# General check of the result of geometrical intersection
help CheckIntersectionResult { surf1 surf2 ListOfCurves NbPoints TolerS1 TolerS2 }
proc CheckIntersectionResult {theSurf1 theSurf2 theListOfCurves theNbPoints theTolerS1 theTolerS2} {
  upvar #0 $theSurf1 s1
  upvar #0 $theSurf2 s2

  foreach a $theListOfCurves {
    puts "** Check of $a **"
    upvar #0 $a aCurve
    bounds aCurve U1 U2
    
    if {[dval U2-U1] < 1.0e-9} {
      puts "Error: Wrong range of $a"
    }
    
    xdistcs aCurve s1 U1 U2 $theNbPoints $theTolerS1
    xdistcs aCurve s2 U1 U2 $theNbPoints $theTolerS2
  }
}

# Check whether given list contain overlapped curves 
help CheckOverlapIntCurves { theListOfCurves }
proc CheckOverlapIntCurves { theListOfCurves {theTolerance 1.0e-7} } {
  set NbEdges [expr [llength $theListOfCurves] - 1 ]
  for { set i1 0 } { $i1 < $NbEdges } { incr i1 } {
    for { set i2 [expr $i1 + 1] } { $i2 <= $NbEdges } { incr i2 } {
      upvar #0 [ lindex $theListOfCurves $i1 ] aCurve1
      upvar #0 [ lindex $theListOfCurves $i2 ] aCurve2

      mkedge e1 aCurve1
      mkedge e2 aCurve2
      
      set coe [ checkoverlapedges e1 e2 $theTolerance ]

      if { [regexp "Edges are not overlapped" $coe] != 1 } {
        set cIdx1 [ expr $i1 + 1 ]
        set cIdx2 [ expr $i2 + 1 ]
        
        puts "Error: Curves $cIdx1 and $cIdx2 are overlapped"
      }
    }
  }
}