 |
Buy online or call 1-800-548-1578 
|
|
|
|
|
|
VRay Home ::
VRay Documentation Home ::
VRay Renderer Parameters
:: VRay Caustics
Common settings for the following images: Sph. subdivs = 50, Multiplier = 17000, Max photons = 60. The number of photons (Sph. subdivs) is deliberately lowered so that separate photons are more distinct.
Search dist = 1
Search dist = 10 Common settings for the following images: Sph. subdivs = 300, Multiplier = 1700, Max photons = 60. The number of photons is increased from the previous renderings but is still lower from the default settings of VRay.
Search dist = 1
Search dist = 5 Common settings for the following images are: Sph. subdivs = 4000, Multiplier = 17000, Search distance = 0.5. The number of photons is increased quite much and the search distance is lowered so that the effect of the Max photons setting is more obvious.
Max photons = 1
Max photons = 60 The following images demonstrate the caustics produced by glossy and non-glossy refractive materials. Common settings: Multiplier = 17000, Search dist = 5, Max photons = 60.
Glossiness = 1.0
Glossiness = 0.9, Max photons = 200, Search dist = 15 |
|
Categories
VRay Resources
Your cart
Authentication
VRay News
 |
Pre-Sale and Post Sale Support
We have years of real world production experience and our knowledgeable staff can provide you the support you need for your pre-sale or post sale questions. |
 |
 |
|
Only *$9 for national shipping via FedEx Ground Both shipping options include the following benefits:
*$9 national
shipping includes most packages. Please note however that heavier
items such as books require additional shipping charges. International Customers: please be aware that you are responsible for any/all customs, duties, taxes and fees that your country might charge. Downloadable products do not require shipping and do not incur a shipping charge. |
| Learn 3ds Max and VRay From The Pros ArchInteriors provides finished, top-notch architectural interiors set up for use with VRay to get photo real results. You just load and render! You can dissect the scene file to learn how it was done.
|
|