diff --git a/doc/release.txt b/doc/release.txt
index 175fd4e599..8908fb3ee7 100644
--- a/doc/release.txt
+++ b/doc/release.txt
@@ -7,6 +7,8 @@ Perform the following steps for each Embree release.
 [ ] Check Embree version in kernels/xeonphi/CMakeLists.txt
 [ ] Check Embree Library version in scripts/release_linux.sh
 [ ] Check Embree Library version in scripts/release_macos.sh
+[ ] Check Embree Library version in scripts/install_linux/install.sh
+[ ] Check Embree Library version in scripts/install_macos/install.sh
 
 [ ] Make sure all regression tests pass under Linux  : ./scripts/regression.py render linux   log models/embree/ | tee log/log.txt
 [ ] Make sure all regression tests pass under MacOSX : ./scripts/regression.py render macosx  log models/embree/ | tee log/log.txt
diff --git a/doc/src/compilation.html b/doc/src/compilation.html
index 3af875351c..dec312a930 100644
--- a/doc/src/compilation.html
+++ b/doc/src/compilation.html
@@ -55,7 +55,7 @@ <h2>Compiling Embree on Linux and Mac OS X</h2>
 <p>If you cannot install Embree on your system (e.g. when you don't
 have administrator rights) you need to add embree_root_directory/build
 to your LD_LIBRARY_PATH (and SINK_LD_LIBRARY_PATH in case you
-want to use Embree on Xeon Phi).</p>
+want to use Embree on Xeon Phi&trade;).</p>
 
 <p>The default configuration in the configuration dialog should be
 appropiate for most usages. The following table described all
@@ -79,10 +79,17 @@ <h2>Compiling Embree on Linux and Mac OS X</h2>
 </table>
 
 <p>You need at least Intel Compiler 11.1 or GCC 4.4 to enable AVX and
-Intel Compiler 12.1 or GCC 4.7 to enable AVX2. </p>
+Intel Compiler 12.1 or GCC 4.7 to enable AVX2.</p>
 
-<p>Enabling the buffer stride feature reduces performance for
-building spatial hierarchies on Xeon Phi&trade;.</p>
+<h2>Compiling Embree for Xeon Phi</h2>
+
+<p>Embree supports the Xeon Phi&trade; coprocessor under Linux. To
+compile Embree for Xeon Phi&trade; you need to enable the XEON_PHI_ISA
+option in CMake and have the Intel Compiler and the Intel&trade; Manycore
+Platform Software Stack (MPSS) installed.</p>
+
+<p>Enabling the buffer stride feature reduces performance for building
+spatial hierarchies on Xeon Phi&trade;.</p>
 
  <h2>Compiling Embree on Windows</h2>
 
diff --git a/doc/src/downloading.html b/doc/src/downloading.html
index e04d0e73e5..848e2096a1 100755
--- a/doc/src/downloading.html
+++ b/doc/src/downloading.html
@@ -6,7 +6,7 @@ <h2>Downloading Embree</h2>
  
 <p><a href="http://github.com/embree/embree-bin/archive/v2.3.3_linux.zip">embree-bin-2.3.3_linux.zip</a></p>
 <p><a href="http://github.com/embree/embree-bin/archive/v2.3.3_win.zip">embree-bin-2.3.3_win.zip</a></p>
-<p><a href="http://github.com/embree/embree-bin/archive/v2.3.3_macos.zip">embree-bin-2.3.3_macos.zip</a></p>
+<p><a href="http://github.com/embree/embree-bin/archive/v2.3.3_macosx.zip">embree-bin-2.3.3_macosx.zip</a></p>
 
