[t]erminator easter egg

Option Explicit

'Script written by Luis Quinones
'Script copyrighted by [n]igma + complicit matter
'www.complicitmatter.com
'Script version Wednesday, March 30, 2011 12:00:37 PM

Call Main()
Sub Main()
    Dim strLayer : strLayer = Rhino.AddLayer("Attractors")
    Dim strCrv : strCrv = Rhino.GetObject("CRV",4)
    Dim strMesh : strMesh = Rhino.GetObjects("Mesh",32)
    Dim crvPts : crvPts = Rhino.DivideCurve(strCrv,25)
    Dim i
    Dim j
    For j = 0 To Ubound(strMesh) Step 5    
        Dim mesharea : mesharea = Rhino.MeshArea(strMesh(j))    
        If mesharea(1) > 2000 Then
            Dim meshPts : meshPts = Rhino.MeshVertices(strMesh(j))
            Dim centroid : centroid = Rhino.meshareaCentroid(strMesh(j))
            Dim index : index = Rhino.PointArrayClosestPoint(crvPts,centroid)
            Dim arrClostactualPoint : arrClostactualPoint = crvPts(index-3)
            Dim newLine : newLine = Rhino.AddLine(centroid,arrClostactualPoint)
            Dim newDiv : newDiv = Rhino.DivideCurve(newLine,4)
            Dim mainLine : mainLine = Rhino.AddLine(newDiv(1),arrClostactualPoint)
            Dim gripStart2 : gripStart2 = Rhino.CurveStartPoint(mainLine)
            Dim arrStart2 : arrStart2 = Rhino.AddPoint(gripStart2)
            Call Rhino.ObjectLayer(arrStart2,strLayer)
            Dim gripEnd2 : gripEnd2 = Rhino.CurveEndPoint(mainLine)
            Dim arrEnd2 : arrEnd2 = Rhino.AddPoint(gripEnd2)
            Call Rhino.ObjectLayer(arrEnd2,strLayer)
            Call Rhino.DeleteObject(newLine)
            For i  = 0 To Ubound(meshPts) 
            
                Dim strGrip : strGrip = Rhino.AddLine(newDiv(1),meshPts(i))
                Dim gripStart : gripStart = Rhino.CurveStartPoint(strGrip)
                Dim arrStart : arrStart = Rhino.AddPoint(gripStart)
                Call Rhino.ObjectLayer(arrStart,strLayer)
                Dim gripEnd : gripEnd = Rhino.CurveEndPoint(strGrip)
                Dim arrEnd : arrEnd = Rhino.AddPoint(gripEnd)
                Call Rhino.ObjectLayer(arrEnd,strLayer)        
            Next    
        End If
    Next
    Call Rhino.Command ("SelDup")
    Call Rhino.Command ("Delete")
End Sub
Update

