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张壹
2025-12-17 11:00:57 +08:00
parent 2bc7b24a71
commit a09a73537f
4614 changed files with 3478433 additions and 2 deletions
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37
test/level03/poisson_circle/00README Executable file
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Run demo:
lagrit < demo_circle.lgi
Required files:
demo_circle.lgi
user_resolution_1.mlgi
user_resolution_2.mlgi
#
# demo of createpts / poisson_disk module using various arguments
#
# output01* is just the distribution of vertices without connectings as Delaunay triangles
# output02* connect the vertices as a Delaunay triangulation
# output03* is the same as output02 except the resoltion is reduced from 0.1 to 0.05
# output04* variable resolution mesh with target edge length defined in user_resolution_1.mlgi
# output05* variable resolution mesh with target edge length defined in user_resolution_2.mlgi
Note that there is a memory error of some kind.
In user_resolution_1.mlgi
# Slope
# 0.1 works
# 0.2 works
# 0.25 works
# 0.29 works
# 0.295 crashes
# 0.299 crashes
# 0.3 crashes
In user_resolution_2.mlgi
# Slope
# 0.2 works
# 0.25 works
# 0.29 works
# 0.295 crashes
# 0.299 crashes
# 0.3 crashes

84
test/level03/poisson_circle/input.lgi Executable file
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#
# demo of createpts / poisson_disk module using various arguments
#
# output01* is just the distribution of vertices without connectings as Delaunay triangles
# output02* connect the vertices as a Delaunay triangulation
# output03* is the same as output02 except the resoltion is reduced from 0.1 to 0.05
# output04* variable resolution mesh with target edge length defined in input_resolution_1.mlgi
# output05* variable resolution mesh with target edge length defined in input_resolution_2.mlgi
#
# Build a unit circle polygon
# NP=17 because vertices are distributed from 0-360 degrees
# and then 'filter' removes the duplicate vertex
#
define / NP / 17
cmo / create / mo_pts / / / tet
createpts/rtz/ 1,NP,1 /1.,0.,0./1.,360.,0./1,1,1/
cmo / printatt / mo_pts / -xyz- / minmax
filter / 1 0 0
rmpoint / compress
dump / avs / tmp_polygon_circle_16.poly / mo_pts / 1 0 0 0
cmo / delete / mo_pts
#
# Read in a polygon file that defines a unit circle with 16 vertices
#
read / avs / tmp_polygon_circle_16.poly / mo_polygon
######################################
# Compute Poisson Disk vertex distribution with target spacing of 0.1
# Do not connect the vertices
#
define / H_SCALE / 0.1
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / no_connect
dump / avs / output01_vertices.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
######################################
# Compute Poisson Disk vertex distribution with target spacing of 0.1
# Connect the vertices as a Delaunay triangulation
#
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / connect
quality / edge_min / y
dump / avs / output02_triangle_h_0.1.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