 <p>If you need to recompile Embree for your platform, please download
 the sources and follow the compilation instructions below:</p>
diff --git a/doc/src/new_features.html b/doc/src/new_features.html
index 67c9918d7d..ddba50e2d3 100644
--- a/doc/src/new_features.html
+++ b/doc/src/new_features.html
@@ -1,6 +1,6 @@
 <h3>New features in Embree 2.3.3</h3>
 <ul>
-  <li> BVH builders more robust handling invalid input data (Xeon&trade;)</li>
+  <li> BVH builders more robustly handle invalid input data (Xeon&trade;)</li>
   <li> Motion blur support for hair geometry (Xeon&trade;)</li>
   <li> Improved motion blur performance for triangle geometry (Xeon&trade;)</li>
   <li> Improved robust ray tracing mode (Xeon&trade;)</li>
diff --git a/doc/src/readme.html b/doc/src/readme.html
index 181aa34289..b703822757 100644
--- a/doc/src/readme.html
+++ b/doc/src/readme.html
@@ -13,8 +13,8 @@ <h1>Embree: High Performance Ray Tracing Kernels
     <CONTENT_OVERVIEW>
     <CONTENT_PLATFORMS>
     <CONTENT_COMPILATION>
-    <CONTENT_API>
     <CONTENT_TUTORIALS>
+    <CONTENT_API>
     <CONTENT_SUPPORT>
   </body>
 </html>
diff --git a/doc/src/readme_bin.html b/doc/src/readme_bin.html
index 79f6251deb..473e20b4fb 100644
--- a/doc/src/readme_bin.html
+++ b/doc/src/readme_bin.html
@@ -13,8 +13,8 @@ <h1>Embree: High Performance Ray Tracing Kernels
     <CONTENT_OVERVIEW>
     <CONTENT_PLATFORMS>
     <CONTENT_INSTALL>
-    <CONTENT_API>
     <CONTENT_TUTORIALS>
+    <CONTENT_API>
     <CONTENT_SUPPORT>
   </body>
 </html>
diff --git a/doc/src/tutorials.html b/doc/src/tutorials.html
index f7750703f0..b621a9f443 100644
--- a/doc/src/tutorials.html
+++ b/doc/src/tutorials.html
@@ -2,32 +2,40 @@
 <h2>Embree Tutorials</h2>
 
 <p>Embree comes with a set of tutorials aimed at helping users
-understand how embree can be used and extended. All tutorials exist in
+understand how Embree can be used and extended. All tutorials exist in
 an ISPC and C version to demonstrate the two versions of the API. Look
-for files names <code>tutorialXX_device.ispc</code> for the ISPC
+for files named <code>tutorialXX_device.ispc</code> for the ISPC
 implementation of the tutorial, and files named
-<code>tutorialXX_device.cpp</code> for the single ray C version of the
+<code>tutorialXX_device.cpp</code> for the single ray C++ version of the
 tutorial. To start the C++ version
 use the <code>tutorialXX</code> executables, to start the ISPC version
-use the <code>tutorialXX_ispc</code> executables.
+use the <code>tutorialXX_ispc</code> executables.</p>
 
-You can select an initial camera using the -vp (camera position), -vi
-(camera lookat point), -vu (camera up vector), and -fov (vertical
-field of view) command line parameters:
+<p>Under Linux Embree also comes with an ISPC version of all tutorials
+for the Xeon Phi&trade; Coprocessor. The executables of this version of
+the tutorials are named <code>tutorialXX_xeonphi</code> and only work
+if a Xeon Phi&trade; Coprocessor is present in the system. The Xeon
+Phi&trade; version of the tutorials get started on the host CPU, just
+like all other tutorials, and will connect automatically to one
+installed Xeon Phi&trade; Coprocessor in the system.</p>
+
+<p>For all tutorials, you can select an initial camera using the -vp
+(camera position), -vi (camera lookat point), -vu (camera up vector),
+and -fov (vertical field of view) command line parameters:</p>
 
 <p><pre><code>./tutorial00 -vp 10 10 10 -vi 0 0 0
 </code></pre></p>
 
-You can select the initial windows size using the -size command line
+<p>You can select the initial windows size using the -size command line
 parameter, or start the tutorials in fullscreen using the -fullscreen
-parameter:
+parameter:</p>
 
 <p><pre><code>./tutorial00 -size 1024 1024
 ./tutorial00 -fullscreen
 </code></pre></p>
 
-Implementation specific parameters can be passed to the ray tracing
-core through the -rtcore command line parameter, e.g.:
+<p>Implementation specific parameters can be passed to the ray tracing
+core through the -rtcore command line parameter, e.g.:</p>
 
