WordCamp2017@SG

Join Towards The Future of this whole day Conference and grab your tickets in the links below:  

WordCamp Singapore is a community-organised WordPress conference that brings together bloggers, developers, designers, artists, small business owners, entrepreneurs, and educators from Singapore and all across Asia.

WordCamp Singapore looks to offer something for everyone, from blogging newbies to professional developers, from marketing professionals to experienced designers, from tech enthusiasts to leading technologists. Most importantly, it aims to provide a welcoming, engaging and safe space for WordPress users to get to know one another.

This is the third time WordCamp is being held in Singapore. WordCamp Singapore 2017 will feature a good mix of interesting speakers both local & international.

All our sessions will be conducted in English.

Some highlights of the conference:

  • Digital Plumbing
  • Self-hosting vs Hosted
  • Localize your WordPress projects
  • How to Get Started in Business Blogging
  • WordPress Scalability
  • Add Value First
  • WordPress for IoT
  • Pressing on the WordPress – A journey from PHP programmer to WordPress entrepreneur
  • Importance of DTAP (Development, Testing, Acceptance & Production) environments
  • Poopy.life, Sandbox, and how we build products

NOTE:
This is a draft topics will most likely shift around to ensure a better topic balance. We recommend booking your flights to accommodate the entire conference :), the afterparty and for hanging out with new friends after!

 

As part of 3dteamz strategic learning we are in! See you in few days…

Thanks for subscribing Invalid email address

 

Credits to : WordCamp Singapore

BeerMonths Meetup @SG

Everyone is invited to join…

Highlights:

6:00-6:45 – Dinner & Drinks starts to heat up..
6:45-7:00- 3DTEAMZ quick introduction by: Rey Gerali
7:00-8:00 – ZBrush User Interface Introduction by: Norman Caguiat
8:00-9:00 – Unreal Engine Interface Introduction by: Norman Anton
9:00-10:00 – Sharing updates about Work, Life, Tech & Future.
10:00-10:15 – 3DTEAMZ closing remarks by: Jonathan Lopez
10:15 and Beyond – Talk anything until last man standing…

– We encourage everyone to participate and give constructive feedback to enhance our workflow. This will help us improve our skills and enhance the way we work to stay competitive in our field and upgrade ourself for free except you pay your meals and drinks. Cheers.

See you here > http://goo.gl/3UFHMA

Stay tuned for more updates we will publish it very soon…

WordCamp2017@SG

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Webinar: Vray GPU Rendering

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Professional Interior Design Tips

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BeerMonths Meetup @SG

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Live, Work and Play Indesign @SG

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Designphase Articles

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Autodesk Live Design Seminar

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Unreal Engine for Architecture – Webinar

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Vray Masters in Class Singapore 2017

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Vray3.2 MasterClass 2015

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PC Buildup Configurator

Pick Parts. Build Your PC. Compare And Share.

Computer part selection, compatibility, and pricing guidance for do-it-yourself computer builders. Assemble your virtual part lists and provide compatibility guidance with up-to-date pricing from dozens of the most popular online retailers. It easy to share your part list with others, and our community forums provide a great place to discuss ideas and solicit feedback.

PC Building Simulator Features:
– Accurately sized 3D models of components.
– The ability to install components, remove them and add all the cables
– Accurate interactions where it installs just like it would in real life.
– Simple to follow tutorial explained step by step.
– Preview builds before starting to work on them in real life.

This demo gives you a great taste of what the game is trying to achieve, development of the complete game is ongoing!

To build your own  actual PC with latest price list comparison click read more below:

 

 

IOR Values

IOR (Index of Refraction) – The refractive index determines how much light is bent, or refracted, when entering a material.

Thus, using the actual IOR values of materials for 3d rendering allows you to achieve a more accurate representation of surfaces during rendering.  Download the script  drag and drop to your 3dsmax viewport for your quick guide or check the list below.

