In accordance with the art. 13 section 1 and 2 of the European Parliament and Council Regulation 2016/679 of the 27th April, 2016 on the protection of natural persons, with regard to the processing of personal data and on the free movement of such data, and repealing Directive 95/46/EC (General Data Protection Regulation), hereafter RODO, I hereby inform that:
1. EVERMOTION S.C., 8 Przędzalniana Str., 15-688 Białystok, Poland is the Administrator of your Personal Data (APD)
2. Data Protection Inspector can be reached through e-mail: iod@evermotion.org
3. Your personal data are to be processed on the basis of art. 6 section 1 letter a, b and f of RODO in order to: a) prepare, conclude and execute the agreement and for other purposes approved by you, b) to execute the legitimate interest like marketing of products and the agreement, claim assertion or defence against claims resulting from the law regulations.
4. Entities entitled to the reception of your personal data may be the authorised public bodies; mail providers; providers of the services covered by the agreement; responsible for debt recovery, keeping the archives, document utilization, legal consulting, technical services, IT services and accountancy.
5. Your personal data shall not be transferred to the third country, nor to the international bodies.
6. Your personal data shall be processed within the period of the agreement and upon your additional consent until you withdraw it. APD shall keep the data for the period of any civil law claim execution connected with the agreement.
7. You have the right to demand an access to your personal data, to correct or to delete the data if there is no other basis for the processing or any other purpose of such processing or to limit the processing of the data, to transfer the data to another administrator and to raise objections to the further data processing if there is no legal basis for further processing and to withdraw any previous consent.
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9. You have the right to lodge a complaint to the Personal Data Protection Office when in your opinion the data processing violates the regulations of General Data Protection Regulation of the 27 April, 2016 (RODO).
10. Your data will be automatically processed, including the form of profiling. 11. You are obligated to forward above mentioned information to your representative, especially if you appointed this person in the agreement as the contact person or as the representative for the agreement execution.
OK
V-Ray Swarm: the next step of Distributed Rendering.
V-Ray Swarm is new to V-Ray for Revit, V-Ray for Rhino, and V-Ray for SketchUp. You can use all processing power (CPU or GPU) of your computers with a slider. You can also monitor Swarm through a web interface. V-Ray Swarm will speed up workflow of progressive rendering and final frame rendering.
Rendering on more than one machine
Distributed rendering has been a part of V-Ray since the beginning. The general idea is that renderings can be broken up into many little tasks. Render engines like V-Ray take advantage of this by distributing those tasks among the many cores (GPU or CPU) on your computer. The simplest way is by rendering small portions of the image (buckets). As each bucket is done, it moves on to the next one that is not being worked on by another core. Distributed rendering takes it a step further and adds more cores by talking to other computers on the network. Through the local network, it gets all the data that it needs to render a bucket, calculates it, sends it back, and moves on to the next task.
Older implementation
In order to use DR, V-Ray had to be installed on every machine that you needed to render on. Then you would have to launch a Spawner program that would listen over the network if it had any tasks to do.
Then from the computer you are launching DR you need to know the network address (usually the IP) of every computer you want to use. Additionally, you would need to know the port used for DR. When going to render, you would need to select which computers you want to use, and then render.
Some of the limitations of this old system is that you had to know the port and all the addresses of the DR machines. Additionally, you would have to know how much power each DR machine had and if it was up to the task at hand. You also needed to make sure that every DR machine was using the exact same version of V-Ray.
V-Ray Swarm - an evolution of distributed rendering
Swarm machines automatically find each other over the network so you no longer need to know the address of each computer.
Using a peer-to-peer network, it automatically selects which computer will be the master node that controls and manages the entire Swarm.
The user interface is very simple. The user is presented with a slider that depicts the total amount of compute power available to him or her to do the rendering. By moving that slider to the right, Swarm dynamically adds more compute power. Sliding it to the left releases power.
Swarm is constantly monitoring the state of the computer to make sure that V-Ray is active and ready. If not, it will automatically restart it. This feature also existed in the old DR system but has been made more robust in Swarm.
Swarm profiles every machine to know what resources each one has to make sure that it has enough available for the task at hand. This means that if a computer is not big enough or busy with a resource heavy task, it will not be part of the swarm.
The machine launching the render makes sure every other machine is rendering the same version. Each machine checks to see if their version coincides with the host machine. If it does not, then the host machine runs the correct version remotely on the Swarm machine.
Using a simple web interface, groups of machines can be tagged for different things. In doing so, when launching a job on the Swarm, you can use the tags to only use certain machines. For example, you may only want to tag machines that are faster than others. Or you may want to make a group of machines that are reserved for a certain job and tag them as such.
You can now use every computer resource of your local network. Swarm can manage resources, so the users on the Swarm machines will generally not even be aware that their computers are being used for rendering.
Limitations: Swarm uses LAN, it's not suited for WAN network. Swarm needs to operate on the same subnet.
Dive into the world of V-Ray lighting in 3ds Max with Evermotion's tutorial. Explore the process of creating a V-Ray lightmap to add realistic and accurate lighting to your 3D scenes, enhancing their overall visual quality.
We have recived a lot of e-mails with questions about detailed tutorial concerning volume effect for Vray renderer. In this article, Myqel and Pendzel show you how to use it. You will find here 2 parts, first for standard rendering job and second for postproduction in Photoshop.
Learn how to create stunning lighting effects in your 3ds Max renders using V-Ray's IES lighting. Evermotion's tutorial guides you through the process of utilizing IES profiles to achieve realistic and captivating lighting setups.
Hello. I'm Tomasz Wyszolmirski, and I work in Evermotion as 3D artist. This time I would like to present you new features of Vray 1.5 with some advices, tips and tutorials. So lets start. Below you can choose section that interest you.
Among a number of rendering engines, in terms of popularity, VRay has his permanent place in the lead. It is the one of the most widespread rendering plug-ins worldwide. Though, as far as I know, a great majority of VRay users have only superficial knowledge of VRay possibilities. The book might be a good occasion to change it: start learning or develop and strengthen this knowledge.
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