Virtual Dressing Mirror
We observed that there are lots of markets in Dhaka city but we felt strange that the markets are being busy with the huge crowd of people especially for the women. Besides, we observed that people often faces trial room problem in most of the market because of a long number of queue which is very d
2025-06-28 16:36:36 - Adil Khan
Virtual Dressing Mirror
Project Area of Specialization Augmented and Virtual RealityProject SummaryWe observed that there are lots of markets in Dhaka city but we felt strange that the markets are being busy with the huge crowd of people especially for the women. Besides, we observed that people often faces trial room problem in most of the market because of a long number of queue which is very disappointing for the customers. Moreover, the blessing of technology creates a nice and easy environment to the customers with lot of opportunities on shopping. So, to enhance users shopping experience and to spend less time on maintain queue for fitting room, our goal is to presents a virtual try room using gesture recognition technique. In order to create a virtual mirror for the virtualization of various clothes. When trying a new cloth, the shoppers look into the shop’s mirror in a shop. We create the same impression but for virtual clothes that the customer can choose independently. For that purpose, we replace the real mirror by a display that shows the mirrored input of a camera capturing the body skeleton of a person.
This allows a person to check how a dress looks like and which color is suitable on a person’s body. Moreover, it shows user's body measurement when users try on virtual clothes. In the proposed model, we used Microsoft Kinect sensors to track user skeleton movement and depth image. The cloths are simulated in such a way that will represent an environment for the user like the mirror. In addition, we will use an algorithm for matching up all the motions between the virtual cloths and the human body.
Project ObjectivesOur Project is explaining all the functionality and basic features of Virtual Dressing Mirror (VDM). How it will work and how on examination it performs different functions. It enables shoppers to try on clothes virtually, to determine whether the cloth is exactly suitable for their own style, color, size and other aspects. It resolves the problem of cloth sizes, fitting or styling during shopping. Eventually satisfying customers. The intended audience of VDM are Dress Designing Industries, Fashion Industries, workers of a boutique and customers of that dressing shop or boutique etc.
Project Implementation Method| Tasks | Dates Of Completion Of Tasks |
| Body Display | 22-feb-2019 |
| Body Capturing | 29-feb-2019 |
| Body Measurement Calculation | 10-mar-2019 |
| Body Measurement Display | 20-mar-2019 |
| Dress Display | 30-mar-2019 |
| Dress Measurement Display | 1-april-2019 |
| Gesture Recognition | 10-april-2019 |
| Dress Selection | 20-april-2019 |
| Gender Differentiation | 30-april-2019 |
| Age Detection | 1-may-2019 |
| Dress Wearing | 20-may-2019 |
| Dress Suggestions | 10-june-2019 |
| Data Storage | 12-june-2019 |
Tasks
Body Display
Body Capturing
Body Measurement Calculation
Body Measurement Display
Dress Display
Dress Measurement Display
Gesture Recognition
Dress Selection
Gender Differentiation
Age Detection
Dress Wearing
Dress Suggestions
Data Storage
Benefits of the ProjectVirtual Dressing Mirror go a long way in solving a host of problems for the customer as well the retailer :
1)You can try on clothes before buying them . It shows you accurate fit and look.
2)As the buyers already know how the clothes will look and fit there is very low chance of return.
3)It keeps the customer engaged for a longer time, trying out different clothes on a look-a-like 3D avatar.This has more chances of conversion into a sale.
4)It saves you from the long queues at the malls or departmental stores.
5)It saves the retailer from damaged or soiled garments due to heavy try on by customer
Technical Details of Final DeliverableFollowing software’s are needed for creating efficient interfaces of proposed system:
| Software’s | Description |
| Operating System | Kinect Xbox 1 works with Windows Operating System. It doesn’t support Mac operating System. |
| Visual Studio | Kinect Xbox 1 works with Visual Studio 2012 and later for creating WPF and WinRT applications. |
| Kinect SDK | Kinect SDK for windows is required for Kinect Xbox 1 to perform its basic functionality. |
| Kinect Developer Tools | These are required to download latest extensions and features for Xbox 1. |
| Unity 3D | Unity 3D is required for applying physics and dynamics in system. |
| Blender | Blender is required for 3D cloth modelling. |
| SQL Databases | Databases will store each dress data and its connection with WPF applications will allow us to create dynamic interfaces for customers. |
Software’s
Operating System
Visual Studio
Kinect SDK
Kinect Developer Tools
Unity 3D
Blender
SQL Databases
Final Deliverable of the Project HW/SW integrated systemType of Industry IT Technologies Augmented & Virtual RealitySustainable Development Goals Industry, Innovation and InfrastructureRequired Resources| Software’s | Description |
| Operating System | Kinect Xbox 1 works with Windows Operating System. It doesn’t support Mac operating System. |
| Visual Studio | Kinect Xbox 1 works with Visual Studio 2012 and later for creating WPF and WinRT applications. |
| Kinect SDK | Kinect SDK for windows is required for Kinect Xbox 1 to perform its basic functionality. |
| Kinect Developer Tools | These are required to download latest extensions and features for Xbox 1. |
| Unity 3D | Unity 3D is required for applying physics and dynamics in system. |
| Blender | Blender is required for 3D cloth modelling. |
| SQL Databases | Databases will store each dress data and its connection with WPF applications will allow us to create dynamic interfaces for customers. |