Option Explicit
'Script written by  Luis Quinones
'Script copyrighted by  [n]igma + studioBoom
'www.luisquinonesdesign.com
'www.cargocollective.com/studioboom
'Script version Sunday, March 20, 2011 8:08:03 PM
Call Main()
Sub Main()
'///////////////////////////////////////////////////////////////////////////////////////////////////
Call Rhino.MessageBox("Code Generates Mesh OffSets and Frames Based on Luminance Values coming from Geometry Painted with PaintVertex Tool in Maya")
    'Declare Variables
    Dim strMainLayer : strMainLayer = Rhino.AddLayer("MainMesh")
    Dim strObject : strObject = Rhino.GetObject("Select mesh", 32)
    Call Rhino.ObjectLayer(strObject,strMainLayer)
    MeshFaces
    Dim arrFaces : arrFaces = Rhino.MeshFaces(strObject, True)
    Dim color : color = Rhino.MeshVertexColors(strObject)
    Dim  arrFace(3),arrHLS(3)
    Dim arrFaceVertices2()
    Dim strLayer6 : strLayer6 = Rhino.AddLayer("BaseCrvs",RGB(255,0,0))
    Dim strLayer2 : strLayer2 = Rhino.AddLayer("OffsetCrv",RGB(255,0,0))
    Dim strLayer : strLayer = Rhino.AddLayer("OffSetMesh",RGB(255,0,0))
    Dim strLayer3 : strLayer3 = Rhino.AddLayer("FrameDog",RGB(255,255,255))
    Dim strLayer5 : strLayer5 = Rhino.AddLayer("0_ValueOffSet",RGB(120,120,120))
    Dim strLayer4 : strLayer4 = Rhino.AddLayer("Color_Vert_Info",RGB(255,255,0))
    Dim i,j
'///////////////////////////////////////////////////////////////////////////////////////////////////
    If IsArray(arrFaces) Then
        Rhino.EnableRedraw False
        i = 0
        Do While i <= UBound(arrFaces)
            arrFace(0) = arrFaces(i)
            arrFace(1) = arrFaces(i+1)
            arrFace(2) = arrFaces(i+2)
            arrFace(3) = arrFaces(i+3)
            arrHLS(0) = Rhino.ColorRGBToHLS(color(i))
            'Call Rhino.Print(arrHLS(0)(1)/240)
            arrHLS(1) = Rhino.ColorRGBToHLS(color(i+1))
            'Call Rhino.Print(arrHLS(1)(1)/240)
            arrHLS(2) = Rhino.ColorRGBToHLS(color(i+2))
            'Call Rhino.Print(arrHLS(2)(1)/240)
            arrHLS(3) = Rhino.ColorRGBToHLS(color(i+3))
            'Call Rhino.Print(arrHLS(3)(1)/240)        
            'Call Rhino.AddTextDot("Vert 0" & "_" & arrHLS(0)(1)/240,arrface(0))
            'Call Rhino.AddTextDot("Vert 1" & "_" & arrHLS(1)(1)/240,arrface(1))
            'Call Rhino.AddTextDot("Vert 2" & "_" & arrHLS(2)(1)/240,arrface(2))
            'Call Rhino.AddTextDot("Vert 3" & "_" & arrHLS(3)(1)/240,arrface(3))        
            Dim sum : sum = Rhino.Sum(Array(arrHLS(0)(1)/240,arrHLS(1)(1)/240,arrHLS(2)(1)/240,arrHLS(3)(1)/240))
            Dim ave : ave = sum/4        
            'If ave < 0.015 Then            
            'ave = 0.015            
            'End If        
            'Call Rhino.Print(ave)    
            Dim line : line = Rhino.AddLine(arrFace(0),arrFace(2))    
            Dim midpt : midpt = Rhino.CurveMidPoint(line)    
            Call Rhino.DeleteObject(line)    
            'Dim dot1 : dot1 = Rhino.AddTextDot("Scale_Value = " & ave,midpt)
            'Call Rhino.ObjectLayer(dot1,strLayer4)    
            Dim arrVertices : arrVertices = Array(arrFace(0),arrFace(1),arrFace(2),arrFace(3))
            Dim arrVerticesNEW : arrVerticesNEW = Array(arrFace(0),arrFace(1),arrFace(2),arrFace(3),arrFace(0))        '///////////////////////////////////////////////////////////////////////////////////////////////////
            For j = 0 To 3        
                ReDim Preserve arrFaceVertices2(j)
                arrFaceVertices2(j) = Array(0,1,2,3)
                
            Next    
'///////////////////////////////////////////////////////////////////////////////////////////////////
            Dim newMesh : newMesh = Rhino.AddMesh (arrVertices, arrFaceVertices2)
            Call Rhino.ObjectLayer(newMesh,strLayer5)
            Dim meshCent : meshCent = Rhino.MeshAreaCentroid(newMesh)        
            Dim strPoly : strPoly = Rhino.AddPolyline(arrVerticesNEW)
            Call Rhino.ObjectLayer(strPoly,strLayer6)
            Dim strPoly2 : strPoly2 = Rhino.AddPolyline(arrVerticesNEW)
            Call Rhino.ObjectLayer(strPoly2,strLayer6)        
        '/////////////////////////////////////////////////////////////////////////////////////////////////
                       If ave > 0 And ave < 0.9 Then    
                Dim scaleMesh : scaleMesh = Rhino.ScaleObject(newMesh,meshCent,Array(ave,ave,ave))
                Call Rhino.ObjectLayer(scaleMesh,strLayer)
                
                Dim scaleSrf : scaleSrf = Rhino.ScaleObject(strPoly,meshCent,Array(ave,ave,ave))
                Call Rhino.ObjectLayer(scaleSrf,strLayer2)
            
                Dim strlofty : strlofty = Rhino.AddLoftSrf(Array(strPoly2,scaleSrf))
                Call Rhino.ObjectLayer(strLofty,strLayer3)
                Call Rhino.SurfaceIsocurveDensity(strlofty,-1)
                'Call Rhino.DeleteObjects(join)
                
