X-Git-Url: https://git.gag.com/?p=debian%2Fsplat;a=blobdiff_plain;f=sample.lrp;fp=sample.lrp;h=0000000000000000000000000000000000000000;hp=094c2114119d25a00f30c5f5ad4e36002948c888;hb=dcc481697c227c3b265d1e68a8a82910c818332c;hpb=3504a1ce545f764f4e96a31fa53dbf498e0bd9f9

diff --git a/sample.lrp b/sample.lrp
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-15.000  ; Earth Dielectric Constant (Relative permittivity)
-0.005   ; Earth Conductivity (Siemens per meter)
-301.000 ; Atmospheric Bending Constant (N-units)
-300.000	; Frequency in MHz (20 MHz to 20 GHz)
-5       ; Radio Climate (5 = Continental Temperate)
-0       ; Polarization (0 = Horizontal, 1 = Vertical)
-0.5     ; Fraction of situations (50% of locations)
-0.5     ; Fraction of time (50% of the time)
-
-This file contains Longley-Rice path loss parameters used
-by SPLAT!  Anything after the 8th line is ignored by the
-program.  Comments are allowed following each element of
-numeric data.  No blank lines are allowed at the top.
-
-Earth dielectric constants and conductivity values are as follows:
-
-	 		  Dielectric Constant   Conductivity
-	Salt water       :        80		    5.000
-	Good ground      :        25		    0.020
-	Fresh water      :        80		    0.010
-	Marshy land      :        12		    0.007
-	Farmland, forest :        15		    0.005
-	Average ground   :        15		    0.005
-	Mountain, sand   :        13		    0.002
-	City             :         5		    0.001
-	Poor ground      :         4		    0.001
-
-Radio climate codes are defined as follows:
-
-	1: Equatorial (Congo)
-	2: Continental Subtropical (Sudan)
-	3: Maritime Subtropical (West coast of Africa)
-	4: Desert (Sahara)
-	5: Continental Temperate
-	6: Maritime Temperate, over land (UK and west coasts of US & EU)
-	7: Maritime Temperate, over sea
-
-The Continental Temperate climate (5) is common to large land masses in
-the temperate zone, such as the United States.  For paths shorter than
-100 km, there is little difference between Continental and Martitime
-Temperate climates.
-
-The final two parameters in the .lrp file correspond to the statistical
-analysis provided by the Longley-Rice model.  In this example, SPLAT!
-will return the maximum path loss occurring 50% of the time (fraction
-of time) in 50% of situations (fraction of situations).  Use a fraction
-of time of 0.97 for digital television, 0.50 for analog.  Isotropic
-antennas are assumed.  A tuned half-wave dipole has a gain of 2.14 dB
-above that of an isotropic antenna.
-
-Edit these parameters as required and save the result ("Save As")
-to a filename with an extension of ".lrp" in the directory normally
-used for .qth files (current working directory is assumed).  The
-base of the filename MUST match the base of the corresponding
-SPLAT! transmitter site QTH filename for proper correlation
-between data sets.  In other words:
-
-	wnjt.qth  <--- TX site data for WNJT
-	wnjt.lrp  <--- Corresponding Longly-Rice parameters for WNJT
-
-If an LRP file corresponding to the tx_site QTH file cannot be
-found, SPLAT! scans the current working directory for "splat.lrp".
-If this file cannot be found, then the default parameters listed
-above are assigned by SPLAT!, and a "splat.lrp" file containing
-these parameters is written to the current working directory.
-
-For further information on Longley-Rice model parameters, see:
-
-	http://elbert.its.bldrdoc.gov/itm.html
-	http://www.softwright.com/faq/engineering/prop_longley_rice.html
-
-Also consult SPLAT!'s documentation for more information.