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mbFeatherToolsosAll, commercial, python
v2.0 - mbFeatherTools is a production proven plugin for Autodesk Softimage which features styling, animation and simulation of bird feathers. While the primary focus of this tool is indeed feathers, it is also beneficial for all kinds of tasks: Leafs on a tree, spines of a hedgehog or clammy fur, to name a few.
Price is $240 - see the xsibase thread for a quick overview.
Price is $240 - see the xsibase thread for a quick overview.
author site: http://feathertools.michael-buettner.com/ - xsibase thread
MaterialID SetuposAll, tool, vbs
Automatically setups an additional MaterialID framebuffer to the current pass and modifies all the applied materials to store a unique color in that framebuffer.
ObjectID ShaderwinAll, shader
Assigns each object a unique Color, can be used to create an ObjectID render pass (to later on separate objects in compositing). Original Maya development, packed for XSI by Nassos Yiannopoulos.
Instances to Duplicates/ClonesosAll, tool, js
Replace instances of a Model with copies/clones of the original model. Installs itself as a submenu under Get->Model. Commands included are: Instance to Duplicate, Instance to Clone, Select Master from Instances, Select Instances from Master, Select Instances from Instances, additional Options.
author site: http://junkithejunkie.cocolog-nifty.com/ - author's vimeo profile - XSIBase link - local 
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Sixbirds Rigging SolversosAll, tool, python, sourcecode included
A collection of 12 rigging operators written in python and C++, kindly released to the public by Helge's employee Sixbird productions, Spain. This toolset includes the following solvers: SRT Spring, Direction Spring, IK 2 Bone, IK FK 2 Bone, Simple Spline, Rolling Spline, 4 Point Surface, Interpolated Pose, Squash and Stretch, Null 2 Curve Projection, Curve Sliding, Curve Collision.
See the XSIBlog link for further details and embedded vimeo videos. Requires Python 2.52+
See the XSIBlog link for further details and embedded vimeo videos. Requires Python 2.52+
Kristinka Hair Toolkit v1.0osAll, ICEmisc, ICEparticle, compound format, scene
(release 1.0, Version Jan 3, 2010)
A very new and unique way to set up and animate hair using ICE nodes and guide NURBS surfaces.
Fully cully customizable ICE nodes *** scalable, from only a few basic compounds for building basic hair, to very complex structures. *** Hair styling that always consider whole shape of hair. User can do styling in a fraction of time, compared to classic hair systems.
Styling works well for short and for long hair. *** Unlimited hair length, unlimited number of hair segments *** Styling by loft cross sections, or by following the NURBS surfaces *** Automatic generation of details, but always with full control. Locks, clumps, curls, turbulence, are created by ICE compounds *** Additional modifiers, like cutting hairs by external geometry, constant strand length for key frame animation, re sampling and subdividing strands, morphing with another hair, modulating hair's distribution over emitter, so user can increase density on most visible areas *** Full support for ICE simulation engines, for now, it's for Phil Taylor's Strand Dynamics Framework, Helge Mathee's Strand Dynamics *** Support for simulation with Syflex/SI Cloth, by using ICE strand extrusion from Helge Mathee's MT_Strands addon.
A very new and unique way to set up and animate hair using ICE nodes and guide NURBS surfaces.
Fully cully customizable ICE nodes *** scalable, from only a few basic compounds for building basic hair, to very complex structures. *** Hair styling that always consider whole shape of hair. User can do styling in a fraction of time, compared to classic hair systems.
Styling works well for short and for long hair. *** Unlimited hair length, unlimited number of hair segments *** Styling by loft cross sections, or by following the NURBS surfaces *** Automatic generation of details, but always with full control. Locks, clumps, curls, turbulence, are created by ICE compounds *** Additional modifiers, like cutting hairs by external geometry, constant strand length for key frame animation, re sampling and subdividing strands, morphing with another hair, modulating hair's distribution over emitter, so user can increase density on most visible areas *** Full support for ICE simulation engines, for now, it's for Phil Taylor's Strand Dynamics Framework, Helge Mathee's Strand Dynamics *** Support for simulation with Syflex/SI Cloth, by using ICE strand extrusion from Helge Mathee's MT_Strands addon.
author site: http://www.matkovic.com/anto/kristinka-hair.html
Dual Quaternion Deformation v2.0osAll, ICEdeform, compound format
Implements the volume preserving Dual Quaternion envelope deformation. Updates Phil's ICE pack version - fixes flipping issues. Mod by matheus that supports scaling and some other convenient improvements. See readme.txt or sicommunity link for setup details.
MT SpringosAll, tool, js
MT Spring allows for a very quick setup of a simple dynamic, poseable rig based on spring motion. All sorts of branching supported, as well as a wind controller. There's an introductory video available on 
youtube
youtubeauthor site: n/a - local backup
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Fragmenting objects for animation in ICEosAll, js, ICEmisc, compound format (private)
Currently ICE has no provisions for creating or destroying faces or edges, which means we can't create compounds directly in ice which for instance shatter objects. So what do you do if you need a "blastcode" type destruction effect in XSI? One solution is to approach the problem with XSI's rigid bodies, but they have their own issues and it's frustrating not to be able to leverage some of ICE's power for this kind of thing.
The good news is .. (read on under author link)
The good news is .. (read on under author link)
author link: http://andy.moonbase.net/ - local backup
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PolyMesh DuplicatorwinAll, tool, sourcecode included
Nassos' recreation of Guillaume Laforge's addon (see video). Creates multiple procedural copies of a mesh which can be accessed from an ICE tree. Just like Houdini's Copy/Duplicate SOP. See video tutorial on vimeo
video). Creates multiple procedural copies of a mesh which can be accessed from an ICE tree. Just like Houdini's Copy/Duplicate SOP. See video tutorial on vimeo
ICE MoGraphosAll, ICEmisc, compound format, tool, scene
A suite of motion graphics related ICE compounds. This is intended to mimic cinema4d's "MoGraph Tracer" functionality. Instructions for one of the compounds (Deform by Strand) is available here. RAR File include demo scenes.
here. RAR File include demo scenes.
Ghosting TrailsosAll, ICEmisc, compound format
am Ghosting Trails compound is an animation utility, that display motion trails behind animated objects. Advantage over standard Softimage's animation ghosting is speed - even with a huge number of objects, impact to playback speed is minimal. Disadvantage is that is able to display the only already evaluated motion, also it has fewer number of options.
See the si-community thread for more information and screenshots.
See the si-community thread for more information and screenshots.
Vorlex - ICE Rigid BodyosAll, ICEmisc, compound format, scene
VorleX is a set of ICE compounds that allows simulate any polygonal object as rigid body, independently of point clouds, instances etc.
Note that the center of object must be placed in the object geometrical center to work correctly ( Transform -> Move Center to Vertices ). But it's not necessary.
See the si-community thread for more information and video examples. Note that this compounds can be made to interact with fluids (SPH).
See the si-community thread for more information and video examples. Note that this compounds can be made to interact with fluids (SPH).
Pointcloud deInstanceosAll, tool, python
the attached script will convert instanced objects in an ice cloud to normal
objects and respect the S/R/T. It doesn't do anything fancy such as bind
them back to the particles, it literally snapshots the frame you're on. word
of warning - it relies on the duplicate command, and this can mean it's very
slow if you've got thousands of objects. Select your point cloud and run the
script. We posted on the xsi list for some help with this, but ended up making our own script. but this sounds like it could be usefull to..
author link: n/a - local backup
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Wave CurlosAll, ICEmisc, ICEdeform, compound format, scene
This compound uses Nulls to control and create the wavy deforms. The nulls can be scaled to stretch the wave out or bulge them into more toon-like waves. I put a scene together, and left the compound open for people to explore. Take not that the ICE tree should be under post-simulation. Works nicely in conjunction with Amaan Akram's aaOcean Suite.
author's cgsociety portfolio - local backup
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aaOcean SuiteosAll, ICEmisc, compound format, shader
aa Ocean Suite is a collection of Softimage ICE nodes and a mental ray shader that implements Jerry Tessendorf's paper on simulating ocean waves, which is currently the most widely used method for open water ocean surfacemodeling being used in the industry.
This particular implementation presents itself as a 3D deforming grid inside Softimage, which then becomes the source of vector displacement map sequences that are sent to Mental Ray for final rendering. One of the benefits of using this approach is that it opens up the possibility of making other 3D objects inside Softimage react with the ocean grid via ICE. Another benefit is the speed that it brings in setting up your ocean right inside Softimage on a low resolution ocean grid to set basic paramters like wave height and speed, rather than rendering a sequence of images in Mental Ray. Works nicely in conjunction with Werner Ziemerink's Wave Curl.
This particular implementation presents itself as a 3D deforming grid inside Softimage, which then becomes the source of vector displacement map sequences that are sent to Mental Ray for final rendering. One of the benefits of using this approach is that it opens up the possibility of making other 3D objects inside Softimage react with the ocean grid via ICE. Another benefit is the speed that it brings in setting up your ocean right inside Softimage on a low resolution ocean grid to set basic paramters like wave height and speed, rather than rendering a sequence of images in Mental Ray. Works nicely in conjunction with Werner Ziemerink's Wave Curl.
author link: http://www.warpedspace.org/aa_ocean.html - xsibase thread
Geometry ConstraintosAll, tool, js
"This plug-in is a scripted operator that constrains an object's position and (optionally) rotation to the surface of a polygonal mesh. I've seen it requested a few times on the forums, and I thought I should take a stab at it.
Here it is in action: vimeo. Please note that it doesn't work with live subdivided surfaces. Meaning that if the constraining geometry is subdivided using the Plus key on the keypad, the constrained object will continue to follow the hull, and not the subdivided geometry. The workaround in this case is to pre-subdivide the mesh (using Create > Poly. Mesh > Subdivision) before applying the operator."
# v1.2 (10/2/2009) * Added a Blended Geometry Constraint. Updated version in action: vimeo.
Here it is in action:
vimeo. Please note that it doesn't work with live subdivided surfaces. Meaning that if the constraining geometry is subdivided using the Plus key on the keypad, the constrained object will continue to follow the hull, and not the subdivided geometry. The workaround in this case is to pre-subdivide the mesh (using Create > Poly. Mesh > Subdivision) before applying the operator."
# v1.2 (10/2/2009) * Added a Blended Geometry Constraint. Updated version in action:
vimeo.
author link: http://shaderop.com/softimage/geometry-constraint/ - local backup
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WOM_ArchilightosAll, shader, sourcecode included
Physically accurate light shader for mental ray.