######################################
# Decrease the resolution to a target spacing of 0.05
#
define / H_SCALE / 0.05
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / connect
quality / edge_min / y
dump / avs / output03_triangle_h_0.05.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
######################################
# Create a variable resolution mesh
# Resolution is defined in user functions defined in input_resolution_1.mlgi
#
# Decrease the resolution to a target spacing of 0.01
#
# The two user defined variables H_SCALE, 10H_SCALE, are used in input_resolution_1.mlgi
#
define / H_SCALE / 0.01
define / 10H_SCALE / 0.1
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / connect / input_resolution_1.mlgi
quality / edge_min / y
dump / avs / output04_triangle_variable_1.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
######################################
# Create a variable resolution mesh
# Resolution is defined in user functions defined in input_resolution_1.mlgi
#
# Decrease the resolution to a target spacing of 0.01
#
# The two user defined variables H_SCALE, 10H_SCALE, are used in input_resolution_2.mlgi
#
define / H_SCALE / 0.01
define / 10H_SCALE / 0.1
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / connect / input_resolution_2.mlgi
quality / edge_min / y
dump / avs / output05_triangle_variable_2.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
#
finish

48
test/level03/poisson_circle/input_resolution_1.mlgi Executable file
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define / MO_H_FIELD / mo_poi_h_field
define / H_ATTRIBUTE / h_field_att
# Y = Ax + B
#
# Slope
# 0.1 works
# 0.2 works
# 0.25 works
# 0.29 works
# 0.295 crashes
# 0.299 crashes
# 0.3 crashes
#
define / SLOPE / 0.29
# Intersect
define / INTERCEPT / 0.0
#
# Create some points and then use the distance from the points to define the user
# defined resolution field h(x,y)
#
cmo / create / mo_pts / / / tet
createpts/xyz/ 1,1,1 /0.1 0.1 0.0/0.1 0.1 0.0/1,1,1/
createpts/xyz/ 1,1,1 /-0.5 -0.7 0.0/-0.5 -0.7 0.0/1,1,1/
compute / distance_field / MO_H_FIELD / mo_pts / dfield
math/multiply/MO_H_FIELD/H_ATTRIBUTE/1,0,0/MO_H_FIELD/dfield/SLOPE/
math/add/MO_H_FIELD/H_ATTRIBUTE/1,0,0/MO_H_FIELD/H_ATTRIBUTE/INTERCEPT/
math / floor / MO_H_FIELD / H_ATTRIBUTE / 1 0 0 / &
MO_H_FIELD / H_ATTRIBUTE / H_SCALE
math / ceiling / MO_H_FIELD / H_ATTRIBUTE / 1 0 0 / &
MO_H_FIELD / H_ATTRIBUTE / 10H_SCALE
cmo / printatt / MO_H_FIELD / H_ATTRIBUTE / minmax
#
# In order to visualize the h(x,y) field, the user can output
# mo_poi_h_field and look at the attribute h_field_att.
# Output will slow things down so output should be commented out
# in production runs.
#
# This is the only place where the user has access to out MO_H_FIELD because it
# will be deleted when createpts / poisson_disk exits.
#
dump / avs / output_h_of_x_y_1.inp / MO_H_FIELD
cmo / delete / mo_pts
finish

51
test/level03/poisson_circle/input_resolution_2.mlgi Executable file
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define / MO_H_FIELD / mo_poi_h_field
