bin.class_files.nucleus_multiple_class.nucleus_multiple Class Reference

Public Member Functions
def	__init__ (self, names=None, A=None, Z=None, N=None, Y=None, X=None)
def	__repr__ (self)
def	X (self)
def	X (self, value)
def	A_X (self)
def	Z_Y (self)
def	Z_X (self)
def	Yprot (self)
def	Yneut (self)
def	Yhe4 (self)
def	df (self)
def	__mul__ (self, other)
def	__truediv__ (self, other)
def	__rmul__ (self, other)
def	__add__ (self, other)
def	write_finab (self, path="finab.dat")
def	write_seed (self, path=None)

Public Attributes
	names
	A
	Z
	N
	Y

Private Member Functions
def	__init_with_list (self)
def	__init_with_data (self)
def	__sum_over (self, A, Y)
def	__merge_nuclei (self, A, Z)

Detailed Description

  Class to deal with lists of nucleus objects

Definition at line 8 of file nucleus_multiple_class.py.

Constructor & Destructor Documentation

__init__()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__init__	(		self,
			names = None,
			A = None,
			Z = None,
			N = None,
			Y = None,
			X = None
	)

  Initialize the class
  Input:
    nuclist     - list of nucleus names

Definition at line 12 of file nucleus_multiple_class.py.

Member Function Documentation

__add__()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__add__	(		self,
			other
	)

  Add to instances of this class. The abundances are added for each nucleus.

Definition at line 255 of file nucleus_multiple_class.py.

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__init_with_data()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__init_with_data (   self )

private

  Initialize the class using A,Z,N

Definition at line 48 of file nucleus_multiple_class.py.

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__init_with_list()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__init_with_list (   self )

private

  Initialize the class using the list of nucleinames

Definition at line 39 of file nucleus_multiple_class.py.

__merge_nuclei()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__merge_nuclei (   self,   A,   Z  )

private

  Merge another list of nuclei into the own one.

Definition at line 192 of file nucleus_multiple_class.py.

__mul__()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__mul__	(		self,
			other
	)

 Multiply either two instances of nuclei lists or a float with this instance.

Definition at line 205 of file nucleus_multiple_class.py.

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__repr__()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__repr__

(

self

)

Definition at line 36 of file nucleus_multiple_class.py.

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__rmul__()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__rmul__	(		self,
			other
	)

Definition at line 251 of file nucleus_multiple_class.py.

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__sum_over()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__sum_over (   self,   A,   Y  )

private

Definition at line 95 of file nucleus_multiple_class.py.

__truediv__()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.__truediv__	(		self,
			other
	)

 Multiply either two instances of nuclei lists or a float with this instance.

Definition at line 227 of file nucleus_multiple_class.py.

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A_X()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.A_X

(

self

)

  Get sum over equal A's

Definition at line 121 of file nucleus_multiple_class.py.

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df()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.df

(

self

)

  Get a dataframe out

Definition at line 178 of file nucleus_multiple_class.py.

write_finab()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.write_finab	(		self,
			path = "finab.dat"
	)

Write the result (contained in self.__abundances) into a final abundance file. The format is:
|A   Z   N   Yi   Xi|
Input:
  path - Path to output file

Definition at line 279 of file nucleus_multiple_class.py.

write_seed()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.write_seed	(		self,
			path = None
	)

  Write a seed file

Definition at line 296 of file nucleus_multiple_class.py.

X() [1/2]

def bin.class_files.nucleus_multiple_class.nucleus_multiple.X

(

self

)

  Mass fraction

Definition at line 106 of file nucleus_multiple_class.py.

X() [2/2]

def bin.class_files.nucleus_multiple_class.nucleus_multiple.X	(		self,
			value
	)

  Mass fraction

Definition at line 113 of file nucleus_multiple_class.py.

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Yhe4()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.Yhe4

(

self

)

  Abundance of protons

Definition at line 166 of file nucleus_multiple_class.py.

Yneut()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.Yneut

(

self

)

  Abundance of protons

Definition at line 156 of file nucleus_multiple_class.py.

Yprot()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.Yprot

(

self

)

  Abundance of protons

Definition at line 146 of file nucleus_multiple_class.py.

Z_X()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.Z_X

(

self

)

  Get sum over equal Z's

Definition at line 137 of file nucleus_multiple_class.py.

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Z_Y()

def bin.class_files.nucleus_multiple_class.nucleus_multiple.Z_Y

(

self

)

  Get sum over equal Z's

Definition at line 129 of file nucleus_multiple_class.py.

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Member Data Documentation

A

bin.class_files.nucleus_multiple_class.nucleus_multiple.A

Definition at line 19 of file nucleus_multiple_class.py.

N

bin.class_files.nucleus_multiple_class.nucleus_multiple.N

Definition at line 21 of file nucleus_multiple_class.py.

names

bin.class_files.nucleus_multiple_class.nucleus_multiple.names

Definition at line 18 of file nucleus_multiple_class.py.

Y

bin.class_files.nucleus_multiple_class.nucleus_multiple.Y

Definition at line 29 of file nucleus_multiple_class.py.

Z

bin.class_files.nucleus_multiple_class.nucleus_multiple.Z

Definition at line 20 of file nucleus_multiple_class.py.