from_ExpyXB(ExpyXB): + # shape of ExpyXB is (n, ) + return np.sum(np.log(1.+np.reciprocal(ExpyXB))) + +def compute_logisticLoss_from_betas_and_yX(betas, yX): + # shape of betas is (p, ) + # shape of yX is (n, p) + yXB = yX.dot(betas) + return compute_logisticLoss_from_yXB(yXB) + +def compute_logisticLoss_from_X_y_beta0_betas(X, y, beta0, betas): + XB = X.dot(betas) + beta0 + yXB = y * XB + return compute_logisticLoss_from_yXB(yXB) + +def convert_y_to_neg_and_pos_1(y): + y_max, y_min = np.min(y), np.max(y) + y_transformed = -1 + 2 * (y-y_min)/(y_max-y_min) # convert y to -1 and 1 + return y_transformed + +def isEqual_upTo_8decimal(a, b): + if np.isscalar(a): + return abs(a - b) < 1e-8 + return np.max(np.abs(a - b)) < 1e-8 + +def isEqual_upTo_16decimal(a, b): + if np.isscalar(a): + return abs(a - b) < 1e-16 + return np.max(np.abs(a - b)) < 1e-16 + +def insertIntercept_asFirstColOf_X(X): + n = len(X) + intercept = np.ones((n, 1)) + X_with_intercept = np.hstack((intercept, X)) + return X_with_intercept + +def get_all_product_booleans(sparsity=5): + # build list of lists: + all_lists = [] + for i in range(sparsity): + all_lists.append([0, 1]) + all_products = list(product(*all_lists)) + all_products = [list(elem) for elem in all_products] + return np.array(all_products) + +def download_file_from_google_drive(id, destination): + # link: https://stackoverflow.com/a/39225272/5040208 + URL = "https://docs.google.com/uc?export=download" + + session = requests.Session() + + response = session.get(URL, params = { 'id' : id , 'confirm': 1 }, stream = True) + token = get_confirm_token(response) + + if token: + params = { 'id' : id, 'confirm' : token } + response = session.get(URL, params = params, stream = True) + + save_response_content(response, destination) + +def get_confirm_token(response): + # link: https://stackoverflow.com/a/39225272/5040208 + for key, value in response.cookies.items(): + if key.startswith('download_warning'): + return value + + return None + +def save_response_content(response, destination): + # link: https://stackoverflow.com/a/39225272/5040208 + CHUNK_SIZE = 32768 + + with open(destination, "wb") as f: + for chunk in response.iter_content(CHUNK_SIZE): + if chunk: # filter out keep-alive new chunks + f.write(chunk) + +def check_bounds(bound, bound_name, num_features): + if isinstance(bound, (float, int)): + assert bound >= 0 if bound_name == "ub" else bound <= 0, f"{bound_name} needs to be >= 0" if bound_name == "ub" else f"{bound_name} needs to be <= 0" + elif isinstance(bound, list): + bound = np.asarray(bound) + assert len(bound) == num_features, f"{bound_name}s for the features need to have the same length as the number of features" + assert np.all(bound >= 0 if bound_name == "ub" else bound <= 0), f"all of {bound_name}s needs to be >= 0" if bound_name == "ub" else f"all of {bound_name}s needs to be <= 0" + else: + raise ValueError(f"{bound_name} needs to be a float, int, or list") + + return bound \ No newline at end of file diff --git a/Orange/widgets/model/icons/ScoringSheet.svg b/Orange/widgets/model/icons/ScoringSheet.svg new file mode 100644 index 00000000000..10e9d15958a --- /dev/null +++ b/Orange/widgets/model/icons/ScoringSheet.svg @@ -0,0 +1,23 @@ + + + + + + + + + + + + + + + + + + + + + diff --git a/Orange/widgets/model/owscoringsheet.py b/Orange/widgets/model/owscoringsheet.py new file mode 100644 index 00000000000..0fe730a806d --- /dev/null +++ b/Orange/widgets/model/owscoringsheet.py @@ -0,0 +1,204 @@ +from AnyQt.QtCore import Qt + +from Orange.data import Table +from Orange.base import Model +from Orange.widgets.utils.owlearnerwidget import OWBaseLearner +from Orange.widgets.utils.concurrent import TaskState, ConcurrentWidgetMixin +from Orange.widgets.widget import Msg +from Orange.widgets import gui +from Orange.widgets.settings import Setting + +from Orange.classification.scoringsheet import ScoringSheetLearner + + +class ScoringSheetRunner: + @staticmethod + def run(learner: ScoringSheetLearner, data: Table, state: TaskState) -> Model: + if data is None: + return None + state.set_status("Learning...") + model = learner(data) + return model + + +class OWScoringSheet(OWBaseLearner, ConcurrentWidgetMixin): + name = "Scoring Sheet" + description = "A fast and explainable classifier." + icon = "icons/ScoringSheet.svg" + replaces = ["orangecontrib.prototypes.widgets.owscoringsheet.OWScoringSheet"] + # priority = 90 + + LEARNER = ScoringSheetLearner + + class Inputs(OWBaseLearner.Inputs): + pass + + class Outputs(OWBaseLearner.Outputs): + pass + + # Preprocessing + num_attr_after_selection = Setting(20) + + # Scoring Sheet Settings + num_decision_params = Setting(5) + max_points_per_param = Setting(5) + custom_features_checkbox = Setting(False) + num_input_features = Setting(1) + + # Warning messages + class Information(OWBaseLearner.Information): + custom_num_of_input_features = Msg( + "If the number of input features used is too low for the number of decision \n" + "parameters, the number of decision parameters will be adjusted to fit the model." + ) + + def __init__(self): + ConcurrentWidgetMixin.__init__(self) + OWBaseLearner.