 <p><pre><code>./tutorial00 -rtcore verbose=2,threads=1,accel=bvh4.triangle1
 </code></pre></p>
diff --git a/doc/www/downloads.html b/doc/www/downloads.html
index ad6049c873..cbc0e78144 100644
--- a/doc/www/downloads.html
+++ b/doc/www/downloads.html
@@ -60,7 +60,7 @@ <h2>Downloading Embree</h2>
  
 <p><a href="http://github.com/embree/embree-bin/archive/v2.3.3_linux.zip">embree-bin-2.3.3_linux.zip</a></p>
 <p><a href="http://github.com/embree/embree-bin/archive/v2.3.3_win.zip">embree-bin-2.3.3_win.zip</a></p>
-<p><a href="http://github.com/embree/embree-bin/archive/v2.3.3_macos.zip">embree-bin-2.3.3_macos.zip</a></p>
+<p><a href="http://github.com/embree/embree-bin/archive/v2.3.3_macosx.zip">embree-bin-2.3.3_macosx.zip</a></p>
 
 <p>If you need to recompile Embree for your platform, please download
 the sources and follow the compilation instructions below:</p>
@@ -156,7 +156,7 @@ <h2>Compiling Embree on Linux and Mac OS X</h2>
 <p>If you cannot install Embree on your system (e.g. when you don't
 have administrator rights) you need to add embree_root_directory/build
 to your LD_LIBRARY_PATH (and SINK_LD_LIBRARY_PATH in case you
-want to use Embree on Xeon Phi).</p>
+want to use Embree on Xeon Phi&trade;).</p>
 
 <p>The default configuration in the configuration dialog should be
 appropiate for most usages. The following table described all
@@ -180,10 +180,17 @@ <h2>Compiling Embree on Linux and Mac OS X</h2>
 </table>
 
 <p>You need at least Intel Compiler 11.1 or GCC 4.4 to enable AVX and
-Intel Compiler 12.1 or GCC 4.7 to enable AVX2. </p>
+Intel Compiler 12.1 or GCC 4.7 to enable AVX2.</p>
 
-<p>Enabling the buffer stride feature reduces performance for
-building spatial hierarchies on Xeon Phi&trade;.</p>
+<h2>Compiling Embree for Xeon Phi</h2>
+
+<p>Embree supports the Xeon Phi&trade; coprocessor under Linux. To
+compile Embree for Xeon Phi&trade; you need to enable the XEON_PHI_ISA
+option in CMake and have the Intel Compiler and the Intel&trade; Manycore
+Platform Software Stack (MPSS) installed.</p>
+
+<p>Enabling the buffer stride feature reduces performance for building
+spatial hierarchies on Xeon Phi&trade;.</p>
 
  <h2>Compiling Embree on Windows</h2>
 
diff --git a/doc/www/index.html b/doc/www/index.html
index 3fe7d3b026..ec24fc41a3 100644
--- a/doc/www/index.html
+++ b/doc/www/index.html
@@ -86,7 +86,7 @@ <h2>Embree Overview</h2>
 
 <h3>New features in Embree 2.3.3</h3>
 <ul>
-  <li> BVH builders robust for bad input data. (Xeon&trade;)</li>
+  <li> BVH builders more robustly handle invalid input data (Xeon&trade;)</li>
   <li> Motion blur support for hair geometry (Xeon&trade;)</li>
   <li> Improved motion blur performance for triangle geometry (Xeon&trade;)</li>
   <li> Improved robust ray tracing mode (Xeon&trade;)</li>
diff --git a/doc/www/renderer.html b/doc/www/renderer.html
index 6678298eb0..9818f89cf5 100644
--- a/doc/www/renderer.html
+++ b/doc/www/renderer.html
@@ -226,7 +226,8 @@ <h3>Example Models</h3>
  href="http://software.intel.com/sites/default/files/article/183323/crown0413.zip">Crown0413.zip
 (74MB)</a>.</p>
 