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Common Materials
Acrylic glass 1.490 – 1.492
Air 1.000 –
Alcohol, Ethyl (grain) 1.360 –
Aluminum 1.390 – 1.440
Asphalt 1.635 –
Beer 1.345 –
Bronze 1.180 –
Copper 1.100 – 2.430
Crystal 2.000 –
Diamond 2.418 –
Emerald 1.560 – 1.605
Eye, Lens 1.410 –
Glass 1.500 –
Glass, Pyrex 1.474 –
Gold 0.470 –
Ice 1.309 –
Iron 2.950 –
Ivory 1.540 –
Lead 2.010 –
Lucite 1.495 –
Mercury (liquid) 1.620 –
Milk 1.350 –
Nickel 1.080 –
Nylon 1.530 –
Pearl 1.530 – 1.690
Plastic 1.460 –
Teflon 1.350 – 1.380
Titanium 2.160 –
Vodka 1.363 –
Water (35 deg C) 1.325 –

A
Acetone 1.360 –
Acrylic glass 1.490 – 1.492
Actinolite 1.618 –
Agalmatoite 1.550 –
Agate 1.544 1.553
Agate, Moss 1.540 –
Air 1.000 –
Alcohol 1.329 –
Alcohol, Ethyl (grain) 1.360 –
Alcohol, Methyl (wood) 1.329 –
Alexandrite 1.746 1.755
Almandine 1.244 –
Aluminum 1.244 –
Aluminum Chloride 2.700 –
Aluminum Oxide 1.665 –
Amber 1.539 – 1.546
Amblygonite 1.611 –
Amethyst 1.532 – 1.554
Ammolite 1.520 – 1.680
Amorphous Selenium 2.920 –
Anatase 2.490 –
Andalusite 1.629 – 1.650
Anhydrite 1.571 –
Apatite 1.420 – 1.632
Apophyllite 1.536 –
Aquamarine 1.567 –
Aragonite 1.530 –
Argon 1.000 –
Argonite 1.530 –
Asphalt 1.635 –
Augelite 1.574 –
Axenite 1.674 – 1.704
Axinite 1.675 –
Azurite 1.730 –

B
Barite 1.636 –
Barytocalcite 1.684 –
Beer 1.345 –
Benitoite 1.757 –
Benzene 1.501 –
Beryl 1.570 1.600
Beryl, Red 1.570 – 1.598
Beryllonite 1.553 –
Borax 1.446 –
Brazilianite 1.603 –
Bromine (liquid) 1.661 –
Bronze 1.180 –
Brownite 1.567 –

C
Calcite 1.486 –
Calspar 1.486 – 1.660
Cancrinite 1.491 –
Carbon Dioxide 1.000 –
Carbon Disulfide 1.628 –
Carbon Tetrachloride 1.460 –
Carbonated Beverages 1.340 –
Cassiterite 1.997 –
Celestite 1.622 –
Cerussite 1.804 –
Ceylanite 1.770 –
Chalcedony 1.544 – 1.553
Chalk 1.510 –
Chalybite 1.630 –
Chlorine (gas) 1.001 –
Chlorine (liquid) 1.385 –
Chrome Green 2.400 –
Chrome Red 2.420 –
Chrome Tourmaline 1.610 – 1.640
Chrome Yellow 2.310 –
Chromium 2.970 –
Chromium Oxide 2.705 –
Chrysoberyl 1.745 –
Chrysocolla 1.500 –
Chrysoprase 1.534 –
Cinnabar (Mecury Sulfide) 3.020 –
Citrine 1.532 –
Cleaner (all purpose) 1.293 –
Clinohumite 1.625 –
Clinozoisite 1.724 –
Cobalt Blue 1.740 –
Cobalt Green 1.970 –
Cobalt Violet 1.710 –
Colemanite 1.586 –
Copper 1.100 2.430
Copper Oxide 2.705 –
Coral 1.486 –
Cordierite 1.540 –
Corundum 1.766 –
Cranberry Juice (25%) 1.351 –
Crocoite 2.310 –
Cromite 2.160 –
Crown Glass (impure) 1.485 – 1.755
Crown Glass (pure) 1.500 – 1.540
Cryolite 1.338 –
Crysoberyl, Catseye 1.746 – 1.755
Crystal 2.000 –
Cubic Zirconia 2.150 – 2.180
Cuprite 2.850 –

D
Danburite 1.627 – 1.641
Diamond 2.418 –
Diopside 1.680 –
Dolomite 1.503 –
Dumortierite 1.686 –

E
Ebonite 1.660 –
Ekanite 1.600 –
Elaeolite 1.532 –
Emerald 1.560 – 1.605
Emerald Catseye 1.560 – 1.605
Emerald, Synth Flux 1.561 –
Emerald, Synth Hydro 1.568 –
Enstatite 1.663 –
Epidote 1.733 –
Ethanol 1.360 –
Ethyl Alcohol 1.360 –
Euclase 1.652 –
Eye, Aqueous Humor 1.330 –
Eye, Cornea 1.380 –
Eye, Lens 1.410 –
Eye, Vitreous Humor 1.340 –