__init__(self) + + def add_main_layout(self): + box = gui.vBox(self.controlArea, "Preprocessing") + + self.num_attr_after_selection_spin = gui.spin( + box, + self, + "num_attr_after_selection", + minv=1, + maxv=100, + step=1, + label="Number of Attributes After Feature Selection:", + orientation=Qt.Horizontal, + alignment=Qt.AlignRight, + callback=self.settings_changed, + controlWidth=45, + ) + + box = gui.vBox(self.controlArea, "Model Parameters") + + gui.spin( + box, + self, + "num_decision_params", + minv=1, + maxv=50, + step=1, + label="Maximum Number of Decision Parameters:", + orientation=Qt.Horizontal, + alignment=Qt.AlignRight, + callback=self.settings_changed, + controlWidth=45, + ), + + gui.spin( + box, + self, + "max_points_per_param", + minv=1, + maxv=100, + step=1, + label="Maximum Points per Decision Parameter:", + orientation=Qt.Horizontal, + alignment=Qt.AlignRight, + callback=self.settings_changed, + controlWidth=45, + ), + + gui.checkBox( + box, + self, + "custom_features_checkbox", + label="Custom number of input features", + callback=[self.settings_changed, self.custom_input_features], + ), + + self.custom_features = gui.spin( + box, + self, + "num_input_features", + minv=1, + maxv=50, + step=1, + label="Number of Input Features Used:", + orientation=Qt.Horizontal, + alignment=Qt.AlignRight, + callback=self.settings_changed, + controlWidth=45, + ) + + self.custom_input_features() + + def custom_input_features(self): + self.custom_features.setEnabled(self.custom_features_checkbox) + if self.custom_features_checkbox: + self.Information.custom_num_of_input_features() + else: + self.Information.custom_num_of_input_features.clear() + self.apply() + + @Inputs.data + def set_data(self, data): + self.cancel() + super().set_data(data) + + @Inputs.preprocessor + def set_preprocessor(self, preprocessor): + self.cancel() + super().set_preprocessor(preprocessor) + + # Enable or disable the spin box based on whether a preprocessor is set + self.num_attr_after_selection_spin.setEnabled(preprocessor is None) + if preprocessor: + self.Information.ignored_preprocessors() + else: + self.Information.ignored_preprocessors.clear() + + def create_learner(self): + return self.LEARNER( + num_attr_after_selection=self.num_attr_after_selection, + num_decision_params=self.num_decision_params, + max_points_per_param=self.max_points_per_param, + num_input_features=( + self.num_input_features if self.custom_features_checkbox else None + ), + preprocessors=self.preprocessors, + ) + + def update_model(self): + self.cancel() + self.show_fitting_failed(None) + self.model = None + if self.data is not None: + self.start(ScoringSheetRunner.run, self.learner, self.data) + else: + self.Outputs.model.send(None) + + def get_learner_parameters(self): + return ( + self.num_decision_params, + self.max_points_per_param, + self.num_input_features, + ) + + def on_partial_result(self, _): + pass + + def on_done(self, result: Model): + assert isinstance(result, Model) or result is None + self.model = result + self.Outputs.model.send(result) + + def on_exception(self, ex): + self.cancel() + self.Outputs.model.send(None) + if isinstance(ex, BaseException): + self.show_fitting_failed(ex) + + def onDeleteWidget(self): + self.shutdown() + super().onDeleteWidget() + + +if __name__ == "__main__": + from Orange.widgets.utils.widgetpreview import WidgetPreview + + WidgetPreview(OWScoringSheet).run() diff --git a/Orange/widgets/model/tests/test_owscoringsheet.py b/Orange/widgets/model/tests/test_owscoringsheet.py new file mode 100644 index 00000000000..dd4c6ac8651 --- /dev/null +++ b/Orange/widgets/model/tests/test_owscoringsheet.py @@ -0,0 +1,113 @@ +import unittest + +from orangewidget.tests.base import WidgetTest + +from Orange.data import Table +from Orange.preprocess import Impute + +from Orange.classification.scoringsheet import ScoringSheetLearner +from Orange.widgets.model.owscoringsheet import OWScoringSheet + + +class TestOWScoringSheet(WidgetTest): + @classmethod + def setUpClass(cls): + super().setUpClass() + cls.heart = Table("heart_disease") + cls.housing = Table("housing") + cls.scoring_sheet_learner = ScoringSheetLearner(20, 5, 5, None) + cls.scoring_sheet_model = cls.scoring_sheet_learner(cls.heart) + + def setUp(self): + self.widget = self.create_widget(OWScoringSheet) + + def test_no_data_input(self): + self.assertIsNotNone(self.get_output(self.widget.Outputs.learner)) + self.assertIsNone(self.get_output(self.widget.Outputs.model)) + + def test_numerical_target_attribute(self): + self.send_signal(self.widget.Inputs.data, self.housing) + self.wait_until_finished() + self.assertTrue(self.widget.Error.fitting_failed.is_shown()) + + def test_settings_in_learner(self): + self.widget.num_attr_after_selection = 20 + self.widget.num_decision_params = 7 + self.widget.max_points_per_param = 8 + self.widget.custom_features_checkbox = True + self.widget.num_input_features = 4 + + self.widget.apply() + + self.send_signal(self.widget.Inputs.data, self.heart) + learner = self.get_output(self.widget.Outputs.learner) + + self.assertEqual(learner.num_decision_params, 7) + self.assertEqual(learner.max_points_per_param, 8) + self.assertEqual(learner.num_input_features, 4) + + def test_settings_in_model(self): + self.widget.num_attr_after_selection = 20 + self.widget.num_decision_params = 7 + self.widget.max_points_per_param = 8 + self.widget.custom_features_checkbox = True + self.widget.num_input_features = 4 + + self.widget.apply() + + self.send_signal(self.widget.Inputs.data, self.heart) + self.wait_until_finished() + model = self.get_output(self.widget.Outputs.model) + + coefficients = model.model.coefficients + non_zero_coefficients = [coef for coef in coefficients if coef != 