<div>Hi,</div>
<div> I came to a strange exit when i carried out ExtendedMolecular Transport calculation. </div>
<div>My system is a 6-6 carbon nanotube with 6 unit cells, and the supercell for leads calculation is 2 unit cells.</div>
<div>There is no problem when scf calculation performed, and the charges in *.CHR are also consistent with the number of electrons.</div>
<div>But the calculation stoped after scf finished, and gave error message below :</div>
<div>'The transport is along the z direction.<br> p0_16525: p4_error: interrupt SIGSEGV: 11<br>siesta: overlap: rmaxh veclen direction<br>siesta: overlap: 14.3203 37.1563 1<br>siesta: overlap: rmaxh veclen direction
<br>siesta: overlap: 14.3203 37.1563 2<br>siesta: overlap: rmaxh veclen direction<br>siesta: overlap: 14.3203 9.2891 3<br> '</div>
<div>I think this error may be due to Transmission coefficient calculation , since there is no problem when i just carried on scf calculation .
<div>This error i also reported in previous mail but was found in BulkTransport calculation with parallel execution. Such error message is below, which is almost the same with above :</div></div>
<div>"The transport is along the z direction.<br>p0_16761: p4_error: interrupt SIGSEGV: 11<br>siesta: overlap: rmaxh veclen direction<br>siesta: overlap: 14.3203 46.4453 1<br>siesta: overlap: rmaxh veclen direction
<br>siesta: overlap: 14.3203 46.4453 2<br>siesta: overlap: rmaxh veclen direction<br>siesta: overlap: 14.3203 9.2891 3<br> 0 1<br>"</div>
<div> My calculation was carried on 2cpus workstation , and smeagol was compiled with pgi6.0 and ACML mathlib. Does anyone else come to such situation before ?</div>
<div>Would you please give me some hints and help ? </div>
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<div>Regards,</div>
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<div>Hai-Ping</div>
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