PM_Flux, on 64 processors. Opening input file `pm_0' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.105274 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_0.bin.00' ... Reading `pm_0.bin.01' ... Reading `pm_0.bin.02' ... Reading `pm_0.bin.03' ... Reading `pm_0.bin.04' ... Reading `pm_0.bin.05' ... Reading `pm_0.bin.06' ... Reading `pm_0.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 2.398426 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 2.204580e-01 Done! PM_Flux, on 64 processors. Opening input file `pm_1' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.142871 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_1.bin.00' ... Reading `pm_1.bin.01' ... Reading `pm_1.bin.02' ... Reading `pm_1.bin.03' ... Reading `pm_1.bin.04' ... Reading `pm_1.bin.05' ... Reading `pm_1.bin.06' ... Reading `pm_1.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 2.794081 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 3.294948e-01 Done! PM_Flux, on 64 processors. Opening input file `pm_2' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.153862 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_2.bin.00' ... Reading `pm_2.bin.01' ... Reading `pm_2.bin.02' ... Reading `pm_2.bin.03' ... Reading `pm_2.bin.04' ... Reading `pm_2.bin.05' ... Reading `pm_2.bin.06' ... Reading `pm_2.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 2.899555 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 3.653205e-01 Done! PM_Flux, on 64 processors. Opening input file `pm_3' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.166683 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_3.bin.00' ... Reading `pm_3.bin.01' ... Reading `pm_3.bin.02' ... Reading `pm_3.bin.03' ... Reading `pm_3.bin.04' ... Reading `pm_3.bin.05' ... Reading `pm_3.bin.06' ... Reading `pm_3.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 3.017953 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 4.136279e-01 Done! PM_Flux, on 64 processors. Opening input file `pm_4' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.200020 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_4.bin.00' ... Reading `pm_4.bin.01' ... Reading `pm_4.bin.02' ... Reading `pm_4.bin.03' ... Reading `pm_4.bin.04' ... Reading `pm_4.bin.05' ... Reading `pm_4.bin.06' ... Reading `pm_4.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 3.306001 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 5.904645e-01 Done! PM_Flux, on 64 processors. Opening input file `pm_5' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.204519 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_5.bin.00' ... Reading `pm_5.bin.01' ... Reading `pm_5.bin.02' ... Reading `pm_5.bin.03' ... Reading `pm_5.bin.04' ... Reading `pm_5.bin.05' ... Reading `pm_5.bin.06' ... Reading `pm_5.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 3.342979 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 6.268730e-01 Done! PM_Flux, on 64 processors. Opening input file `pm_6' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.243927 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_6.bin.00' ... Reading `pm_6.bin.01' ... Reading `pm_6.bin.02' ... Reading `pm_6.bin.03' ... Reading `pm_6.bin.04' ... Reading `pm_6.bin.05' ... Reading `pm_6.bin.06' ... Reading `pm_6.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 3.650868 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 8.819613e-01 Done! PM_Flux, on 64 processors. Opening input file `pm_7' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.250025 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_7.bin.00' ... Reading `pm_7.bin.01' ... Reading `pm_7.bin.02' ... Reading `pm_7.bin.03' ... Reading `pm_7.bin.04' ... Reading `pm_7.bin.05' ... Reading `pm_7.bin.06' ... Reading `pm_7.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 3.696222 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 9.398449e-01 Done! PM_Flux, on 64 processors. Opening input file `pm_8' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.266693 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_8.bin.00' ... Reading `pm_8.bin.01' ... Reading `pm_8.bin.02' ... Reading `pm_8.bin.03' ... Reading `pm_8.bin.04' ... Reading `pm_8.bin.05' ... Reading `pm_8.bin.06' ... Reading `pm_8.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 3.817442 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 1.042523e+00 Done! PM_Flux, on 64 processors. Opening input file `pm_9' Np=134217728, Ng=1024, Nspec=32, Nstep=32 OmegaM=0.300000, OmegaV=0.700000, h=0.670000, Lbox=30.000000Mpc/h, aa=0.293284 Computing H optical depths. T0=2.000000e+04 K, gamma=1.500000. Each processor is allocating memory for 428654592 bytes. Each processor is allocating memory for 25165824 floats. Reading `pm_9.bin.00' ... Reading `pm_9.bin.01' ... Reading `pm_9.bin.02' ... Reading `pm_9.bin.03' ... Reading `pm_9.bin.04' ... Reading `pm_9.bin.05' ... Reading `pm_9.bin.06' ... Reading `pm_9.bin.07' ... Assigning particles to grid... Grid size is 0.029297 Mpc/h (comoving). Smoothing by 4.003233 grid cell(s)... Filter will be Gaussian. Constructing tau grids... Constructing del and vel grids in real space... Summing tau grids... Summing del grids... Summing vel grids... Normalizing tau grids... Raw mean tau = 1.079932e+00 Done!