0] + + self.assertEqual(len(coefficients), self.widget.num_attr_after_selection) + self.assertEqual(len(non_zero_coefficients), self.widget.num_decision_params) + self.assertLessEqual( + max(non_zero_coefficients, key=lambda x: abs(x)), + self.widget.max_points_per_param, + ) + + def test_custom_number_input_features_information(self): + self.widget.custom_features_checkbox = True + self.widget.custom_input_features() + self.assertTrue(self.widget.Information.custom_num_of_input_features.is_shown()) + + self.widget.custom_features_checkbox = False + self.widget.custom_input_features() + self.assertFalse( + self.widget.Information.custom_num_of_input_features.is_shown() + ) + + def test_custom_preprocessors_information(self): + preprocessor = Impute() + self.send_signal(self.widget.Inputs.preprocessor, preprocessor) + self.assertTrue(self.widget.Information.ignored_preprocessors.is_shown()) + + self.send_signal(self.widget.Inputs.preprocessor, None) + self.assertFalse(self.widget.Information.ignored_preprocessors.is_shown()) + + def test_custom_preprocessors_spin_disabled(self): + preprocessor = Impute() + self.send_signal(self.widget.Inputs.preprocessor, preprocessor) + self.assertFalse(self.widget.num_attr_after_selection_spin.isEnabled()) + + def test_default_preprocessors_are_used(self): + learner = self.get_output(self.widget.Outputs.learner) + + self.assertIsNotNone(learner.preprocessors) + self.assertEqual(len(learner.preprocessors), 4) + + def test_custom_preprocessors_are_used(self): + preprocessor = Impute() + self.send_signal(self.widget.Inputs.preprocessor, preprocessor) + learner = self.get_output(self.widget.Outputs.learner) + + self.assertIsNotNone(learner.preprocessors) + self.assertEqual(len(learner.preprocessors), 1) + self.assertEqual(learner.preprocessors[0], preprocessor) + + +if __name__ == "__main__": + unittest.main() diff --git a/Orange/widgets/visualize/icons/ScoringSheetViewer.svg b/Orange/widgets/visualize/icons/ScoringSheetViewer.svg new file mode 100644 index 00000000000..b3aa640ccbc --- /dev/null +++ b/Orange/widgets/visualize/icons/ScoringSheetViewer.svg @@ -0,0 +1,33 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/Orange/widgets/visualize/owscoringsheetviewer.py b/Orange/widgets/visualize/owscoringsheetviewer.py new file mode 100644 index 00000000000..ce00493c255 --- /dev/null +++ b/Orange/widgets/visualize/owscoringsheetviewer.py @@ -0,0 +1,620 @@ +import numpy as np + +from AnyQt import QtGui +from AnyQt.QtWidgets import ( + QTableWidget, + QTableWidgetItem, + QSlider, + QLabel, + QVBoxLayout, + QHBoxLayout, + QWidget, + QStyle, + QToolTip, + QStyleOptionSlider, +) +from AnyQt.QtCore import Qt, QRect +from AnyQt.QtGui import QPainter, QFontMetrics + +from Orange.widgets import gui +from Orange.widgets.settings import ContextSetting +from Orange.widgets.widget import Input, Output, OWWidget, AttributeList, Msg +from Orange.data import Table +from Orange.classification import Model + +from Orange.classification.scoringsheet import ScoringSheetModel +from Orange.classification.utils.fasterrisk.utils import ( + get_support_indices, + get_all_product_booleans, +) + + +class ScoringSheetTable(QTableWidget): + def __init__(self, main_widget, parent=None): + """ + Initialize the ScoringSheetTable. + + It sets the column headers and connects the itemChanged + signal to the handle_item_changed method. + """ + super().__init__(parent) + self.main_widget = main_widget + self.setColumnCount(3) + self.setHorizontalHeaderLabels(["Attribute Name", "Points", "Selected"]) + self.itemChanged.connect(self.handle_item_changed) + + def populate_table(self, attributes, coefficients): + """ + Populates the table with the given attributes and coefficients. + + It creates a row for each attribute and populates the first two columns with + the attribute name and coefficient respectively. The third column contains a + checkbox that allows the user to select the attribute. + """ + self.setRowCount(len(attributes)) + for i, (attr, coef) in enumerate(zip(attributes, coefficients)): + # First column + self.setItem(i, 0, QTableWidgetItem(attr)) + + # Second column (align text to the right) + coef_item = QTableWidgetItem(str(coef)) + coef_item.setTextAlignment(Qt.AlignRight | Qt.AlignVCenter) + self.setItem(i, 1, coef_item) + + # Third column (checkbox) + checkbox = QTableWidgetItem() + checkbox.setCheckState(Qt.Unchecked) + self.setItem(i, 2, checkbox) + + for col in range(self.columnCount()): + item = self.item(i, col) + item.setFlags(item.flags() & ~Qt.ItemIsEditable & ~Qt.ItemIsSelectable) + + # Resize columns to fit the contents + self.resize_columns_to_contents() + + def resize_columns_to_contents(self): + """ + Resize each column to fit the content. + """ + for column in range(self.columnCount()): + self.resizeColumnToContents(column) + + def handle_item_changed(self, item): + """ + Handles the change in the state of the checkbox. + + It updates the slider value depending on the collected points. + """ + if item.column() == 2: + self.main_widget._update_slider_value() + + +class RiskSlider(QWidget): + def __init__(self, points, probabilities, parent=None): + super().