%%     R.V. Melville  ADCP configurations

% set parameters used for logging
% first field is the same as the raw logging directory (eg. os75)
% second field is the ping type (in case of interleaved pings)
% parsed  manually or by running
%    cruise_proc; params = get_params(allparams, 'os75', 'nb');

%=============================================================================

%%  OS75 processing parameters
os75.ducer_depth  = 5;
os75.h_align = 43.5;    % 45.0 - xx.x  (where xx.x is from cal/watertrack)

%---------------------------------
%% OS75, BB pings
% processing  sources:
os75.bb.h_align      = os75.h_align;
os75.bb.ducer_depth = os75.ducer_depth;
os75.bb.velscale     = 1.0;
os75.bb.interval     = 300;

% os75.bb.editcfg.weakprof_numbins = 4;
%---------------------------------
%% OS75, NB pings
% processing  sources:
os75.nb.h_align      = os75.h_align;
os75.nb.ducer_depth  = os75.ducer_depth;
os75.nb.velscale     = 1.0;
os75.nb.interval     = 300;

% os75.nb.editcfg.weakprof_numbins = 2;

%=============================================================================

%%  OS150 processing parameters
os150.ducer_depth  = 5;
os150.h_align = 0.0;    % 45.0 - xx.x  (where xx.x is from cal/watertrack)

%---------------------------------
%% OS150, BB pings
% processing  sources:
os150.bb.h_align      = os150.h_align;
os150.bb.ducer_depth = os150.ducer_depth;
os150.bb.velscale     = 1.0;
os150.bb.interval     = 300;

% os150.bb.editcfg.weakprof_numbins = 4;
%---------------------------------
%% OS150, NB pings
% processing  sources:
os150.nb.h_align      = os150.h_align;
os150.nb.ducer_depth  = os150.ducer_depth;
os150.nb.velscale     = 1.0;
os150.nb.interval     = 300;

% os150.nb.editcfg.weakprof_numbins = 2;


%=============================================================================

%%%% NB150 processing parameters
nb150.ducer_depth = 5;
nb150.h_align     = 3.7 - (-45.1);  %% nominal - cal bottom track JH Oct 13, 2007

% processing  sources:
nb150.nb.h_align      = nb150.h_align;
nb150.nb.ducer_depth  = nb150.ducer_depth;
nb150.nb.interval     = 300;
nb150.nb.beamangle    = 30;


%%%%%%%%%%%% soundspeed correction 
%% applied to ensemble average
%%
%% set velocity scale factor:
%%
%% obsolete: (still works, but deprecated)
%%------------
%%   nb150.nb.velscale = 2.0;
%%
%% newer method:
%  -----------
%  option       what it does
%
% 'calculate'   (calc from thermistor temperature and salinity (below)
%     []         (don't change anything; i.e. use the original 1536 constant)
%   1536        (or some other constant -- use this constant
%               
%                (At some later date we could add soundspeed input directly

nb150.nb.velscale.soundspeed = 'calculate'; 
nb150.nb.velscale.salinity   = 35;         %% if 'calculate', use this S
nb150.nb.velscale.scalefactor = 1.0;     %% also apply this scale factor

%=============================================================================

%%%% wh300 processing parameters
wh300.ducer_depth = 5;
wh300.h_align     = 45.0;  %% nominal - cal bottom track 

% processing  sources:
wh300.nb.h_align      = wh300.h_align;
wh300.nb.ducer_depth  = wh300.ducer_depth;
wh300.nb.interval     = 300;
wh300.nb.beamangle    = 30;

wh300.nb.velscale.soundspeed = 'calculate'; 
wh300.nb.velscale.salinity   = 35;         %% if 'calculate', use this S
wh300.nb.velscale.scalefactor = 1.0;     %% also apply this scale factor


%=============================================================================

allparams = struct('os75', os75, 'nb150', nb150, 'os150', os150, 'wh300', wh300);