Mirror Mirror: Crowdsourcing Better Portraits

People

• Jun-Yan Zhu
• Aseem Agarwala
• Alexei Efros
• Eli Shechtman
• Jue Wang

Video

Abstract

We describe a method for providing feedback on portrait expressions, and for selecting the most attractive expressions from large video/photo collections. We capture a video of a subject�s face while they are engaged in a task designed to elicit a range of positive emotions. We then use crowdsourcing to score the captured expressions for their attractiveness. We use these scores to train a model that can automatically predict attractiveness of different expressions of a given person. We also train a cross-subject model that evaluates portrait attractiveness of novel subjects and show how it can be used to automatically mine attractive photos from personal photo collections. Furthermore, we show how, with a little bit ($5-worth) of extra crowdsourcing, we can substantially improve the cross-subject model by �fine-tuning� it to a new individual using active learning. Finally, we demonstrate a training app that helps people learn how to mimic their best expressions.

Paper

SIGGRAPH Asia paper. (pdf, 48MB)

Reduced-size SIGGRAPH Asia paper. (pdf, 2.6MB)

Presentation

(pptx + videos), 136MB

Citation

Jun-Yan Zhu, Aseem Agarwala, Alexei A. Efros, Eli Shechtman and Jue Wang. Mirror Mirror: Crowdsourcing Better Portraits. ACM Transactions on Graphics (SIGGRAPH Asia 2014). December 2014, vol. 33, No. 6.
Bibtex

Additional Materials

• Video (Download), 104MB

• Supplemental Material, 43MB
  Include additional attractive/serious ranking results and visualization results.

Software

• MirrorMirror: An expression training App that helps users mimic their own expressions.

• SelectGoodFace: This program can select attractive/serious portraits from a personal photo collection. Given the photo collection of the *same* person as input, our program computes the attractiveness/seriousness scores on all the faces. The scores are predicted by the SVM models pre-trained on the face data that we collected for our paper. See Section 8 and Figure 17 for details.

• FaceDemo: A simple 3D face alignment and warping demo.

Data

Data (898MB) include the original videos, the selected representative frames, attractiveness/seriousness scores estimated from crowdsourced annotation, and extracted HOG features. We also provided MATLAB code to visualize scores and train cross-subject svm models.

Acknowledgement

We thank Peter O’Donovan for code, Andrew Gallagher for public data, and our subjects for volunteering to be recorded. Figure 1 uses icons by Parmelyn, Dan Hetteix, and Murali Krishna from The Noun Project. The YouTube frames (Figure 16) are courtesy Joshua Michael Shelton.

Funding

This research is supported in part by:

• Adobe Research Grant
• ONR MURI N000141010934