Remove unneeded printouts from helpers, fix small subsystem bug

moorpy/helpers.py

@@ -1131,7 +1131,6 @@ def lines2subsystem(lines,ms,span=None,case=0):
  if lines[i]<lines[j]:
  lines[j] -= 1
  # delete old line and any necessary points
- print('deleting line ',originalList[i])
  helpers.deleteLine(ms,lines[i],delpts)
 
  # print('Replacing lines ',originalList,' with a subsystem appended to the end of the lineList ')
@@ -1297,11 +1296,9 @@ def subsystem2Line(ms,ssNum,nsegs=10):
  if spt.attachedEndB[-1]:
  endB = i
  points[endB]['r'] = ss.rB
- print('endB: ',endB)
  if spt.attachedEndB[0] == 0:
  endA = i
  points[endA]['r'] = ss.rA
- print('endA: ',endA)
  # get actual r of end points (r in subsystem is not true location)
  for i in range(0,len(ms.pointList)):
  # check if point is attached to the subsystem line
@@ -1321,7 +1318,7 @@ def subsystem2Line(ms,ssNum,nsegs=10):
  else:
  # update end A r
  points[endA]['r'] = ms.pointList[i].r
- points[endA]['type'] = ms.pointList[i].type  
+ points[endA]['type'] = ms.pointList[i].type 
  # check if end points are attached to a body
  for k in range(0,len(ms.bodyList)):
  if i+1 in ms.bodyList[k].attachedP:

moorpy/subsystem.py

@@ -124,7 +124,6 @@ def __init__(self, mooringSys=None, num=0, depth=0, rho=1025, g=9.81,
  self.qs = 1 # flag that it's a MoorPy analysis, so System methods don't complain. One day should replace this <<<
 
 
-
  def initialize(self, daf_dict={}):
  '''Initialize the Subsystem including DAFs.'''
 
@@ -152,6 +151,7 @@ def initialize(self, daf_dict={}):
 
 
  def makeGeneric(self, lengths, types, connectors=[], suspended=0):
+
  '''Creates a cable of n components going between an anchor point and
  a floating body (or a bridle point). If shared, it goes between two
  floating bodies.
@@ -193,7 +193,7 @@ def makeGeneric(self, lengths, types, connectors=[], suspended=0):
  if suspended==2: # symmetrical suspended case
  rA = np.array([-0.5*self.span-self.rad_fair, 0, -1]) # shared line midpoint coordinates
  elif suspended==1: # general suspended case
- rA = np.array([-self.span-self.self.ss + self.rad_fair, 0, self.z_fair]) # other suspended end
+ rA = np.array([-self.span-self.rad_fair, 0, self.z_fair]) # other suspended end
  else: # normal anchored line case
  rA = np.array([-self.span-self.rad_fair, 0, -self.depth]) # anchor coordinates
  rB = np.array([-self.rad_fair, 0, self.z_fair]) # fairlead coordinates
@@ -224,7 +224,7 @@ def makeGeneric(self, lengths, types, connectors=[], suspended=0):
  raise Exception(f"Can't find lineType '{types[i]}' in the SubSystem.")
 
  # add the line segment using the reference to its lineType dict
- self.addLine(lengths[i], self.lineTypes[i])
+ self.addLine(lengths[i],self.lineTypes[i])
 
  # add the upper end point of the segment
  if i==self.nLines-1: # if this is the upper-most line