C Hall-Room Problem C C The frequency: FREQUENCY 850. MHz C C The source power in milliwatts: SOURCE_POWER 600. C C The location of the source: POINT xmitter 1.2 0.9125 1.6 SOURCE_LOCATION xmitter C C Half-wave dipole source: DIPOLE_SOURCE 0. 0. 1. C C Imported source: C IMPORTED_SOURCE verdple.sol C C The threshold field strength in dB below the "isotropic level": ETHRESHOLD 20. C C Materials for building walls: (850 MHz) C Name epsr sigma (mS/m) mur MATERIAL Space 1.0 0.0 1. MATERIAL Metal 1.0 1.E7 1. MATERIAL Brick 5.1 10. 1. MATERIAL Glass 6.0 1.E-9 1. MATERIAL Wood 2.5 1.18 1. MATERIAL Limestone 7.51 28.0 1. MATERIAL Concrete 6.1 60.1 1. MATERIAL Iron 1.0 2.E9 1000. C C Wall construction definitions: C Name type material thickness (cm) WALL_TYPE BrickWall SOLID Brick 14. WALL_TYPE ConcreteWall SOLID Concrete 42. WALL_TYPE GlassPane SOLID Glass 0.1 WALL_TYPE MetalPanel SOLID Metal 0.1 WALL_TYPE Radiator SOLID Metal 58.0 WALL_TYPE WoodDoor SOLID Wood 4.5 C Name type layers layer material and layer thickness WALL_TYPE Sheetrock LAYERED 3 Concrete 1. Space 12. Concrete 1. WALL_TYPE Plaster&Wire LAYERED 3 Concrete 1. Iron 12. Concrete 1. WALL_TYPE ClayBlockWall LAYERED 5 Concrete 1.5 Brick 0.8 Space 9.4 Brick 0.8 Concrete 1.5 C C Define the floor plan: C C The long side wall: POINT 1 -10.00 -0.07 0.00 POINT 2t 10.00 -0.07 2.48 DEFINE_WALL 1 2t ClayBlockWall C The side wall with the doorway: POINT 3 -10.00 1.895 0.00 POINT 4t -0.50 1.895 2.48 DEFINE_WALL 3 4t ClayBlockWall POINT 5 0.50 1.895 0.00 POINT 6t 10.00 1.895 2.48 DEFINE_WALL 5 6t ClayBlockWall C The transom above the door: POINT 20 -0.50 1.895 2.20 POINT 21t 0.50 1.895 2.48 DEFINE_WALL 20 21t ClayBlockWall C The door to the room in the open position: POINT 19 0.4775 1.895 0.00 POINT 20t 0.4775 2.895 2.20 DEFINE_WALL 19 20t WoodDoor C C The room walls: POINT 11 -1.40 1.965 0.00 POINT 12t -1.40 6.035 2.48 DEFINE_WALL 11 12t ClayBlockWall POINT 13 1.60 1.965 0.00 POINT 14t 1.60 6.035 2.48 DEFINE_WALL 13 14t ClayBlockWall C The room's outer walls on either side of the window: POINT 15 -1.47 6.245 0.00 POINT 16t -0.55 6.245 2.48 DEFINE_WALL 15 16t ConcreteWall POINT 17 0.63 6.245 0.00 POINT 18t 1.67 6.245 2.48 DEFINE_WALL 17 18t ConcreteWall C The patch of wall below the window: POINT 23 -0.55 6.245 0.00 POINT 24t 0.63 6.245 0.74 DEFINE_WALL 23 24t ConcreteWall C The window glass: POINT 25 -0.55 6.245 0.74 POINT 26t 0.63 6.245 2.29 DEFINE_WALL 25 26t GlassPane C The patch of wall above the window: POINT 27 -0.55 6.245 2.29 POINT 28t 0.63 6.245 2.48 DEFINE_WALL 27 28t ConcreteWall C C Define the floor material and thickness in cm: FLOOR Concrete 30. C Define the ceiling material, thickness in cm, and height in m: CEILING Concrete 30. 2.48 C C A receiver at a single point: POINT onercvr 0.0 4.5 1.6 C RCVRPOINT onercvr C C A line of receivers in the room: POINT rstart 0.0 1.895 1.6 POINT rend 0.0 6.000 1.6 RCVRLINE rstart rend 2.0 C C Ask the program to create an output file in "RPL" format: RPLFILE R C C A grid of receivers: POINT gridst -1.28 1.965 1.6 POINT griden 0.17 6.000 1.6 C From Point: To Point: Separation (cm) C RCVRGRID gridst griden 3.5 C Ask the program to write a set of output files in "TBL" format: TBLFILE C C Transmitter grid feature: move the transmitter location over a grid. POINT xmitgrid1 -4.50 0.05 1.6 POINT xmitgrid2 4.50 1.795 1.6 C XMITGRID xmitgrid1 xmitgrid2 10. C C End of File