5.2.3. Run DSQSS/PMWA

After generating the input file, PMWA runs by typing the following command (the name of the input file is assumed as param.in). Execution file is different depending on the system, i.e. the spin system or the hard core boson system.

1. Spin system

$pmwa_H param.in

2. Hard core boson system

$pmwa_B param.in

After calculation, one result file and two temporary files for restart mode (evout_sample.log, RND_evout_sample.log) are outputted.

5.2.4. Output files

Here, the parameters specific to PMWA for one result file and two temporary files for restart mode are described.

• Result file

  Type	Name	Description
  P	L	The size of the lattice.
  P	DOML	The size of the domain divided by parallelization
  P	DOMBETA	The size of the inverse temperature divided by parallelization
  P	NDIVL	The number of lattice divisions
  P	NTEST	Number of samples to be tested (for details, see the description of Monte Carlo calculation)
  R	nver	The number of kinks and worms
  R	nkin	The number of kinks
  R	wndx	The expected value of square of winding number in \(x\) direction
  R	wndy	The expected value of square of winding number in \(y\) direction
  R	wndz	The expected value of square of winding number in \(z\) direction
  R	wnd2	The total number of squares of winding number(wndx+wndy+wndz)
  R	bmxu	The expected value of \(S_x\) (uniform \(\tau\) integral)
  R	bmpu	The expected value of \(S_+\) (uniform \(\tau\) integral)
  R	bmmu	The expected value of \(S_-\) (uniform \(\tau\) integral)
  R	comp	The compressibility
  R	lxmx	The local worm number fluctuation at each site
  I	the maximum number of vertices	The maximum number of vertices
  I	the maximum number of worms	The maximum number of worms

Here, the type is the letter given to the beginning of each line of output. P, R, I indicate Parameter, Result, Information respectively.

• Output files for restart mode

PMWA implements the restart function, and if there are two files below, a restart is automatically performed. Below, a brief description of the output contents of each file is described.

1. evout_sample.log

   Files outputted for the number of cycles at the end of computation, world lines information, and vertex information. For restart calculation, calculations are performed with the loaded arrangement as the initial condition.

26 : Number of cycles at the end of calculation
0 1 : Information on the world line at site :math:`0` in the domain.
i/N beta, (i+1)/N beta Information on the world line of the section : 0: down, 1: up
0 0 :Information on the world line 1 at the site 1 in the domain.
1 1  :Information on the world line 2 at the site 2 in the domain.
...
8 0.056997107 2 1 4  Vertex label, tau, type of vertex, number of world lines, bond number
9 0.056997107 2 0 5
44 0.28066013 2 1 3

Here, the types of vertexes are defined as follows.

The type of vertex	Description
-5	The start and end points in the imaginary time direction in each domain. It does not need to split domain.
-4(right), -2(left)	Vertex diagonally across domains. It does not need to split domain.
-3(right), -1(left)	Vertex off-diagonally across domains. It does not need to split domain.
0	On site vertex (except worms).
1	Two site vertex
2	Kink.
3	Two site vertex (next nearest) (it is left for compatibility).
4	The worm moving at that time (annihilation operator).
5	The worm stopping at that time (creation operator).
6	The worm stopping at that time (not related to neither annihilation or creation operators) or needless vertex.
7	Marker(for imaginary time correlation function measurement).

2. RNDevout_sample.log

   The output binary file for objects generating random numbers. At recalculation, calculations are performed with the random number information which is read as the initial condition.