__init__(parent) + self.layout = QHBoxLayout(self) + + # Set the margins for the layout + self.leftMargin = 20 + self.topMargin = 20 + self.rightMargin = 20 + self.bottomMargin = 20 + self.layout.setContentsMargins( + self.leftMargin, self.topMargin, self.rightMargin, self.bottomMargin + ) + + # Setup the labels + self.setup_labels() + + # Create the slider + self.slider = QSlider(Qt.Horizontal, self) + self.slider.setEnabled(False) + self.layout.addWidget(self.slider) + + self.points = points + self.probabilities = probabilities + self.setup_slider() + + # Set the margin for drawing text + self.textMargin = 1 + + # This is needed to show the tooltip when the mouse is over the slider thumb + self.slider.installEventFilter(self) + self.setMouseTracking(True) + self.target_class = None + + self.label_frequency = 1 + + def setup_labels(self): + """ + Set up the labels for the slider. + + It creates a vertical layout for the labels and adds it to the main layout. + It is only called once when the widget is initialized. + """ + # Create the labels for the slider + self.label_layout = QVBoxLayout() + # Add the label for the points "Points:" + self.points_label = QLabel("Total:") + self.label_layout.addWidget(self.points_label) + # Add stretch to the label layout + self.label_layout.addSpacing(23) + # Add the label for the probability "Probability:" + self.probability_label = QLabel("Probabilities (%):") + self.label_layout.addWidget(self.probability_label) + self.layout.addLayout(self.label_layout) + # Add a spacer + self.layout.addSpacing(28) + + def setup_slider(self): + """ + Set up the slider with the given points and probabilities. + + It sets the minimum and maximum values (of the indexes for the ticks) of the slider. + It is called when the points and probabilities are updated. + """ + self.slider.setMinimum(0) + self.slider.setMaximum(len(self.points) - 1 if self.points else 0) + self.slider.setTickPosition(QSlider.TicksBothSides) + self.slider.setTickInterval(1) # Set tick interval + + def move_to_value(self, value): + """ + Move the slider to the closest tick mark to the given value. + """ + if not self.points: + return + closest_point_index = min( + range(len(self.points)), key=lambda i: abs(self.points[i] - value) + ) + self.slider.setValue(closest_point_index) + + def resizeEvent(self, event): + super().resizeEvent(event) + self.update_label_frequency() + self.update() + + def update_label_frequency(self): + """ + Update the label frequency based on the width of the slider and the number of points. + + Label frequency determines how many labels are shown on the slider. + """ + total_width = self.slider.width() + label_width = QFontMetrics(self.font()).boundingRect("100.0%").width() + max_labels = total_width // label_width + + frequencies = [1, 2, 5, 10, 20, 50, 100] + for frequency in frequencies: + if max_labels >= len(self.points) / frequency: + self.label_frequency = frequency + break + + def paintEvent(self, event): + """ + Paint the point and probabilitie labels above and below the tick marks respectively. + """ + super().paintEvent(event) + + if not self.points: + return + + painter = QPainter(self) + fm = QFontMetrics(painter.font()) + + for i, point in enumerate(self.points): + if i % self.label_frequency == 0: + # Calculate the x position of the tick mark + x_pos = ( + QStyle.sliderPositionFromValue( + self.slider.minimum(), + self.slider.maximum(), + i, + self.slider.width(), + ) + + self.slider.x() + ) + + # Draw the point label above the tick mark + point_str = str(point) + point_rect = fm.boundingRect(point_str) + point_x = int(x_pos - point_rect.width() / 2) + point_y = int(self.slider.y() - self.textMargin - point_rect.height()) + painter.drawText( + QRect(point_x, point_y, point_rect.width(), point_rect.height()), + Qt.AlignCenter, + point_str, + ) + + # Draw the probability label below the tick mark + prob_str = str(round(self.probabilities[i], 1)) + "%" + prob_rect = fm.boundingRect(prob_str) + prob_x = int(x_pos - prob_rect.width() / 2) + prob_y = int(self.slider.y() + self.slider.height() + self.textMargin) + painter.drawText( + QRect(prob_x, prob_y, prob_rect.width(), prob_rect.height()), + Qt.AlignCenter, + prob_str, + ) + + painter.end() + + def eventFilter(self, watched, event): + """ + Event filter to intercept hover events on the slider. + + This is needed to show the tooltip when the mouse is over the slider thumb. + """ + if watched == self.slider and isinstance(event, QtGui.QHoverEvent): + # Handle the hover event when it's over the slider + self.handle_hover_event(event.pos()) + return True + else: + # Call the base class method to continue default event processing + return super().eventFilter(watched, event) + + def handle_hover_event(self, pos): + """ + Handle hover events for the slider. + + Display the tooltip when the mouse is over the slider thumb. + """ + thumbRect = self.get_thumb_rect() + if thumbRect.contains(pos) and self.points: + value = self.slider.value() + points = self.points[value] + probability = self.probabilities[value] + tooltip = str( + f"{self.target_class}\n " + f"
" + f"Points: {int(points)}