define / H_ATTRIBUTE / h_field_att
# Y = Ax + B
#
# Slope
# 0.2 works
# 0.25 works
# 0.29 works
# 0.295 crashes
# 0.299 crashes
# 0.3 crashes
#
define / SLOPE / 0.1
# Intersect
define / INTERCEPT / 0.0
#
# Create some points and then use the distance from the points to define the user
# defined resolution field h(x,y)
#
cmo / create / mo_pts / / / tet
createpts / line / npoints / / / xmin,ymin,zmin / xmax,ymax,zmax / iiz,ijz,ikz /
createpts / line / 400 / / / -3.95 0.0 0.0 / 3.95 0.0 0.0 / 1 1 1
math / sin / mo_pts / yic / 1 0 0 / mo_pts / xic
math / multiply / mo_pts / yic / 1 0 0 / mo_pts / yic / 0.25
math / multiply / mo_pts / xic / 1 0 0 / mo_pts / xic / 0.25
compute / distance_field / MO_H_FIELD / mo_pts / dfield
math/multiply/MO_H_FIELD/H_ATTRIBUTE/1,0,0/MO_H_FIELD/dfield/SLOPE/
math/add/MO_H_FIELD/H_ATTRIBUTE/1,0,0/MO_H_FIELD/H_ATTRIBUTE/INTERCEPT/
math / floor / MO_H_FIELD / H_ATTRIBUTE / 1 0 0 / &
MO_H_FIELD / H_ATTRIBUTE / H_SCALE
math / ceiling / MO_H_FIELD / H_ATTRIBUTE / 1 0 0 / &
MO_H_FIELD / H_ATTRIBUTE / 10H_SCALE
cmo / printatt / MO_H_FIELD / H_ATTRIBUTE / minmax
#
# In order to visualize the h(x,y) field, the user can output
# mo_poi_h_field and look at the attribute h_field_att.
# Output will slow things down so output should be commented out
# in production runs.
#
#
# This is the only place where the user has access to out MO_H_FIELD because it
# will be deleted when createpts / poisson_disk exits.
#
dump / avs / output_h_of_x_y_2.inp / MO_H_FIELD
cmo / delete / mo_pts
finish

84
test/level03/poisson_circle/reference/input.lgi Executable file
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#
# demo of createpts / poisson_disk module using various arguments
#
# output01* is just the distribution of vertices without connectings as Delaunay triangles
# output02* connect the vertices as a Delaunay triangulation
# output03* is the same as output02 except the resoltion is reduced from 0.1 to 0.05
# output04* variable resolution mesh with target edge length defined in input_resolution_1.mlgi
# output05* variable resolution mesh with target edge length defined in input_resolution_2.mlgi
#
# Build a unit circle polygon
# NP=17 because vertices are distributed from 0-360 degrees
# and then 'filter' removes the duplicate vertex
#
define / NP / 17
cmo / create / mo_pts / / / tet
createpts/rtz/ 1,NP,1 /1.,0.,0./1.,360.,0./1,1,1/
cmo / printatt / mo_pts / -xyz- / minmax
filter / 1 0 0
rmpoint / compress
dump / avs / tmp_polygon_circle_16.poly / mo_pts / 1 0 0 0
cmo / delete / mo_pts
#
# Read in a polygon file that defines a unit circle with 16 vertices
#
read / avs / tmp_polygon_circle_16.poly / mo_polygon
######################################
# Compute Poisson Disk vertex distribution with target spacing of 0.1
# Do not connect the vertices
#
define / H_SCALE / 0.1
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / no_connect
dump / avs / output01_vertices.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
######################################
# Compute Poisson Disk vertex distribution with target spacing of 0.1
# Connect the vertices as a Delaunay triangulation
#
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / connect
quality / edge_min / y
dump / avs / output02_triangle_h_0.1.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
######################################
