- #MORPH DAZ MODELS WITH DIFFERENT VERTEX COUNT HOW TO#
- #MORPH DAZ MODELS WITH DIFFERENT VERTEX COUNT SOFTWARE#
Raising the SubDivision level will also raise the actual point count of the object in the scene. > You raise the Render SubD level to see HD morph effects during rendering without slowing down DAZ Studio scene manipulation. This means a scene object can have only 16'000 points (vertices) in the DAZ Studio scene but is calculated and displayed as a 1'000'000 points (vertices) object in the final render window. The SubDivision level of the object in the DAZ Studio scene is not affected. The Render SubD level raises the SubDivision level only in the calculations by the (Iray) render engine in the final render window. SubDivision levels vs Render SubD levels are different preset types for each object included?Įxample: One high resolution preset to use the model in the foreground One low resolution preset to use the model in the background which subdivision level is needed to see the morph at the highest quality? what type of detail is provided with what type of morph or map? are HD morphs supposed to be a replacement or an "add-on" to the existing maps? In practice HD morphs are often used to add some other type of details as well to be used in combination with existing maps.ĭetailed product descriptions could help to answer how the product with an HD-addon is intended to be used: In theory HD morphs could be a replacement to use instead of other maps. In practice artists have a history of mixing different map types for different types of detail. In theory artists could provide all different map types as separate presets in their products so the customers can choose the one that bests fits the current need.
#MORPH DAZ MODELS WITH DIFFERENT VERTEX COUNT SOFTWARE#
In theory when you create details for a model in a 3rd party software you catch all details together by exporting to the one map type or morph type you prefer. Is it wrong to use maps in combination with HD? Or are you supposed to use one or the other? Render engines may not feature sliders to quickly adjust normal maps.
There are different types of normal maps designed by different software for different render engines. Versatile: Bump maps can be added to the displacement slot and with the help of adjustment sliders look great also in BPR Simulated simplified shadows can be detected in directional light situations. Used for objects in the background of the image Render engines feature adjustment sliders to make use of all of them There are different types of maps (0 = black or mid grey). There are different types of displacement, more advanced ones like vector displacement are not yet supported by DS or Iray Looks great in PBR but you need to set it up properly. Used for objects clearly visible in the foreground of your imageĪccurate physically calculated shadows are cast. at the highest SubD level to use or render in 3rd party software.
You can improve system performance by adjusting the (render) subdivision to a lower level but then you will see less detail.Īllows export of the model as.
Used for objects clearly visible in the foreground of your image.Īccurate physically calculated shadows are cast, works great with Physically based rendering (PBR).įor the best result dial in exactly the same (render) SubDivision level for the morph as it was created for. Understanding the difference between HD-Addon morphs and maps and their usage
#MORPH DAZ MODELS WITH DIFFERENT VERTEX COUNT HOW TO#
Updated : Updated example images that show how to figure out the proper SubD level for which the morph was created Just jump to those sections which are of interest to you. The goal is to provide an overview of topics that may come up when working with HD-Addons and Subdivision levels in DAZ Studio.
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