Code sample

Codebeispiele für die Erkennung von System-GPU, Batteriebetrieb und Windows* 8 Bildschirmtastatur in Unity*

Download the Intel® Toolkit from the Unity* Asset Store for code samples to help you display Windows native mode touch and touch feedback visuals, use the on-screen keyboard in Windows* 8 with Unity*, and find the device's current battery mode and its GPU type.
  • Développeurs
  • Développement de jeu
  • Unity
  • Débutant
  • Intermédiaire
  • unity
  • Unity Asset.
  • Intel Toolkit
  • game development
  • GameDev
  • Code sample
  • detect gpu
  • battery mode
  • windows on-screen keyboard
  • Développement de jeu
  • Esempi di codice per rilevazione di GPU di sistema, Modalità batteria e tastiera a schermo di Windows* 8 in Unity*

    Download the Intel® Toolkit from the Unity* Asset Store for code samples to help you display Windows native mode touch and touch feedback visuals, use the on-screen keyboard in Windows* 8 with Unity*, and find the device's current battery mode and its GPU type.
  • Développeurs
  • Développement de jeu
  • Unity
  • Débutant
  • Intermédiaire
  • unity
  • Unity Asset.
  • Intel Toolkit
  • game development
  • GameDev
  • Code sample
  • detect gpu
  • battery mode
  • windows on-screen keyboard
  • Développement de jeu
  • Code Samples for Detection of System GPU, Battery Mode, and Windows* 8 On-screen Keyboard in Unity*

    Download the Intel® Toolkit from the Unity* Asset Store for code samples to help you display Windows native mode touch and touch feedback visuals, use the on-screen keyboard in Windows* 8 with Unity*, and find the device's current battery mode and its GPU type.
  • Développeurs
  • Développement de jeu
  • Unity
  • Débutant
  • Intermédiaire
  • unity
  • Unity Asset.
  • Intel Toolkit
  • game development
  • GameDev
  • Code sample
  • detect gpu
  • battery mode
  • windows on-screen keyboard
  • Développement de jeu
  • Intel® TBB 1-minute feature intro videos

    Intro videos to commonly used features

    This video series contains several one-minute long videos introducing some of the most useful features within Intel TBB such as the concurrent_queue and concurrent_vector containers, the parallel_for algorithm and the malloc_proxy library. Utilizing these features can help C++ developers take advantage of multi-core architecture and greatly improve performance on multi-threaded applications.

    See code samples

  • Intel® Threading Building Blocks
  • Intel TBB
  • Parallel Programming
  • C++
  • Code sample
  • Multithreading
  • parallel processing
  • intel threading building blocks
  • Timer Utility

    Why this Timer Utility Class CUtilTimer?

    Timing a code snippet is an important part of performance analysis and tuning. There is not, however, a unique API or timer utility that works across Microsoft* Windows*, Linux*, and OS X*, which makes it difficult to maintain an application which runs on all three platforms. This timer class is designed to get around this problem by providing a common interface and hiding the platform specific implementations of extracting timing information from the programmer.

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