import datetime
import parsedata
import thinkplot
x = [1,2,3]
y = [4,5,6]
thinkplot.Scatter(x,y)
thinkplot.Show()
rawData = parsedata.parseFile('drifter.tab')
timeData = [point[0] for point in rawData]ge
print timeData
light = smoother(light)
lightdif = []
index = range(len(light)-1)
for i in index:
lightdif.append(light[i+1]-light[i])
# pull out sunrise/sunset
changes = (smoother(lightdif),date[0:-1])
combo = zip(*changes)
return (min(combo)[1],max(combo)[1])
def allRiseSet(fulldata):
# takes a continuous data set
# returns a list of (risetime, settime) as datetime.datetime objects
days = getDays(fulldata)
times = []
for day in days:
rise,sset = getRiseSet(day,fulldata)
times.append((rise,sset))
return times
if __name__=="__main__":
lightData = parsedata.parseFile("mooring.tab")
times = allRiseSet(lightData)
rise,sset=zip(*times)
timing = [dt.time() for dt in rise]
d = datetime.datetime.today()
dtiming = [datetime.datetime.combine(d,t) for t in timing]
thinkplot.Scatter(range(len(timing)),dtiming)
thinkplot.Show()