Produse pentru soft de tracking (14)

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

L’option Finger Tracking permet de toucher des éléments et d’interagir avec. Idéale pour évaluer la perception d’un produit, pour simuler les tâches d’assemblage, ou encore mesurer le temps et la faisabilité. Pourquoi choisir cette option ? - Elle permet de visualiser ses doigts sous la forme d'une représentation fidèle sur un modèle virtuel et vérifier l’accessibilité. Les collisions entre les doigts et les produits sont représentés par des sons, des couleurs, et par un retour haptique (avec des appareils compatibles). - Il est possible de créer des cinématiques avec les options Virtual Assembly et Video Recording de TechViz. Il suffit ensuite de déclencher des éléments et de leur associer des cinématiques. Une fois que l’utilisateur touche ces éléments, les cinématiques démarrent. - Pour évaluer des IHM tactiles. Une fois combiné avec I ’incrustation d’image interactive les utilisateurs pourront contrôler virtuellement les IHM tactiles pour l’évaluation ergonomique des produits.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

With TechViz Body Tracking option, you will be able to put a physiological human into your virtual prototyping design process. The virtual Human follows physiological rules defined by users. Size and morphology can be tuned. Early in conception process, you can study how the human will behave into the environment. The human can be manipulated “puppet” style or can be controlled by real user thanks to a Motion Tracking device. You can simulate various tasks to check their feasibility.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

Visualisation 3D en temps réel de l’avatar virtuel du corps de l’utilisateur. Avec l’option TechViz Body Tracking, vous pourrez mettre un humain physiologique dans votre processus de conception de prototypage virtuel La taille et la morphologie peuvent être ajustées. Au début du processus de conception, vous pouvez étudier le comportement d’humain un fois dans l’environnement. L’humain peut être manipulé comme une « marionnette » ou peut être contrôlé par un utilisateur réel grâce à un dispositif de tracking de mouvement. Human Body Tracking de TechViz présente plusieurs caractéristiques : Il est compatible avec un casque VR (HTC Vive, Oculus Rift) Il détecte les collisions : affiche les collisions dans l’environnement virtuel Il évalue en temps réel une posture Il fonctionne avec la capture de mouvement (complète ou partielle) et avec la manipulation de marionnettes Il est compatible avec toutes les applications 3D supportées Il génère un rapport détaillé complet