-<p><img src="images/crown.jpg" alt="Imperial Crown of Austria"> Model courtesy <a href="http://www.loramel.net">Martin Lubich</a>.</p>
+<p><img src="images/crown.jpg" alt="Imperial Crown of Austria" width="400" height="480"></p>
+<p>Model courtesy <a href="http://www.loramel.net">Martin Lubich</a></p>
 
 
       </div>
diff --git a/doc/www/tutorials.html b/doc/www/tutorials.html
index 4492f6499e..db7925def2 100644
--- a/doc/www/tutorials.html
+++ b/doc/www/tutorials.html
@@ -41,32 +41,40 @@ <h2 id="project_tagline">High Performance Ray Tracing Kernels</h2>
 <h2>Embree Tutorials</h2>
 
 <p>Embree comes with a set of tutorials aimed at helping users
-understand how embree can be used and extended. All tutorials exist in
+understand how Embree can be used and extended. All tutorials exist in
 an ISPC and C version to demonstrate the two versions of the API. Look
-for files names <code>tutorialXX_device.ispc</code> for the ISPC
+for files named <code>tutorialXX_device.ispc</code> for the ISPC
 implementation of the tutorial, and files named
-<code>tutorialXX_device.cpp</code> for the single ray C version of the
+<code>tutorialXX_device.cpp</code> for the single ray C++ version of the
 tutorial. To start the C++ version
 use the <code>tutorialXX</code> executables, to start the ISPC version
-use the <code>tutorialXX_ispc</code> executables.
+use the <code>tutorialXX_ispc</code> executables.</p>
 
-You can select an initial camera using the -vp (camera position), -vi
-(camera lookat point), -vu (camera up vector), and -fov (vertical
-field of view) command line parameters:
+<p>Under Linux Embree also comes with an ISPC version of all tutorials
+for the Xeon Phi&trade; Coprocessor. The executables of this version of
+the tutorials are named <code>tutorialXX_xeonphi</code> and only work
+if a Xeon Phi&trade; Coprocessor is present in the system. The Xeon
+Phi&trade; version of the tutorials get started on the host CPU, just
+like all other tutorials, and will connect automatically to one
+installed Xeon Phi&trade; Coprocessor in the system.</p>
+
+<p>For all tutorials, you can select an initial camera using the -vp
+(camera position), -vi (camera lookat point), -vu (camera up vector),
+and -fov (vertical field of view) command line parameters:</p>
 
 <p><pre><code>./tutorial00 -vp 10 10 10 -vi 0 0 0
 </code></pre></p>
 
-You can select the initial windows size using the -size command line
+<p>You can select the initial windows size using the -size command line
 parameter, or start the tutorials in fullscreen using the -fullscreen
-parameter:
+parameter:</p>
 
 <p><pre><code>./tutorial00 -size 1024 1024
 ./tutorial00 -fullscreen
 </code></pre></p>
 
-Implementation specific parameters can be passed to the ray tracing
-core through the -rtcore command line parameter, e.g.:
+<p>Implementation specific parameters can be passed to the ray tracing
+core through the -rtcore command line parameter, e.g.:</p>
 
 <p><pre><code>./tutorial00 -rtcore verbose=2,threads=1,accel=bvh4.triangle1
 </code></pre></p>
diff --git a/readme.pdf b/readme.pdf
index 2ff03970a9..31db598da8 100644
Binary files a/readme.pdf and b/readme.pdf differ
diff --git a/readme.txt b/readme.txt
index dc10c1ca0a..17d4b5b2b1 100644
--- a/readme.txt
+++ b/readme.txt
@@ -119,7 +119,7 @@ finally install the Embree library and header files on your system:
 If you cannot install Embree on your system (e.g. when you don't have
 administrator rights) you need to add embree_root_directory/build to your
 LD_LIBRARY_PATH (and SINK_LD_LIBRARY_PATH in case you want to use Embree on
-Xeon Phi).
+Xeon Phi[TM]).
 
 The default configuration in the configuration dialog should be appropiate for
 most usages. The following table described all parameters that can be
@@ -162,6 +162,13 @@ XEON_PHI_ISA               Enables generation of Xeon Phi[TM]    OFF
 You need at least Intel Compiler 11.1 or GCC 4.4 to enable AVX and Intel
 Compiler 12.1 or GCC 4.7 to enable AVX2.
 
