1
0
mirror of https://git.dev.opencascade.org/repos/occt.git synced 2025-04-26 10:19:45 +03:00
emv 4b4ffdead4 0021762: Integration of new Boolean Operation algorithm to OCCT.
Modifications:
1. NCollection maps have been replaced by NCollection indexed maps to guarantee the constant order of sub-shapes in the result of boolean operation.
2. Test case feat featprism M9 has been fixed.
3. Test cases chl 902 E3 H3 have been fixed (corrections in the treatment of section edges).
4. Test cases caf driver B6 B7, caf named_shape F6 F7 have been modified according to the new order of sub-shapes in the result of boolean operation.
5. Test cases blend buildevol G1, blend simple K4, bcommon_complex C7, feat featprism L6 have been modified as they are improvements.
6. Test case boolean bsection A3 has been modified according to the new syntax of the bsection command.
2012-12-12 15:51:17 +04:00

113 lines
2.7 KiB
Plaintext
Executable File

#1 - create 4 Pnts
NewCommand D
AddDriver D PntXYZ PntRLT Line3D Attach;
set Pnt1 [AddPoint D 0 0 0]; ## add point1
ComputeFun D $Pnt1:1; ## compute function
GetShape D $Pnt1:1:2 P1; ## check result
whatis P1
# referes to result NS
GetReference D $Pnt1; ## check is reference set
set Pnt2 [AddPoint D 0 200 0];
ComputeFun D $Pnt2:1;
set Pnt3 [AddPoint D 200 200 0];
ComputeFun D $Pnt3:1;
set Pnt4 [AddPoint D 200 0 0];
ComputeFun D $Pnt4:1;
GetShape D $Pnt2:1:2 P2;
GetShape D $Pnt3:1:2 P3;
GetShape D $Pnt4:1:2 P4;
#2 create open Lin1
#NewCommand D
#set Lin1 [ AddLine3D D 0 $Pnt1 $Pnt2 $Pnt3 $Pnt4]
#ComputeFun D $Lin1:1;
#GetShape D $Lin1:1:2 L1;
#3 create closed Lin3
NewCommand D
set Lin2 [ AddLine3D D 1 $Pnt1 $Pnt2 $Pnt3 $Pnt4]
ComputeFun D $Lin2:1;
GetShape D $Lin2:1:2 L1;
#4 Prism (after step #1)
NewCommand D
AddDriver D Prism Box PTxyz
set Prism [AddPrism D $Lin2 300 0]
ComputeFun D $Prism:1
GetShape D $Prism:1:2 Pr
GetReference D $Prism; ## check is reference set
#5 Add Box
NewCommand D
set B1 [AddBox D 400 140 600];
ComputeFun D $B1:1;
GetShape D $B1:1:2 Box;
#6 Translate Box1
NewCommand D
set FTr1 [PTranslateDXYZ D $B1 -100 -20 -100]
ComputeFun D $FTr1
GetShape D $B1:2:2 Box
#7 add Common
NewCommand D
AddDriver D Comm Cut Fuse
set Com1 [AddCommon D $Prism $B1]
ComputeFun D $Com1
GetShape D $Com1:2 Pr
#8 Add Cylinder
NewCommand D
explode Pr E
AddDriver D Attach Cyl
set Sel1 [AttachShape D Pr_6 ${Prism} ${Prism} 0]; ## set attachment
set Cyl [AddCyl D 70 515 ${Sel1}]
ComputeFun D $Cyl:1
GetShape D $Cyl:1:2 CylS
#9 Translate Cylinder
NewCommand D
set FTr1 [PTranslateDXYZ D $Cyl -100 200 170]
ComputeFun D $FTr1
GetShape D $Cyl:2:2 CylS
#10 Cut
NewCommand D
set Cut1 [AddCut D $Prism $Cyl]
ComputeFun D $Cut1
GetShape D $Cut1:2 Pr
don Pr
#11 test special cases of type migration
explode Pr E
erase Pr_1 Pr_2 Pr_3 Pr_4 Pr_5 Pr_6 Pr_7 Pr_8 Pr_9 Pr_10 Pr_11 Pr_12 Pr_13 Pr_14 Pr_15 Pr_16 Pr_17
display Pr_8 Pr_9
## 8,9
NewCommand D
set Sel8 [AttachShape D Pr_8 ${Prism} ${Prism} 0]; ## should return Compound of two edges
set Sel9 [AttachShape D Pr_9 ${Prism} ${Prism} 1]; ## should return Compound of two edges
set Sel11 [AttachShape D Pr_11 ${Prism} ${Prism} 1];
set Sel12 [AttachShape D Pr_11 ${Prism} ${Prism} 0];
#12 modify
PntOffset D $Pnt1 40 25 skip
#13 recompute
ComputeFun D $Pnt1:1
ComputeFun D $Lin2:1
ComputeFun D $Prism:1
ComputeFun D $Com1
ComputeFun D $Sel1:1
ComputeFun D $Cyl:1
ComputeFun D $FTr1
ComputeFun D $Cut1
erase
GetShape D $Cut1:2 Pr
ComputeFun D $Sel8:1
ComputeFun D $Sel9:1
ComputeFun D $Sel11:1
ComputeFun D $Sel12:1
NewCommand D