%% set to 1 for a one-dimensional kernel
one-dimensional kernel = 1

%% solar model to use
MODEL = /scr96/aaronb/solar_model/solar_model

%% number of modes to consider using 
NMODES=60

%% modes are weeded down by this factor
SKIP   = 1

%%% use phase speed filter(1) or group speed(0) or l(2)
FILTER_TYPE = 2

%%%  central horizontal phase speed  (1/s) SPEED=1.4e-4
FILTER_PARAM1 = 0


%%%  width of phase speed filter (1/s) SPEED_WIDTH = 0.1e-4
FILTER_PARAM2 = 1000

%%  central frequency (angular frequency 1/s)  W_ZERO=0.02
FILTER_PARAM3 = 0.02 

%% width of frequency filter (angular 1/s) W_ZERO_WIDTH=0.007
FILTER_PARAM4 = 0.003

%% put to 0 to include the f mode, else exclude
EXCLUDE_F=1

%% min time in seconds
T_MIN=3000

%% max time in seconds
T_MAX=5700

%% number of steps in time
T_STEPS=300

%% distance between source and reciever
delta=0.3927

%% which cut to use
CUT=1

%% number of grid points in phi
NPHI=200

%% number of grid points to use in r
NR=200

%% min value of r (scaled by R)
MINR=0.5

%% set to 1 to get printed progress updates
VERBOSE=1

%% set to  1 to get a summary plot of modes used
PLOTS= 1

%%set to 1 to calculate only the unperturbed signal,no kernel
CALC_F_ONLY = 0