Features: *** Support for IES light profiles with real light profile intensities, and ability to scale profile intensity using real world units *** Support for photometric (candela, lumen, lux) or radiometric (watt, watt/s, watt/m2) real world-units *** A photon emitter that supports light profiles, area lights, and is linked to direct light intensity *** Ability to use area lights with soft shadows while retaining IES profile sharpness/definition *** Support for color temperatures *** Light profile rotation *** A shader to create object/geometry lights *** A separate simple texture shader to add light profile support to other nodes *** Works with both Softimage and Maya on Windows 64-bit and 32-bit, Linux 64-bit, and MacOSX (Maya only). *** Completely free and fully open source (BSD license) with minimal restrictions, so you can compile for other platforms, incorporate the code into other free or commercial projects and redistribute. *** Comprehensive manual
"The goal of the shader is really to be the only light shader for mental ray you will ever need to use. Please post if you run into any trouble or bugs. Any comments, feedback or nice renders are always appreciated. Enjoy!" - Note: If it doesn't work with 2010 (yet), try these dlls.
Features: *** Support for IES light profiles with real light profile intensities, and ability to scale profile intensity using real world units *** Support for photometric (candela, lumen, lux) or radiometric (watt, watt/s, watt/m2) real world-units *** A photon emitter that supports light profiles, area lights, and is linked to direct light intensity *** Ability to use area lights with soft shadows while retaining IES profile sharpness/definition *** Support for color temperatures *** Light profile rotation *** A shader to create object/geometry lights *** A separate simple texture shader to add light profile support to other nodes *** Works with both Softimage and Maya on Windows 64-bit and 32-bit, Linux 64-bit, and MacOSX (Maya only). *** Completely free and fully open source (BSD license) with minimal restrictions, so you can compile for other platforms, incorporate the code into other free or commercial projects and redistribute. *** Comprehensive manual
"The goal of the shader is really to be the only light shader for mental ray you will ever need to use. Please post if you run into any trouble or bugs. Any comments, feedback or nice renders are always appreciated. Enjoy!" - Note: If it doesn't work with 2010 (yet), try these dlls.
Shape ToolsosAll, tool, js
If you have read Stop Staring, then think of this add-on as the Softimage equivalent of the SS2_blend_taper scripts mentioned in that book.
Watch an introductory video on vimeo. Basically, this add-on is a collection of plug-ins for Autodesk Softimage that help with the process of creating blend shapes for facial rigging and animation.
In the process of facial rigging, several blend shapes (also called morphs or endomorphs) are used to recreate common facial expressions, such as smiles, blinks, squints, etc. These blend shapes are often symmetrical, but need to be split into asymmetrical halves that blend together smoothly to form the original shape. Splitting can be done manually, which is tedious to say the least, or it can be greatly automated using the Shape Tools included in this add-on.
Watch an introductory video on
vimeo. Basically, this add-on is a collection of plug-ins for Autodesk Softimage that help with the process of creating blend shapes for facial rigging and animation.
In the process of facial rigging, several blend shapes (also called morphs or endomorphs) are used to recreate common facial expressions, such as smiles, blinks, squints, etc. These blend shapes are often symmetrical, but need to be split into asymmetrical halves that blend together smoothly to form the original shape. Splitting can be done manually, which is tedious to say the least, or it can be greatly automated using the Shape Tools included in this add-on.
author link: http://shaderop.com/softimage/shape-tools/ - local backup
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Default Display OptionsosAll, tool, js
"When I start Softimage, I always set viewport B to User, textured, and headlight. It's not a big deal, but it gets boring after a while.
So, I thought I should make a little plug-in to do the job for me. Here it is in action: vimeo. Please note that this plug-in has no effect on existing scenes. It only configures the viewports when a new scene is created."
So, I thought I should make a little plug-in to do the job for me. Here it is in action:
vimeo. Please note that this plug-in has no effect on existing scenes. It only configures the viewports when a new scene is created."
author link: http://shaderop.com/softimage/set-default-display-options/ - local backup
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Deduplicate ArrayosAll, ICEmisc, compound format
This compound takes an array as input and removes any duplicates. Works fine with integer, scalar, location and vector arrays. Deduped elements don't have to be sequential - the compound removes any duplicate it finds. For elmiminating sequences only, see the Remove Duplicates compound.
author link: http://julianjohnsonsblog.blogspot.com/2009/03/dedu... - local backup
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Dart throwingosAll, ICEparticle, compound format, scene
a custom ICE node in C++ utilising the new geometry features in the 2010 SDK. The node will let you position random, non-overlapping points on any polygonal geometry. The more iterations you use, the more 'packed' the distribution will be.
Watch a video here http://www.vimeo.com/6483842.
Watch a video here
http://www.vimeo.com/6483842.author link: http://julianjohnsonsblog.blogspot.com/2009/09/dart-thr... - local backup
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Roll ObjectosAll, ICEmisc, compound format
Roll an Object driven by a Null. The new compound removes expensive geometry queries in favour of filter and min/max in set. I think it's quicker on larger datasets although the downside is I've had to use more nodes!
The lowest point in Y on the object at simulation start becomes the virtual floor. There are many other ways to do this but it seems like a sensible way to keep the compound fairly general. If you want other objects to contact the same floor then their lowest point in Y also needs to be at floor level.
The Distance to Angle Ratio parameter controls the ratio of angular change to the distance the driving object travels each frame - higher values rotate the object more, lower values slow down the rotation.
The lowest point in Y on the object at simulation start becomes the virtual floor. There are many other ways to do this but it seems like a sensible way to keep the compound fairly general. If you want other objects to contact the same floor then their lowest point in Y also needs to be at floor level.
The Distance to Angle Ratio parameter controls the ratio of angular change to the distance the driving object travels each frame - higher values rotate the object more, lower values slow down the rotation.
author link: http://julianjohnsonsblog.blogspot.com/2009/05/roll-ob.... - local backup
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Neighbor Points PlusosAll, ICEmisc, compound format
Neighbour Points Plus 1.6 expands on the PointNeighbors attribute that's native to ICE by letting you select 'n' levels of neighbouring points. You can select the number of levels you want, filter the results and/or exclude the original points.
author link: http://julianjohnsonsblog.blogspot.com/2009/03/neig... - local backup
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Track ICE ParticleosAll, ICEmisc, python
Get a null to follow a specific particle's position and orientation. Multiple points can be tagged in multiple clouds. The positions are worked out in global space and nulls are dumped at the scene root.
author link: http://julianjohnsonsblog.blogspot.com/ - local backup
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Plot ICE Particles to curvesosAll, ICEmisc, python
This script plots tagged ICE particles to curves. For each point cloud it creates a null at the scene root and places the curves under that null. To use, just tag points and run the script. A dialogue will let you select the frame range and step size.
author link: http://julianjohnsonsblog.blogspot.com/2009/03/plot... - local backup
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Peek 1.1osAll, js, tool
Sort of a "smart" CenterSelection. Aligns current viewport camera depending on current selection:
** 1 or more polygons selected: centers selection, moves camera to make it look directly at the polygons from above (aligns cam at average polygon normal)
** 1 point selected: centers selection, moves camera to make it look directly at the point from above (aligns cam at point normal)
** 2 points selected: moves camera to make it look "through" the two point (moves cam to the closest point on the line going through the two points)
** 1 edge selected: same as 2 points: moves camera to make it look "through" the edge (moves camera to the closest point on the "extension" of the edge, targeting the edge center.)
** camera selected: makes camera look through other camera (and matches interest)
** light selected: makes camera look through light (and matches interest if has any)
** 1 or more polygons selected: centers selection, moves camera to make it look directly at the polygons from above (aligns cam at average polygon normal)
** 1 point selected: centers selection, moves camera to make it look directly at the point from above (aligns cam at point normal)
** 2 points selected: moves camera to make it look "through" the two point (moves cam to the closest point on the line going through the two points)
** 1 edge selected: same as 2 points: moves camera to make it look "through" the edge (moves camera to the closest point on the "extension" of the edge, targeting the edge center.)
** camera selected: makes camera look through other camera (and matches interest)
** light selected: makes camera look through light (and matches interest if has any)
Quaternion SpinewinAll, python, tool
This Softimage Plugin creates a curve with Nulls on it that You can use to rig or weight directly to them. the orientation of the nulls is defined by the curvetangent and the the base and target objects orientations. The system offers 720 degrees of freedom in twisting and offers a much better twist distribution compared to the softimage spine system.
The tool work very well for things like spines, tentacles, long necks and stuff like that.
The systems orientation is along the Y axis. As it uses the global kinematics of xsi You should carefully plan and test the parents. To deep parenting or orientation constrains can cause problems. For this I want to enable a short quaternion interpolation in later releases if You need deep parenting and not 720 degrees twist. Right now it runs only on 32 bit.
Output: The offset matrix, scaling, rotation, translation and rotation quaternion
The tool work very well for things like spines, tentacles, long necks and stuff like that.
The systems orientation is along the Y axis. As it uses the global kinematics of xsi You should carefully plan and test the parents. To deep parenting or orientation constrains can cause problems. For this I want to enable a short quaternion interpolation in later releases if You need deep parenting and not 720 degrees twist. Right now it runs only on 32 bit.
Output: The offset matrix, scaling, rotation, translation and rotation quaternion
author link: http://www.booyabase.de/?p=206 - local backup
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Symmetrize HairwinAll, python, tool
A little plugin to symmetrize hairstyles on the YZ plane. Hope it saves You some time to get out earlier. The operator works only with hair on clusters.
Installation: 1. You need a working python installation for xsi -- 2. Just drop it into Your plugins directory, workgroup or user plugins -- 3. Restart XSI or reload Your plugin director
How to use: 1. Before You use it push the Stretchy Button -- 2. You can find it under the shape tools (Found no way to embed it into the hair tool bar) -- 3. Freeze the hair
Installation: 1. You need a working python installation for xsi -- 2. Just drop it into Your plugins directory, workgroup or user plugins -- 3. Restart XSI or reload Your plugin director
How to use: 1. Before You use it push the Stretchy Button -- 2. You can find it under the shape tools (Found no way to embed it into the hair tool bar) -- 3. Freeze the hair
author link: http://www.booyabase.de/?p=203 - local backup
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Match ShapewinAll, python, tool
This little tool copys the point position data from one object to another. Both objects should have the same topology.
Installation: 1. You need a working python installation for xsi -- 2. Just drop it into Your plugins directory, workgroup or user plugins. -- 3. Restart XSI or reload Your plugin directory --
How to use: 1. Select the object You want to copy to -- 2. Animate>Shape>MM_MatchShape -- 3. Pick the object You want to copy
* Some options: Plott generator level animation -- * Place external modified shapes in the secondary animation stack -- * Copy modeling modifications from one object to the other
Installation: 1. You need a working python installation for xsi -- 2. Just drop it into Your plugins directory, workgroup or user plugins. -- 3. Restart XSI or reload Your plugin directory --
How to use: 1. Select the object You want to copy to -- 2. Animate>Shape>MM_MatchShape -- 3. Pick the object You want to copy
* Some options: Plott generator level animation -- * Place external modified shapes in the secondary animation stack -- * Copy modeling modifications from one object to the other
author link: http://www.booyabase.de/?p=68 - local backup
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Reset ShapewinAll, python, js, tool
Might be a old one but still very usefull... This tool allows you ro remove any shapemodifications of the tagged points.
