Crack SideFX Houdini FX V12.5.469 for Windows/MacOSX/Linux

NEW FEATURES

VFX

Cloud FX Tools

New Cloud sculpting and rendering toolset available on a dedicated shelf:

• Cloud Rig - This tool creates a cloud network using the Cloud, Cloud Noise and Cloud Light nodes in combination along with a Sunlight and Skylight to create a complete cloud setup.
• Cloud - This tool converts geometry into a cloud volume and gives you control over the shape and density of the volume. Secondary Shapes can be added to give your volume a puffier look.
• Cloud Noise - This tool adds a noise pattern to the volume to create a more distinct cloud-like shape.
• Cloud Light - This tool computes a light field to support the rendering of the volume. This approximates the scattering of light in a cloud to create a more efficient rendering.
• These Cloud tools are built using the new OpenVDB Sparse Volume tools.

Ocean FX Tools
New Ocean FX tools make it easier to integrate ocean surfaces into your VFX work:

• Ocean Waves - This tool uses volumes to deform geometry to create an animated ocean surface. You can visualize the results in the viewport then export a displacement texture to use at render time. This tool is on the Deform shelf.
• Wave Tank - This tool creates a FLIP fluid simulation with whitewater from an underlying ocean surface. This tool is on the Particle Fluids shelf.
• WhiteWater - New, unified whitewater solver creates spray, foam and churn based on an underlying FLIP fluid sim. This tool is on the Particle Fluids shelf.
• Mist - This tool emits mist particles into a smoke simulation one-way based on an underlying FLIP fluid sim. This tool is on the Particle Fluids shelf.
• New Ocean Spectrum and Ocean Evaluate geometry nodes used to generate ocean surface, volume and point outputs.

Sparse Volumes

• Native support for OpenVDB primitives. OpenVDB is an open source C++ library comprising a novel hierarchical data structure and a suite of tools for the efficient storage and manipulation of sparse volumetric data and is developed and maintained by DreamWorks Animation Visit openvdb.org for more information.
• Over a dozen VDB geometry nodes to create, manipulate and convert VDB volumes: Convert, Activate, Advect Points, Analysis, Combine, Fracture, From Particles, From Polygons, Renormalize SDF, Resample, Reshape SDF, Smooth, Smooth SDF, Vector Merge, Vector Split, Visualize Tree.
• Native viewport and Mantra support for VDB primitives.
• VDB volumes in Mantra have support for vector VEX attributes.
• SOP support for doing forward and inverse Fast Fourier transforms on 2D and 3D volumes: Volume FFT SOP.

Fluids

• Accurate handling of droplet particles.
• Faster and more scalable FLIP fluid simulations.
• Fully OpenCL-accelerated Gas simulation pipeline in Pyro.
• OpenCL DOP for custom acceleration of simulation performance.
• The FLIP solver can now handle animated density and viscosity as well as animated timescales.
• FLIP fluids now use OpenVDB to generate the fluid surface and use uniform volumes for rendering.

Bullet

• New constraint types: Slider and Cone Axis which is useful for rag-doll simulation.
• Ability to handle concave geometry.
• Support for Cylinder geometry types.
• Support for interpenetrating or “bad” geometry.
• More reliable behaviour under complex scenarios.
• Ability to visualize objects that have been put to sleep by the Bullet solver.
• Ability to toggle collision detection between objects.
• Ability to handle an animated centre of mass.
• General performance improvements.

Cloth

• Optimized performance and collision support.
• Support for panel workflows.
• Support for per-vertex multiplier attributes, in addition to per-point attributes, offering more freedom in controlling the behavior of parts of the cloth.
• UV support for triangles and cloth -- the UV coordinates represent the threading of the material and make the solver independent of the underlying topology.
• Improved force model, with more independence between stretch, shear and bend.
• Visualization of velocity and surface collision thickness which takes into account the point thickness attribute.
• Cloth shear stiffness and damping are now independent of their stretch equivalents.

Hair and Fur

• New, surface-based collision - more accurate than the existing volume-based collision method.

