python – Gets the formatted address in the stack along with the geometry (lat / long) and prints it to csv

I have a CSV file with 3 fields, two of which are of interest to me dealer name and city,
My goal was to output several CSV files, each with 6 fields, dealer name. city. Surname. formatierte_Adresse. width. degree of longitude,

For example, if an entry is the CSV Starbucks, ChicagoI would like the output CSV to contain all the information in the 6 fields (as mentioned above) as follows:
Starbucks, Chicago, Starbucks, "200 S Michigan Ave, Chicago, IL 60604, USA", 41.8164613, -87.8127855.
Starbucks, Chicago, Starbucks, "8N Michigan Ave, Chicago, IL 60602, USA", 41.8164613, -87.8127855
and so on for the rest of the results.

I used the text search request from the Google Maps Places API to do this. Here is what I wrote.

import pandas as pd
# import googlemaps
import requirements
# Import csv
# Import pprint as pp
to fall asleep now and then
import randomly


def search_output (search):
if len (data['results']) == 0:
print (& # 39; No results found for {}. & # 39;. format (search))

otherwise:

# Create CSV file
Filename = search + & # 39; .csv & # 39;
f = open (filename, "w")

size_of_json = len (data['results'])

# Get the next page token
# if size_of_json = 20:
# next_page = data['next_page_token']

        for i in range (size_of_json):
Name = data['results'][i]['name']
            
            
            
            Address = data['results'][i]['formatted_address']
            
            
            
            Latitude = data['results'][i]['geometry']['location']['lat']
            
            
            
            Length = data['results'][i]['geometry']['location']['lng']

            

            

            

            f.write (name.replace (& # 39;, & # 39 ;, & # 39;) + & # 39 ;, + address.replace (& 39 ;, & # 39; ;, & # 39;) + & # 39; + & gt; + str (width) + & # 39 ;, & # 39; + str (longitude) + & # 39; & # 39; ;)

f.close ()

print (& # 39; file successfully saved for "{}". & # 39; format (search))

sleep (random.randint (120, 150))


API_KEY = & # 39; your_key_here & # 39;

PLACES_URL = & # 39; https: //maps.googleapis.com/maps/api/place/textsearch/json? & # 39;


# Create data frame
df = pd.read_csv (& # 39; merchant.csv & # 39 ;, usecols =[0, 1])

# Create a search query
search_query = df['Merchant_Name'].astype (str) + & # 39; & # 39; + df['City']
search_query = search_query.str.replace (& # 39; & # 39 ;, & # 39; & # 39;

random.seed ()

to search in search_query:
search_req = & # 39; query = {} & key = {} & # 39 ;. format (search, API_KEY)
request = PLACES_URL + search_req

# Make inquiry and data in & # 39; dates & # 39; to save
Result = Inquiries.get (request)
data = result.json ()

Status = data['status']

    if status == & # 39; OK & # 39 ;:
search_output (search)
elif status == & # 39; ZERO_RESULTS & # 39 ;:
print (& # 39; No results for "{}". Moving on .. & # 39; format (search))
sleep (random.randint (120, 150))
elif status == & # 39; OVER_QUERY_LIMIT & # 39 ;:
print (& # 39; Query limit reached! Try after some time. "{}" could not be completed. & # 39;. format (search))
break
otherwise:
Print (status)
print (& # 39; ^ status out of order, try again. "{}" could not be completed. & # 39;. format (search))
break

I want to implement the next page token, but I can not think of a method that will not mess things up. Another thing I want to improve is my CSV writing pad. And handle redundancy.
I still plan to concatenate all CSV files (but still keep the original separate files).