Installation: 1. You need a working python installation for xsi -- 2. Just drop it into Your plugins directory, workgroup or user plugins. -- How to use: 3. Restart XSI or reload Your plugin directory
How to use: 1. Select the points You want to snap back to the default shape. -- 2. Ctrl + select the shape key -- 3. Animate>Shape>MM_ResetShape
Installation: 1. You need a working python installation for xsi -- 2. Just drop it into Your plugins directory, workgroup or user plugins. -- How to use: 3. Restart XSI or reload Your plugin directory
How to use: 1. Select the points You want to snap back to the default shape. -- 2. Ctrl + select the shape key -- 3. Animate>Shape>MM_ResetShape
author link: http://www.booyabase.de/?p=37 - local backup
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OBJ SequencerwinAll, js, tool, importexport
OBJ sequencer works as importing a numbered sequence of OBJ files and essentialy keying render/view visibility.
Other options include weld open edges, relax, put inside of a model or refmodel.
Other options include weld open edges, relax, put inside of a model or refmodel.
author link: n/a - local backup
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TC Sketch 1.1winAll, js, tool
Like the grease pencil tool for Maya, this tool allow you to draw with the sketch tool for 2d animation/per frame annotation.
author link: n/a - local backup
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TC AddChannelswinAll, js, tool
Using this tool you can add multiple channels at once to the active pass.
author link: n/a - local backup
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Find Offset between ObjectsosAll, ICEmisc, compound format
ICE compound to find the offset between two transform matrices. Will be helpful to create constraint compensation for future constraints.
Input:
- Offseted object global or local transform (Matrix) - the parented object
- Other object global or local transform (Matrix) - the parenting object
Output:
- The offset matrix, scaling, rotation, translation and rotation quaternion
Input:
- Offseted object global or local transform (Matrix) - the parented object
- Other object global or local transform (Matrix) - the parenting object
Output:
- The offset matrix, scaling, rotation, translation and rotation quaternion
author link: n/a - source: Ex-SI.NET - local backup
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Swap XYZosAll, ICEmisc, compound format
Super simple compound to swap and zero vector components. Convenient if you happen to be doing a lot of shuffling of channels - like Y position to wind Z velocity for example. Or if you just want to quickly zero the Y.
author link: n/a - source: Ex-SI.NET - local backup
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Dotted HatchosAll, shader, compound format
A dotted datch NPR shader
author site: n/a - local backup
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SimpleSSSosAll, shader, compound format
An example shader compound to show how to use MIA material with a SSS compound.
author site: n/a - local backup
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SkinSSSosAll, shader, compound format
This is a conversion of the misss_fast_skin_phen Phenomenon, but it does not use the Material ouput port type. It works with FG and GI, and can be customized based on your needs.
Bug fixes :
- Weight for epidermal was overided by diffuse weight.
- Lightmap_diffuse is linked to Diffuse now.
- Back Scatter Depth parameter was missing
Bug fixes :
- Weight for epidermal was overided by diffuse weight.
- Lightmap_diffuse is linked to Diffuse now.
- Back Scatter Depth parameter was missing
author site: n/a - local backup
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Camera IncidenceosAll, shader, compound format
Publisher's Description. An incidence shader compound that works with displacement.
author site: n/a - local backup
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Camera ProjectorosAll, shader, compound format
A shader compound to do camera projection of textures onto objects.
Features: * Daisy-chaining for easy multi-projection setup * Edge feathering with a falloff curve * Include or bypass the texture's own alpha.
Usage: 1. Import the shader compound into the rendertree -- 2. Open the PPG and click "Link Camera" and select the camera (or any other object with kinestate) to link the projection to. -- 3. Twiddle the parameters
The projection is orthographic and the width/height is specified in SI units.
Features: * Daisy-chaining for easy multi-projection setup * Edge feathering with a falloff curve * Include or bypass the texture's own alpha.
Usage: 1. Import the shader compound into the rendertree -- 2. Open the PPG and click "Link Camera" and select the camera (or any other object with kinestate) to link the projection to. -- 3. Twiddle the parameters
The projection is orthographic and the width/height is specified in SI units.
author site: n/a - local backup
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Particle Billboard TextureosAll, shader, compound format
A simple shader compound to do particle billboards with a profile curve fade over age %.
author site: n/a - local backup
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Alpha ReplaceosAll, shader, compound format
This compound provides the ability to replace the alpha within an RGBA color stream. It includes multiple replacement sources, gain, fader, inversion, and boolean options. It is very useful when working with Layers.
To install copy to: %XSI_USERROOT%\Softimage\XSI_7.0\Data\RTCompounds or any Workgroup equivalent.
The compound will then be available via the Render Tree Preset Manager. Shader will be available under Color Channels. There's a comprehensive description inside the compound.
To install copy to: %XSI_USERROOT%\Softimage\XSI_7.0\Data\RTCompounds or any Workgroup equivalent.
The compound will then be available via the Render Tree Preset Manager. Shader will be available under Color Channels. There's a comprehensive description inside the compound.
author site: n/a - local backup
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GainosAll, shader, compound format
This Shader Compound provides advanced level/gain control for use in the Render Tree. There's a comprehensive description inside the compound.
author link: n/a - source: Ex-SI.NET - local backup
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Simple GainosAll, shader, compound format
This Shader Compound provides basic level/gain control for use in the Render Tree. There's a comprehensive description inside the compound.
author link: n/a - source: Ex-SI.NET - local backup
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Normal Map ControlosAll, shader, compound format
Uses the new Normal Map 2 node with the Red and Green channels separated so that you can flip them individually, and it has color correction control so that you can adjust the image contrast to increase or decrease the height of the normal effect.
author link: n/a - source: Ex-SI.NET - local backup
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Edge EnhanceosAll, shader, compound format
Plug "Edge Enhance" into a material slot to highlight the edges of your geometry. The Exposed inputs will allow you to quickly control the edge thickness and how much it wraps around the object (using it's lighting).
I usually use it in the incandescence slot but you have to turn the Incandescence intensity up or it wont show.
I usually use it in the incandescence slot but you have to turn the Incandescence intensity up or it wont show.
author link: n/a - source: Ex-SI.NET - local backup
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Fill Volume EvenlyosAll, ICEmisc, compound format
Fills an object with particles spaced at the specified XYZ offsets.
Generate Objects By VolumeosAll, ICEmisc, compound format
Generate Objects by Volume (aka RedMan) - with this you can generate objects (box, sphere) inside another object volume - like on ICE CoolStuff movie around 4min.
Generate 3D Point GridosAll, ICEparticle, compound format
Generates a three dimension grid of points by specifying the number of points and the spacing in each dimension. You need to connect this node to a port on the ICE Tree node of an empty point cloud. In this version I removed shift cloud's center from (0,0,0) - so now it's aligned to scene center, also exposed values let you move whole cloud in XYZ.
Function GraphsosAll, ICEparticle, compound format
with a bunch of graphs going from basic functions like y = x^2 * z^2 to complex things using sin and cos functions like y=|sin(x) * ( sin(x) + cos(z) )|^0.2, This compound tries to make it easy to visualize these functions as a graph over a surface.
Try it out on a flat plane, you can also have fun playing with this as forces, using y as weight maps, mixing it together, etc... Change it as much as you want, feel free to use any function inside of the main compound to create your own effects.
Try it out on a flat plane, you can also have fun playing with this as forces, using y as weight maps, mixing it together, etc... Change it as much as you want, feel free to use any function inside of the main compound to create your own effects.
author link: n/a - source: Ex-SI.NET - local backup
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Delete Particle By IDosAll, ICEparticle, compound format
This compound takes in a list of particle IDs (integers) and deletes them from the point cloud.
here is a script that can be used if you have this compound installed. select the particles you want to delete, and run.
author link: n/a - source: Ex-SI.NET - local backup
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Deletes or Keeps Points by IDosAll, ICEparticle, compound format
This compound Deletes or Keeps points by specified IDs. Keep = delete all points and keep only specified by IDs (inverted delete). To keep or delete more than one point/particle, just connect a Integer on (new(ID)) free port.
author link: n/a - source: Ex-SI.NET - local backup
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Delete Particles by DistanceosAll, ICEparticle, compound format
Delete particles by the average distance of neighbor particles. Useful to kill particles if they get too close of each other.
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Spring EffectosAll, ICEmisc, compound format
This is taken from here: http://softimage.jp/xsi/7/video/ice.html -- It makes a spring motion effect based on the particle's original emit location.
author link: n/a - source: Ex-SI.NET - local backup
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Render Curve 1.2osAll, ICEmisc, compound format
The StrandDeform is an attribute used to "extrude" ICE strands. It was on my to do list to add it in my render curve compound to reduce the number of particles needed to create a curve. But, as I don't spend too much time in ICE, I never add it. Fortunatly, Ahmidou Lyazidi, a french director at la station animation add this feature and send it too me. He also debug the U array needed to create the strands (since XSI 7.01, the array initialisation doesn't work exatly the same way than in XSI 7.0).
author link: http://frenchdog.wordpress.com/2009/02/28/render-curve-compound-update/ - source: Ex-SI.NET - local backup
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Procedural Fluid FlowosAll, ICEparticles, compound format, scene
Those compounds give some fluid motion to your particles simulations. The main advantage is to avoid "gutters" where particles accumulate.
It is an "ICE translation" from the Siggraph paper "Curl-Noise for Procedural Fluid Flow" from Robert Bridson, Jim Hourihan and Markus Nordenstam.
Go to Task > Procedural Fluid Flow to find all the compounds. There is also a sample scene showing how to combine those compounds to create a basic wind tunnel effect.
It is an "ICE translation" from the Siggraph paper "Curl-Noise for Procedural Fluid Flow" from Robert Bridson, Jim Hourihan and Markus Nordenstam.
Go to Task > Procedural Fluid Flow to find all the compounds. There is also a sample scene showing how to combine those compounds to create a basic wind tunnel effect.
author link: http://frenchdog.wordpress.com/2008/09/30/wip-curl-noise-for-procedural-fluid-flow-in-ice/ - source: Ex-SI.NET - local backup
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mia_x Render ChannelsosAll, shader, compound format
In Autodesk XSI7, we've got the mia_x shader. It gives us multi-ouputs that we can plug in some XSI RenderChannels. I like this new shader a lot but I dislike the way to setup all the outputs in the render tree. To many things to do. XSI is not so good to deal with Channels as it is with Passes. The exact opposite of Houdini where passes can be long to setup but exporting a shader parameter is just as simple as clicking on an export button :) . So I setup a Render Tree compound to quickly create those outputs. All the mia_x channels are already in the compound. I use some PPGLogic in this compound, so you just need to turn on the output you want to automaticaly create the corresponding channel and add it to the current pass.
This script by Nassos Yiannopoulos lets you conveniently setup the render tree for this shader. Select the material in the render tree window and run the script.