" + f"Probability: {probability:.1f}%" + ) + QToolTip.showText(self.slider.mapToGlobal(pos), tooltip) + else: + QToolTip.hideText() + + def get_thumb_rect(self): + """ + Get the rectangle of the slider thumb. + """ + opt = QStyleOptionSlider() + self.slider.initStyleOption(opt) + + style = self.slider.style() + + # Get the area of the slider that contains the handle + handle_rect = style.subControlRect( + QStyle.CC_Slider, opt, QStyle.SC_SliderHandle, self.slider + ) + + # Calculate the position and size of the thumb + thumb_x = handle_rect.x() + thumb_y = handle_rect.y() + thumb_width = handle_rect.width() + thumb_height = handle_rect.height() + + return QRect(thumb_x, thumb_y, thumb_width, thumb_height) + + +class OWScoringSheetViewer(OWWidget): + """ + Allows visualization of the scoring sheet model. + """ + + name = "Scoring Sheet Viewer" + description = "Visualize the scoring sheet model." + want_control_area = False + icon = "icons/ScoringSheetViewer.svg" + replaces = [ + "orangecontrib.prototypes.widgets.owscoringsheetviewer.OWScoringSheetViewer" + ] + # priority = 90 + + class Inputs: + classifier = Input("Classifier", Model) + data = Input("Data", Table) + + class Outputs: + features = Output("Features", AttributeList) + + target_class_index = ContextSetting(0) + + class Error(OWWidget.Error): + invalid_classifier = Msg( + "Scoring Sheet Viewer only accepts a Scoring Sheet model." + ) + + class Information(OWWidget.Information): + multiple_instances = Msg( + "The input data contains multiple instances. Only the first instance will be used." + ) + + def __init__(self): + super().__init__() + self.data = None + self.instance = None + self.instance_points = [] + self.classifier = None + self.coefficients = None + self.attributes = None + self.all_scores = None + self.all_risks = None + self.domain = None + self.old_target_class_index = self.target_class_index + + self._setup_gui() + self.resize(700, 400) + + # GUI Methods ---------------------------------------------------------------------------------- + + def _setup_gui(self): + # Create a new widget box for the combo box in the main area + combo_box_layout = gui.widgetBox(self.mainArea, orientation="horizontal") + self.class_combo = gui.comboBox( + combo_box_layout, + self, + "target_class_index", + callback=self._class_combo_changed, + ) + self.class_combo.setFixedWidth(100) + combo_box_layout.layout().addWidget(QLabel("Target class:")) + combo_box_layout.layout().addWidget(self.class_combo) + combo_box_layout.layout().addStretch() + + self.coefficient_table = ScoringSheetTable(main_widget=self, parent=self) + gui.widgetBox(self.mainArea).layout().addWidget(self.coefficient_table) + + self.risk_slider = RiskSlider([], [], self) + gui.widgetBox(self.mainArea).layout().addWidget(self.risk_slider) + + def _reset_ui_to_original_state(self): + """ + Reset all UI components to their original state. + """ + # Reset the coefficient table + self.coefficient_table.clearContents() + self.coefficient_table.setRowCount(0) + + # Reset the risk slider + self.risk_slider.slider.setValue(0) + self.risk_slider.points = [] + self.risk_slider.probabilities = [] + self.risk_slider.setup_slider() + self.risk_slider.update() + + # Reset class combo box + self.class_combo.clear() + + def _populate_interface(self): + """Populate the scoring sheet based on extracted data.""" + if self.attributes and self.coefficients: + self.coefficient_table.populate_table(self.attributes, self.coefficients) + + # Update points and probabilities in the custom slider + class_var_name = self.domain.class_vars[0].name + class_var_value = self.domain.class_vars[0].values[self.target_class_index] + + self.risk_slider.points = self.all_scores + self.risk_slider.probabilities = self.all_risks + self.risk_slider.target_class = f"{class_var_name} = {class_var_value}" + self.risk_slider.setup_slider() + self.risk_slider.update() + + def _update_slider_value(self): + """ + Updates the slider value to reflect the total points collected. + + This method is called when user changes the state of the checkbox in the coefficient table. + """ + if not self.coefficient_table: + return + total_coefficient = sum( + float(self.coefficient_table.item(row, 1).text()) + for row in range(self.coefficient_table.rowCount()) + if self.coefficient_table.item(row, 2) + and self.coefficient_table.item(row, 2).checkState() == Qt.Checked + ) + self.risk_slider.move_to_value(total_coefficient) + + def _update_controls(self): + """ + It updates the interface components based on the extracted data. + + This method is called when the user inputs data, changes the classifier or the target class. + """ + self._populate_interface() + self._update_slider_value() + self._setup_class_combo() + self._set_instance_points() + + # Class Combo Methods -------------------------------------------------------------------------- + + def _setup_class_combo(self): + """ + This method is used to populate the class combo box with the target classes. + """ + self.class_combo.clear() + if self.domain is not None: + values = self.domain.class_vars[0].values + if values: + self.class_combo.addItems(values) + self.class_combo.setCurrentIndex(self.target_class_index) + + def _class_combo_changed(self): + """ + This method is called when the user changes the target class. + It updates the interface components based on the selected class. + """ + self.target_class_index = self.class_combo.currentIndex() + if self.target_class_index == self.old_target_class_index: + return + self.old_target_class_index = self.target_class_index + + self._adjust_for_target_class() + self._update_controls() + + def _adjust_for_target_class(self): + """ + Adjusts the coefficients, scores, and risks for the negative/positive class. + + This allows user to select the target class and see the + corresponding coefficients, scores, and risks. + """ + # Negate the coefficients + self.coefficients = [-coef for coef in self.coefficients] + # Negate the scores + self.all_scores = [-score if score != 0 else score for score in self.all_scores] + self.all_scores.sort() + # Adjust the risks + self.all_risks = [100 - risk for risk in