# Decrease the resolution to a target spacing of 0.05
#
define / H_SCALE / 0.05
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / connect
quality / edge_min / y
dump / avs / output03_triangle_h_0.05.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
######################################
# Create a variable resolution mesh
# Resolution is defined in user functions defined in input_resolution_1.mlgi
#
# Decrease the resolution to a target spacing of 0.01
#
# The two user defined variables H_SCALE, 10H_SCALE, are used in input_resolution_1.mlgi
#
define / H_SCALE / 0.01
define / 10H_SCALE / 0.1
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / connect / input_resolution_1.mlgi
quality / edge_min / y
dump / avs / output04_triangle_variable_1.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
######################################
# Create a variable resolution mesh
# Resolution is defined in user functions defined in input_resolution_1.mlgi
#
# Decrease the resolution to a target spacing of 0.01
#
# The two user defined variables H_SCALE, 10H_SCALE, are used in input_resolution_2.mlgi
#
define / H_SCALE / 0.01
define / 10H_SCALE / 0.1
createpts / poisson_disk / 2d_polygon / mo_poisson_disk / mo_polygon &
/ H_SCALE / connect / input_resolution_2.mlgi
quality / edge_min / y
dump / avs / output05_triangle_variable_2.inp / mo_poisson_disk
cmo / delete / mo_poisson_disk
#
finish

72
test/level03/poisson_circle/reference/lagrit.log Executable file
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define/NP/17
cmo/create/mo_pts///tet
createpts/rtz/1,NP,1/1.,0.,0./1.,360.,0./1,1,1/
cmo/printatt/mo_pts/-xyz-/minmax
filter/1 0 0
rmpoint/compress
dump/avs/tmp_polygon_circle_16.poly/mo_pts/1 0 0 0
cmo/delete/mo_pts
read/avs/tmp_polygon_circle_16.poly/mo_polygon
define/H_SCALE/0.1
createpts/poisson_disk/2d_polygon/mo_poisson_disk/mo_polygon/H_SCALE/no_connect
dump/avs/output01_vertices.inp/mo_poisson_disk
cmo/delete/mo_poisson_disk
createpts/poisson_disk/2d_polygon/mo_poisson_disk/mo_polygon/H_SCALE/connect
quality/edge_min/y
dump/avs/output02_triangle_h_0.1.inp/mo_poisson_disk
cmo/delete/mo_poisson_disk
define/H_SCALE/0.05
createpts/poisson_disk/2d_polygon/mo_poisson_disk/mo_polygon/H_SCALE/connect
quality/edge_min/y
dump/avs/output03_triangle_h_0.05.inp/mo_poisson_disk
cmo/delete/mo_poisson_disk
define/H_SCALE/0.01
define/10H_SCALE/0.1
createpts/poisson_disk/2d_polygon/mo_poisson_disk/mo_polygon/H_SCALE/connect/inp
ut_resolution_1.mlgi
define/MO_H_FIELD/mo_poi_h_field
define/H_ATTRIBUTE/h_field_att
define/SLOPE/0.29
define/INTERCEPT/0.0
cmo/create/mo_pts///tet
createpts/xyz/1,1,1/0.1 0.1 0.0/0.1 0.1 0.0/1,1,1/
createpts/xyz/1,1,1/-0.5 -0.7 0.0/-0.5 -0.7 0.0/1,1,1/
compute/distance_field/MO_H_FIELD/mo_pts/dfield
math/multiply/MO_H_FIELD/H_ATTRIBUTE/1,0,0/MO_H_FIELD/dfield/SLOPE/
math/add/MO_H_FIELD/H_ATTRIBUTE/1,0,0/MO_H_FIELD/H_ATTRIBUTE/INTERCEPT/
math/floor/MO_H_FIELD/H_ATTRIBUTE/1 0 0/MO_H_FIELD/H_ATTRIBUTE/H_SCALE
math/ceiling/MO_H_FIELD/H_ATTRIBUTE/1 0 0/MO_H_FIELD/H_ATTRIBUTE/10H_SCALE
cmo/printatt/MO_H_FIELD/H_ATTRIBUTE/minmax
dump/avs/output_h_of_x_y_1.inp/MO_H_FIELD
cmo/delete/mo_pts
finish
quality/edge_min/y
dump/avs/output04_triangle_variable_1.inp/mo_poisson_disk
cmo/delete/mo_poisson_disk
define/H_SCALE/0.01
define/10H_SCALE/0.1
createpts/poisson_disk/2d_polygon/mo_poisson_disk/mo_polygon/H_SCALE/connect/inp