This script by Nassos Yiannopoulos lets you conveniently setup the render tree for this shader. Select the material in the render tree window and run the script.
author link: http://frenchdog.wordpress.com/2008/10/25/mia_x-renderchannels-an-autodesk-compound/ - source: Ex-SI.NET - local backup
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Physical Sun and Sky Setup ToolosAll, shader, tool
If you have used the Physical Sun and Sky in Maya and Softimage, you may have noticed that in Softimage the setup is halfway done. Only the sky is created, no lens shader is used and the Sun is using a soft light shader instead of the physical sun shader.
If you want to have a setup similar to Maya you have to connect everything manually. I got tired of connecting all the shaders manually so I have modified the Initialize sky shader script to include all those changes.
If you want to have a setup similar to Maya you have to connect everything manually. I got tired of connecting all the shaders manually so I have modified the Initialize sky shader script to include all those changes.
author link: http://kobayashystips.blogspot.com/2009/09/physical-sun-and-sky-in-softimage.html - source: Ex-SI.NET - local backup
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Override By Particle IDosAll, ICEparticles, compound format
Sometimes it's really handy to override a specific ICEattribute for a handful of specific particles.
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StrandoodleosAll, ICEparticles, compound format
See video clip on vimeo - Perhaps you can use this to grow some stems or tubes by animating one or more nulls, or do handwriting by path-constraining your nulls to premade curves like in the above example.
vimeo - Perhaps you can use this to grow some stems or tubes by animating one or more nulls, or do handwriting by path-constraining your nulls to premade curves like in the above example.author link: n/a - source: Ex-SI.NET - local backup
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AF_kVolumeosAll, ICEparticles, compound format
This compound is for "killing" (deleting) particles that are inside/outside of a geometric volume. If you have particles that are flying away, and maybe they're out of camera and you don't need them, you could have this node kill the ones that venture into the cosmos which is good because less particles = faster playback.
It's also a simple, good example of using "If" nodes.
It's also a simple, good example of using "If" nodes.
author link: n/a - source: Ex-SI.NET - local backup
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Particle AccellerationosAll, ICEparticle, compound format
This compound calculates the particle acceleration with the simple equation F/M. (you need to have Force and a Mass applied to the particles prior to the execution of this node).
Acceleration can be used for attributes in the render tree or ICEtree. The acceleration node created attributes for Acceleration Vector (the direction), Length (the amplitude) and IsAccelerating. IsAccelerating will calculate the state of the current frame in relation to the previous one. Acceleration is very useful when stored over time and compared. You can use a timer for that and use states also.
This video on vimeo show a particle cloud printing the acceleration graph of another particle cloud. Constant acceleration could be added in the future in the same compound.
Acceleration can be used for attributes in the render tree or ICEtree. The acceleration node created attributes for Acceleration Vector (the direction), Length (the amplitude) and IsAccelerating. IsAccelerating will calculate the state of the current frame in relation to the previous one. Acceleration is very useful when stored over time and compared. You can use a timer for that and use states also.
This video on
vimeo show a particle cloud printing the acceleration graph of another particle cloud. Constant acceleration could be added in the future in the same compound.author link: n/a - source: Ex-SI.NET - local backup
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Generate 3D Particle Grid - Indice BasedosAll, ICEparticle, compound format
Improved 3D Grid compound shipped with XSI by generating the point positions based on the indices of the Grid/Compound specific array, instead of the point ID.
What happens when when you use two or more 3D Grid compounds inside the same point cloud is that the point positions start shifting around and you have no precise control over them. With this compound you have exact control over the size, center and more, per compound.
What happens when when you use two or more 3D Grid compounds inside the same point cloud is that the point positions start shifting around and you have no precise control over them. With this compound you have exact control over the size, center and more, per compound.
Push Deform With Weight And Texture Map InputosAll, ICEdeform, compound format
This deformer does the same thing as standard push deformer in XSI except it has a texture map input besides weigth map, so it can be used for displacement map preview. When color map is used middle gray (0.5) is 0 deformation, black is -1 and white is 1, so it's good for using ZBrush disp maps. Tried it with almost 3 million triangles object and it works nice.
Dent Geo With ParticleosAll, ICE, ICEdeform
Deforms geometry with particles.
Dual Curve DeformosAll, ICEdeform, compound format
First curve defines the path that your mesh conforms to. Second curve is used to set local banking angle of the mesh, so that "up" direction always points at the closest point on the curve. Longitude of the mesh is assumed to be along positive local x-axis.
Ripple DeformosAll, ICEdeform, compound format
It's an animated ripple compound. if you find any bug please tell me I'll try to fix.
Simple EnvelopeICE, ICEdeform
WIP - Simple Envelope built out from ICE Nodes.
Constrain Transform To CurvesosAll, ICEmisc, compound format
As seen in Phil's ICE introduction videos. (more descripting needed)
Constrain Transform To SurfaceosAll, ICEmisc, compound format
As seen in Phil's ICE introduction videos. Constrain object orientation to a floor plane. Another version by Megantic is available here
Blur Beta toolswinAll, compilation, tool, python
Blur kindly published their inhouse XSI and MAX toolset for public use. See readme for full list of details. Contains python scripts such as:
XSI MAIN TOOLS
*** TreeGrunt.py - Blur Script Distribution, an explorer like interface where you can run scripts.
*** BlurInteractionAndUI.py - In File Menu, Loads Standard Layout, Macros and Keymap. Many functions already mapped to the keyboard. (Modeling/Animation/rigging oriented). If you load the Keymap hit Ctrl-F1 to load details about the mapping in Netview. Layout includes extra shelf with most used blur tools already on it
*** BlurCacheTool.py - Export of Caches from objects in the scene. Can export Pc2 (PointCache) and Tmc (TransformCache)
*** BlurRenamer.py - Rename objects in blur's naming convention
*** blurOpenScene.py - Open scenes with options for setting models to offloaded before opening. Speeds up opening of files with many characters if you only have to work on one of them.
*** blurImporter.py - Import of many different kinds of assets, Meshes, Rigs etc. Some functionality requires the Production Resources install
show more...
XSI MAIN TOOLS
*** TreeGrunt.py - Blur Script Distribution, an explorer like interface where you can run scripts.
*** BlurInteractionAndUI.py - In File Menu, Loads Standard Layout, Macros and Keymap. Many functions already mapped to the keyboard. (Modeling/Animation/rigging oriented). If you load the Keymap hit Ctrl-F1 to load details about the mapping in Netview. Layout includes extra shelf with most used blur tools already on it
*** BlurCacheTool.py - Export of Caches from objects in the scene. Can export Pc2 (PointCache) and Tmc (TransformCache)
*** BlurRenamer.py - Rename objects in blur's naming convention
*** blurOpenScene.py - Open scenes with options for setting models to offloaded before opening. Speeds up opening of files with many characters if you only have to work on one of them.
*** blurImporter.py - Import of many different kinds of assets, Meshes, Rigs etc. Some functionality requires the Production Resources install
show more...
Phil's ICE PackosAll, compilation, ICEmisc, ICEdeform, ICEparticle, compound format, scene
Essential collection of 100 ICE Compounds for various purposes including Hair, Verlet Dynamics Simulation and DualQ Skinning. By tech ninja Phil Taylor, contains:
Array Compounds
Build Array from Per Point Data, Build Index Array, Build Linearly Interpolated Array, Find Closest in Array, Get Array Maximum 2, Get Array Minimum 2, Move in Array, Rebuild Array, Reverse Array, Select SubArray in Array, Build 2D Array, Calc Sub Array Size, Get 2D Array Size, Get 2D SubArray Size, Initialize 2d Array, Pop SubArray from 2D Array, Push SubArray on 2D Array, Resize Array in 2D Array, Select Array in 2D Array, Select SubArray in 2D Array, Set SubArray in 2D Array,
Curve Compounds
Bezier4, Bezier5, Curve Distance to Curve Location, Curve Location to Curve Distance, Curve Location to Normalized U, Fitted Bezier Curve, Normalized U to Curve Location
Debugging Compounds
Build Arrow, Build Capsule, Build Circle, Build Cross, Build Debug Grid, Build Rectangle, Build Sphere, Build Square, Display Arrow, Display Line, Display Point,
Array Compounds
Build Array from Per Point Data, Build Index Array, Build Linearly Interpolated Array, Find Closest in Array, Get Array Maximum 2, Get Array Minimum 2, Move in Array, Rebuild Array, Reverse Array, Select SubArray in Array, Build 2D Array, Calc Sub Array Size, Get 2D Array Size, Get 2D SubArray Size, Initialize 2d Array, Pop SubArray from 2D Array, Push SubArray on 2D Array, Resize Array in 2D Array, Select Array in 2D Array, Select SubArray in 2D Array, Set SubArray in 2D Array,
Curve Compounds
Bezier4, Bezier5, Curve Distance to Curve Location, Curve Location to Curve Distance, Curve Location to Normalized U, Fitted Bezier Curve, Normalized U to Curve Location
Debugging Compounds
Build Arrow, Build Capsule, Build Circle, Build Cross, Build Debug Grid, Build Rectangle, Build Sphere, Build Square, Display Arrow, Display Line, Display Point,
show more...
author site: n/a - local backup
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Shortest segment between 2 linesosAll, ICEmisc, compound format
Basic math compound to calculate shortest possible segment between 2 arbitrary lines.
Kinetic EnergyosAll, ICEmisc, compound format
This is a Kinetic Energy compound that lets you apply this type of energy to a lot of different attributes. It should be handy for more realistic vfx work.
Advanced Proximity MaposAll, ICEmisc, compound format
With this compound you can influence the object's weightmap by distance of another Geometry (Polymesh or Nurbs). The Compound calculates vertices und sufaces in distance to the geometrie of the icetree. Checkout the control of the radius and the falloff strength for individual settings.
Proximity Weight AccumulateosAll, ICEmisc, compound format
Adds to a weight map from proximity to another geometry and fades this value over time. This version also adds values to an already existing weight map, connected to 'Original weight map'. For a longer period of time to accumulate, you need to increase 'time before fade' value.
Proximity Weight FadeosAll, ICEmisc, compound format
Adds to a weight map based on proximity to geometry then fades it out over time. think wetness map. for this compound to work the object must have a weight map connected. Many thanks to Patrick Boucher, as there is no way I would have got this compound to work without his assistance.
CM_RotationPivotosAll, ICEmisc, compound format
This ICE compound allows for the rotation of a point about any arbitrary input position, which can act as a dynamic pivot.
ThicknessMaposAll, ICEmisc, compound format
An ICE compound that return the thickness of a mesh
SmoothMaposAll, ICEmisc, compound format
An ICE compound to smooth/blur a weight map. Edit the compound to have more informations
PlanarTextureProjection with ICEosAll, ICEmisc, ICEdemo, compound format
Quick example of doing a planar projection using ICE - because you can.
DensityosAll, ICEmisc, compound format
This calculates mesh density in the object coordinate space. By the default settings, all edge lengths >1 produce a density value of 0, as the edge lengths get closer to 0, the density value will approach 1.
CurvatureosAll, ICEmisc, compound format
This is an ICE compound node that computes surface curvature for a polygon mesh. You get positive output values for convex (outward) curvature, negative ones for concave (inward) curvature. Includes an update Harry Bardak, who exposed the mode parameter
TensionosAll, ICEmisc, compound format
This is an ICE compound node that computes surface tension for a polygon mesh.