self.all_risks] + self.all_risks.sort() + + # Classifier Input Methods --------------------------------------------------------------------- + + def _extract_data_from_model(self, classifier): + """ + Extracts the attributes, non-zero coefficients, all possible + scores, and corresponding probabilities from the model. + """ + model = classifier.model + + # 1. Extracting attributes and non-zero coefficients + nonzero_indices = get_support_indices(model.coefficients) + attributes = [model.featureNames[i] for i in nonzero_indices] + coefficients = [int(model.coefficients[i]) for i in nonzero_indices] + + # 2. Extracting possible points and corresponding probabilities + len_nonzero_indices = len(nonzero_indices) + # If we have less than 10 attributes, we can calculate all possible combinations of scores. + if len_nonzero_indices <= 10: + all_product_booleans = get_all_product_booleans(len_nonzero_indices) + all_scores = all_product_booleans.dot(model.coefficients[nonzero_indices]) + all_scores = np.unique(all_scores) + # If there are more than 10 non-zero coefficients, calculating all possible combinations + # of scores might be computationally intensive. Instead, the method calculates all possible + # scores from the training dataset (X_train) and then picks some quantile points + # (in this case, a maximum of 20) to represent the possible scores. + else: + all_scores = model.X_train.dot(model.coefficients) + all_scores = np.unique(all_scores) + quantile_len = min(20, len(all_scores)) + quantile_points = np.asarray(range(1, 1 + quantile_len)) / quantile_len + all_scores = np.quantile( + all_scores, quantile_points, method="closest_observation" + ) + + all_scaled_scores = (model.intercept + all_scores) / model.multiplier + all_risks = 1 / (1 + np.exp(-all_scaled_scores)) + + self.attributes = attributes + self.coefficients = coefficients + self.all_scores = all_scores.tolist() + self.all_risks = (all_risks * 100).tolist() + self.domain = classifier.domain + + # For some reason when leading the model the scores and probabilities are + # set for the wrong target class. This is a workaround to fix that. + self._adjust_for_target_class() + + def _is_valid_classifier(self, classifier): + """Check if the classifier is a valid ScoringSheetModel.""" + if not isinstance(classifier, ScoringSheetModel): + self.Error.invalid_classifier() + return False + return True + + def _clear_classifier_data(self): + """Clear classifier data and associated interface components.""" + self.coefficients = None + self.attributes = None + self.all_scores = None + self.all_risks = None + self.classifier = None + self.Outputs.features.send(None) + + # Data Input Methods --------------------------------------------------------------------------- + + def _clear_table_data(self): + """Clear data and associated interface components.""" + self.data = None + self.instance = None + self.instance_points = [] + self._set_table_checkboxes() + + def _set_instance_points(self): + """ + Initializes the instance and its points and sets the checkboxes in the coefficient table. + """ + if self.data and self.domain is not None: + self._init_instance_points() + + self._set_table_checkboxes() + + def _set_table_checkboxes(self): + """ + Sets the checkboxes in the coefficient table based on the instance points. + Or clears the checkboxes if the instance points are not initialized. + """ + for row in range(self.coefficient_table.rowCount()): + if self.instance_points and self.instance_points[row] != 0: + self.coefficient_table.item(row, 2).setCheckState(Qt.Checked) + else: + self.coefficient_table.item(row, 2).setCheckState(Qt.Unchecked) + + def _init_instance_points(self): + """ + Initialize the instance which is used to show the points collected for each attribute. + Get the values of the features for the instance and store them in a list. + """ + instances = self.data.transform(self.domain) + self.instance = instances[0] + self.instance_points = [ + self.instance.list[i] + for i in get_support_indices(self.classifier.model.coefficients) + ] + + # Input Methods -------------------------------------------------------------------------------- + + @Inputs.classifier + def set_classifier(self, classifier): + self.Error.invalid_classifier.clear() + if not classifier or not self._is_valid_classifier(classifier): + self._clear_classifier_data() + self._reset_ui_to_original_state() + return + + self.classifier = classifier + self._extract_data_from_model(classifier) + self._update_controls() + # Output the features + self.Outputs.features.send( + AttributeList( + [feature for feature in self.domain if feature.name in self.attributes] + ) + ) + + @Inputs.data + def set_data(self, data): + self.Information.multiple_instances.clear() + if not data or len(data) < 1: + self._clear_table_data() + return + + self.data = data + if len(data) > 1: + self.Information.multiple_instances() + self._update_controls() + + +if __name__ == "__main__": + from Orange.widgets.utils.widgetpreview import WidgetPreview + from Orange.classification.scoringsheet import ScoringSheetLearner + + mock_data = Table("heart_disease") + mock_learner = ScoringSheetLearner(15, 5, 5, None) + mock_model = mock_learner(mock_data) + WidgetPreview(OWScoringSheetViewer).run( + set_classifier=mock_model, set_data=mock_data + ) diff --git a/Orange/widgets/visualize/tests/test_owscoringsheetviewer.py b/Orange/widgets/visualize/tests/test_owscoringsheetviewer.py new file mode 100644 index 00000000000..ae04bb74593 --- /dev/null +++ b/Orange/widgets/visualize/tests/test_owscoringsheetviewer.py @@ -0,0 +1,184 @@ +import unittest + +from AnyQt.QtCore import Qt + +from orangewidget.tests.base import WidgetTest + +from Orange.data import Table +from Orange.widgets.widget import AttributeList + +from Orange.classification.logistic_regression import LogisticRegressionLearner + +from Orange.classification.scoringsheet import ScoringSheetLearner +from Orange.widgets.visualize.owscoringsheetviewer import OWScoringSheetViewer + + +class TestOWScoringSheetViewer(WidgetTest): + @classmethod + def setUpClass(cls): + super().setUpClass() + cls.heart = Table("heart_disease") + cls.scoring_sheet_learner = ScoringSheetLearner(20, 5, 5, None) + cls.scoring_sheet_model = cls.scoring_sheet_learner(cls.heart) + cls.logistic_regression_learner = LogisticRegressionLearner(tol=1) + cls.logistic_regression_model = cls.logistic_regression_learner(cls.heart[:10]) + + def setUp(self): + self.widget = self.create_widget(OWScoringSheetViewer) + + def test_no_classifier_input(self): + coef_table = self.widget.coefficient_table + risk_slider = self.widget.risk_slider + class_combo = self.widget.class_combo + + self.assertEqual(coef_table.rowCount(), 0) + self.assertEqual(risk_slider.slider.value(), 0) + self.assertEqual(class_combo.count(), 0) + + def test_no_classifier_output(self): + self.assertIsNone(self.get_output(self.widget.Outputs.features)) + self.send_signal(self.widget.Inputs.classifier, self.scoring_sheet_model) + self.send_signal(self.widget.Inputs.classifier, None) + self.assertIsNone(self.get_output(self.widget.Outputs.features)) + + def test_classifier_output(self): + self.send_signal(self.widget.Inputs.classifier, self.scoring_sheet_model) + output = self.get_output(self.widget.Outputs.features) + self.assertIsInstance(output, AttributeList) + self.assertEqual(len(output), self.scoring_sheet_learner.num_decision_params) + + def test_table_population_on_model_input(self): + self.send_signal(self.widget.Inputs.classifier, self.scoring_sheet_model) + table = self.widget.coefficient_table + self.assertEqual( + table.rowCount(), self.scoring_sheet_learner.num_decision_params + ) + + for column in range(table.columnCount()): + for row in range(table.rowCount()): + self.assertIsNotNone(table.item(row, column)) + if column == 2: + self.assertEqual(table.item(row, column).checkState(), Qt.Unchecked) + + def test_slider_population_on_model_input(self): + self.send_signal(self.widget.Inputs.classifier, self.scoring_sheet_model) + slider = self.widget.risk_slider + self.assertIsNotNone(slider.points) + self.assertIsNotNone(slider.probabilities) + self.assertEqual(len(slider.points), len(slider.probabilities)) + + def test_slider_update_on_checkbox_toggle(self): + self.send_signal(self.widget.Inputs.classifier, self.scoring_sheet_model) + + coef_table = self.widget.coefficient_table + risk_slider = self.widget.risk_slider + risk_slider_points = risk_slider.points + + # Get the items in the first row of the table + checkbox_item = coef_table.item(0, 2) + attribute_points_item = coef_table.item(0, 1) + + # Check if the slider value is "0" before changing the checkbox + self.assertEqual(risk_slider.slider.value(), risk_slider_points.index(0)) + + # Directly change the checkbox state to Checked + checkbox_item.setCheckState(Qt.Checked) + + # Re-fetch the items after change + attribute_points_item = coef_table.item(0, 1) + + # Check if the slider value is now the same as the attribute's coefficient + self.assertEqual( + risk_slider.slider.value(), + risk_slider_points.index(float(attribute_points_item.text())), + ) + + # Directly change the checkbox state to Unchecked + checkbox_item.setCheckState(Qt.Unchecked) + + # Check if the slider value is "0" again + self.assertEqual(risk_slider.slider.value(), risk_slider_points.index(0)) + + def test_target_class_change(self): + self.send_signal(self.widget.Inputs.classifier, self.scoring_sheet_model) + self.class_combo = self.widget.class_combo + + # Check if the values of the combobox "match" the domain + self.assertEqual( + self.class_combo.count(), + len(self.scoring_sheet_model.domain.class_var.values), + ) + for i in range(self.class_combo.count()): + self.assertEqual( + self.class_combo.itemText(i), + self.scoring_sheet_model.domain.class_var.values[i], + ) + + old_coefficients = self.widget.coefficients.copy() + old_all_scores = self.widget.all_scores.copy() + old_all_risks = self.widget.all_risks.copy() + + # Change the target class to the second class + self.class_combo.setCurrentIndex(1) + self.widget._class_combo_changed() + + # Check if the coefficients, scores, and risks have changed + self.assertNotEqual(old_coefficients, self.widget.coefficients) + self.assertNotEqual(old_all_scores, self.widget.all_scores) + self.assertNotEqual(old_all_risks, self.widget.all_risks) + + def test_invalid_classifier_error(self): + self.send_signal(self.widget.Inputs.classifier, self.logistic_regression_model) + self.assertTrue(self.widget.Error.invalid_classifier.is_shown()) + self.send_signal(self.widget.Inputs.classifier, self.scoring_sheet_model) + self.assertFalse(self.widget.Error.invalid_classifier.is_shown()) + + def test_multiple_instances_information(self): + self.send_signal(self.widget.Inputs.data, self.heart[:2]) + self.assertTrue(self.widget.Information.multiple_instances.is_shown()) + self.send_signal(self.widget.Inputs.data, self.heart[:1]) + self.assertFalse(self.widget.Information.multiple_instances.is_shown()) + + def _get_checkbox_states(self, coef_table): + for row in range(coef_table.rowCount()): + if self.widget.instance_points[row] == 1: + self.assertEqual(coef_table.item(row, 2).checkState(), Qt.Checked) + else: + self.assertEqual(coef_table.item(row, 2).checkState(), Qt.Unchecked) + + def test_checkbox_after_instance_input(self): + self.send_signal(self.widget.Inputs.classifier, self.scoring_sheet_model) + self.send_signal(self.widget.Inputs.data, self.heart[:1]) + coef_table = self.widget.coefficient_table + self._get_checkbox_states(coef_table) + self.send_signal(self.widget.Inputs.data, self.heart[1:2]) + self._get_checkbox_states(coef_table) + + def test_no_classifier_UI(self): + coef_table = self.widget.coefficient_table + risk_slider = self.widget.risk_slider + class_combo = self.widget.class_combo + + self.assertEqual(coef_table.rowCount(), 0) + self.assertEqual(risk_slider.points, []) + self.assertEqual(class_combo.count(), 0) + + self.send_signal(self.widget.Inputs.classifier, 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This parameter helps to manage (reduce) the potentially large number of resulting features and ensures a faster learning process by selecting only the best ones for model training. + +- Maximum Number of Decision Parameters - Limits the number of decision parameters in the model, balancing complexity and explainability. More parameters can increase accuracy but make the model harder to explain. + +- Maximum Points per Decision Parameter - Controls the range of points each decision parameter can contribute. A wider range can increase model complexity and accuracy but may reduce explainability. + +- Number of Input Features Used - Specifies how many original features (before binarization) the decision parameters can originate from. This is useful for ensuring each parameter originates from a unique feature or when only a subset of features is desired. + + +Example +------- + +![](images/ScoringSheet-workflow.png) + +The workflow above shows the most straightforward way of using the Scoring Sheet widget. After training the Scoring Sheet model using our dataset, we input it into the Scoring Sheet Viewer widget, which presents us with a scoring sheet. + +![](images/ScoringSheet-workflow2.png) + +The second way of using the Scoring Sheet widget is to use it as any other classification model. In this case, we can use the Test & Score widget to evaluate the model's performance. 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b/doc/visual-programming/source/widgets/visualize/scoringsheetviewer.md new file mode 100644 index 00000000000..c05d5c204e0 --- /dev/null +++ b/doc/visual-programming/source/widgets/visualize/scoringsheetviewer.md @@ -0,0 +1,28 @@ +Scoring Sheet Viewer +================ +A widget for visualizing the scoring sheet predictions. + +**Inputs** + +- Classifier: a trained scoring sheet model +- Data: dataset used to visualize the predictions on different instances + +**Outputs** + +- Features: features used in the scoring sheet + +![](images/ScoringSheetViewer-widget.png) + +**Scoring Sheet Viewer** widget offers a simple and intuitive way of visualizing the predictions of the scoring sheet model. The widget takes as input a trained scoring sheet model and a optional dataset (instance) on which we want to visualize the predictions. The widget presents us with a table that visualizes each feature's contribution to the final score, where a higher score indicates a greater chance for an individual to be classified with the target class. Each feature's contribution can be positive or negative, indicating whether it increases or decreases the risk. + + +Example +------- + +![](images/ScoringSheetViewer-workflow.png) + +In this example, we first sample the data, with a portion used to train the Scoring Sheet model and a part routed to the Table widget. This setup allows us to select instances and observe how the scoring sheet performs with new, unseen data. + +Let's analyze and learn to interpret the scoring sheet using the example. It features five decision parameters, with points ranging from -5 to 5. We have set the target class to '1,' indicating the 'presence' of heart disease. Positive-value decision parameters increase the risk of heart disease, while those with negative values reduce it. + +Consider a selected instance from the Data Table widget. It has a 'slope peak exc ST' attribute value of 'upsloping', which reduces the heart disease risk by 3 points. However, it also has the 'chest pain' attribute set to 'asymptomatic', increasing the risk by 5 points. This combination results in a total score of 2, corresponding to a 71.6% probability of having heart disease. diff --git a/doc/widgets.json b/doc/widgets.json index 7d0f8f1db5f..c403833167e 100644 --- a/doc/widgets.json +++ b/doc/widgets.json @@ -581,6 +581,15 @@ "keywords": [ "nomogram" ] + }, + { + "text": "Scroing Sheet Viewer", + "doc": "visual-programming/source/widgets/visualize/scoringsheetviewer.md", + "icon": "../Orange/widgets/visualize/icons/ScoringSheetViewer.svg", + "background": "#FFB7B1", + "keywords": [ + "scoring sheet viewer" + ] } ] ], @@ -789,6 +798,16 @@ "open", "model" ] + }, + { + "text": "Scoring Sheet", + "doc": "visual-programming/source/widgets/model/scoringsheet.md", + "icon": "../Orange/widgets/model/icons/ScoringSheet.svg", + "background": "#FAC1D9", + "keywords": [ + "scoring", + "sheet" + ] } ] ],