Lighting and Rendering

Lighting

• Volumetric geometry is now supported as a geometry type by the Geometry area light
• Volume Light - this tool sets up a Geometry area light using a volumetric point cloud. This light type can be applied to volume such as a fire simulation to realistically illuminate the shot using the flame volume.
• Removed point cloud support from the Pyro FX shader now that we have a volume light with point cloud support.
• Improved the default settings for the Sky Light to create a more natural look and sun angle.

IPR View

• IPR relighting buffer for faster feedback when tweaking material values.
• IPR shared memory for volume geometry updates.
• When using IPR, Geometry is now passed directly to Mantra bypassing the IFD file.
• New option to force shadows to be ray-traced, rather than shadow-mapped, in IPR .
• Realtime Render Tile feedback.

Primitive Support

• First-class support for the new VDB, Alembic and Polysoup primitives.
Alembic Delayed Load Primitives are deferred rendered into the viewport and supported by Alembic procedural in Mantra at render time. A great way of working with and rendering large scenes without loading them directly into Houdini.
• Ability to query properties of materials and lights from procedurals.
• New Point Replicator procedural. This procedural is used by the new white water tools and is available as a geometry node to allow for reviewing in the viewport.

Rendering Volumes

• More accurate volumetric velocity motion blur with ray tracing.
• Volume quality channel parameter for empty space culling.

Deep Raster Support

• Per-light exports can now be used to produce deep raster planes for export variables defined by light shaders.

Optimizations and Enhancements

• New ray-tracing accelerator.
• Many multi-threading enhancements.
• Threaded displacements for faster performance.
• Sample-based edge coving.
• Much better ray tracing performance with transparency (eg fur).
• Ability to query properties of materials and lights from procedurals.
• Changed the behaviour of lights in Mantra: the composition of the surface and light shader is now used for shading of area.
• lights instead of choosing one or the other based on a render property.
• Most point cloud formats used by Mantra (SSS point clouds and photon maps) now use Cd for irradiance rather than E. SSS point clouds also store a positional P channel.
• The obsolete "Environment (*)" light type has been removed from the HLight OBJ. One should use the Environment light from now on.
• A new render property lets the user scale the point sizes at render time.

General Enhancements

User Interface

• Multi-line parameter allows typing a “snippet” of VFL code (related to Snippet VOP).
• Much faster navigation of node networks.
• Some node tiles (eg File OPs and Constant VOPs) have labels that are driven by their parameter values for better clarity of what the node represents.
• Middle-mouse on a node tile now displays the class of each attribute (eg float, int, string) as a suffix to the tuple size.
• Allow changing the comment on editable nodes in locked digital assets.
• The playbar frame number changes to an orange background colour when Scroll Lock is on.
• Type-ahead support in the file browser, along with keyboard navigation using the arrow and home/end keys.
• The static RMB shelf menus have been converted to XML.
• Ctrl-Enter in input fields lets the users commit their changes without losing keyboard focus or cursor location.
• The "Select Next" hotkey F now cycles through alternate candidate groups containing the last selected entity in the group selection modes.
• Much faster sorting of displayed data in the geometry spreadsheet.
• A label now indicates which parameter channel is being edited when a vector parameter is in expression mode.
• The DOPs Details view now preserves the sort order of the data view between frames; also: the DOPs details view will no longer collapse when switching to a non-DOP view or when the simulation data disappears and reappears.

Geometry

• New “Polysoup” primitive type with wide SOP support in the software.
• New “Remesh” SOP to build clean triangular meshes from non-manifold surfaces.
• New “Point Wrangle” SOP that is similar to the Point SOP but uses VFL snippets.
• New “Point Replicate” SOP that copies point clouds onto points that obey the standard instancing attributes.
• New “Attrib Wrangle” SOP that is similar to the Attribute SOP but uses VFL snippets.
• New “Volume Wrangle” SOP that is similar to the other Wrangle SOPs but for volumes.
• New “Transform Pieces” SOP that transforms pieces of geometry according to attributes on a set of template points, following the same rules as copying and instancing.
• New Trail SOP option to compute angular velocity.
• Continued SOP optimization, including multi-threading and taking advantage of the GEO architecture introduced in H12.0.
• Parallel creation of geometry in select SOPs.
• Procedural Edge Groups.
• Easy visualization of groups in the viewport.
• Group name preservation in the interactive selection tools.
• Unicode support (in the Font SOP and COP, as well as the viewport); basically any TrueType, Type1 and OpenType font is now supported.