F
Fabulite 2.409 –
Feldspar, Adventurine 1.532 –
Feldspar, Albite 1.525 –
Feldspar, Amazonite 1.525 –
Feldspar, Labrodorite 1.565 –
Feldspar, Microcline 1.525 –
Feldspar, Oligoclase 1.539 –
Feldspar, Orthoclase 1.525 –
Flint Glass (impure) 1.523 – 1.925
Flint Glass (pure) 1.600 – 1.620
Flourite 1.433 –
Fluoride 1.560 –
Fluorite 1.434 –
Formica 1.470 –
Fused Quartz 1.460 –

G
Gallium(III) Arsenide 3.927 –
Gallium(III) Phosphide 3.500 –
Garnet, Almandine 1.760 –
Garnet, Almandite 1.790 –
Garnet, Andradite 1.820 –
Garnet, Demantiod 1.880 – 1.900
Garnet, Grossular 1.720 – 1.800
Garnet, Hessonite 1.745 –
Garnet, Mandarin 1.790 – 1.800
Garnet, Pyrope 1.730 – 1.760
Garnet, Rhodolite 1.740 – 1.770
Garnet, Spessartite 1.810 –
Garnet, Tsavorite 1.739 – 1.744
Garnet, Uvarovite 1.740 – 1.870
Gaylussite 1.517 –
Glass 1.500 –
Glass, Albite 1.489 –
Glass, Arsenic Trisulfide 2.040 –
Glass, Crown 1.520 –
Glass, Crown, Zinc 1.517 –
Glass, Flint, 29% lead 1.569 –
Glass, Flint, 55% lead 1.669 –
Glass, Flint, 71% lead 1.805 –
Glass, Flint, Dense 1.660 –
Glass, Flint, Heaviest 1.890 –
Glass, Flint, Heavy 1.655 –
Glass, Flint, Lanthanum 1.800 –
Glass, Flint, Light 1.580 –
Glass, Flint, Medium 1.627 –
Glass, Fused Silica 1.459 –
Glass, Pyrex 1.474 –
Glycerine 1.473 –
Glycerol 1.473 –
Gold 0.470 –
Gypsium 1.519 –

H
Hambergite 1.559 –
Hauyn 1.490 – 1.505
Hauynite 1.502 –
Heaviest Flint Glass 1.890 –
Heavy Flint Glass 1.650 –
Helium 1.000 –
Hematite 2.940 –
Hemimorphite 1.614 –
Hiddenite 1.655 –
Honey, 13% water content 1.504 –
Honey, 17% water content 1.494 –
Honey, 21% water content 1.484 –
Howlite 1.586 –
Hydrogen (gas) 1.000 –
Hydrogen (liquid) 1.097 –
Hypersthene 1.670 –

I
Ice 1.309 –
Idocrase 1.713 –
Iodine Crystal 3.340 –
Iolite 1.522 1.578
Iron 2.950 –
Ivory 1.540 –

J
Jade, Jadeite 1.640 – 1.667
Jade, Nephrite 1.600 – 1.641
Jadeite 1.665 –
Jasper 1.540 –
Jet 1.660 –

K
Kornerupine 1.665 –
Kunzite 1.660 1.676
Kyanite 1.715 –

L
Labradorite 1.560 – 1.572
Lapis Gem 1.500 –
Lapis Lazuli 1.500 – 1.550
Lazulite 1.615 –
Lead 2.010 –
Lead Nitrate 1.782 –
Leucite 1.509 –
Light Flint Glass 1.575 –
Liquid Carbon Dioxide 1.200 –
Liquid Water (20deg C) 1.333 –
Lucite 1.495 –

M
Magnesite 1.515 –
Malachite 1.655 –
Meerschaum 1.530 –
Mercury (liquid) 1.620 –
Methanol 1.329 –
Milk 1.350 –
Moissanite 2.650 – 2.690
Moldavite 1.500 –
Moonstone 1.518 – 1.526
Moonstone, Adularia 1.525 –
Moonstone, Albite 1.535 –
Morganite 1.585 1.594
Mylar 1.650 –

N
Natrolite 1.480 –
Nephrite 1.600 –
Nickel 1.080 –
Nitrogen (gas) 1.000 –
Nitrogen (liq) 1.205 –
Nylon 1.530 –

