SIMISA@@@@@@@@@@JINX0g0t______

Tr_GantryFile (
  GantrySets ( 1
    GantrySet(
      Name ( "SPGantries" )
      Style ( 00000002 )
      Separation (40)
      GantryTable (6
	GantryTableEntry (
          Filename ( "RNGantry1Ader.s" )
          Distance ( 5 )
        )
        GantryTableEntry (
          Filename ( "RNGantry2Aizq.s" )
          Distance ( 12 )
	)
        GantryTableEntry (
          Filename ( "RNGantry3Aizq.s" )
          Distance ( 17 )
	)
        GantryTableEntry (
          Filename ( "RNgantry4Asba.s" )
          Distance ( 22 )
        )
        GantryTableEntry (
          Filename ( "RNgantry5Asba.s" )
          Distance ( 27 )
	)
	GantryTableEntry (
          Filename ( "RNgantry6Asba.s" )
          Distance ( 32 )
   	)
     )	
  )
)

// A gantry is assumed to be a power gantry - signal gantries are placed separately.
// Gantry data is organised into named sets
// A named set of gantry data is associated with a route
//
// Interval <n> metres interval at which gantries are placed
//
// Style:
// 0x00000001 Pylon - paired single gantries are placed opposite each other
// 0x00000002 Overhead - a single overhead gantry spans the track
//
// The gantry entries are ordered according to type. Spanning gantries must be
// ordered in increasing width.
//
// Pylon:
//  Shape Name
//
// Overhead:
//  num gantries
//  for each gantry:
//    <shapename> <distance>
//
// For pylon style gantries, distance is the maximum separation of a pair
// For overhead style gantries distance is the inside separation of the verticals
//
// All gantries have their origin at the bottom centre so that
// it coincides with the centre of the span of track(s) they are being laid over.
