Modifications in CMake* files to export all required headers.

[u/mrichter/AliRoot.git] / HMPID / api.txt

diff --git a/HMPID/api.txt b/HMPID/api.txt
index 6fa91ed3cd2c4f86c096a4d02702a777a5109145..2ae22f063e67755269a67ff46edd6445176eb8ba 100644 (file)
--- a/HMPID/api.txt
+++ b/HMPID/api.txt
@@ -194,7 +194,7 @@ affected by any external parameters, while influence of methane temperature to i
 In the rest, the only changeable parameter is refractive index of freon. Temperature influence on freon refractive index was measured experimentally. The parametrization 
 found to be:
   n=n0-0.0005(T-20)                        where T is freon temperature in degrees Celsius
-  n0=Sqrt(1+ 0.554*lamda^2/(lamda^2-5796)) where lamda is photon wavelength in nm taken at 20 degrees Celsius
+  n0=Sqrt(1+ 0.554*lamda^2/(lamda^2-5769)) where lamda is photon wavelength in nm taken at 20 degrees Celsius
 Preliminary, the parametrization of refractive index versus temperature and photon energy is considered to be permanent. 
 As the reconstruction itself is only interested in mean refractive index Nmean C6F14, the most elegant solution is to store in OCDB this value, prcalculated in 
 AliHMPIDPrecprocessor. 2 measurements of temperature is avaiable from DCS: for inlet and outlet. They come in form of TObjArray of AliDCSValue, where AliDCSValue