O
Obsidian 1.486 – 1.500
Oil of Wintergreen 1.536 –
Oil, Clove 1.535 –
Oil, Lemon 1.481 –
Oil, Neroli 1.482 –
Oil, Orange 1.473 –
Oil, Safflower 1.466 –
Oil, vegetable (50deg C) 1.470 –
Olivine 1.670 –
Onyx 1.486 –
Onyx Marble 1.486 –
Opal 1.450 –
Opal, Black 1.440 – 1.460
Opal, Fire 1.430 – 1.460
Opal, White 1.440 – 1.460
Oregon Sunstone 1.560 – 1.572
Oxygen (gas) 1.000 –
Oxygen (liquid) 1.221 –

P
Padparadja 1.760 – 1.773
Painite 1.787 –
Pearl 1.530 – 1.690
Periclase 1.740 –
Peristerite 1.525 –
PET 1.575 –
Petalite 1.502 –
PETg 1.570 –
Phenakite 1.650 –
Phosgenite 2.117 –
Plastic 1.460 –
Platinum 2.330 –
Plexiglas 1.500 –
PMMA 1.489 – 1.490
Polycarbonate 1.584 –
Polystyrene 1.550 –
Prase 1.540 –
Prasiolite 1.540 –
Prehnite 1.610 –
Proustite 2.790 –
Purpurite 1.840 –
Pyrite 1.810 –
Pyrope 1.740 –

Q
Quartz 1.544 – 1.644
Quartz, Fused 1.458 –

R
Rhodizite 1.690 –
Rhodochrisite 1.600 –
Rhodonite 1.735 –
Rock salt 1.516 1.544
Rubber, Natural 1.519 –
Ruby 1.757 1.779
Rum, White 1.361 –
Rutile 2.620 –

S
Salt (NaCl) 1.544 –
Sanidine 1.522 –
Sapphire 1.757 – 1.779
Sapphire, Star 1.760 – 1.773
Scapolite 1.540 –
Scapolite, Yellow 1.555 –
Scheelite 1.920 –
Selenium, Amorphous 2.920 –
Serpentine 1.560 –
Shampoo 1.362 –
Shell 1.530 –
Shower gel 1.510 –
Silicon 4.010 4.240
Sillimanite 1.658 –
Silver 0.180 1.350
Sinhalite 1.699 –
Smaragdite 1.608 –
Smithsonite 1.621 –
Sodalite 1.483 –
Sodium Chloride 1.544 – 1.644
Spessarite 1.790 1.810
Sphalerite 2.368 –
Sphene 1.885 –
Spinel 1.712 1.717
Spinel, Blue 1.712 – 1.747
Spinel, Red 1.708 – 1.735
Spodumene 1.650 –
Star Ruby 1.760 – 1.773
Staurolite 1.739 –
Steatite 1.539 –
Steel 2.500 –
Stichtite 1.520 –
Strontium Titanate 2.410 –
Styrofoam 1.595 –
Styrene 1.519 –
Sugar Solution 30% 1.380 –
Sugar Solution 80% 1.490 –
Sulphur 1.960 –
Synthetic Spinel 1.730 –

T
Taaffeite 1.720 –
Tantalite 2.240 –
Tanzanite 1.692 – 1.700
Teflon 1.350 1.380
Thomsonite 1.530 –
Tiger eye 1.544 –
Tin Iodide 2.106 –
Titanium 2.160 –
Topaz 1.607 1.627
Topaz, Blue 1.610 –
Topaz, Imperial 1.605 – 1.640
Topaz, Pink 1.620 –
Topaz, White 1.630 –
Topaz, Yellow 1.620 –
Tourmaline 1.603 – 1.655
Tourmaline, Blue 1.610 – 1.640
Tourmaline, Catseye 1.610 – 1.640
Tourmaline, Green 1.610 – 1.640
Tourmaline, Paraiba 1.610 – 1.650
Tourmaline, Red 1.610 – 1.640
Tremolite 1.600 –
Tugtupite 1.496 –
Turpentine 1.472 –
Turquoise 1.610 – 1.650

U
Ulexite 1.490 –
Uvarovite 1.870 –

V
Vacuum 1.000 –
Variscite 1.550 –
Vivianite 1.580 –
Vodka 1.363 –

W
Wardite 1.590 –
Water (0 deg C) 1.333 –
Water (100 deg C) 1.318 –
Water (20 deg C) 1.333 –
Water (gas) 1.000 –
Water (35 deg C) 1.325 –
Water Ice 1.310 –
Whisky 1.356 –
Wulfenite 2.300 –

X
x – 000

Z
Zinc Crown Glass 1.517 –
Zincite 2.010 –
Zircon 1.777 1.987
Zircon, High 1.960 –
Zircon, Low 1.800 –
Zirconia, Cubic 2.173 – 2.210

 

Click the image to download the script.