ut_resolution_2.mlgi
define/MO_H_FIELD/mo_poi_h_field
define/H_ATTRIBUTE/h_field_att
define/SLOPE/0.1
define/INTERCEPT/0.0
cmo/create/mo_pts///tet
createpts/line/npoints///xmin,ymin,zmin/xmax,ymax,zmax/iiz,ijz,ikz/
createpts/line/400///-3.95 0.0 0.0/3.95 0.0 0.0/1 1 1
math/sin/mo_pts/yic/1 0 0/mo_pts/xic
math/multiply/mo_pts/yic/1 0 0/mo_pts/yic/0.25
math/multiply/mo_pts/xic/1 0 0/mo_pts/xic/0.25
compute/distance_field/MO_H_FIELD/mo_pts/dfield
math/multiply/MO_H_FIELD/H_ATTRIBUTE/1,0,0/MO_H_FIELD/dfield/SLOPE/
math/add/MO_H_FIELD/H_ATTRIBUTE/1,0,0/MO_H_FIELD/H_ATTRIBUTE/INTERCEPT/
math/floor/MO_H_FIELD/H_ATTRIBUTE/1 0 0/MO_H_FIELD/H_ATTRIBUTE/H_SCALE
math/ceiling/MO_H_FIELD/H_ATTRIBUTE/1 0 0/MO_H_FIELD/H_ATTRIBUTE/10H_SCALE
cmo/printatt/MO_H_FIELD/H_ATTRIBUTE/minmax
dump/avs/output_h_of_x_y_2.inp/MO_H_FIELD
cmo/delete/mo_pts
finish
quality/edge_min/y
dump/avs/output05_triangle_variable_2.inp/mo_poisson_disk
cmo/delete/mo_poisson_disk
finish

418
test/level03/poisson_circle/reference/output01_vertices.inp Executable file
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206 0 4 0 0
0001 -1.000000000000E+00 1.224646799147E-16 0.000000000000E+00
0002 -9.805750241164E-01 9.765594839334E-02 0.000000000000E+00
0003 -9.795194539635E-01 -1.029626579094E-01 0.000000000000E+00
0004 -9.619008153376E-01 1.915375356712E-01 0.000000000000E+00
0005 -9.601738116577E-01 -2.002197694743E-01 0.000000000000E+00
0006 -9.432894346603E-01 2.851032647531E-01 0.000000000000E+00
0007 -9.414210015290E-01 -2.944965124226E-01 0.000000000000E+00
0008 -9.238795325113E-01 -3.826834323651E-01 0.000000000000E+00
0009 -9.238795325113E-01 3.826834323651E-01 0.000000000000E+00
0010 -8.720542378469E-01 4.602454670117E-01 0.000000000000E+00
0011 -8.703030159547E-01 -4.628663557872E-01 0.000000000000E+00
0012 -8.502001462770E-01 2.393474035664E-01 0.000000000000E+00
0013 -8.209652987920E-01 6.970922937106E-02 0.000000000000E+00
0014 -8.195698690758E-01 -2.517185940374E-01 0.000000000000E+00
0015 -8.190441719673E-01 -5.395806370863E-01 0.000000000000E+00
0016 -8.131278330616E-01 5.484350639865E-01 0.000000000000E+00
0017 -8.025350763469E-01 -1.201514412015E-01 0.000000000000E+00
0018 -7.677166693721E-01 -6.163976732535E-01 0.000000000000E+00
0019 -7.636548359367E-01 3.022447683210E-01 0.000000000000E+00
0020 -7.633992335942E-01 4.168409229584E-01 0.000000000000E+00
0021 -7.598834857406E-01 6.281208610164E-01 0.000000000000E+00
0022 -7.120199490018E-01 2.117366714661E-01 0.000000000000E+00
0023 -7.071067811865E-01 -7.071067811865E-01 0.000000000000E+00
0024 -7.071067811865E-01 7.071067811865E-01 0.000000000000E+00
0025 -6.957582428509E-01 -4.723995656885E-01 0.000000000000E+00
0026 -6.904183092351E-01 5.456579612425E-01 0.000000000000E+00
0027 -6.831492462278E-01 -3.517845712623E-01 0.000000000000E+00
0028 -6.727140607486E-01 2.177166006006E-02 0.000000000000E+00
0029 -6.498879678602E-01 -8.978144368854E-02 0.000000000000E+00
0030 -6.448227990347E-01 -5.688484872186E-01 0.000000000000E+00
0031 -6.373733762916E-01 4.370824692695E-01 0.000000000000E+00
0032 -6.337277217339E-01 -2.204406136655E-01 0.000000000000E+00
0033 -6.311251099156E-01 -7.578761108031E-01 0.000000000000E+00
0034 -6.309594965211E-01 7.579867701355E-01 0.000000000000E+00
0035 -5.709377127891E-01 1.661112535097E-02 0.000000000000E+00
