ShoeMirror

ShoeMirror

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Delcam CRISPIN ShoeMirror – Virtual Shoe Fitting

What is the ShoeMirror?

Delcam Crispin’s ShoeMirror provides an exciting new way of visualising footwear designs. Our solution simulates a real mirror allowing users to try on any piece of footwear in a virtual catalogue by seeing the footwear projected onto their feet.

Navigate through the ShoeMirror interface using hand gestures via its precise motion-tracking system. With a design selected, the hi-tech software will register a foot’s movement and rotation adjusting the orientation of the digital shoe. This allows you to view yourself actually wearing your digital footwear designs from every angle.

How do i set it up?

In order to allow each customer to package the system in their own custom, branded housing, Delcam has provided a comprehensive equipment list to be purchased alongside the ShoeMirror software. This list includes the hardware required as well as recommended measurements for the solution’s setup. ShoeMirror’s straightforward calibration process allows it to be assembled and configured with ease.

How does it work?

ShoeMirror has fluid integration with Delcam CRISPIN ShoeMaker – an easy-to-use modeller for designing footwear – to allow you to create your own virtual footwear catalogues easily. It is also possible to create the catalogue from files generated from using other CAD systems or directly from scans of existing shoes.

All of this helps to make ShoeMirror the perfect exhibition attraction, as well as an invaluable research and development tool.

Features

INTUITIVE USER INTERFACE
The simple layout is easy to learn, understand and use		 CUSTOMISE YOUR CATALOGUE
Easily import your own designs to the ShoeMirror library
       
EFFORTLESS SETUP
The Automatic Calibration Mat makes configuration simple		 ACCURATE FOOT RECOGNITION
Twin scanners allow the movement of a foot to be tracked precisely

SEAMLESS PROJECTION
Watch each virtual shoe move and rotate in real-time with your foot		 MOTION CONTROLS
Navigate the ShoeMirror interface using straightforward hand movements

Business Benefits

arrow IMPROVE YOUR DESIGN PROCESS
Visualise your footwear concepts at any stage in their creation, giving you a better preview of the final product
   
arrow CUT COSTS AT ALL STAGES
Demonstrate your catalogue without having to manufacture a large number of physical samples
   
arrow IMPROVE YOUR SALES TO END USERS
Allow your customers to try on multiple designs from your collection quickly and easily
   
arrow GENERATE MORE SALES LEADS
Draw attention to your brand and stand out from the crowd as a technology leader
   
arrow REPURPOSE CREATED FILES
Save time and money as your digital footwear is generated directly from your design models

More Information

Hardware Requirements

 Recommended PC Specifications
 
  • 3 Microsoft Kinect sensors with USB and power adaptors
  • 2 Kinect stands (33cm high)
  • Kinect TV mount
  • 1920 x 1080p camera with video connector (for example, Canon VIXIA HF R20, VIXIA HFR 21, Legria HF R36 or Legria HF R)
  • Tripod for camera
  • PC (see Recommended PC Specifications)
  • Keyboard and mouse
  • 1080p display (Minimum 65”)
  • TV stand capable of 90° rotation
  • 2 HDMI cables with PC connections
  • 3 USB cables
  • 5 power sockets
  • A wall with at least 3.3m of space in front of it
  
  • Motherboard: Gigabyte GA-P67A-UD7-B3, compatible with Blackmagic Design Intensity Pro PCI Express Video Card
  • Processor: Processor Core i5 3.0GHz
  • RAM: 4 GB
  • Graphics: nVidia GeForce GTX 580
  • Hard Drive: 128GB Solid State Drive
  • Screen: 1920 x 1200
  • Operating System: Windows 7 64-bit Professional Edition
  • PCI Ports: Minimum of 6
  • USB Hubs: Minimum of 3 (this may require the purchase of additional USB PCI cardslots)
 
DID YOU KNOW
ShoeMirror also allows you to turn around and view your designs from behind

Related Links

• The Complete Solution

• 3D Design

• Engineering & Manufacturing

• Costing & Documentation

• Project Management

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