def dummyListOfDicts(size=100):
    """
    returns a list (of the given size) of dicts with fake data.
    some dictionary keys are missing for some of the items.
    """
    titles="ahp,halfwidth,peak,expT,expI,sweep".split(",")
    ld=[] #list of dicts
    for i in range(size):
        d={}
        for t in titles:
            if int(np.random.random(1)*100)>5: #5% of values are missing
                d[t]=float(np.random.random(1)*100) #random number 0-100
            if t=="sweep" and "sweep" in d.keys():
                d[t]=int(d[t])
        ld.append(d)
    return ld
def dummyListOfDicts(size=100):
    """
    returns a list (of the given size) of dicts with fake data.
    some dictionary keys are missing for some of the items.
    """
    titles="ahp,halfwidth,peak,expT,expI,sweep".split(",")
    ld=[] #list of dicts
    for i in range(size):
        d={}
        for t in titles:
            if int(np.random.random(1)*100)>5: #5% of values are missing
                d[t]=float(np.random.random(1)*100) #random number 0-100
            if t=="sweep" and "sweep" in d.keys():
                d[t]=int(d[t])
        ld.append(d)
    return ld
def dummyListOfDicts ( size = 100 ) : titles = "ahp,halfwidth,peak,expT,expI,sweep" . split ( "," ) ld = [ ] #list of dicts for i in range ( size ) : d = { } for t in titles : if int ( np . random . random ( 1 ) * 100 ) > 5 : #5% of values are missing d [ t ] = float ( np . random . random ( 1 ) * 100 ) #random number 0-100 if t == "sweep" and "sweep" in d . keys ( ) : d [ t ] = int ( d [ t ] ) ld . append ( d ) return ld
returns a list (of the given size) of dicts with fake data.
    some dictionary keys are missing for some of the items.
returns a list ( of the given size ) of dicts with fake data . some dictionary keys are missing for some of the items .