Here is a webpage. It looks circa 1996, but its from 2006. Enjoy.
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If you're looking for the openGR website, it can be found here: <a href="http://wwwrel.ph.utexas.edu/openGR/">http://wwwrel.ph.utexas.edu/openGR/</a>
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You may need to right click (or command click on a mac) and download the movies to watch them. Occassionally they cause Safari to crash, so its best to download them and view them with quicktime. They are all in mpeg format.
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<b> Puncture Movies </b>
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<b> &nbsp FMR Runs </b>
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<a href ="fmr_movies1/">Incomplete, first run with FMR</a> 
<br>Includes patch layout, processor layout, and movies of the conformal factor and Hamiltonian constraint violation
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<a href ="fmr_movies2/">FMR run with restart</a> 
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Includes patch layout, processor layout, and movies of the conformal factor and lapse. This directory also includes output of the Hamiltonian constraint at T = 15m.
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<a href="movies/cphi.mpg">Lineout of Conformal Factor </a> 
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This is along the x axis, through the puncture. 
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The following movies and screen grabs are for a 65^3 ADM run of the spheroidal patch B, v = 0.7, which was stopped after 9.3M. The mesh output is in cartesian coordinates, so that the actual representation of the patch and mesh spacings are shown. The hole is boosted in the z direction. 
The values of the constraint violations are visualized relative to the maximum value in the visualized domain. Because the zones are much more dense close to the inner boundary, when the mesh is shown it may obscure where this violation is at, especially at later times once the constraint in a particular node has grown larger than the others. 

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<a href="movies/cart_0__spher_65/abs_ham_b1_xy.mpeg"> Absolute Hamiltonian along the midpoint of the patch in the z direction </a>
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<a href="movies/cart_0__spher_65/abs_ham_b1_yz.mpeg"> Absolute Hamiltonian along the midpoint of the patch in the x direction </a>
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<a href="movies/cart_0__spher_65/mom_z.mpeg"> 3d Momentum constraint, in vector form. The observer is in the direction of the boost.</a>
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<a href="movies/cart_0__spher_65/abs_ham_vol.mpeg"> 3d Volume rendering of the absolute Hamiltonian constraint violation near the inner boundary </a>
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<a href="movies/cart_0__spher_65/spherB_mesh.tiff"> Screen grab of mesh orientation for above 3d renderings </a>
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Two pngs of the cartesian patch for a small binary solve data, 62^3 points 20M^3, solved for constraint violation 10^-4, both holes are initial at rest.
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<a href="pngs/vector_potential_binary.png"> Vector Potential Binary </a>
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<a href="pngs/conformal_phi_binary.png"> Conformal Phi Binary </a>
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Here is a quick movie of a short, final time is 2M, 45^3 BSSN puncture run with velocity zero. It shows how the shift vector is evolving in the region surrouning the hole. The evolution was stopped because the constraints were growing too large at the outer boundaries.
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<a href="movies/puncture_shift.mpeg">BSSN Puncture Evolved Shift Vector</a>
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<b>Images</b>
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<b>&nbsp Patch B:</b>
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<a href="jpegs/output.html">Jpeg Outputs</a>
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<b>&nbsp Both Patches:</b>
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<a href="jpegs/output2.html">More Jpeg Outputs</a>
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<a href="jpegs/output3.html">Even More Jpeg Outputs</a>
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<a href="jpegs/output4.html">Yet Even More Jpeg Outputs</a>
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<b>&nbsp Mesh Refinement:</b>
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<a href="jpegs/output5.html"> Refinement Jpeg Outputs</a>
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<b>1-D output from recent simulations:</b>
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<a href="movies/adm_interp/index.html">ADM with all patches evolved and interpolated </a>
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<a href="movies/nor_interp/index.html">NOR with all patches evolved and interpolated </a>
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<b> Previous runs: </b>
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<a href="movies/cart_63__spher_21/cart_63__spher_21.html"> Cartesian 63^3, spheroidal 21^2, NOR run </a>
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<a href="plots/index.html"> NOR constraint / unconstrained plots </a>
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<!--
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<b> Fun with CVS! </b>
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Graphs of the openGR code base. Generated from CVS by statcvs (<a href="http://statcvs.sourceforge.net">http://statcvs.sourceforge.net</a>).
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<a href="CVS_INFO/index.html">openGR CVS logs</a>
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<b> Poster for EPW: </b>
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This poster was done entirely in LaTeX!
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<a href="poster.pdf"> Poster.pdf (3mb) </a>
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<a href="poster.ps"> Poster.ps (19mb) </a>
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<b>Contact me:</b>
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Email address:
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<b>rnzaauwon</b>@gmail.com 
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The part in bold must be solved for the correct address. To find the solution label each character from 1 to 9 starting from the left. Each characters whose label is a prime number has been rotated by 13 characters in the standard 26 character English alphabet. 
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The point of this is to solve 3 issues... you have to <i>really</i> want to email me, it cuts down on the crazies emailing me, and it stops me from getting spam. 
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