+== Compiling Embree for Xeon Phi  ==
+
+Embree supports the Xeon Phi[TM] coprocessor under Linux. To compile Embree for
+Xeon Phi[TM] you need to enable the XEON_PHI_ISA option in CMake and have the
+Intel Compiler and the Intel[TM] Manycore Platform Software Stack (MPSS)
+installed.
+
 Enabling the buffer stride feature reduces performance for building spatial
 hierarchies on Xeon Phi[TM].
 
@@ -196,6 +203,159 @@ files. To do so open Visual Studio 2008, go to Tools -> Options -> Text Editor
 -> File Extension and add the isph and ispc extension for the "Microsoft Visual
 C++" editor.
 
+== Embree Tutorials  ==
+
+Embree comes with a set of tutorials aimed at helping users understand how
+Embree can be used and extended. All tutorials exist in an ISPC and C version
+to demonstrate the two versions of the API. Look for files named
+tutorialXX_device.ispc for the ISPC implementation of the tutorial, and files
+named tutorialXX_device.cpp for the single ray C++ version of the tutorial. To
+start the C++ version use the tutorialXX executables, to start the ISPC version
+use the tutorialXX_ispc executables.
+
+Under Linux Embree also comes with an ISPC version of all tutorials for the
+Xeon Phi[TM] Coprocessor. The executables of this version of the tutorials are
+named tutorialXX_xeonphi and only work if a Xeon Phi[TM] Coprocessor is present
+in the system. The Xeon Phi[TM] version of the tutorials get started on the
+host CPU, just like all other tutorials, and will connect automatically to one
+installed Xeon Phi[TM] Coprocessor in the system.
+
+For all tutorials, you can select an initial camera using the -vp (camera
+position), -vi (camera lookat point), -vu (camera up vector), and -fov
+(vertical field of view) command line parameters:
+
+ ./tutorial00 -vp 10 10 10 -vi 0 0 0
+
+You can select the initial windows size using the -size command line parameter,
+or start the tutorials in fullscreen using the -fullscreen parameter:
+
+ ./tutorial00 -size 1024 1024
+ ./tutorial00 -fullscreen
+
+Implementation specific parameters can be passed to the ray tracing core
+through the -rtcore command line parameter, e.g.:
+
+ ./tutorial00 -rtcore verbose=2,threads=1,accel=bvh4.triangle1
+
+The navigation in the interactive display mode follows the camera orbit model,
+where the camera revolves around the current center of interest. With the left
+mouse button you can rotate around the center of interest (the point initially
+set with -vi). Holding Control pressed while klicking the left mouse button
+rotates the camera around its location. You can also use the arrow keys for
+navigation.
+
+You can use the following keys:
+
+  F1
+      Default shading
+  F2
+      Gray EyeLight shading
+  F3
+      Wireframe shading
+  F4
+      UV Coordinate visualization
+  F5
+      Geometry normal visualization
+  F6
+      Geometry ID visualization
+  F7
+      Geometry ID and Primitive ID visualization
+  F8
+      Simple shading with 16 rays per pixel for benchmarking.
+  F9
+      Switches to render cost visualization. Pressing again reduces brightness.
+  F10
+      Switches to render cost visualization. Pressing again increases