DeleteOverLappingParticlesosAll, ICEparticle, compound format
It is often useful to make sure your particles do not overlap. This simple compound will delete overlapping particles that overlap within a certain distance. It has a simple rule to decide which of the overlapping particles to keep. There's also a debug option to show you which particles it will remove.
author site: n/a - local backup
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SimpleCubeSetosAll, ICEparticle, compound format
This compound does same thing as the Particle Cube but instead of using the XSI primitive it generates the points inside the compound. It is good starting point for creating procedural layouts using groups of particles within a cloud. Particles create in the set have an GroupID so you can have multiple-sets per cloud.
author site: n/a - local backup
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Reset ICE Simulation Initial StateosAll, ICEmisc, js
This plug-in allows removing the initial state set on particle simulations in ICE. It will add a menu item called "Reset Initial State" in the Simulation > ICE > Edit menu. It assumes you have used the set initial state command to create an initial state to your simulation.
author site: n/a - local backup
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Get Bounding Box CenterosAll, ICEmisc, compound format
This is a simple compound that returns the center of the bounding box of the current object (self).
author site: n/a - local backup
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TwistosAll, ICEdeform, compound format
Twists an object around an axis. You can either use a default twist axis (X, Y or Z) or use a manipulator such as a null to define it.
This is the exact same deformation as the built-in twist deformation found in XSI with all the advantages ICE has to offer: multi-threaded, open for modification, etc.
You can easily add this compound to a menu by using Add Operator to Menu found in the User Tools menu of the ICE Tree view. If called from a menu, you will be automatically promted to pick a manipulator object (optional).
This is the exact same deformation as the built-in twist deformation found in XSI with all the advantages ICE has to offer: multi-threaded, open for modification, etc.
You can easily add this compound to a menu by using Add Operator to Menu found in the User Tools menu of the ICE Tree view. If called from a menu, you will be automatically promted to pick a manipulator object (optional).
author link: n/a - source: Ex-SI.NET - local backup
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Emit From LocationosAll, ICEparticle, compound format
This compound emits new particles from any location on a surface or curve. Plug this compound's Emit output into the ICETree node. This compound should be plugged in to the first port of the ICETree node because you usually need to emit particles before any other node or compound can be evaluated.
Locations can be generated by the geometry query nodes. For example, by using a raycast node, you could cast a ray on a geometry and emit from that intersection point. You can also use this node to emit from every point of a geometry by connecting in the Emit Location port a Get Data node on the PointLocation attribute of the emitter (e.g. "Cube.PointLocation")
Locations can be generated by the geometry query nodes. For example, by using a raycast node, you could cast a ray on a geometry and emit from that intersection point. You can also use this node to emit from every point of a geometry by connecting in the Emit Location port a Get Data node on the PointLocation attribute of the emitter (e.g. "Cube.PointLocation")
author link: n/a - source: Ex-SI.NET - local backup
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Particle Alpha based on Age with FCurveosAll, ICEparticle, compound format
This compound lets you set the transparency of particles based on an FCurve and it's age percentage. Handy for making particles fade in and out, among other things.
author link: n/a - source: Ex-SI.NET - local backup
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Bounce off Surface with FrictionosAll, ICEparticle, compound format
A minor augmentation to the "Bounce off Surface" compound that adds fake rotational friction to change the reflection angle off the surface.
author link: n/a - source: Ex-SI.NET - local backup
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Random IntegerosAll, ICEmisc, compound format
Generates a random integer between min and max using a cheesy two-iteration LCG pseudo-random number generator.
author link: n/a - source: Ex-SI.NET - local backup
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Evaluate Cubic Bezier CurveosAll, ICEmisc, compound format
Takes a set of cubic bezier control points and evaluates a single point -- or multiple, if fed an array into the "T" port. Can be used with the "Fit Cubic Bezier Curve" compound.
author link: n/a - source: Ex-SI.NET - local backup
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Fit Cubic Bezier CurveosAll, ICEmisc, compound format
Takes an array attribute of Vector2/3/4 points and fits a cubic bezier curve onto them, resulting in another array of points that can be used with "Evaluate Cubic Bezier Curve". Great for smoothing a set of points, like a spine or a tail.
author link: n/a - source: Ex-SI.NET - local backup
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Remove DuplicatesosAll, ICEmisc, compound format
Simple Compound that removes duplicates in an array. E.g.: 12,3,3,3,3,6,6,4 becomes 12,3,6,4 -- it only eliminates uninterrupted sequences, i.e. in 13,4,7,4,2 the "4" will not be eliminated. For elmiminating all dupes, see the Deduplicate compound. rks for any data type, also nice for shape animation.
Usage example: Can be used in conjunction with Halfdan's Bezier tools in order to eliminate double or triple points that would break the computation otherwise.
Usage example: Can be used in conjunction with Halfdan's Bezier tools in order to eliminate double or triple points that would break the computation otherwise.
Evenly Spaced Curve PositionsosAll, ICEmisc, compound format
This compound takes an input curve (or the first subcurve in a crvlist) and outputs the point positions of evenly spaced lengths along the curve.
Curve Distance To Curve LocationosAll, ICEmisc, compound format
Given the distance along a curve, calc the location.
Curve Location To Curve DistanceosAll, ICEmisc, compound format
Given a location on the curve, calculate the distance along the curve.
Curve Location To Normalized UosAll, ICEmisc, compound format
Given a location on the curve, calculate the normalized U value
Normalized U To Curve LocationosAll, ICEmisc, compound format
Given a normalized U value, calc the location.
emFluid2osAll, ICEmisc, compound format, commercial
emFluid2 is the successor of emFluid. It is a basic fluid solver for XSI's ICE and is typically used to produce smoke and fire effects.
Price is 59$ for a single license. Demo Version available at author site.
Price is 59$ for a single license. Demo Version available at author site.
author site: http://www.mootzoid.com/html/XsiCorner/emFluid2.html
emPolygonizerosAll, tool, commercial
emPolygonizer is a custom operator that allows you to create what is typically called "metaballs".The basic technique used by this plug-in is called "polygonising a scalar field" or "marching cubes". It was invented in the mid-eighties by Lorensen and Cline.
Price is 99$ for a single license. Demo Version available at author site.
Price is 99$ for a single license. Demo Version available at author site.
emNewtonosAll, ICEmisc, compound format
This ICE plug-in is a solver for Newton's Laws of Gravity. It is based on a plug-in I wrote a few years ago but that I never released.
emNewton calculates the positions, velocities and velocity forces depending on the particles' masses and distances. Also, it allows you to "melt" particles when they intersect, combining their volumes, colors and alphas. It uses an octree algorithm which means it can deal with a large number of particles.
emNewton calculates the positions, velocities and velocity forces depending on the particles' masses and distances. Also, it allows you to "melt" particles when they intersect, combining their volumes, colors and alphas. It uses an octree algorithm which means it can deal with a large number of particles.
author site: http://www.mootzoid.com/html/XsiCorner/emNewton.html
emRenderPointCloudosAll, ICEmisc, compound format, commercial
emRenderPointCloud is an ICE node that renders point clouds directly to disk as tga, pic or sgi images.
Even though the node renders the particles in a rather primitive way it can come in handy when dealing with many particles (>250.000), because it has one great feature: it is fast, so rendering a frame with anti-alias generally only takes a few seconds.
Even though the node renders the particles in a rather primitive way it can come in handy when dealing with many particles (>250.000), because it has one great feature: it is fast, so rendering a frame with anti-alias generally only takes a few seconds.
ScriptEdwinAll, tool
an alternative to the regular script editor that ships with XSI on the Softimage community web site. Brief feature summary follows: Syntax highlighting, Split screen editing, Code folding, Multiple tabs, Autocompletion etc.
author site: http://www.sajjadamjad.com/ - forum link (in development)
SJ_RadioosAll, shader
sj_radio is a set of shaders that can be used to exchange data between different objects while rendering.
author link: http://sjannuz.com/sj_radio/doc/sj_radio.html - local backup
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SJ_MultiMatwin32, shader
sj_multi_mat is a standard diffuse/specular shader, but outputting a separate color for each of the lights in the Light List array.
author link: http://sjannuz.com/sj_multi_mat/doc/sj_multi_mat.html - local backup
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SJ_SSS (Fast Skin Split)osAll, shader
split skin shading using a shared lightmap
Sound AnalyserosAll, tool
It manipulates objects with the help of a sound file. Check the xsibase thread for newest versions
JJ_SmartQuadosAll, python, tool
JJ_SmartQuad is based on the classic Lightwave SmartQuad plugin that would create a single planar quad from three selected vertices. JJ_SmartQuad extends the idea (with a huge nod to Seneca's SmartQuad modo script) so that you can create/recreate either a single quad or whole rows of quads from vertex or edge selections.
author link - local backup
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JJ_CatmullosAll, python, tool
JJ_Catmull is a rudimentary Catmull-Rom curve tool for XSI. Unlike the built in curve types, this plugin constructs a curve from selected Nulls and ensures that the curve passes through each null directly - unlike the control points of regular cubic and quadratic beziers. A Catmull-Rom spline has local control. This means that modifying one control point only affects the part of the curve near that control point. It can't possibly match the functionality of in-built curve types but in certain circumstances it can be useful for rigging where you need a smooth, simple curve that always passes through specific points. For modeling tasks, the operator can evenly space points along the curve (unlike the parametric placement of points on the in-built curve types) which makes it useful for extrusions etc. where you might need regular spaced polygons.
Benefits: *** Create a smooth curve that passes through all control points *** Tangent controls for the start and end points *** 'Live', even spacing of control points - by length or by no. of segments
There's a screen capture of the plugin in action on Vimeo here
Benefits: *** Create a smooth curve that passes through all control points *** Tangent controls for the start and end points *** 'Live', even spacing of control points - by length or by no. of segments
There's a screen capture of the plugin in action on Vimeo
here
author link: http://www.exch.demon.co.uk/jj_catmull.htm - local backup
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JJ_CamResizeosAll, python, tool
JJ_CamResize is a tool to either overscan or underscan a pre-existing camera. With jj_CamResize you can add pixels to either the top or bottom of an existing camera whilst the original camera view maintains its resolution. A common use for an overscanned camera is if you need an oversized plate in order to composite some 2D camera shake etc.
Alternatively, you can 'underscan' your camera which enables you to zoom into any area of your camera's view retaining the same point of view as your original camera - great for checking smaller objects in the distance or simply checking up on textures from the camera's viewpoint but at a much higher resolution.
