Oculus Platform SDK Crack + Torrent Free Download
Oculus Platform SDK User Guide:
Oculus Platform SDK Specifications:
Oculus Platform SDK in Codeplex
Source code for the Oculus Platform SDK
CodePlex host code for the Oculus Platform SDK
CodePlex Host Project Code
Note that we will not host the source code in future releases.
Oculus Platform SDK in GitHub
A sample project demonstrating the usage of the SDK.
If you want to use the SDK on GitHub, you can edit the project, or checkout directly on the repository:
Testing Oculus SDK
The Oculus SDK can be tested directly by using the Playground project:
Downloading and running Oculus SDK app
Oculus SDK can be installed using the following procedure:
From an elevated command prompt, navigate to the folder in which the Oculus SDK-Playground sample was installed, e.g. [%userprofile%/Desktop/OculusSDK-Playground] and run the following command:
VS 2013 asp.net v5 windows phone 8 toolkit android tools
Define the development platform where you would like to implement your app, and select the platform of your choice from the list.
Windows Phone 8 will use the Windows Store app platform.
Android will use the Google Play app platform.
For further information, see the [Documentation Section](
With that set, if you follow the tutorial, you will generate a Windows 8.1 store, Android and WP8.1 tools.
To create your actual app, follow the tutorial. In order to build and test your app, you will need to generate your app package. To do that, follow the instructions in [Build your app](
To package the app for Windows Phone 8.1, follow the [Windows Phone Build]( instructions on the [Windows Phone Developer Center](http
Oculus Platform SDK Download
Oculus publishes two types of platforms:
Released in March 2014, the Oculus Rift ($350) is the first consumer VR headset, with only its first consumer version available today. It is a high-end VR headset designed for the PS4 and PC, and one of the first to use 3D graphics to immerse users in a virtual reality world. Released in October 2015, the Oculus Touch ($299) is a motion controller that can track the user’s hands as they interact with a virtual environment or a game.
The Oculus Remote is a motion controller designed for the Rift ($400) that tracks the user’s head movements and lets them interact with the game by moving their head, neck, arms, and hands. The Oculus Touch Pro ($499) is a motion controller for developers that tracks the user’s full body and hands to create intuitive interactions. The HMD-HAT ($129) and HMD-HAT Touch ($189) are a motion controller accessory for the Rift and the Touch.
These different solutions allow the development of VR experiences with a high level of immersion.
Released in June 2016, the Oculus Go ($199) is a standalone, lightweight VR headset designed for use on a smartphone. Designed with a smooth aesthetic for easy wear, it contains a 100-degree field of view along with a spatial audio solution that simulates the sound of a room around its user, providing the same immersive experience as that provided by the Rift.
The Oculus Quest is designed as a standalone VR headset. It lets users access VR content from anywhere in the world, rather than having to be tethered to their console or PC.
Launched in May 2017, Oculus Connect is a developer conference held at the beginning of each year and is Oculus’ primary press-based marketing strategy.
Every year, Oculus hosted the developer conference to introduce new features and improvements to its platform. The 2017 conference was held at the Moscone Convention Center in San Francisco.
Oculus Connect has become an attractive meeting place and platform where VR and technology companies can showcase their products.
Oculus Discovery Grants
Launched in 2016, Oculus’ Discovery Grants is a program that gives Oculus a chance to give back to the community by supporting the developers who are making incredible things for the Rift. This program has awarded over $1 million in grants to date.
Oculus Platform SDK Download
Category: Development Kit
Platform: Android, Java
License: Api, including the source codes
Developer: OCULUS VR
Discontinued: August 15, 2016
Languages in which this SDK is available:
This SDK is not available in any language or version.
This SDK is not supported on any platform.
Android and Facebook Native Extensions (Android)
Android Virtual Device support
Android Emulators support
Building the POCO SDK
To create a simple demo application, you need to download the POCO SDK POCO_SDK_VERSION from GitHub in the directory ~/my-android-projects/OCULUS-and-POCO. Then launch the Android SDK Manager from Android Studio or the SDK Manager from Eclipse on your system to select the most recent and latest versions of the Android SDK.
After that, add the POCO_SDK_VERSION project to the Android Studio. To do this, you can simply select the project from the right-side list of projects. Then, right-click the project and select “Add as Android Library”. After that, add the android.jar file provided in this repository to the project and build the project.
The following image shows a POCO SDK project that is created in Android Studio using the POCO_SDK_VERSION.
Starting a project with POCO SDK
The POCO SDK comes with pre-built samples that developers can use for their development. To create a simple demo application, you need to download the POCO SDK android_sample, and the QuickStart project from this repository to your desktop, and then add the POCO_SDK_VERSION project to the Android Studio.
After that, click on the Android Studio icon and open the POCO_SDK_VERSION project. The following image shows the POCO SDK projects that are created in Android Studio using the POCO_SDK_VERSION.
Setting the Default SDK
Before launching the SDK Manager, select a SDK for your project. Here, you can specify
What’s New In Oculus Platform SDK?
In this article, the implementation of Oculus Platform SDK is explained.
Overview of this SDK:
The SDK can be integrated into any operating system using any programming language. The SDK is designed to make apps and games compatible with Oculus.
This integration is achieved by adding a few lines of code to the current game’s project. The features provided by the SDK can be used to enhance the operating system’s user experience, adding other interfaces and capabilities such as providing the end-users with tools that help them easily understand the game concept.
The Oculus SDK provides advanced features to the player in a convenient and safe way, eliminating inconveniences to the user and creating the possibility for others to access similar information.
This set of features is accessible only to those who are developers or have knowledge of the SDK.
Overview of the SDK Documents:
This article discusses Oculus Platform SDK documents and how to implement the SDK in Java. These documents can be found on the Oculus developer site.
Oculus SDK in Java:
In this part, you will learn how to implement and use the Oculus SDK in Java.
Note: The terms C# and C++ mentioned below are used to mention that the SDK implementation will require the use of a specific programming language.
1. Find the SDK sources.
The SDK sources should be downloaded directly from the developer’s web site and added to the Eclipse IDE.
If you are using Linux, navigate to the SDK download page and select the.zip file containing the SDK.
2. Integrate the SDK in the project.
This step is essential in terms of properly using the SDK’s features since the SDK doesn’t come with examples or tutorials.
Once the SDK is correctly installed, you will need to add the required libraries (classes) to the project’s sources in order to make it accessible to the application.
When the Oculus SDK is downloaded, a folder called OculusSDK-SDK is generated on the root of the SDK folder.
This folder contains:
3.1. The folder OculusSDK is the root folder of the SDK.
3.2. The folder OculusSDK-lib is the root of the SDK’s lib folder.
In this chapter, we will introduce and learn how to use some of the classes provided by the Oculus SDK’s lib folder. In this chapter, you will learn how to use the OculusService class, which enables you to check if a given device is Oculus compatible.
After you know how to use the OculusService class,
OS: Windows 7
Processor: Intel Pentium 4 3.2 GHz or AMD Athlon64 3.2 GHz
Memory: 1 GB RAM
Graphics: NVIDIA GeForce 8800 GTX or ATI Radeon HD 2600 XT
Hard Drive: 10 GB available space
Processor: Intel Core 2 Duo 2.8 GHz or AMD Athlon 64 X2 2.8 GHz
Graphics: NVIDIA GeForce 9800 GTX or ATI Radeon HD 4850