+      brightness.
+  f
+      Enters or leaves full screen mode.
+  c
+      Prints camera parameters.
+  ESC
+      Exists the tutorial.
+  q
+      Exists the tutorial.
+=== Tutorial00  ===
+
+
+ This tutorial demonstrates the creation of a static cube and ground plane
+ using triangle meshes. It also demonstrates the use of the rtcIntersect and
+ rtcOccluded functions to render primary visibility and hard shadows. The cube
+ sides are colored based on the ID of the hit primitive.
+
+
+=== Tutorial01  ===
+
+
+ This tutorial demonstrates the creation of a dynamic scene, consisting of
+ several deformed spheres. Half of the spheres use the RTC_GEOMETRY_DEFORMABLE
+ flag, which allows Embree to use a refitting strategy for these spheres, the
+ other half uses the RTC_GEOMETRY_DYNAMIC flag, causing a rebuild of their
+ spatial data structure each frame. The spheres are colored based on the ID of
+ the hit sphere geometry.
+
+
+=== Tutorial02  ===
+
+
+ This tutorial shows the use of user defined geometry, to re-implement
+ instancing and to add analytic spheres. A two level scene is created, with a
+ triangle mesh as ground plane, and several user geometries, that instance
+ other scenes with a small number of spheres of different kind. The spheres are
+ colored using the instance ID and geometry ID of the hit sphere, to
+ demonstrate how the same geometry, instanced in different ways can be
+ distinguished.
+
+
+=== Tutorial03  ===
+
+
+ This tutorial demonstrates a simple OBJ viewer that traces primary visibility
+ rays only. A scene consisting of multiple meshes is created, each mesh sharing
+ the index and vertex buffer with the application. Demonstrated is also how to
+ support additional per vertex data, such as shading normals.
+
+ You need to specify an OBJ file at the command line for this tutorial to work:
+ ./tutorial03 -i model.obj
+
+
+=== Tutorial04  ===
+
+
+ This tutorial demonstrates the in-build instancing feature of Embree, by
+ instancing a number of other scenes build from triangulated spheres. The
+ spheres are again colored using the instance ID and geometry ID of the hit
+ sphere, to demonstrate how the same geometry, instanced in different ways can
+ be distinguished.
+
+
+=== Tutorial05  ===
+
+
+ This tutorial demonstrates the use of filter callback functions to efficiently
+ implement transparent objects. The filter function used for primary rays, lets
+ the ray pass through the geometry if it is entirely transparent. Otherwise the
+ shading loop handles the transparency properly, by potentially shooting
+ secondary rays. The filter function used for shadow rays accumulates the
+ transparency of all surfaces along the ray, and terminates traversal if an
+ opaque occluder is hit.
+
+
+=== Tutorial06  ===
+
+
+ This tutorial is a simple path tracer, building on tutorial03.
+
+ You need to specify an OBJ file and light source at the command line for this
+ tutorial to work: ./tutorial06 -i model.obj -ambientlight 1 1 1
+
+
+=== Tutorial07  ===
+
+
+ This tutorial demonstrates the use of the hair geometry to render a hairball.
+
+
 == Embree API  ==
 
