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# Copyright (C) 2016 EDF
# All Rights Reserved
# This code is published under the GNU Lesser General Public License (GNU LGPL)
import math
# Defines a specialization of the RegularSpaceGrid object in one dimension
# define a grid in one dimension
class OneDimRegularSpaceGrid:
# # Default constructor
# def __init__(self):
#
# return None
# Constructor
# p_lowValue minimal value of the grid
# p_step step size
# p_nbStep number of steps
def __init__(self, p_lowValue, p_step, p_nbStep):
self.m_lowValue = p_lowValue
self.m_step = p_step
self.m_nbStep = p_nbStep
# To a coordinate get back the mesh number
# p_coord coordinate
# return mesh number associated to the coordinate
def getMesh(self, p_coord):
if (self.m_lowValue <= p_coord) == False:
pass
return min(int(math.ceil((p_coord - self.m_lowValue) / self.m_step)), self.m_nbStep)
# get back value
def getLowValue(self):
return self.m_lowValue
def getStep(self):
return self.m_step
def getNbStep(self):
return self.m_nbStep
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