0036 -5.692971172254E-01 -4.952599909494E-01 0.000000000000E+00
0037 -5.631031725949E-01 1.517928739981E-01 0.000000000000E+00
0038 -5.622196202226E-01 -3.560426692210E-01 0.000000000000E+00
0039 -5.589125383799E-01 6.614509024475E-01 0.000000000000E+00
0040 -5.528949916232E-01 -6.184648370253E-01 0.000000000000E+00
0041 -5.491650282181E-01 8.126400865556E-01 0.000000000000E+00
0042 -5.488923848944E-01 3.634130080214E-01 0.000000000000E+00
0043 -5.447393930358E-01 -8.155972014436E-01 0.000000000000E+00
0044 -4.993305386349E-01 5.341342107429E-01 0.000000000000E+00
0045 -4.745699290266E-01 -4.614790146979E-01 0.000000000000E+00
0046 -4.707513404122E-01 4.893060485843E-03 0.000000000000E+00
0047 -4.706471298111E-01 8.651040689655E-01 0.000000000000E+00
0048 -4.591346620898E-01 -8.727964539666E-01 0.000000000000E+00
0049 -4.533835907920E-01 6.440291344773E-01 0.000000000000E+00
0050 -4.533546443331E-01 -3.473782644839E-01 0.000000000000E+00
0051 -4.322999132089E-01 -1.813426848683E-01 0.000000000000E+00
0052 -4.292300405323E-01 -7.763862865152E-01 0.000000000000E+00
0053 -4.147249935295E-01 4.240288906192E-01 0.000000000000E+00
0054 -4.106119459029E-01 -6.509384313994E-01 0.000000000000E+00
0055 -3.932039661521E-01 1.858613322701E-01 0.000000000000E+00
0056 -3.826834323651E-01 -9.238795325113E-01 0.000000000000E+00
0057 -3.826834323651E-01 9.238795325113E-01 0.000000000000E+00
0058 -3.722559372422E-01 2.995342968683E-01 0.000000000000E+00
0059 -3.634028869380E-01 6.997861030728E-01 0.000000000000E+00
0060 -3.388519331261E-01 8.135381893239E-01 0.000000000000E+00
0061 -3.309092788659E-01 4.807315767969E-01 0.000000000000E+00
0062 -3.194190347949E-01 -5.454939557789E-01 0.000000000000E+00
0063 -3.185656742487E-01 -2.584573541813E-01 0.000000000000E+00
0064 -3.181272788330E-01 -7.742729197129E-01 0.000000000000E+00
0065 -3.034296321875E-01 5.027864550473E-03 0.000000000000E+00
0066 -2.966022024654E-01 6.222244919060E-01 0.000000000000E+00
0067 -2.899370633432E-01 9.423279323393E-01 0.000000000000E+00
0068 -2.789123180644E-01 -9.445208905225E-01 0.000000000000E+00
0069 -2.727962409276E-01 -4.270120680864E-01 0.000000000000E+00
0070 -2.589619525796E-01 2.083766963632E-01 0.000000000000E+00
0071 -2.342832479535E-01 3.175429717381E-01 0.000000000000E+00
0072 -2.252897392590E-01 7.583509318406E-01 0.000000000000E+00
0073 -2.239431417449E-01 -5.809163567058E-01 0.000000000000E+00
0074 -2.143042377307E-01 5.125005984389E-01 0.000000000000E+00
0075 -2.126823329375E-01 1.094480117145E-01 0.000000000000E+00
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icr1, integer
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1112
test/level03/poisson_circle/reference/output02_triangle_h_0.1.inp Executable file
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4156
test/level03/poisson_circle/reference/output03_triangle_h_0.05.inp Executable file
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2326
test/level03/poisson_circle/reference/output04_triangle_variable_1.inp Executable file
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29322
test/level03/poisson_circle/reference/output05_triangle_variable_2.inp Executable file
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1956
test/level03/poisson_circle/reference/outx3dgen Executable file
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