 The Embree API is a low level ray tracing API that supports defining and
@@ -893,150 +1053,6 @@ different number of threads or the Embree internal threads using the
  void rtcCommitThread()
 call.
 
-== Embree Tutorials  ==
-
-Embree comes with a set of tutorials aimed at helping users understand how
-embree can be used and extended. All tutorials exist in an ISPC and C version
-to demonstrate the two versions of the API. Look for files names
-tutorialXX_device.ispc for the ISPC implementation of the tutorial, and files
-named tutorialXX_device.cpp for the single ray C version of the tutorial. To
-start the C++ version use the tutorialXX executables, to start the ISPC version
-use the tutorialXX_ispc executables. You can select an initial camera using the
--vp (camera position), -vi (camera lookat point), -vu (camera up vector), and -
-fov (vertical field of view) command line parameters:
-
- ./tutorial00 -vp 10 10 10 -vi 0 0 0
-
-You can select the initial windows size using the -size command line parameter,
-or start the tutorials in fullscreen using the -fullscreen parameter:
-
- ./tutorial00 -size 1024 1024
- ./tutorial00 -fullscreen
-
-Implementation specific parameters can be passed to the ray tracing core
-through the -rtcore command line parameter, e.g.:
-
- ./tutorial00 -rtcore verbose=2,threads=1,accel=bvh4.triangle1
-
-The navigation in the interactive display mode follows the camera orbit model,
-where the camera revolves around the current center of interest. With the left
-mouse button you can rotate around the center of interest (the point initially
-set with -vi). Holding Control pressed while klicking the left mouse button
-rotates the camera around its location. You can also use the arrow keys for
-navigation.
-
-You can use the following keys:
-
-  F1
-      Default shading
-  F2
-      Gray EyeLight shading
-  F3
-      Wireframe shading
-  F4
-      UV Coordinate visualization
-  F5
-      Geometry normal visualization
-  F6
-      Geometry ID visualization
-  F7
-      Geometry ID and Primitive ID visualization
-  F8
-      Simple shading with 16 rays per pixel for benchmarking.
-  F9
-      Switches to render cost visualization. Pressing again reduces brightness.
-  F10
-      Switches to render cost visualization. Pressing again increases
-      brightness.
-  f
-      Enters or leaves full screen mode.
-  c
-      Prints camera parameters.
-  ESC
-      Exists the tutorial.
-  q
-      Exists the tutorial.
-=== Tutorial00  ===
-
-
- This tutorial demonstrates the creation of a static cube and ground plane
- using triangle meshes. It also demonstrates the use of the rtcIntersect and
- rtcOccluded functions to render primary visibility and hard shadows. The cube
- sides are colored based on the ID of the hit primitive.
-
-
-=== Tutorial01  ===
-
-
- This tutorial demonstrates the creation of a dynamic scene, consisting of
- several deformed spheres. Half of the spheres use the RTC_GEOMETRY_DEFORMABLE
- flag, which allows Embree to use a refitting strategy for these spheres, the
- other half uses the RTC_GEOMETRY_DYNAMIC flag, causing a rebuild of their
- spatial data structure each frame. The spheres are colored based on the ID of
- the hit sphere geometry.
-
-
-=== Tutorial02  ===
-
-
- This tutorial shows the use of user defined geometry, to re-implement
- instancing and to add analytic spheres. A two level scene is created, with a
- triangle mesh as ground plane, and several user geometries, that instance
- other scenes with a small number of spheres of different kind. The spheres are
- colored using the instance ID and geometry ID of the hit sphere, to
- demonstrate how the same geometry, instanced in different ways can be
- distinguished.
-
-
-=== Tutorial03  ===
-
-
- This tutorial demonstrates a simple OBJ viewer that traces primary visibility
- rays only. A scene consisting of multiple meshes is created, each mesh sharing
- the index and vertex buffer with the application. Demonstrated is also how to
- support additional per vertex data, such as shading normals.
-
- You need to specify an OBJ file at the command line for this tutorial to work:
- ./tutorial03 -i model.obj
-
-
-=== Tutorial04  ===
-
-
- This tutorial demonstrates the in-build instancing feature of Embree, by
- instancing a number of other scenes build from triangulated spheres. The
- spheres are again colored using the instance ID and geometry ID of the hit
- sphere, to demonstrate how the same geometry, instanced in different ways can
- be distinguished.
-
-
-=== Tutorial05  ===
-
-
- This tutorial demonstrates the use of filter callback functions to efficiently
- implement transparent objects. The filter function used for primary rays, lets
- the ray pass through the geometry if it is entirely transparent. Otherwise the
- shading loop handles the transparency properly, by potentially shooting
- secondary rays. The filter function used for shadow rays accumulates the
- transparency of all surfaces along the ray, and terminates traversal if an
- opaque occluder is hit.
-
-
-=== Tutorial06  ===
-
-
- This tutorial is a simple path tracer, building on tutorial03.
-
- You need to specify an OBJ file and light source at the command line for this
- tutorial to work: ./tutorial06 -i model.obj -ambientlight 1 1 1
-
-
-=== Tutorial07  ===
-
-
- This tutorial demonstrates the use of the hair geometry to render a hairball.
-
-
 === Embree Support and Contact  ===
 
 For questions and bug reports please write us at embree_support@intel.com.
diff --git a/scripts/install_linux/install.sh b/scripts/install_linux/install.sh
index 0163e15c95..a67a9e930a 100755
--- a/scripts/install_linux/install.sh
+++ b/scripts/install_linux/install.sh
@@ -1,6 +1,6 @@
 #!/bin/bash
 
-echo "Installing Embree v2.3.2 ... "
+echo "Installing Embree v2.3.3 ... "
 
