//
// Set parameters for the adaptive sampler.
//
timelockout   = 15.;          //Seconds
//
// Omitting a threshold shuts it off.
//
// There must be ngood samples (that pass the threshold tests) out of
// the last nsamples to trigger a gulp.
//
// Gulper 0
//
// Fire as soon as a single depth measurment exceeds mindepth and fl676
// exceeds minfl676_0.
//
minfl676_0    = 1.0e-3;       //unitless
//
// Gulper 1
//
// Fire as soon as a single depth measurment exceeds mindepth and fl676
// exceeds minfl676_0.
//
mindepth1     = 50.;        //meters
minfl676_1    = 1.0e-3;     //unitless
//
// Gulper 2
//
// Fire as soon as a single depth measurment exceeds mindepth and fl676
// exceeds minfl676_0.
//
mindepth2     = 5.;         //meters
minfl676_2    = 2.0e-3;       //unitless
//
// Gulper 3
//
// Fire as soon as a single depth measurment exceeds mindepth and fl676
// exceeds minfl676_0.
//
mindepth3     = 5.;         //meters
minfl676_3    = 1.0e-3;       //unitless
//
// Gulper 4
//
// Fire as soon as a single depth measurment exceeds mindepth and fl676
// exceeds minfl676_0.
//
mindepth4     = 5.;         //meters
minfl676_4    = 2.0e-3;     //unitless
ngood4        = 2;         
nsamples4     = 4;
//
// Gulper 5
//
// Fire as soon as a single depth measurment exceeds mindepth and fl676
// exceeds minfl676_0.
//
mindepth5     = 5.;         //meters
minfl676_5    = 1.0e-3;     //unitless
ngood5        = 2;         
nsamples5     = 4;
//
// Gulper 6
//
// Fire as soon as a single depth measurment exceeds mindepth and fl676
// exceeds minfl676_0.
//
mindepth6     = 5.;         //meters
minfl676_6    = 1.0e-3;     //unitless
ngood6        = 2;         
nsamples6     = 4;
//
// End
//