Please note that I'm new to programming. In fact, this is one of my first programs that has helped me achieve something. So please elaborate something more, if need be. Many Thanks!

sg.symplectic geometry – Exponential decay of a $ J $ holomorphic map on a long cylinder

Accept $ (X, omega, J) $ is a closed symplectic manifold with a compatible, almost complex structure. The following fact follows from McDuff-Salamon's book on $ J $-holomorphic curves (especially Lemma 4.7.3).

given $ 0 < mu <1 $there are constants $ 0 <C < infty $ and $ hbar> 0 $ such that the following property applies. Accepted $ J $-holomorphic card $ u: (- R-1, R + 1) times S ^ 1 to X $ with energy $ E (u) < hbar $ defined on a circular ring (with $ R> 0 $) we have the exponential decay estimates

(1) $ E (u | _ {[-R+T,R-T] times S ^ 1}) le C ^ 2e ^ {- 2 mu T} E (u) $

(2) $ sup_ {[-R+T,R-T] times S ^ 1} | you | le Ce ^ {- mu T} sqrt {E (u)} $

for all $ 0 le T le R $, Here we take $ S ^ 1 = mathbb R / 2 pi mathbb Z $ and use the standard flat metric on the cylinder $ mathbb R times S ^ 1 $ and the metric up $ X $ measure the standard $ | you | $,

Well, if $ J $ were integrable, we can actually improve that estimate in the following ways: at the expense of the decline $ hbar $ and increase $ C $we can actually take $ mu = 1 $ in (1) and (2) above. The idea would be to use (2) to derive that $ u | _ {[-R,R] times S ^ 1} $ actually arranges a complex coordinate environment $ X $ where we can use the Fourier expansion of $ u $ along the cylinder $[-R,R] times S ^ 1 $ to get the desired estimate.

I would like to know if it is possible to improve the estimate $ mu = 1 $ even in case, if $ J $ is not integrable? In this case, a proof with some details or a reference would be desirable. If not, what is the reason and is it possible to develop a (counter) example to illustrate this?

Before the global financial crisis there were ferries between Okinawa and Taiwan. How long did the journey take?

Apparently we can ask here also historical travel questions, and a friend has just asked me one, so I can post them.

There are no more ferries between Taiwan and Japan, but there used to be ferries. The last route was discontinued in 2008 due to the global financial crisis and never started up again.

Another traveler in my hostel here in Japan just asked me how long the trip took by ferry. Does anyone know that?

me 2012, f4

BlackHatKings: Crypto speculation and investment
Posted by: MervinROX
Post Time: June 22, 2019 at 09:57.

Software – Apps for creating long horizontal (scanner) images

** not panorama! **

Are there cameras or camera apps for creating long horizontal images using techniques similar to those of a scanner?

Such an app would either record a video or use a live camera and use Motion Detection to extract a center column of each frame to create an infinitely long image.

The difference with Panorama is that Panorama works by rotating the camera. This works by moving the camera in one direction. Imagine pointing the camera out at a car or a train and taking a long, flat projection photo of an entire city block.

I know that I might be able to do this in Photoshop, but it would be extremely tedious, as only a small column can be used from the center of the image, otherwise there will be problems with perspective distortion and I wonder if cameras already support this. Many cameras now support apps and programmable devices have cameras

Panorama software will not achieve what I'm trying to get.

Trying to clarify the result of the technique I was looking for would create a picture without a horizontal perspective. Imagine trying to take a photo of a bookshelf with 2 images, one for the left 60%, one for the right 60%. They overlap in the middle. In both pictures you get perspective. You will see that the pages of the bookshelves point to the center and that the panorama software can not solve this problem.

On the other hand, if you've taken 1000 pictures and recorded only 1% of each in the middle, you'll get a flat picture, at least in the vertical plane. Since assembling so many (or many more) images is far too costly, ideally you want software that uses only a single vertical pixel column of each image to save on storage and processing costs.

So smartphone cameras take panoramas (at least iphone). When rotating the camera, only one pixel column is needed. Unfortunately, the compass sensor is used to detect that you are spinning. There is no position sensor that is accurate enough to know that you are moving the camera from left to right, so you will need to use the image motion detection technology instead.

Flash – How to achieve this effect in low light / long exposure, but the subject stays calm / sharp?

The subject is in complete darkness. After a long exposure (1 or 2 seconds) and a little shake of the camera, the lights in the picture leave tracks, but you do not get a blurry scene.

Combine that with a camera flash (1 / 1000s maybe?) That illuminates the subject and you have it. (The flash also illuminates the objects in the lower right corner of the image).