Alternatively, you can 'underscan' your camera which enables you to zoom into any area of your camera's view retaining the same point of view as your original camera - great for checking smaller objects in the distance or simply checking up on textures from the camera's viewpoint but at a much higher resolution.
author link: http://www.exch.demon.co.uk/jj_CamResize.htm - local backup
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MoveNormalosAll, js, tool
It moves/offstes the selected faces in the direction off the faceNormal. The left cube is witch a push operator, the right is with the scripted "moveNormal" operator.
xsibase link - local backup
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Tautwin32, tool
straighten selected edges of a polygon mesh
author link: http://www.andynicholas.com/thezone/index.php?area=downloadinfo&app=XSI&file=0 - local backup
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BooltraceosAll, sourcecode included, shader
render meshes as though they were an intersected boolean. Get Alan's shaders as 1 addon here.
author link: http://binaryiris.com/main/?id=BoolTrace - local backup
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DepthMirrorwin32, linux, shader
DepthMirror is a reflection falloff shader. The strength of the reflectivity can be altered based on the object's distance from the reflective surface. Get Alan's shaders as 1 addon here.
author link: http://binaryiris.com/main/?id=DepthMirror - local backup
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GenieTailwin32, linux, shader
This shader volumetrically renders particles. It can also create additional particles at rendertime. Get Alan's shaders as 1 addon here.
author link: http://binaryiris.com/main/?id=GenieTail - local backup
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InciDentswin32, linux, shader
incidence shader that ignores displacement on a geometry. Can thus be used to modulate displacement height according to incidence. Do not use this to replace the standard XSI incidence shader in scenarios which don't required displacement as this shader is approximately 15% slower. Get Alan's shaders as 1 addon here.
author link: http://binaryiris.com/main/?id=InciDents - local backup
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OrenNayarWolffosAll, sourcecode included, shader
OrenNayarWolff is an implementation of the Oren Nayar Wolff illumination model combined with a custom specular model which aims to make rim lighting easy. Get Alan's shaders as 1 addon here.
author link: http://binaryiris.com/main/?id=OrenNayarWolff - local backup
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RayHistorywin32, linux, shader
This shader checks to see if the current ray was ever either reflected or refracted. The example above shows rayHistory being used to make a reflection only environment map. Get Alan's shaders as 1 addon here.
author link: http://binaryiris.com/main/?id=RayHistory - local backup
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Thicknesswin32, linux, shader
This shader returns the thickness of objects. It correctly handles intersections when used to create thickness passes. Get Alan's shaders as 1 addon here.
author link: http://binaryiris.com/main/?id=Thickness - local backup
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UVWblurwin32, linux, shader
alpha version of a blur node. It takes a color input and will blur it. Get Alan's shaders as 1 addon here.
author link: http://binaryiris.com/main/?id=UVWblur - local backup
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BHairywin32, shader, tool
Complete hair setup system for xsi foundation.
author link: http://shaders.moederogall.com/BHairy/downloads.html - local backup
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BinderwinAll, tool
rendertime bind hires models to lowres cages as a displacement alternative (animation)
ZBumpwinAll, shader
Bump mapping shader. Just plug a texture or two into the inputs. Note: As of XSI 6.01, zbump is included with Softimage XSI as the new bump node.
author link: http://www.shaders.moederogall.com/ - local backup
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SolidvolumewinAll, shader
render 3d texture as a solid model. uses procedural input or volumetric datasets (See volume loader below). It can do limited non-solid ray-marching but you probably want to check out Binary Alchemy Volume shaders if you want something production-worthy for that.
author link: http://www.shaders.moederogall.com/ - local backup
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Volume Loaderwin32, shader
Loads 3D volumetric datasets (such as medical cross-sectional imaging data). This can then be rendered using Solid Volume ("Direct Volume Rendering").
author link: http://www.shaders.moederogall.com/ - local backup
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Parallaxwin32, shader
fake displacement. fails on object edges (try alan/incidents on those). It seems like it's usually slower than displacement.
author link: http://www.shaders.moederogall.com/ - local backup
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Framestampwin32, shader
output shader which will overlay text. Options include frame number, time, and render time; current date and time; XSI and MR versions; scene name; as well as arbitrary text input.
author link: http://www.shaders.moederogall.com/ - local backup
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Vector DisplacementwinAll, shader
generate and apply displacement maps which displace in arbitrary directions, not just along the surface normal.
author link: http://www.shaders.moederogall.com/ - local backup
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Vertex Color ToolswinAll, tool
full control over objects vertex colors using a variety of tools
author link: http://www.borderliner.it/ - local backup
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Viewport Controls 2.0osAll, vbs, tool
a wealth of viewport/camera/navigation related tools
link: http://www.xsibase.com/tools/plugins.php?detail=1291 - local backup
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Selection Sets 2.0.2osAll, vbs, tool
a wealth of viewport/camera/navigation related tools
link: http://www.xsibase.com/tools/plugins.php?detail=1112 - local backup
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Ctrl_Occlusion 1.6win32, shader
advanced occlusion shader. keywords: fg occlusion/light direction/color bleeding
author link: shaders @www.mymentalray.com (maya only) - local backup
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Ctrl_Buffer 2.0rc2win32, shader
a shaderpack to work with framebuffers. keywords: tonemapping/virtual framebuffering/layering
author link: shaders @www.mymentalray.com (maya only) - local backup
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Ctrl_Geolights 1.6win32, shader
emit (not fg!) light from mesh objects. utilizes vertex color properties
author link: shaders @www.mymentalray.com (maya only) - local backup
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Ctrl_Irradiance 1.3win32, shader
compute irradiance shader (better description needed)
author link: shaders @www.mymentalray.com (maya only) - local backup
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Ctrl_LProfile beta 1.0finalwin32, shader
a mentalray shader to work with photometric (IES) light profiles in xsi.
author link: shaders @www.mymentalray.com (maya only) - local backup
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Ctrl_Multidisplacementwin32, shader
a shader pack to control multi displacements (chained displacement) interactively from within XSi.
author link: shaders @www.mymentalray.com (maya only) - local backup
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Ctrl_Rays 1.2win32, shader
FG-optimized raytype switch (distinguishes fg phases)
author link: shaders @www.mymentalray.com (maya only) - local backup
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Ctrl_SelectiveAliasingwin32, shader
selective aliasing shader (better description needed)
author link: shaders @www.mymentalray.com (maya only) - local backup
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Ctrl_XShadingwin32, shader
a simple shader that can include/exclude lights. all xsi features still supported like light inclusive/exclusive and diffuse/specular toggle, pass.channels, ambience from interface.
author link: shaders @www.mymentalray.com (maya only) - local backup
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Ctrl's SymbiontXSIwin32, shader
symbiont darktree shading support
author link: shaders @www.mymentalray.com (maya only) - local backup
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DL3D Cellular fractal Worley noiseosAll, shader
This is a fractal Worley noise (F2-F1). Inspired by the book "Texturing and modeling a procedural approach" (Ebert, MusGrave, Peachey,Perlin,Worley) Values for DistanceType 1: Euclidian 2: Manhattan 3: Chessboard 4: Minkowski (r = 0.5) 5: Superquadratic
author link: http://dl3d.free.fr/download_shaders.php - local backup
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DL3D Wireframe ShaderosAll, shader
This is a simple wireframe shader: To render quads, you have to do all possible combinations of edge1index and edge2index until it works fine. It may happen that it doesn't work if you have a special triangulation.
author link: http://dl3d.free.fr/download_shaders.php - local backup
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DL3D XRayTextureosAll, shader
This is transparent shader, kind of xray shader. See the tutorial at : En Francais - In English
author link: http://dl3d.free.fr/download_shaders.php - local backup
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DL3D BlackspotsRemover osAll, shader
Use BlackspotsRemover to remove black squares / spots problem when rendering (especially with final gathering)
You are in this case if when you increase the filter size your black spots' size increases too. Related Tool: Swarfega
author link: http://dl3d.free.fr/download_shaders.php - local backup
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Plot Point TrajectoriesosAll, vbs, tool
for plot trajectories by object's (or curves, or particles, ...) points supports Shape & Transform animations
Deeble 1.0win32, tool
distribute smaller object on other object's points. supports build-up (visibility) animation
author link: http://www.duncanburch.com/ - local backup
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Peltmapper v.051018win32, tool
Pelt mapping approach for UV unwrapping
highend3d link - local backup
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DualQEnvelope v1.0win32, tool
Envelope operator that implements a dual quaternion approach for skinning.
highend3d link - local backup
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Save RendermeshwinAll, importexport, tool
saves obj file of mesh as triangulated for rendering - useful e.g. with displacement
author link: http://www.andynicholas.com/thezone/index.php?area=downloadinfo&app=XSI5&file=2 - local backup
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Histogramwin32, tool
diagnostic tool for the render tree with photoshop levels type histograms
author link: http://www.andynicholas.com/thezone/index.php?area=downloadinfo&app=XSI&file=2 - local backup
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Soft EffectorosAll, js, tool
more natural behavior of max-stretched bone chains
author link: http://www.andynicholas.com/thezone/index.php?area=downloadinfo&app=XSI5&file=1 - local backup
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ImageToWMwin32, tool
This tool is able to convert an imageclip to a weightmap using a texture projection on a polygonmesh or a nurbssurfacemesh.
author link: http://www.mindthink.de - local backup
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ScatterXSIosAll, vbs, tool
This script 'scatters' object onto a second object.
author link: http://www.mindthink.de - local backup
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ICE Static InstancerwinAll, tool, ICEparticle, scene
Replaces each particle of a point cloud with an instanced mesh object, also in OpenGL viewports. Very useful for previz purposes. Imortant information is included in readme.txt, also a few example scenes.
Solidify2win32, tool
It adds thickness to polygons. The new version supports normal-correction, weighmaps and a random feature.
author link: http://www.mindthink.de - local backup
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SurfaceTextureSupportwin32, tool
A texture projection that projects along the normals of a nurbs plane onto a polygon mesh
author link: http://www.mindthink.de - local backup
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FormulaXSIosAll, vbs, tool
Generate Curves by formulas
author link: http://www.mindthink.de - local backup
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RayLimiterwin32, shader
It is a shader to limit the reflection / refraction level of a material with one single node, especially interesting for rendering fluids / depth intense rendering. With this you can still render interesting reflection effects without having to crank up the rendering depths like crazy.
Motiongraphics Addon 2.0winAll, compilation, tool
A whole suite of particle effects for motion graphic for pre-2010 particle system.
author link: http://www.mindthink.de - local backup
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Binary Alchemy Shader Collection 22.3 - EssentialsosAll, shader
The Shader Collection - Essential is a FREE Mental Ray shader collection. It includes shaders of various types. From simple helpers like a clamp range shader up to a advanced fractal or DOF shaders.
author link: http://www.binaryalchemy.de/ - local backup
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Convert Sample pointsosAll, vbs, tool
plugin to convert samples to other components. Works like "Select adjacent"
local backup
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Gray-Scott Reaction Diffusion SystemosAll, ICEparticles, compound format
This compound simulates the gray-scott reaction-diffusion system.
