updated plots

plots/resolution/resolution.2D.regular.plt

@@ -1,17 +1,17 @@
-set terminal postscript enhanced
+load '../main.plt'
 
-# hello world
+set output 'resolution.2D.eps'
 
 set log xy
 set key right bottom
 
 set xrange [0.008:0.18]
 
-set xlabel "Mesh Spacing"
-set ylabel "RMS of error"
+set xlabel 'Mesh Spacing'
+set ylabel 'RMS of error'
 
 plot './resolution.2D.64.out' \
-   u 1:3 t "{/Symbol n} = 2" w l,\
-"" u 1:4 t "{/Symbol n} = 3" w l,\
-"" u 1:5 t "{/Symbol n} = 4" w l,\
-"" u 1:6 t "{/Symbol n} = 5" w l;
+   u 1:3 t '{/Symbol n} = 2' w l,\
+'' u 1:4 t '{/Symbol n} = 3' w l,\
+'' u 1:5 t '{/Symbol n} = 4' w l,\
+'' u 1:6 t '{/Symbol n} = 5' w l;

plots/resolution/resolution.3D.gmsh.plt

@@ -1,17 +1,17 @@
-set terminal postscript enhanced
+load '../main.plt'
 
-# hello world
+set output 'resolution.3D.eps'
 
 set log xy
 set key right bottom
 
 set xrange [0.004:0.055]
 
-set xlabel "Mesh Spacing"
-set ylabel "RMS of error"
+set xlabel 'Mesh Spacing'
+set ylabel 'RMS of error'
 
 plot './resolution.3D.gmsh.out' \
-             u 1:2 t "{/Symbol n} = 2" w l,\
-          "" u 1:3 t "{/Symbol n} = 3" w l,\
-          "" u 1:4 t "{/Symbol n} = 4" w l,\
-          "" u 1:5 t "{/Symbol n} = 5" w l;
+   u 1:2 t '{/Symbol n} = 2' w l,\
+'' u 1:3 t '{/Symbol n} = 3' w l,\
+'' u 1:4 t '{/Symbol n} = 4' w l,\
+'' u 1:5 t '{/Symbol n} = 5' w l;

plots/resolution/resolution_3D.py

@@ -1,3 +1,9 @@
+"""
+This script was run to generate the resolution study. it requres the generated
+sqlite3 db of results from the gmsh folder.
+"""
+
+
 import sys
 import sqlite3
 import numpy as np