process_data Namespace Reference

Functions
def	ret_tru
def	get_next_ind
def	split_list

Variables
tuple	dat_file = open("data_out.out")
tuple	ltest = get_next_ind(dat_file, "&", lambda x:(x.startswith("Func") or x.startswith("Ablation") or x.startswith("Time") or x.startswith("&&")))
list	fncstack = []
string	timelist = ""
list	abl_val = []
list	timestr = simval[0]
list	fncstr = simval[1]
tuple	neur_mat = np.vstack(fncstack)
tuple	time_vec = np.fromstring(timelist, sep=' ')
string	fbase = "abl_study_"

Function Documentation

def process_data.get_next_ind	(		in_file,
			sep_ln = "&",
			predicate = ret_tru
	)

Definition at line 8 of file process_data.py.

def process_data.ret_tru

(

inval

)

Definition at line 6 of file process_data.py.

def process_data.split_list	(		inl,
			predicate
	)

Definition at line 20 of file process_data.py.

Variable Documentation

tuple process_data.abl_val = []

Definition at line 43 of file process_data.py.

tuple process_data.dat_file = open("data_out.out")

Definition at line 34 of file process_data.py.

list process_data.fbase = "abl_study_"

Definition at line 65 of file process_data.py.

list process_data.fncstack = []

Definition at line 41 of file process_data.py.

string process_data.fncstr = simval[1]

Definition at line 51 of file process_data.py.

tuple process_data.ltest = get_next_ind(dat_file, "&", lambda x:(x.startswith("Func") or x.startswith("Ablation") or x.startswith("Time") or x.startswith("&&")))

Definition at line 36 of file process_data.py.

tuple process_data.neur_mat = np.vstack(fncstack)

Definition at line 60 of file process_data.py.

tuple process_data.time_vec = np.fromstring(timelist, sep=' ')

Definition at line 61 of file process_data.py.

string process_data.timelist = ""

Definition at line 42 of file process_data.py.

string process_data.timestr = simval[0]

Definition at line 50 of file process_data.py.