code.Data 

 1import Cols
 2import Row
 3import Utils
 4
 5class Data:
 6    def __init__(self, src):
 7        self.cols = None
 8        self.rows = []
 9        self.n = None
10        
11        if type(src) == str:
12            Utils.parse_csv(src, self.add)
13        else:
14            for row in (src or []):
15                self.add(row)
16        
17    def add(self, xs):
18        if not self.cols:
19            self.cols = Cols.Cols(xs)
20        else:
21            if hasattr(xs,'cells'):
22                self.rows.append(xs)
23            else:
24                row = Row.Row(xs)
25                self.rows.append(row)
26                for col in self.cols.x + self.cols.y:
27                        col.add(row.cells[col.at])
28    
29    def stats(self, round_upto=2, showCols=None, fun=None):
30        showCols, fun = showCols or self.cols.y, fun or self.cols.mid
31        t = {}
32        for col in showCols:
33            v = fun(col) 
34            if type(v) == float:
35                v = round(v, round_upto)
36            t[col.name] = v
37        return t
class Data: 
 6class Data:
 7    def __init__(self, src):
 8        self.cols = None
 9        self.rows = []
10        self.n = None
11        
12        if type(src) == str:
13            Utils.parse_csv(src, self.add)
14        else:
15            for row in (src or []):
16                self.add(row)
17        
18    def add(self, xs):
19        if not self.cols:
20            self.cols = Cols.Cols(xs)
21        else:
22            if hasattr(xs,'cells'):
23                self.rows.append(xs)
24            else:
25                row = Row.Row(xs)
26                self.rows.append(row)
27                for col in self.cols.x + self.cols.y:
28                        col.add(row.cells[col.at])
29    
30    def stats(self, round_upto=2, showCols=None, fun=None):
31        showCols, fun = showCols or self.cols.y, fun or self.cols.mid
32        t = {}
33        for col in showCols:
34            v = fun(col) 
35            if type(v) == float:
36                v = round(v, round_upto)
37            t[col.name] = v
38        return t
Data(src) 
 7    def __init__(self, src):
 8        self.cols = None
 9        self.rows = []
10        self.n = None
11        
12        if type(src) == str:
13            Utils.parse_csv(src, self.add)
14        else:
15            for row in (src or []):
16                self.add(row)
def add(self, xs): 
18    def add(self, xs):
19        if not self.cols:
20            self.cols = Cols.Cols(xs)
21        else:
22            if hasattr(xs,'cells'):
23                self.rows.append(xs)
24            else:
25                row = Row.Row(xs)
26                self.rows.append(row)
27                for col in self.cols.x + self.cols.y:
28                        col.add(row.cells[col.at])
def stats(self, round_upto=2, showCols=None, fun=None): 
30    def stats(self, round_upto=2, showCols=None, fun=None):
31        showCols, fun = showCols or self.cols.y, fun or self.cols.mid
32        t = {}
33        for col in showCols:
34            v = fun(col) 
35            if type(v) == float:
36                v = round(v, round_upto)
37            t[col.name] = v
38        return t