Please note  it is for general usage in 3d applications only and not for scientific use.

 

 

Physically Based Materials Workflow

Checkout this public sessions about Physically Based Materials Workflow how it can transformed Arch Viz.

During the Substance Days event featuring masterclasses, keynotes and talks by some of the top Substance users from around the world. What impressed the most was the ability of some of these artists to create the impressive textures they do. If your current texture pipeline, like many, revolves around photographs, scans and Photoshop, your first exposure to Substance might seem daunting, as it really does require a completely different thought process. While much of the work is done in a node graph similar to many shader pipelines, the way you build procedural materials requires that you look at materials around you like puzzles that need to be solved. And as a result some of these node trees can get pretty intense.

The line up of speakers this year was impressive to say the least, but they had a chance to ask Scott a few questions about his presentation this year. He provided insight into their current pipeline and detailed the work they recently completed on the new NVIDIA headquarters.

Hit that Play button to watch, listen & learn from the experts in the industry…

Credits to Cgarchitect & Allegorithmic

Check out for more recommended tutorials below:

WordCamp2017@SG

Join Towards The Future of this whole day Conference and grab your tickets in the links below:   WordCamp Singapore ...
Read More

BeerMonths Meetup @SG

Everyone is invited to join... Highlights: 6:00-6:45 - Dinner & Drinks starts to heat up.. 6:45-7:00- 3DTEAMZ quick introduction by: ...
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PC Buildup Configurator

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IOR Values

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Physically Based Materials Workflow

Checkout this public sessions about Physically Based Materials Workflow how it can transformed Arch Viz. During the Substance Days event ...
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Benchmark your render speed

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God Rays Effect

Take a look how to create “God Rays” using “VRayEnvironmentFog” and create a volumetric effect known as God Rays. You ...
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Understanding VrayLight Select

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Max to VR Interactive Workflow

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Next-Gen GPU Rendering

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Scan anything with Photogrammetry

Allegorithmic to deepen its roots into the production and delivery of pre-set content (textures, materials, etc.), we would like to ...
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Smartphone as Texture Scanner

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Procedural Wood Pixel Patterned

Procedural Wood Pixel Patterned for Archviz Here is the entire graph of the Pixel Patterned substance. This wooden block assembly ...
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V-Ray Denoiser Quick Tutorial

Take a look at how the V-Ray Denoiser works, and what can be achieved with it. You’ll also learn how ...
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Interactive Denoising with Nvidia AI

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Vray Resumable Rendering

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Botelya ng Buhay

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What is Visual Composition

Composition! Everybody heard of it?  What is it? Imagine purchasing a book and opening it. Only to find out that ...
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Exterior Lighting Setup

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Camera Simulator

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Photorealism Explained

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V-Ray RT GPU Shaders Breakdown

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Vray Masters in Class Singapore 2017

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Vray3.2 MasterClass 2015

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Videos

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Benchmark your render speed

Test your machine how fast it can render using V-Ray Benchmark App.

V-Ray Benchmark is a standalone application which includes a single GPU scene and a single CPU scene. Just download app here  or this link and run the test. You can also check Benchmark  results  below or this link and compare your computer specs and render speed with others or share your results online.

You can also add notes to let others know what mods you’ve made, like water cooling and overclocking. Best of all, V-Ray Benchmark is free and does not require a V-Ray license.

Note:   Results of V-Ray Benchmark are based on the included CPU and GPU scenes.

You may like to share your screenshot to our social media and #3dteamz Vray Benchmark

 

Credits to Chaosgroup

Understanding VrayLight Select

If your 3d artist and hungry its a must to check this out:  Understanding Light Select Render Element In Vray For 3ds Max.

Overview


The Light Select Render Element represents the lighting contribution from one or more selected lights in the scene. Each Light Select channel can output selected lights’ raw, diffuse, or specular contributions to the illumination, or overall (normal) contribution. When multiple lights are selected, all the contributions from the selected lights are combined into a single render element. Multiple VRayLightSelect elements can be rendered for a single scene, and lights may be included in more than one VRayLightSelect element.

