Difference between revisions of "Delta mix calculation"

From Gw-qcd-wiki
Jump to: navigation, search
Line 52: Line 52:
 
using rbc_conf_3264_m0.004_0.03_002190_hyp as a typical example
 
using rbc_conf_3264_m0.004_0.03_002190_hyp as a typical example
 
*Boundary Conditions:  Periodic
 
*Boundary Conditions:  Periodic
 +
*Location on Kraken: email Mike Lujan: mlujan@gwmail.gwu.edu
 
* Eigensystems
 
* Eigensystems
 
** # Hwilson: 200 available. Timing: 1.4 hours including I/O time.
 
** # Hwilson: 200 available. Timing: 1.4 hours including I/O time.
Line 61: Line 62:
 
** Total # of CGM iterations: 3081 (257 average iterations per inversion).
 
** Total # of CGM iterations: 3081 (257 average iterations per inversion).
 
** Timing: 2.0 hours including I/O time.
 
** Timing: 2.0 hours including I/O time.
 +
 +
==Plots==

Revision as of 15:36, 25 January 2011

Ensemble Details

  • Lattice Size: 323 × 64 \( a = 0.085\rm fm\)
  • Number of Configurations: 46 each with 4 different source positions (x, y, z, t). Total of 194 configurations.
    • Position 1: (16, 16, 16, 10)
    • Position 2: (0, 0, 0, 26)
    • Position 3: (16, 16, 16, 42)
    • Position 4: (0, 0, 0, 58)
  • Masses

DWF Mass\[ma = 0.004 \] , \(m_\pi = \) 292 MeV

Overlap Masses
No. ma est \(m_\pi (\mbox{MeV})\)
1 0.00069 100
2 0.00148 140
3 0.00253 180
4 0.00349 210
5 0.0046 240
6 0.00585 270
7 0.00677 290
8 0.00765 307
9 0.00885 330
10 0.0112 364
11 0.0129 390
12 0.0152 419
13 0.018 450
14 0.024 510
15 0.03 570
16 0.036 630

Propagator Calculation Details

using rbc_conf_3264_m0.004_0.03_002190_hyp as a typical example

  • Boundary Conditions: Periodic
  • Location on Kraken: email Mike Lujan: mlujan@gwmail.gwu.edu
  • Eigensystems
    • # Hwilson: 200 available. Timing: 1.4 hours including I/O time.
    • # Overlap: 400 available. Timing: 10.4 hours including I/O time.
  • Inversions
    • CGM error: 10-8
    • Eigenvectors used: #Hwilson=85, #Overlap=150.
    • Overlap Precision: 10-9 --> Poly order 215.
    • Total # of CGM iterations: 3081 (257 average iterations per inversion).
    • Timing: 2.0 hours including I/O time.

Plots