Get more information about the system here: http://en.wikipedia.org/wiki/Reaction-diffusion_equation
Get more information about the system here: http://en.wikipedia.org/wiki/Reaction-diffusion_equation
Anisotropic Patternsscene, shader
render realistic anisotropic patterns like metallic coffe table surfaces
author link: http://xsi.jankin.com/anisotropic_patterns/ - local backup
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JVMapMinerwin32, shader
visualize saved FinalGathering and Photon Maps.
author link: http://xsi.jankin.com/jv_mapminer/ - local backup
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JVSunflowerosAll, ICEmisc, compound format
This compound produces sunflower seed like patterns
author link: http://xsi.jankin.com/ - local backup
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JVSampleTimerwin32, shader
diagnostic shader for sample timing
author link: http://xsi.jankin.com/jv_sampletimer/ - local backup
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Filter by Cluster osAll, ICEmisc, compound format
Filters a particle emission by a cluster of polys, edges, and points. you also can invert the filtering inside the compound.
author link: n/a - local backup
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Rotation to 3x3 Matrix Conversion Compound osAll, ICEmisc, compound format
Converts a Rotation to 3x3 Matrix. Use the "Multiply by Matrix" node to apply the output matrix to a given particle position.
author link: n/a - local backup
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JJ LoopsteposAll, python, tool
The major feature of the script is that it allows you to select multiple loops in one go spaced apart by a 'step' size that you choose - this is great for creating corrugations in geometry.
author link: http://www.exch.demon.co.uk/jj_loopstep.htm - local backup
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JJ SnapToPlaneosAll, python, tool
JJ_SnapToPlane is a simple modelling utility to snap points to a 'virtual' infinite plane defined by a single polygon. The tool offers three distinct modes.
author link: http://www.exch.demon.co.uk/jj_SnapToPlane.htm - local backup
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JJ VectorSnaposAll, python, tool
JJ_VectorSnap is a simple modeling utility written in Python to snap tagged points to a vector defined by two 'picked' points. It's useful for quickly aligning rows of points or shearing them to a specific position.
author link: http://www.exch.demon.co.uk/jj_VectorSnap.htm - local backup
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MoJoKe Device Driverswin32, tool
The MoJoKe package provides three device drivers for Softimage XSI which enable you to use your joystick, mouse or keyboard to record movements and apply them to objects in 3D space.
author link: http://www.kai-wolter.com/resources/xsi/mojokedrivers - local backup
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KP_Tools V1.1win32, tool
Set of commands implemented in C++ featuring MD5 hash and Zip support. Functions: KP_Hash_GetMD5, KP_Hash_CompareFiles, KP_Zip_Create, KP_Zip_CreateFromDir, KP_Zip_Extract
author link: http://www.kai-wolter.com/resources/xsi/kp_tools_xsi - local backup
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Slider ControlsosAll, js, tool
This XSI Add-On implements Kai's version of the control sliders introduced in Jason Osipa's great book "Stop Staring".
author link: http://www.kai-wolter.com/resources/slidercontrols - local backup
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MeshSliceToolosAll, js, tool
The MeshSliceTool allows you to slice a polygon mesh in a way, that the polgons nearest to a bone or another specified object get extracted to a new polygon object. So you no longer have to manually create slices of a character to allow animation in realtime for instance.
author link: http://www.kai-wolter.com/resources/xsi/meshslicetool - local backup
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KP_PlotObjectsosAll, js, tool
The tool works like "plot curve" but allows you to specify a bunch size to divide the work load.
author link: http://www.kai-wolter.com/resources/xsi/kp_plotobjects - local backup
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KP_CurveToolsosAll, js, tool
With the KP_CurveTools plugin you can extrude objects (cubes) along multiple curves at once (figure A). The tool features several parameters to customize the extrusion (figure B) and has the option to create a new set of controls (figure C) for later animation of the extruded objects (subdivs, position along curve, thickness, etc.).
author link: http://www.kai-wolter.com/resources/xsi/kp_curvetools - local backup
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KP_PointCacheTools 2.5 for XSIosAll, sourcecode included, tool
The Point Caching Tools allow you to record complex object deformations to a cache file and reapply those deformations. You can even interchange these caches with 3ds Max, Maya, Houdini or Blender.
author link: http://www.kai-wolter.com/resources/xsi/kp_pc_xsi - local backup
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Roadkillwin32, python, tool
Roadkill is a UV unwrapper heavily based on the unwrapper used in Blender. Roadkill For XSI is a plugin that interfaces with Roadkill to let you unwrap UVs directly in XSI. Cut lines are marked in XSI by selecting edges prior to unwrapping. You can unwrap UVs with a single click or have XSI have Roadkill start up in GUI mode and unwrap interactively.
author link: http://kim-aldis.co.uk/drupal-6.1/node/6
Interpolated DuplicateosAll, js, tool
will create any number of duplicates with transformations interpolated between 2 objects. In repsonse to a request made on XSIbase, it seemed like rather a good idea.
author link: http://kim-aldis.co.uk/drupal-6.1/node/15
Tiny Mesh DeformwinAll, tool
takes the basic principle of Deform by Surface, which uses the patch parametric uv coordinates to remap the coordinates of a geometry onto a patch, and extends it to use texture uv coordinates of a polygonal mesh to deform a geometry onto that mesh. More simply, it's a Deform by Surface for polygonal meshes. Download all of Kim's modeling tools as one 32&64 bit addon here
author link: http://kim-aldis.co.uk/drupal-6.1/node/8
Tiny Curve ExtrudewinAll, tool
TinyCurveExtrude is an XSI plugin that extrudes curves along curves, much the same as XSI’s own curve extrude tool but with some added bells and whistles (see features below). Download all of Kim's modeling tools as one 32&64 bit addon here
author link: http://kim-aldis.co.uk/drupal-6.1/node/5
Tiny ThicknesswinAll, tool
Tinythickness is an XSI custom operator that takes a polygonal mesh surface and gives it thickness by sweeping a profile around it's boundary edges. The profile can be defined either by a curve or by adjusting profile parameters in the operator's property page.Download all of Kim's modeling tools as one 32&64 bit addon here
author link: http://kim-aldis.co.uk/drupal-6.1/node/17
Tiny Cap (test release!)winAll, tool
This is a very early release of a capping tool for xsi. Many more bells to be added. The tool caps any holes in a mesh. A hole is defined as any boundary edge - so the outer edge of a grid is a hole by this definition and will be capped. Download all of Kim's modeling tools as one 32&64 bit addon here
author link: http://kim-aldis.co.uk/drupal-6.1/node/14
Tiny PusherwinAll, tool
Compiled, animated plugin operator for XSI. Use meshes, curves, surfaces or a centre to push points on a mesh with the mesh sliding over the deformer rather than sticking to it. Download all of Kim's modeling tools as one 32&64 bit addon here
author link: http://kim-aldis.co.uk/drupal-6.1/node/12
BatchMakerosAll, js, tool
1. For scenes that continually fails after a number of frames, optionally render in groups, minimising the likelihood of a crash and ensuring that subsequent frame groups will be rendered should any given group fail - 2. Save and run batch file directly from XSI in a separate process.
author link: http://kim-aldis.co.uk/drupal-6.1/node/11
ParticleAlignosAll, js, tool
The XSI built in align particles to path has a fixed up vector which will cause flipping as the particles cross the vertical axis. Most times this isn't a problem, particularly if you've a lot of particles in the cloud but if it is this scripted operator plugin should help. It aligns particles to the path but with a user picked up vector.
author link: http://kim-aldis.co.uk/drupal-6.1/node/9
SlateosAll, js, tool
Slate is a Text base slate for XSI. It creates a text object and applies a scripted op that replaces tokens in a text string with values or variables. Tokens, amongst others, include frame, date, time. Values are updated per frame allowing for accurate inclusion of time, date, etc at render or view time.
author link: http://kim-aldis.co.uk/drupal-6.1/node/13
RBDChainosAll, js, tool
RBDChain builds a rig of rigid body links linked by ball and socket joints. The initial shape of the chain is defined by a spline curve. A custom property is attached to the root of the rig with sliders controling RBD parameters of the links and their socket joints. Options for fixing both start and end of the chain are included. The rig is suitable for simulating chains and ropes attached at both, one or no ends. A spline curve is also created, cluster constrained to the curve, for creating ropes.
author link: http://kim-aldis.co.uk/drupal-6.1/node/10
EPSExporterosAll, python, importexport
exports meshes and UVs from XSI to EPS (Encapsulated Postscript) files. Meshes are exported as 2D projections as viewed from any perspective camera in he scene. UVs are exported as stamps.
author link: http://kim-aldis.co.uk/drupal-6.1/node/16
LM_2DMVwinAll, sourecode included, shader
output 2d motion vectors to be used for post motion blur
author link: http://www.alamaison.fr/3d/lm_2DMV/lm_2DMV_ref.htm - local backup
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LM_WarpDistortwin32, shader
The lmWarpDistort shader is a Mental Ray lens shader that changes the rays directions according to its distortion parameters. This shader can only apply the distortion. The main advantage of this shader is that it doesn't crop images when the distortion is applied: rays are just distorted (see Image B).
author link: http://www.alamaison.fr/3d/lmWarpDistort/lmWarpDistort.htm - local backup
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LM_WeightmaptoolswinAll, sourecode included, tool
full control over objects weight maps using a variety of tools
author link: http://www.alamaison.fr/3d/lmWeightMapTools/index.html - local Benr's x64 ver (xsibase) - local backup
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L-Glasswin32, shader
A glass shader simulating various physical properties of glass
author link: http://home.broadpark.no/~rslettli/LOBBER/ - local backup
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TrueGlasswinAll, shader
A glass shader simulating various physical properties of glass. Successor of L-Glass
author link: http://home.broadpark.no/~rslettli/LOBBER/tg.html - local backup
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LuXSIwin32, linux, importexport
An exporter for the unbiased Lux renderer http://www.luxrender2.org/
XSIMetaBallsosAll, shader
metaballs system/shader (compiled operator, C++)
author link: http://www.motionblur.it/ - local backup
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XSIPerlinNoiseDeformerosAll, sourcecode included, tool, deformer
perlin noise mesh deformer plugin (with offset/swimming)
author link: http://www.motionblur.it/ - local backup
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XSIInstanceDisplaywinAll, sourcecode included, tool
Particle instance viewport display (compiled operator + display callback, C++)
author link: http://www.motionblur.it/ - local backup
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XSIAmpwin32, tool
WAV audio files to animation fcurves (compiled, Visual Basic)
author link: http://www.motionblur.it/ - local backup
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XSIFlowPolygonsosAll, vbs, tool
Break polygon object into polygons at runtime (scripted operator)
author link: http://www.motionblur.it/ - local backup
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XSIMirror / Side select v1 osAll, vbs, tool
Fast subcomponent selection / mirroring helpers
author link: http://www.motionblur.it/ - local backup
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XSICameraConverterosAll, vbs, tool
Crossplatform camera converter (Xsi - Maya - Max)
author link: http://www.motionblur.it/ - local backup
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XSIImageClipToWeightmaposAll, vbs, tool
Generate weightmaps from image clips (scripted operator)
author link: http://www.motionblur.it/ - local backup
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XSIGeometryDisplacerosAll, vbs, tool, deformer
Displace geometry via image clips (scripted operator)
author link: http://www.motionblur.it/ - local backup
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XSIWireosAll, vbs, tool
Rope/Cable/Wire simulator (scripted operator)
author link: http://www.motionblur.it/ - local backup
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XSIShatterosAll, vbs, tool
Breakup polygon objects into 3D fragments
author link: http://www.motionblur.it/ - local backup
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DeriverwinAll, sourcecode included, shader
This shader generates U and V derivatives from a north pole/north direction to make it possible to easily use the Anisotropic shader on polygon objects.