This element is similar to the Lighting Render Element. However, the Lighting element combines the effect of all lights in the scene while the Light Select element allows for a user-selection light or set of lights to be broken out, showing their own individual effect(s) on the scene’s illumination. By using these render elements, specific lights in the resulting render can be adjusted (color, temperature, brightness, etc.) in a composite without the need for re-rendering.

For example, by generating a Light Select element for all of the backlights in a scene, an artist may adjust the backlighting of the rendered scene easily in the composite without affecting the rest of the scene’s illumination.

 Hit Play Button >

Compositing Equation


The following diagram shows the compositing formula to recreate all the light in a scene in its most basic form, but only when each light in the scene is accounted for in exactly one VRayLightSelect element for a particular mode. If a particular light is used in more than one VRayLightSelect element, this equation will result in brighter lighting than intended because that light will contribute lighting more than once.

 

Notes


  • When using VRayLightSelect, a good practice is to have one VRayLightSelect element for each light source in your scene. This way the Lighting element can be recreated from them, and adjusted as needed while compositing without re-rendering.
  • If the VRayLightSelect element mode is set to Direct illumination, the specular contribution is added to the render element. While this is perfect for simple compositing, a better workflow is for each light to be selected for two VRayLightSelect Render Elements, one with its mode set to Direct diffuse and another with its mode set to Direct specular. In this way, the specular and diffuse lighting can both be controlled independently at a composite level.

 

Source Credits to: Chaosgroup

 

Max to VR Interactive Workflow

So you’ve heard about 3ds Max Interactive and you want to get your hands on it, huh?


3ds Max is now combined with 3ds Max Interactive, a powerful VR engine that gives you the ability to go from Max to VR in just a few clicks. If you’re a current subscriber, you’ll notice a new Interactive menu when you open 3ds Max 2018.1: this will launch 3ds Max Interactive, our new 3D to VR creative workflow for design viz artists like you.

Ready to take the leap? Starting today, you can download both 3ds Max 2018 Update 1 and 3ds Max Interactive as two separate downloads from your desktop account, provided you’re a current 3ds Max, suite or collection subscriber.

Here’s how to get set up:

Are you more of a step-by-stepper? Here’s a how-to in a few steps:


UPDATE 3DS MAX TO 2018.1

1. Launch the Autodesk Desktop App.


2. Once in the Autodesk Desktop App, open the My Updates menu in the top left corner. Click on Autodesk 3ds Max 2018.1 Update, then click Update to start the download. 3ds Max 2018.1 will automatically install once the download is complete.

3. Don’t have the Autodesk Desktop App? No problem. Open up a browser and head on over to your Autodesk Account.

4. Under Product Updates, locate 3ds Max 2018 Update 1 and click Download.

5. Once your download is complete, simply follow the install instructions.

6. Huzzah! You’ve got 3ds Max 2018 Update 1. Next, go ahead and launch 3ds Max.

INSTALL MAX INTERACTIVE

1. Once 3ds Max is open, you’ll notice a new welcome screen.

2. This will open up a browser, where you’ll log in to your Autodesk Account. From here, click on All Products & Services (top left) and select the Downloads button on the 3ds Max tab.

3. Next, you’ll see a pop-up for all available 3ds Max downloads. Find 3ds Max Interactive and click Download now. Follow the download instructions and click the Install button.

4. From here, you’ll open up the 3ds Max Interactive installer. Follow the install instructions, enter your country, accept the License and Services agreement and click Next.

5. You’ll need a serial number for this next step, but luckily you’ve already got one! Use your 3ds Max 2018 serial number from your Autodesk Account and click Next.

6. Once you receive a confirmation that your serial number has been found and activated, click Finish to complete your install. Sit back, relax, stretch, hydrate – oh, wait, it’s done installing already?

7. You’ll get a notification once the installation has successfully completed, and now it’s time to launch 3ds Max Interactive.

8. It’s happening!

9. Decisions, decisions. Pick the appropriate template for the type of project you want to create.

10… the sky’s the limit! Happy creating.

READY TO GO FROM MAX TO VR?

On Monday, June 12th, we’ll be kicking off our journey from 3ds Max to VR. Join us for 10 days of short video power tutorials to get you up and running with VR content creation, and familiar with the tools and terminology.

Bonus: you’ll walk away with solid understanding of the fluid workflow between 3ds Max’s powerful 3D tools and with the new interactive toolset. Pretty sweet.

 

Source Credits to:
Design Visualization Team Autodesk Blogs

 

Next-Gen GPU Rendering