VOPs and VEX

• Optimized cooking of VOPs via “encapsulation” of VFL code in each VOP node where permitted.
• Faster compilation of VFL code with direct LLVM output (entirely bypassing VEX code generation).
• Basic sensor toolset in the form of “Panoramic” VOPs.
• Dedicated node for binding attributes (Bind VOP).
• New Snippet VOP that lets user type actual VFL code that can be exported up to parent network.
• A convenient Geometry VOP at the DOP level.
• Many new VEX functions such as point, vertex, prim, detail, xyzdist, nearpoint, minpos, primuv ported over from Hscript.
• Removed obsolete VEX photon context.
• vexexec is a new command-line executable that can run a CVEX shader.

Viewport / OpenGL

• VDB, Alembic, Polysoup primitive support.
• New renderhook architecture.
• Coincident point detection.
• Strong performance improvements.
• Much enhanced stability.
• Environment lights can be displayed in the background.
• New inspection mode in the scene viewer to provide information about the geometry underneath the mouse cursor.
• Enhancements to viewport point instancing, including support for instancing multiple objects using the “instance” attribute.
• Interactive selection now available for the Group SOP in UV viewports.
• GL3-accelerated component picking
• The 3D viewport automatically sets the ideal image quality limits and viewing parameters by querying the graphics hardware.
• New viewerinspect command to save the viewport inspection settings to the hip file.
• A new viewport option (off by default) allows volumes to be displayed as point clouds in wireframe mode: Geometry Tab -> Tessellation group.
• New Vector Scale display option to control all custom vector decorations and the length of the point velocity vector globally.
• Support for pixel value inspection in the scene viewer Inspect tool.
• Python support for additional geometry inspection information in the viewport.

Alembic

• New Alembic primitive that eliminates the need to bake Alembic data into Houdini geometry, resulting in much lighter data passing through the system.
• Much faster loading of Alembic data (linear versus quadratic time).
• Native viewport support for Alembic primitives (2x faster than current display).
• Native Mantra support for Alembic primitives (as procedurals).
• Ability to display Alembic primitives as proxy data: bbox, point cloud, centroid.
• New spatial filters for loading Alembic data, such as bbox containment.
• Ability to load Alembic data as a Houdini point cloud or a bbox.
• Ability to load Alembic objects as flat Houdini nodes rather than a hierarchy.
• Completely redesigned output driver with controls for properties such as constant topology.
• Directly supported by Houdini’s bullet solver (no explicit conversion required).
• The Alembic ROP is available in the SOP context.
• Alembic I/O supports face sets for polygonal meshes and subdivision surfaces.
• New Alembic Group SOP to help with selecting and grouping Alembic primitives.
• The Alembic Delayed Load archive primitives can be configured to respect the Alembic visibility flag.
• Support for dual Alembic files: one for animation and another for uv's or other attributes.

General I/O

• Digital Assets now store the unit scales to properly adjust to units in the sessions where they are instantiated.
• The GEOio file has been changed from a simple text file to a JSON file. Old GEOio files still supported for now.
• File SOP and the DOP I/O now offer the option to create intermediate directories (off by default). This provides significant time-savings for Technical Directors.

  


Crack SideFX Houdini FX V12.5.469 for Windows/MacOSX/Linux

http://rghost.net/47590766


Baca instal.txt !!!!!!!!
 
Cara download Installer

 Login menggunakan account: facebook,google dll di

 http://www.sidefx.com/index.php?Itemid=126&option=com_login


Kemudian download softwarenya di

http://www.sidefx.com/index.php?option=com_download&Itemid=208&task=apprentice&download=true 














Crack SideFX Houdini FX V12.5.469 for Windows/MacOSX/Linux