Update README.md

sylfest · web-flow · commit 0a9c92abe9ae · 2024-03-01T17:43:15.000+01:00
diff --git a/README.md b/README.md
@@ -5,4 +5,4 @@ In the file global_ampf_v01.txt there is a collection of  amplification factors
 
 globalid lon lat neg af120 af200 af300 af600 af1000 af1800 af3600 pos af120 af200 af300 af600 af1000 af1800 af3600 prof name area prev
 
-where "globalid" is a unique identification for each point, "lon" and "lat" is the location in geographical coordinates. If the wave signal in the mariogram is having a leading trough (negative polarity), the values "af120"-"af3600" (depending on the wave period in seconds) after the flag "neg" must be used. For a leading peak (positive polarity) the values follows after the flag "pos". The amplification factors are a combination of simulation along transects based on idealized and real bathymetry indicated by the column "prof". To extract points for a region, there is a possibility search the to use areas specified in the column "areas". 
+where "globalid" is a unique identification for each point, "lon" and "lat" is the location in geographical coordinates. If the wave signal in the mariogram is having a leading trough (negative polarity), the values "af120"-"af3600" (depending on the wave period in seconds) after the flag "neg" must be used. For a leading peak (positive polarity) the values follows after the flag "pos". The amplification factors are a combination of simulation along transects based on idealized and real bathymetry indicated by the column "prof". To extract points for a region, there is a possibility search by filtering areas specified in the column "areas". 

Original file line number	Diff line number	Diff line change
`@@ -5,4 +5,4 @@ In the file global_ampf_v01.txt there is a collection of amplification factors`
`5`	`5`
`6`	`6`	`globalid lon lat neg af120 af200 af300 af600 af1000 af1800 af3600 pos af120 af200 af300 af600 af1000 af1800 af3600 prof name area prev`
`7`	`7`
`8`		-where "globalid" is a unique identification for each point, "lon" and "lat" is the location in geographical coordinates. If the wave signal in the mariogram is having a leading trough (negative polarity), the values "af120"-"af3600" (depending on the wave period in seconds) after the flag "neg" must be used. For a leading peak (positive polarity) the values follows after the flag "pos". The amplification factors are a combination of simulation along transects based on idealized and real bathymetry indicated by the column "prof". To extract points for a region, there is a possibility search the to use areas specified in the column "areas".
	`8`	+where "globalid" is a unique identification for each point, "lon" and "lat" is the location in geographical coordinates. If the wave signal in the mariogram is having a leading trough (negative polarity), the values "af120"-"af3600" (depending on the wave period in seconds) after the flag "neg" must be used. For a leading peak (positive polarity) the values follows after the flag "pos". The amplification factors are a combination of simulation along transects based on idealized and real bathymetry indicated by the column "prof". To extract points for a region, there is a possibility search by filtering areas specified in the column "areas".