The following output is for an ADM run with full interpolation. The input file can be found here:
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<a href="openGR.input">openGR.input</a>
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The cartesian patch is 15M over 120 zones on each side. 
The spheroidal patches extend out to the cartesian r=4M. 
Each spheroidal patch is 45 zones on a side. The hole velocity was 0.7c. 
This is not a constrained evolution, and no dissipation was used. The run lasted 12M before diverging.
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1d videos of the hamiltonian constraints can be found here (best viewed at half speed):
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<a href="ham_cart_v07_adm.mpg">Cartesian plane. Along the boost axis </a>(mpeg)
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<a href="gzz_a1_line_View10000.tif">Gzz of patch A along theta = 0 from inner to outer boundary</a>(png)
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<a href="ham_a1_length.mpg">Spheroidal patch A. Along theta = 0, from the inner to outer boundary </a>(mpeg)
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<a href="gzz_b1_line_View10000.tif">Gzz of patch B along theta = 0 from inner to outer boundary</a>(png)
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<a href="ham_b1_length.mpg">Spheroidal patch B. Along theta = 0, from the inner to outer boundary </a>(mpeg)