[Wien] problem in parallel calculations

2012-04-20 Thread hyunjung kim
Dear all, It has been almost 1 month since I have been tried to make parallel calculations. Im working on model : SUN Blade 6275 clusters Processor: Intel Xeon X5570 CPU/node : 8cpu Memory : 24GB/node, 3GB/core Network: Infiniband 40G 8X QDR Operation: Redhat Enterprise Linux 5.3 Job control :

[Wien] forrtl: severe (41): insufficient virtual memory

2012-04-15 Thread hyunjung kim
Dear all, I constantly got following error messages when the parallel job was submitted. I attach it. Also the generated .machines file attached, please check whether it is properly generated or not. I intended 24 k-point parallelized job. The compiler version is fortran : ifort, 12.0

[Wien] forrtl: severe (41): insufficient virtual memory (file attached!!)

2012-04-15 Thread hyunjung kim
Dear all, (I'm sorry, I forgot to attach file which including error message and job script files) I constantly got following error messages when the parallel job was submitted. I attach it. Also the generated .machines file is attached, please check whether it is properly generated or not. I

[Wien] Emax in case.in1 within spin-orbit coupling calculations

2012-03-19 Thread hyunjung kim
Dear all, I have some question on calculation including spin-orbit coupling (SOC). In according to the manual, the second-variational procedure requires to include many more unoccupied states to be calculated. And it can be controlled by increasing the energy maximum (Emax) which eigenvalues

[Wien] Emax in case.in1 within spin-orbit coupling calculations

2012-03-19 Thread hyunjung kim
Dear all, I have some question on calculation including spin-orbit coupling (SOC). In according to the manual, the second-variational procedure requires to include many more unoccupied states to be calculated. And it can be controlled by increasing the energy maximum (Emax) which eigenvalues

[Wien] Question on spin-orbit coupling calculation

2012-03-19 Thread hyunjung kim
Dear all, I have some question on calculation including spin-orbit coupling (SOC). In according to the manual, the second-variational procedure requires to include many more unoccupied states to be calculated. And it can be controlled by increasing the energy maximum (Emax) which eigenvalues