GMLS_Manifold.py.in File Reference

Go to the source code of this file.

Functions
import subprocess import os import re import math import sys import argparse d d	d (20 *num_target_sites *pow(4, grid_num))
import subprocess import os import re import math import sys import argparse d d	str (solver_type)
import subprocess import os import re import math import sys import argparse d d kokkos	str (errors[key][i])+"

Variables
import subprocess import os import re import math import sys import argparse	parser
import subprocess import os import re import math import sys import argparse d	porder
import subprocess import os import re import math import sys import argparse d d	num_target_sites
import subprocess import os import re import math import sys import argparse d d kokkos	threads

Function Documentation

import subprocess import os import re import math import sys import argparse d d d

(

20 *num_target_sites *

pow4, grid_num

)

Examples:

Manifold GMLS Tutorial.

import subprocess import os import re import math import sys import argparse d d str

(

solver_type

)

import subprocess import os import re import math import sys import argparse d d kokkos str

(

errors

[key][i]

)

Variable Documentation

import subprocess import os import re import math import sys import argparse d d num_target_sites

Definition at line 8 of file GMLS_Manifold.py.in.

import subprocess import os import re import math import sys import argparse parser

Definition at line 8 of file GMLS_Manifold.py.in.

import subprocess import os import re import math import sys import argparse d porder

Definition at line 8 of file GMLS_Manifold.py.in.

import subprocess import os import re import math import sys import argparse d d kokkos threads

Initial value:

=4"]

        output = subprocess.check_output(output_commands, stderr=devnull)

        for key, operator in enumerate(target_operators):
            m = re.search('(?<=%s Error: )[0-9]+\.?[0-9]*(?:[Ee]\ *-?\ *[0-9]+)?'%operator, output.decode('utf-8'))
            try:
                errors[key].append(float(m.group(0)))
            except:


    


for key, operator in enumerate(target_operators):
    print("\n\n%s rates: porder:%s\n============="%(operator.replace('\\',''), porder))
    for i in range(1,len(errors[key])):
        if (errors[key][i]!=0):
            rate = math.log(errors[key][i]/errors[key][i-1])/math.log(.5)
            print(str(rate) + "

Definition at line 45 of file GMLS_Manifold.py.in.