 INCLUDE_INSTALL_DIR=/usr/local/include
 LIBRARY_INSTALL_DIR=/usr/local/lib
@@ -12,11 +12,11 @@ echo "  installing include files in" $INCLUDE_INSTALL_DIR
 cp -r include/embree2 $INCLUDE_INSTALL_DIR
 
 echo "  installing Xeon library files in" $LIBRARY_INSTALL_DIR
-cp -r lib/x64/libembree.so.2.3.2 $LIBRARY_INSTALL_DIR
-ln -sf $LIBRARY_INSTALL_DIR/libembree.so.2.3.2 $LIBRARY_INSTALL_DIR/libembree.so.2
+cp -r lib/x64/libembree.so.2.3.3 $LIBRARY_INSTALL_DIR
+ln -sf $LIBRARY_INSTALL_DIR/libembree.so.2.3.3 $LIBRARY_INSTALL_DIR/libembree.so.2
 ln -sf $LIBRARY_INSTALL_DIR/libembree.so.2     $LIBRARY_INSTALL_DIR/libembree.so
 
 echo "  installing Xeon Phi library files in" $LIBRARY_INSTALL_DIR
-cp -r lib/x64/libembree_xeonphi.so.2.3.2 $LIBRARY_INSTALL_DIR
-ln -sf $LIBRARY_INSTALL_DIR/libembree_xeonphi.so.2.3.2 $LIBRARY_INSTALL_DIR/libembree_xeonphi.so.2
+cp -r lib/x64/libembree_xeonphi.so.2.3.3 $LIBRARY_INSTALL_DIR
+ln -sf $LIBRARY_INSTALL_DIR/libembree_xeonphi.so.2.3.3 $LIBRARY_INSTALL_DIR/libembree_xeonphi.so.2
 ln -sf $LIBRARY_INSTALL_DIR/libembree_xeonphi.so.2     $LIBRARY_INSTALL_DIR/libembree_xeonphi.so
diff --git a/scripts/install_linux/paths.sh b/scripts/install_linux/paths.sh
index a9988283cf..228f583b71 100755
--- a/scripts/install_linux/paths.sh
+++ b/scripts/install_linux/paths.sh
@@ -17,3 +17,6 @@ export LIBRARY_PATH
 
 LD_LIBRARY_PATH="$SCRIPT_PATH/lib/x64:${LD_LIBRARY_PATH}"
 export LD_LIBRARY_PATH
+
+SINK_LD_LIBRARY_PATH="$SCRIPT_PATH/lib/x64:${SINK_LD_LIBRARY_PATH}"
+export SINK_LD_LIBRARY_PATH
diff --git a/scripts/install_macos/install.sh b/scripts/install_macos/install.sh
index 4ff5c6a23b..37397b4645 100755
--- a/scripts/install_macos/install.sh
+++ b/scripts/install_macos/install.sh
@@ -1,6 +1,6 @@
 #!/bin/sh
 
-echo "Installing Embree v2.3.2 ... "
+echo "Installing Embree v2.3.3 ... "
 
 INCLUDE_INSTALL_DIR=/usr/local/include
 LIBRARY_INSTALL_DIR=/usr/local/lib
@@ -12,6 +12,6 @@ echo "  installing include files in" $INCLUDE_INSTALL_DIR
 cp -r include/embree2 $INCLUDE_INSTALL_DIR
 
 echo "  installing library files in" $LIBRARY_INSTALL_DIR
-cp -r lib/x64/libembree.2.3.2.dylib $LIBRARY_INSTALL_DIR
-ln -sf $LIBRARY_INSTALL_DIR/libembree.2.3.2.dylib $LIBRARY_INSTALL_DIR/libembree.2.dylib
+cp -r lib/x64/libembree.2.3.3.dylib $LIBRARY_INSTALL_DIR
+ln -sf $LIBRARY_INSTALL_DIR/libembree.2.3.3.dylib $LIBRARY_INSTALL_DIR/libembree.2.dylib
 ln -sf $LIBRARY_INSTALL_DIR/libembree.2.dylib     $LIBRARY_INSTALL_DIR/libembree.dylib