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Application is an example of interactive browser of 3D products. We can rotate 3D models along vertical/ horizontal axis in realtime directly in the web browser. In the menu at the bottom of screen, we can switch between 3D models (faucets). By using an innovative system called Physically-Based Rendering, it is possible to achieve very detailed behaviour of interraction between light and surface of 3D objects (we have ability to simulate realistic materials in realtime). It is possible to create custom logic of the application that allow to assemble/ disassemble 3D models or display technical blueprints.
Application is an example of an interactive products configurator. The main goal was to increase the interaction between buyer and online store. We have the possibility to interact with 3D models by changing the materials or rotate along vertical/ horizontal axis in realtime directly in the web browser. By using an innovative system called Physically-Based Rendering, we have opportunity to show realistic apperance of materials. It is possible to create custom logic of the application that allow to assemble/ disassemble 3D models or display technical blueprints.
Application is an example of an interactive architectural mockups. Each scene (3D models) was created based on two dimensional architectural blueprints. Using advanced rendering algorithms, it is possible to obtain a realistic visual effects. Application consist with two scenes that we can choose from the menu on the right side of screen. Tenement House is example of restorated silesian tenement house. We can rotate building along vertical/ horizontal axis and also ZoomIn or ZoomOut. Modern Residence presenting modern storey house with parcel. We can rotate building along vertical/ horizontal axis and ZoomIn or ZoomOut. We have possibility to choose between two views (inside and outside building). When we are in interior view (inside building), we can display dimension of each rooms. After pressing red indicator, we can start changing materials/ fabrics of objects in the room (mode is available in 2D view). We can perform each above activity in realtime directly in web browser.
Augmented Reality Promo is an application for portable devices with Android OS. Its an example of integration Vuforia Augmented Reality platform with Unity3D. We are able to choose products (chairs, couches, doors, etc.) from between four group and integrated specific 3D models with the picture captured from mobile devices camera. Each 3D models can be freely rendered in real time from various angles, depending on application user position .
Presented solution can be great form of interactive furniture catalogue, which allow us to displaying objects in our home and even changing materials (fabrics and colors). We can compared prices and after pressing one single button, connect with online store where we can buy specific furniture.
Augmented Reality isn't limited only for furniture/ products catalogue. It is possible to developing interactive AR application strictly focused on architecture, engineering or even automotive industries (the possibilities are endless).
Interactive House VR is an application for portable devices with Android OS. It's an architectural concept of storey house with parcel. Each of locations and objects are three dimensional solids rendered as realistic looking spherical panoramas. Users are able to look around and travel between five locations. Our current position is displaying on Map, which we can activate from Menu on the bottom of observation point. When we are inside house we can find seven interactive marks, which will allow to display interfaces, change certain furnitures and connect with e-store (it's a exemplary feature of this project so each button will connect us with Ebay and various category of furnitures but there is no problem to create connection between web page of custom e-store). We can also display 3D Mockup of project, rotate along vertical/ horizontal axis, ZoomIn/Out or go inside the house and display dimension of each rooms (3D Mockup mode is available only in Standard Display mode). Application is based on aim system and circular indicator of progress (in VR mode, there is no need to plug in additional USB joystick).
We can choose between two display modes: Standard Display (virtual joystick) and Virtual Reality (Google Cardboard or similar VR goggles designed for mobile devices). When we choose Virtual Reality mode, but our device don't have gyroscope, Warning Window will appear.
Application has also got Level (it available in two measurement modes: horizontal and vertical. It is possible to stop on the screen value of the measured angle), which we can find on Main Menu. We can also display main technical informations of our device (we can find info about availability of gyroscope and accelerometer).
Interactive House VR
Black & White Architecture
Application is an example of interactive architectural visualization created in Unreal Engine. The main goal was to create realistic looking 3D environment (by lighting and shaders) according to the project blueprints and opportunity to interaction between user and environment. Project has been prepared in terms of optimization to working on HMD devices ie. it is possible to achieve average framerate between 70-90 fps by using average quality graphic card (whole environment consist of about 120.000 tris).
Application also allow to change materials by using virtual interfaces that appear in the space after interaction with objects in the scene.
By using an innovative system called Physically - Based Rendering, we can achieve a realistic look of individual materials used in the scene.
This application is an example of the use of Virtual Reality technology in Architecture and Design. Virtual Reality allow to present conceptual designs in an innovative way with simultaneous immersion in the virtual world.
Functions presented in this app show certain, implementable solutions, which have a positive impact on the reception of the project by the client as part of marketing activities.
A free walk in the interactive, photorealistic world, use of spatial sound (3D), the possibility to change the materials of individual objects constituting the interior design, presentation of project documentation in the form of a 2D map/spatial model or an interactive distance measurement mode are the basis of the functionality of the application presenting the architectural design. Application can also have interactive mode of setting objects (furniture, posters, etc.) in 3d space. Presented functions may be extended or supplemented with additional solutions depending on the customer's needs, increasing the overall attractiveness of the application and thus the effectiveness of project promotion.
A key aspect of any VR application is the ability to optimize, which affects user comfort. This application offers you options that allow to customize performance to suit your hardware resources. Changing the Render Scale parameter, texture quality or AA filter values allows to increase the application's smoothness and thus an even bigger immersion in the virtual world.
A very important issue is the locomotive disease, that experience some users of VR apps. In this case you can choose between two modes of movement, free movement or teleport. Teleport mode can effectively eliminates locomotive disease and allows you to fully enjoy your VR experience.
User also has access to a number of options allowing to change the values of basic parameters responsible for visual aspects, such as saturation, contrast, bloom etc. so that the application can be customized according to their visual needs.
Architectural Showreel VR