fixed typo

hyo2/ssm2/__init__.py

@@ -12,7 +12,7 @@
 logger.addHandler(logging.NullHandler())
 
 name = "Sound Speed"
-__version__ = '2024.0.3'
+__version__ = '2024.0.4'
 __copyright__ = 'Copyright 2024 University of New Hampshire, Center for Coastal and Ocean Mapping'
 
 pkg_info = PkgInfo(

hyo2/ssm2/lib/profile/ray_tracing/ray_tracing.py

@@ -47,8 +47,8 @@ def get_svp_layer_parameters_slow(cls, launch_angle_radians, depths, speeds):
  total_time[j + 1] = total_time[j] + log(tan(gamma[j + 1] / 2.0) / tan(gamma[j] / 2.0)) / gradient[j]
  total_range[j + 1] = total_range[j] + radius[j] * (cos(gamma[j]) - cos(gamma[j + 1]))
 
- # Note the last radius doen't get computed but that isn't important
- # we always want to be in the last layer, so we use the comptutations at the next to last layer
+ # Note the last radius doesn't get computed but that isn't important
+ # we always want to be in the last layer, so we use the computations at the next to last layer
  # and interpolate to the depth/time which is before the end of the last layer
  return gradient, gamma, radius, total_time, total_range
 
@@ -77,8 +77,8 @@ def ray_trace(cls, travel_times, depths, speeds, params, b_project=False):
  if nr_end_layer < nr_layers or b_project: # SVP deep enough
 
  tau = travel_times[ind] - total_time[nr_end_layer]
- # Note the last radius doen't get computed but that isn't important
- # we always want to be in the last layer, so we use the comptutations at the next to last layer
+ # Note the last radius doesn't get computed but that isn't important
+ # we always want to be in the last layer, so we use the computations at the next to last layer
  # and interpolate to the depth/time which is before the end of the last layer
  if radius[nr_end_layer] == 0:
 
@@ -114,7 +114,7 @@ def ray_trace(cls, travel_times, depths, speeds, params, b_project=False):
  -cos(2 * arctan(tan(gamma[nr_end_layer] / 2.0) * exp(gradient[nr_end_layer] * tau))) + cos(
  gamma[nr_end_layer])) + total_range[nr_end_layer]
 
- # this would translate to acrosstrack, alongtrack components if we passed in pitch, roll, launchangle
+ # this would translate to across-track, along-track components if we passed in pitch, roll, launch angle
  # result[0]=finalrange*LaunchVector[0]/sqrt(LaunchVector[1]*LaunchVector[1]+LaunchVector[0]*LaunchVector[0])
  # result[1]=finalrange*LaunchVector[1]/sqrt(LaunchVector[1]*LaunchVector[1]+LaunchVector[0]*LaunchVector[0])
  # result[2]=finaldepth