            End If
'///////////////////////////////////////////////////////////////////////////////////////////////////
            
            If ave >= 0.9  Then
                
                Dim scaleMesh3 : scaleMesh3 = Rhino.ScaleObject(newMesh,meshCent,Array(ave-0.05,ave-0.05,ave-0.05))
                Call Rhino.ObjectLayer(scaleMesh3,strLayer)            
                Dim scaleSrf3 : scaleSrf3 = Rhino.ScaleObject(strPoly,meshCent,Array(ave-0.05,ave-0.05,ave-0.05))
                Call Rhino.ObjectLayer(scaleSrf3,strLayer2)        
                strlofty = Rhino.AddLoftSrf(Array(strPoly2,scaleSrf3))
                Call Rhino.ObjectLayer(strLofty,strLayer3)
                Call Rhino.SurfaceIsocurveDensity(strlofty,-1)
                'Call Rhino.DeleteObjects(join3)
                
            End If
            i = i + 4
            Erase arrFaceVertices2
        Loop    '///////////////////////////////////////////////////////////////////////////////////////////////////
        Rhino.EnableRedraw True
    End If
    Call Rhino.LayerVisible(strLayer2,False)
    Call Rhino.LayerVisible(strLayer4,False)
    Call Rhino.LayerVisible(strMainLayer,False)
    Call Rhino.LayerVisible(strLayer6,False)
End Sub
Update

Option Explicit
'Script written by Luis Quinones
'Script copyrighted by [n]igma + studioBoom
'www.luisquinonesdesign.com
'www.cargocollective.com/studioboom
'Script version Saturday, August 01, 2009 9:56:59 AM
Call Main()
Sub Main()
    'DECLATE ALL VARIABLE BY TYPE
    Dim arrCrvs,arrCrvDiv
    Dim gens
    Dim i,j,k,L
    Dim arrPtCoordinates,IndClosestCrv, arrcrvParam,crvPt,arrcrvPts() 
    Dim dist,count, vector, dblratio,NewPostion,AttThresh,compThresh
    Dim newcurve,arrNewPos()
    Dim arrCompAttract
    '''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
    'INPUTS
    'get curves
    arrCrvs = Rhino.GetObjects("Select crvs",4)
    'set generations
    gens = Rhino.GetReal("Set Number of Gens / Steps")

    compThresh = Rhino.GetReal("Set thresh for comp",3,0,1150)
    AttThresh = Rhino.GetReal("Set Threshhold for line attractors",2,0,1159)
    'amount for vector to move
    dblratio = Rhino.GetReal("set distance for vector to move")
    'very beginning of main
    Dim arrItems     :     arrItems     = Array ("Animate", "Off", "On")
    Dim arrDefaults    :     arrDefaults    = Array (True) 'off is the defaul

    'in the beginning of main with other user inputs

    Dim arrIterationBlnReturn : arrIterationBlnReturn = Rhino.GetBoolean    ("Would you like to ", arrItems, arrDefaults)
    If Not isArray(arrIterationBlnReturn) Then Exit Sub
    
    'For exporting images
    If arrIterationBlnReturn(0) =     "True" Then 
        
    Dim intIterationsPerImage : intIterationsPerImage = Rhino.GetInteger ("export images once in how many iterations?", 1, 1)
        If isNull                    (arrIterationBlnReturn)     Then Exit Sub
        'hardcoded variables:
    'CHANGE THE FILE NAME TO AN EXISTING FOLDER - THE LAST PART IS THE BEGINNING OF THE FILE NAME 
        Dim strFilename            :     strFilename            =    "C:UsersEmergentDesktop"
    
        Dim dblImageXSize        :    dblImageXSize        =    968
        Dim dblImageYSize        :    dblImageYSize        =    462
        Dim intImageCounter        :    intImageCounter        =    0
        
        'turn off unwanted screen info
        Dim strView                :    strView    = Rhino.CurrentView()
        
        Rhino.ShowGrid                 strView, False
        Rhino.ShowGridAxes            strView, False
        Rhino.ShowViewTitle                 strView, False
        Rhino.ShowWorldAxes        strView, False
    
        Call exportImage(strFilename, dblImageXSize, dblImageYSize, strView, intImageCounter)    