author link: http://animus.brinkster.net/index.html - local backup
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DiffractionwinAll, sourcecode included, shader
The Diffraction node is a replacement for the standard XSI refraction_diffuse node. It fixes the refraction bug, adds faster glossy effects, and the new ability to model the different refractions of different wavelengths of light.
author link: http://animus.brinkster.net/index.html - local backup
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DiffusionwinAll, sourcecode included, shader
This is a sub surface scattering shader. Really, that's all it is :-)
author link: http://animus.brinkster.net/index.html - local backup
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DirtmapwinAll, sourcecode included, shader
The Dirtmap is a procedurally generated occlusion map. Implemented in newer versions of XSI as the XSI_AmbientOcclusion shader.
author link: http://animus.brinkster.net/index.html - local backup
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Mix8VectorswinAll, sourcecode included, shader
makes mixing bump maps in Softimage|XSI a bit easier. It supports weighted mixing of up to 8 vectors and adjusting the bump mapping strength of each input separately.
author link: http://animus.brinkster.net/index.html - local backup
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MuhHairwinAll, sourcecode included, shader
fast hair shader alternative. includes patches to xsi.exe by drakon rider
author link: http://animus.brinkster.net/index.html - local backup
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RealLens v1.5osAll, sourcecode included, python, tool
Converts real world lenses to XSI camera and vice versa.
author link: http://francoislord.com/XSITools/index.html - local backup
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MotionMap v1.0osAll, sourcecode included, python, tool
Creates a weightmap according to the movement of the vertices. Requires XSI 5.1 and up.
author link: http://francoislord.com/XSITools/index.html - local backup
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Dop2Xsi v1.0osAll, vbs, importexport
bring your Houdini dop simulation into Xsi
Pop2Xsi v1.0bosAll, vbs, importexport
bring your Houdini dop simulation into Xsi
City Generator v0.80523win32, tool
This is a tool that creates a procedural city
Shaders_p v3.3b11osAll, compilation, sourcecode included, shader
large shader set oriented towards TDs. Includes p_MegaTK universal surface shader. Content includes:
*** p_constant - simple surface shader. Constant - shader of constant color without any shading and etc.
*** p_fg_light - simple surface shader like p_constant, with the exception of this shader visible only for final gather rays. Shader fully transparent for other ray type (like eye, transparent, refraction and etc).
*** p_fg_no_light - this shader is inverse of p_fg_light, shader visible for all ray type with the exception final gather rays.
show more...
*** p_constant - simple surface shader. Constant - shader of constant color without any shading and etc.
*** p_fg_light - simple surface shader like p_constant, with the exception of this shader visible only for final gather rays. Shader fully transparent for other ray type (like eye, transparent, refraction and etc).
*** p_fg_no_light - this shader is inverse of p_fg_light, shader visible for all ray type with the exception final gather rays.
show more...
author link: http://www.puppet.tfdv.com/download/shaders_p_e.shtml - local backup - current beta local backup
backup - current beta local backup
Incremental Backup v1.0win32, tool
backup system for XSI scene files. zip contains swf tutorial movie.
backup system for XSI scene files. zip contains swf tutorial movie.author link: http://www.digitales-design.com/resources/xsi/IncrementalBackup_enhanced.zip - local backup
backup
XSIndigoExporter v1.0rcwin32, importexport
XSI plug-in to bridge the gap between XSI and unbiased renderer Indigo.
xsibase link - local backup
backup
Rim Edge FilterwinAll, tool
A selection filter for edges that are hard from the automatic discontinuity setting. If you want to select edges that were marked hard, use the built-in "Crease Edge" filter instead. Usage Example: For selecting all edges on a polygon mesh rim:
* Go into edge selection mode
* From the additional filters menu (little black triangle in the "select" panel), pick "Rim Edge"
* "Select all using filter"
* Go into edge selection mode
* From the additional filters menu (little black triangle in the "select" panel), pick "Rim Edge"
* "Select all using filter"
XPop v2.0winAll, tool
Customizable right-click popup menus that can be used in scripting
author link: http://rray.de/xsi/xpop.html - download here
here
CurvaturemaposAll, shader, tool
Applies a weightmap to an object representing surface curvature. Updated with a compiled operator
TensionmaposAll, shader, tool
Applies a weightmap to an object representing surface tension between points. Updated with a compiled operator
ScreeninfoosAll, js, tool
provides screen XY coordinates of an object as a scripted operator. Export to various compositing applications.
SaveRemindosAll, js, tool
A simple install-and-forget plugin --- it does nothing but remind you to save your work after 1 hour of not saving. This is in case you don't want to use AutoSave.
Pixelreaderwin32, tool
Reads color values from an image, applies them to parameters
RRayTypewin32, shader
raytype render tree node with support for n-generation reflection/refraction rays
WireDwin32, shader
mental ray shader that outputs distance from rendered point to wireframe mesh. requires an xsi data operator to work
Physical SSS ModosAll, shader
Working mod of the defunct factory physical SSS. This one works with an old fashioned light list, also in addition exposes some previously unexposed parameters in the rendertree like scattering, absorption, IOR and scale.
Tracerwin32, shader
Cast a ray into any direction you specify. You can also specify an origin point different from the rendered intersection point.
It's actually 2 shaders, #1 returns the traced ray's length, #2 the sampled color at the end of the ray. Can be used for computing thickness (trace direction=eye ray)
It's actually 2 shaders, #1 returns the traced ray's length, #2 the sampled color at the end of the ray. Can be used for computing thickness (trace direction=eye ray)
Banty's Lightrig importosAll, js, importexport
Imports Lightrigs generated with Francesco Banterle's HDRShop plugin. Version 1.2.1 (Sep 24 2009): ** bug fixes ** sets lights' photon energy values ** slider to dim photon energy for larger light rigs ** button for optimizing Photon Count base on overall light energy value ** "inspect all rig lights" button (removes the need for the "set global..." sliders) ** 1.21: "select all rig lights" button ** persistent layout
Quick Usage Walkthrough: Google for HDRShop, Banterle, install, load HDR image (lat/long format) in HDRShop, use median_cut plugin, ca 32 - 256 lights, lights.txt ends up either in the directory of the HDR image or in the HDRShop program dir. Open that file with the plugin. For convenience, make a collection of those files.
Quick Usage Walkthrough: Google for HDRShop, Banterle, install, load HDR image (lat/long format) in HDRShop, use median_cut plugin, ca 32 - 256 lights, lights.txt ends up either in the directory of the HDR image or in the HDRShop program dir. Open that file with the plugin. For convenience, make a collection of those files.
TGenwin32, tool, commercial
Tree generator plugin. 119$, free limited version available for NC use.
GEMwin32, importexport, tool
terrain generator/import. Related tool: Felix Gebhard's Terrain Importe.
author link: http://www.softimage.com/ - local backup
backup
XPertModeStuffwin32, tool
maximizes xsi application window to overlap the taskbar, also hides the title bar. Note: Seems to have stopped working around 7.0.
LookThroughSpotosAll, python, tool
it is a simple set of tools to make looking through a spotlight easier than ever before!
author link: http://www.steven-caron.com/lookthroughspot.htm - local backup
backup
Krakatoa exporterwinAll, python, importexport, tool
Render ICE particles with Frantic Film's Krakatoa. Currently this plug works only on Windows 32 bit and 64 bit platforms. Please contact me about Linux compilations.
author link: http://www.steven-caron.com/ - local backup
backup
ObjDnDosAll, js, python, importexport
drag an drop obj files into xsi
Dupalongwin32, tool
Interactively duplicate polymesh objects along a curve to a single mesh. Vegas signs anybody?
author link: http://www.sukio.de/resources.htm - local backup
backup
Duplicatorwin32, tool
Compiled operator to randomly distribute objects across a surface.
author link: http://www.sukio.de/resources.htm - local backup
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Water SurfaceosAll, ICEmisc, scene
This scene demonstrates how to use ICE to simulate water ripples on a polygon grid
author link: http://www.sukio.de/resources.htm - local backup
backup
Granulatewin32, tool
construct/deconstruct meshes polygon-wise
author link: http://www.sukio.de/resources.htm - local backup
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Mountain shaderosAll, scene, shader
example scene/method of a mountain shader
author link: http://www.sukio.de/resources/mountainshader/ - local backup
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Terrain Importwin32, importexport
importer/fxtree node that imports a variety of terrain data formats. Related tool: GEM terrain data import/generator.
author link: http://www.sukio.de/resources/Terrain_Import.htm - local backup
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VectorScreenConverterwin32, shader
render tree node that converts a vector to screen XY coordinate
author link: http://www.sukio.de/resources/vector_screen_converter/ - local backup
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Swarfegawin32, sourcecode included, shader
workaround for mental ray bug that produces random black spots in render. AKA AntiNaN shader. Related Tool: DL3D BlackspotsRemover
local backup
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Whirly Noise shaderwin32, shader
A texture shader based on the flexible Worley noise, along with some custom tweaks.
xsibase thread - local backup
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Enhance XSI SEwinAll, shader, commercial
A fully functional special edition of Enhance:XSI for both Windows 32 and 64. This version includes 15 free for any use texturing nodes. Included in this set are nine texture nodes: Agate, fBm, Cellular, Panels, WindayWaves, Coriolis, Parquet, Peened and Circular plus six support nodes: Kaliedoscope, Iridescent, Composite, NoiseWave, SmoothStep and RegionalHSV.
For more information about this version and the full 99$ (190 node) version go to the author link
For more information about this version and the full 99$ (190 node) version go to the author link
author link: http://www.shaders.co.uk/enhance_xsi/index.htm - local backup
backup
T2S IlluminationwinAll, shader
T2S_Illumination is dedicated to CG artists looking for a single Illumination node to be used as a basic building block for a great variety of materials.. This shader brings together different illumination models, as well as some of the last Mental Ray functions for optimized glossy scattering. New features, such as Coating surface effects, custom Lafortune settings, or Fresnel Mask are proposed here.
author link: http://www.tek2shoot.com/knowledge-base/softimage-xsi/t2s-illumination.html - local backup
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T2S MentalRaywinAll, shader
previously unexposed mental ray shaders (Car Paint - Ambient and FG Occlusion - Sub-Surface Scattering - Glossy Reflection and glossy refraction - Physical Lights - D2S_Lights, which combines "physical_light" and "mib_cie_d" in order to reproduce realistic illumination)
T2S LaFortunewinAll, shader
shader implementing the LaFortune shading model
author link: http://www.tek2shoot.com/ - local backup
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