occt/tests/evolved/voluved/HMC008

puts "=========="
puts "OCC29523"
puts "=========="

cpulimit 100

restore [locate_data_file bug29523_cut_extrudewire07.brep] sw 
restore [locate_data_file bug29523_cut_toolwire07.brep] tw

# Indeed the source shapes are invalid for evolved algorithm
# (they contain gaps and discontinuous wire). Therefore, we
# make them valid with following script.

# Clear variables
foreach a [directory cur_*] {unset $a}
foreach a [directory ee*] {unset $a}

# Obtain edges from the wire sw and copy their geometry (3D-curve cur_*) to the new edges ee*
set NbEdges [llength [ explode sw e ]]
for {set i 1} { $i <= $NbEdges} {incr i} { mkcurve cur_$i sw_$i } 
for {set i 1} { $i <= $NbEdges} {incr i} { mkedge ee$i cur_$i } 

# Extend every 3D-curve to cover the gap
trim cur_1 cur_1 4.71239090823492 5.53811019613953
trim cur_2 cur_2 -0.134931759799294 7999.99999936156
trim cur_3 cur_3 1.57079573067402 2.39667036644493
trim cur_4 cur_4 2.3157179964798 3.14159386656777
trim cur_6 cur_6 3.14159205618886 3.96746669323983
trim cur_7 cur_7 3.8865143232747 4.71239019354553
trim cur_9 cur_9 4.71238838316655 5.53826302003487
trim cur_10 cur_10 1.49677804444134e-010 357.366033033755
trim cur_11 cur_11 5.467579522113 6.28318530589953
trim cur_12 cur_12 -4.48015052825212e-005 496000.040846485
trim cur_13 cur_13 5.83654858656781e-007 0.826061103391988


foreach a {{1 2} {3 4} {6 7} {9 10} {10 11} {12 13} {1 13}} {
  set i [lindex $a 0]
  set j [lindex $a 1]

  explode sw_$i v
  explode sw_$j v

  mkedge ee$i cur_$i
  mkedge ee$j cur_$j
  emptycopy ee$i ee$i
  emptycopy ee$j ee$j

  if {[regexp "REVERSED" [whatis sw_$i]]} {
    orientation ee$i R
  } else {
    orientation ee$i F  
  }
  
  if {[regexp "REVERSED" [whatis sw_$j]]} {
    orientation ee$j R
  } else {
    orientation ee$j F  
  }

  add sw_${i}_1 ee$i
  add sw_${i}_2 ee$i
  add sw_${j}_1 ee$j
  add sw_${j}_2 ee$j 
}

# Create new wire without any gaps

bclearobjects 
bcleartools
eval baddobjects [directory ee*]
bfillds
bbuild rr
edgestowire ww rr

settolerance ww 1.0e-7

mkplane pl ww
explode pl w
copy pl_1 sw

# Eliminate not smoothness joint between two circles.
# For that, every pair of circles will be joined by their common tangent.
# So, smoothness joint will be provided automatically.

# Clear variables
foreach a [directory cur_*] {unset $a}
foreach a [directory ee*] {unset $a}
foreach a [directory sw_*] {unset $a}

# Obtain edges from the wire sw and copy their geometry (3D-curve cur_*) to the new edges ee*
set NbEdges [llength [ explode sw e ]]
for {set i 1} { $i <= $NbEdges} {incr i} { mkcurve cur_$i sw_$i } 
for {set i 1} { $i <= $NbEdges} {incr i} { mkedge ee$i cur_$i } 

# Empty compound
compound ce

#Process circles sw_1 and sw_2

# Trim every circle to the tangent point
trim cur_1 cur_1 4.71239090823492 5.49761669005051
trim cur_2 cur_2 5.83654858656781e-007 0.785568617129074

# Fill the created gap by line
line ccf1l2 -24754.1762623319 0 34741.3413352011 2003.1995336714681 0 2003.8825557731907
trim ccf1l2 ccf1l2 0 2833.43495937946

# Recreate necessary edges
mkedge ee1 cur_1
mkedge ee2 cur_2
mkedge el12 ccf1l2

# Add new (linear edge to compound)
add el12 ce

# Process circles sw_4 and sw_6.
# Note that these circles are joined by the line sw_5.
# This line is too small. Therefore it should be eliminated.

unset ee5

# Trim every circle to the tangent point
trim cur_4 cur_4 5.49750649442623 6.28318530589953
trim cur_6 cur_6 4.71238838316655 5.49750649442623

# Fill the created gap by line
line ccf4l6 522755.595179584 0 36741.7037941423 2000.8085436843103 0 -2001.9319102431036
trim ccf4l6 ccf4l6 0 2830.365029767315

# Recreate necessary edges
mkedge ee4 cur_4
mkedge ee6 cur_6
mkedge el46 ccf4l6

# Add new (linear edge to compound)
add el46 ce

# Process circles sw_8 and sw_9."
# It is made analogically to the step 11.1.

# Trim every circle to the tangent point
trim cur_8 cur_8 3.92695569467718 4.71239019354553
trim cur_9 cur_9 3.14159205618886 3.92695569467718

# Fill the created gap by line
line ccf8l9 522745.848826566 0 -24750.3286992239 2002.755997602304 0 2002.754818110996
trim ccf8l9 ccf8l9 0 2832.3238599070564

# Recreate necessary edges
mkedge ee8 cur_8
mkedge ee9 cur_9
mkedge el89 ccf8l9

# Add new (linear edge to compound)
add el89 ce

# Process circles sw_11 and sw_12
# It is made analogically to the step 11.1.

# Trim every circle to the tangent point
trim cur_11 cur_11 2.3561593678824 3.14159386656777
trim cur_12 cur_12 1.57079573067402 2.3561593678824

# Fill the created gap by line
line ccf11l12 -24750.328699221 0 -22745.8488265693 2002.7548181108614 0 -2002.7559976021548
trim ccf11l12 ccf11l12 0 2832.323859906856

# Recreate necessary edges
mkedge ee11 cur_11
mkedge ee12 cur_12
mkedge el1112 ccf11l12

# Add new (linear edge to compound)
add el1112 ce

# Build wire from compound of edges"
foreach a [directory ee*] {add $a ce}

bclearobjects 
bcleartools
eval baddcompound ce
bfillds
bbuild rr
edgestowire ww rr

# Check planarity
mkplane pl ww
explode pl w
copy pl_1 sw


tscale sw 0 0 0 1.0e-3
tscale tw 0 0 0 1.0e-3
removeloc sw sw
removeloc tw tw

evolved result -s sw -p tw -solid -a -v

tscale result 0 0 0 1000

checkprops result -s 1.99565e+011 -v 6.75431e+014
checkshape result

checknbshapes result -solid 1 -shell 1

if {[regexp "Faulties" [bopargcheck result]]} {
  puts "Error: bopargcheck has found some faulties in result"
}

# Attention. Tolerance > 1 is quite big. However,
# the dimensions of the shape "result" are about 1.0e+5.
# So, this tolerance seems to be OK.

checkmaxtol result -ref 1.7319951447770465

smallview
don result sw tw
fit

checkview -screenshot -2d -path ${imagedir}/${test_image}.png