    End If
    ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
    'Call Rhino.EnableRedraw(False)
    'loops through generation
    For i = 0 To gens
        'looping through curves
        For j = 0 To Ubound (arrCrvs)
            arrCrvDiv = Rhino.CurvePoints (arrCrvs(j))
            'looping through points of the current curve
            For k = 0 To Ubound (arrCrvDiv)    
                Dim arrCompAttractStr : arrCompAttractStr = Rhino.ObjectsByLayer("Attractors")
                Dim arrCheckPnt
                For Each arrCheckPnt In arrCompAttractStr
                    If Not IsPoint(arrCheckPnt) Then
                        Rhino.TextOut "something in the (Attract_Points_Comp) layer is not points....its been deleted!"
                        Call Rhino.DeleteObject(arrCheckPnt)
                        'Call Rhino.Command("Sellayer")    
                    End If
                Next
                'Rhino.Print (arrCompAttractStr(0))
                arrCompAttract = arrCompAttractStr
                Dim g
                For g=0 To Ubound(arrCompAttractStr)
                    arrCompAttract(g) = Rhino.PointCoordinates(arrCompAttractStr(g))
                Next
                'set threshold for attractor 
                Dim IndClosestAtt : IndClosestAtt = Rhino.PointArrayClosestPoint(arrCompAttract,arrCrvDiv(k))
                'storing the index of 
                Dim attPt           : attPt           = arrCompAttract(IndClosestAtt)
                ' distance between point and closest point on each curve (index)
                Dim dist2           : dist2           = Rhino.Distance(attPt,arrCrvDiv(k))
                'is that distance less than 
                If dist2 < compThresh Then
                    NewPostion = attPt                
                Else
                    count = 0    
                    'looping through the curves to find closest point
                    For L = 0 To Ubound(arrCrvs)
                        'you need to check the closest curve from each point (except yourself)
                        If Not j = L Then
                            arrcrvParam =    Rhino.CurveClosestPoint(arrCrvs(L),arrCrvDiv(k))
                            crvPt = Rhino.EvaluateCurve(arrCrvs(L),arrcrvParam)
                            ReDim Preserve     arrcrvPts(count)
                            arrcrvPts(count) = crvPt
                            count = count + 1
                        End If    
                    Next 
                    'find closest point 
                    IndClosestCrv = Rhino.PointArrayClosestPoint(arrcrvPts,arrCrvDiv(k))
                    crvPt = arrcrvPts(IndClosestCrv)
                    ' distance between point and closest point on each curve (index)
                    dist = Rhino.Distance(arrCrvDiv(k), crvPt)
                    'compare distance to threshold
                    If dist < AttThresh Then
                        'create vector using index of the closest pt and array of control point(s)
                        vector = Rhino.VectorCreate(crvPt,arrCrvDiv(k))
                        vector = Rhino.VectorScale(vector,dblratio)
                        NewPostion = Rhino.VectorAdd(vector,arrCrvDiv(k))
                    Else
                        'however if distance > threshold then the NEWPOSITION will be the previous POSITION.
                        NewPostion = arrCrvDiv(k)
                    End If
                End If    
                ReDim Preserve arrNewPos(k)
                'make array of new point positions to use for drawing curve
                arrNewPos(k) = NewPostion
            Next    
            newcurve = Rhino.AddCurve(arrNewPos,3)
            Call Rhino.DeleteObject(arrCrvs(j))
            arrCrvs(j) = newcurve
            '''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
            If arrIterationBlnReturn(0) =     "True" Then 
                If i Mod intIterationsPerImage = 0 Then
                    intImageCounter = intImageCounter + 1
                    Call exportImage(strFilename, dblImageXSize, dblImageYSize, strView, intImageCounter)
                End If
            End If
        Next
    Next
    '    Call Rhino.EnableRedraw(True)
End Sub
Sub exportImage(strFilename, dblImageXSize, dblImageYSize, strView, intIteration)
    Dim strNumber
    'create a number for the image, additional zeros are added to ensure the files are read in the correct order by photoshop batch actions
    If intIteration < 9 Then
        strNumber = "000" & (intIteration + 1)
    ElseIf intIteration > 8 And intIteration < 99    Then
        strNumber = "00" & (intIteration + 1)
    ElseIf intIteration > 98 And intIteration < 999 Then
        strNumber = "0" & (intIteration + 1)
    Else
        strNumber = intIteration + 1
    End If
    'send the image to an appropriately named file
    Rhino.CreatePreviewImage strFilename & strNumber & ".png", strView, array(dblImageXSize, dblImageYSize), ,True
    
End Sub
Update