Hub
  • Software
  • Blog
  • Forum
  • Events
  • Documentation
  • About KNIME
  • KNIME Hub
  • Nodes
  • Lift Chart
NodeNode / Visualizer

Lift Chart

Views JavaScript
Drag & drop
Like
Copy short link

Creates a lift chart. Additionally, a chart for the cumulative percent of responses captured is shown. A lift chart is used to evaluate a predictive model. The higher the lift (the difference between the "lift" line and the base line), the better performs the predictive model. The lift is the ratio between the results obtained with and without the predictive model. It is calculated as number of positive hits (e .g. responses) divided by the average number of positives without model. The data table must have a column containing probabilities and a nominal column, containing the actual labels. At first, the data is sorted by probability, divided into deciles, then the actual labels are counted and the average rate is calculated.

The node supports custom CSS styling. You can simply put CSS rules into a single string and set it as a flow variable 'customCSS' in the node configuration dialog. You will find the list of available classes and their description on our documentation page .

Node details

Input ports
  1. Type: Table
    Display data
    Data table with data to display.
Output ports
  1. Type: Image
    Image
    SVG image rendered by the JavaScript implementation of the lift chart.
  2. Type: Table
    Input data and view selection
    Data table containing the input data appended with a column, that represents the selection made in the lift chart view.

Extension

The Lift Chart node is part of this extension:

  1. Go to item

Related workflows & nodes

  1. Go to item
    Evaluating Classification Model Performance
    Classification model Model evaluation Confusion matrix
    +3
    This workflow trains a classification model using the Decision Tree algorithm and evaluat…
    knime > Examples > 04_Analytics > 10_Scoring > 01_Evaluating_Classification_Model_Performance
  2. Go to item
    Visual Scoring Techniques for Classification Models
    Churn Scoring ROC Curve
    +3
    This workflow implements the following visual model scoring techniques: - ROC Curve - Lif…
    knime > Examples > 04_Analytics > 10_Scoring > 07_Visual_Scoring_Techniques_for_Classification_Models
  3. Go to item
    JS Views
    hornm > Public > JS Views
  4. Go to item
    GE_model3
    GE Aviation Alert System
    diemtran > Public > GE_model3
  5. Go to item
    Predictive Analytics for US Flights
    Neural Networks MLP PNN
    The Workflow contains the comparison of two (MLP & PNN)neural network models for the pred…
    denis_dautllari > Public > Predictive Analytics US Flights
  6. Go to item
    Challenge 23 - Modeling Churn Predictions I
    #justknimeit-23 #justknimeit-23
    Churn modelling !
    eamendola > Just KNIME it ! > Challenge 23 - Modeling Churn Predictions I
  7. Go to item
    KNIME
    jeeninee > Public > KNIME
  8. Go to item
    Diplomarbeit Wiederholer 1
    gilbertbork > Public > Diplomarbeit Wiederholer 1
  9. Go to item
    Diplomarbeit Wiederholer 1.1
    gilbertbork > Public > Diplomarbeit Wiederholer 1.1
  10. Go to item
    CAS Applied Data Analytics - Übersicht
    gilbertbork > Public > CAS Applied Data Analytics - Übersicht
  1. Go to item
  2. Go to item
  3. Go to item
  4. Go to item
  5. Go to item
  6. Go to item

KNIME
Open for Innovation

KNIME AG
Hardturmstrasse 66
8005 Zurich, Switzerland
  • Software
  • Getting started
  • Documentation
  • E-Learning course
  • Solutions
  • KNIME Hub
  • KNIME Forum
  • Blog
  • Events
  • Partner
  • Developers
  • KNIME Home
  • KNIME Open Source Story
  • Careers
  • Contact us
Download KNIME Analytics Platform Read more on KNIME Server
© 2022 KNIME AG. All rights reserved.
  • Trademarks
  • Imprint
  • Privacy
  • Terms & Conditions
  • Credits