Edit – The flash fires either at the beginning or at the end of the exposure, controlled by the first / second curtain synchronization setting. I do not think it would be too important for this exposure, but for an effect like car light trails that appear BEHIND the car (Car Light Trails, Google images), you would use the second curtain. So, if you have the shutter open for a second or two, capture the light trails and the flash fires when the shutter closes (2nd curtain) to illuminate the car that is frozen in the frame with the light trails behind it ,

The default curtain sync setting is usually the first one to light the car when the shutter opens, and THEN pick up the light trails that appear to be in the foreground.

Front-End – How do you print messages in a long loop immediately on the console?

I noticed that something has changed. I'm not sure when this started, whether it's 12.0 or 11.3.

I like to use To press not inside either Do or table for debugging. I have sent all the printouts to the console I opened to see how far the calculation has gone so far.

        Current value[$FrontEnd, {"PrintAction"}] = {"PrintToConsole"}

If the number of iterations is large, the front end will not display the print statements in the console until after the loop has finished. which destroys the purpose of the prints because I want to see them while the loop is running.

Either the console does not scroll automatically or the messages are buffered there but not deleted.

What is the right way to do that? To press emerge immediately? I found adding one pause[0.1] After each print, the pressure is displayed at each iteration. A smaller value of pause The 0.1 did not work so well.

However, this means that the loop now takes longer.

Here is a MWE I have used now.

Delete everything[x,y,t,n,m]
L = 20;
H = 30;
c = 3/10;
f1[x_]: = Piecewise[{{1,48/100 L<= x<= 52/100 L},{0,True}}];
f2[y_]: = Piecewise[{{1,48/100 H<= y<= 52/100 H},{0,True}}];
numberOfTerms = 200;
res[n_,m_]= N @ Integrate[f1[x]* f2[y]*Sin[(n Pi)/L x]*Sin[(m Pi)/H y], {x, 0, L}, {y, 0, H}];

And now the loop.

Danger. Make sure that you save all your work before running the following loop. Since the frontend can lock until the loop is finished, it can take many long minutes. So if you do not want to wait, you can do it Not to be able to stop the evaluation.

Note = Table[Print["n=", n, ", m=", m]; (*Pause[.1]; *)
assess[res[n, m]], {n, 1, numberOfTerms}, {m, 1, numberOfTerms}];

While doing the above, a glance at the console shows nothing is printing until the loop is completed. Then all messages are displayed at once.

Using 12.0 on Windows 10 with 64 GB of RAM.

2019 f8

2019 f8[IMG]https: //i106.fastpic****big/2019/0611/18/90fbbfe974acd59fd7ca8e093bb70518.jpg[/IMG], : ,,,. .:. 3: ().: 16 2019 (Rocketman). : 2019 ..16: 3023: 20.4: 10. Rocket Man (I think it will take a long, long time) Remastered Lady GagaBradley Cooper. 4:41. Another bites into the grass. (1993) HD (720, 1080). 3, 2019 27 2019: Annabelle Comes to Kino Guru 27 19 2019. 2019 8k. Full version: 95.. June 14, 2018 – 2 min. , – (). , 01:43, 17 821, 26 (2019) 720, 1080. Puzzzle. 2019.: 7 2 3 6, -. ? http ftp, 1 ,. Rocketman – (2019). 2: 47 (2015). , , , , , ! ,,,. 28 2015 21:53. ! ! 5 2016 10:00 .F41F, (F41C); ; (,, F41A; F41B). (738). F41F3 (551) () ,,,, Rocket Man ukulele tablature by Elton John, free tablature for the ukulele and chords -57. ,,,. :. -57. – ,. .2, 46.. . () ,. . , , ., 19 (2015) 720 HD. , ,,,. , , (2019) HDRip! (2019) HDTVRip (2019) BDRip (2019) HDTVRip: (2019) Telecine (2019) WEB-DLRip (2019) TS (2019) TS V2. 2019 2. -2 (2019). 10., 07.32.4.825: BDRip (). 1.46 GB (2019). 10: 4-06-2019, 22:34:246: GB. 2019. – – (2019). 10 1.46 GB. 2019. 6 … 2 2 .. 6 6. -. 2 2 .. 2019.. 38 :. 4. 10 2. 60. 6 2. 260 :. 9. 03:37. Elton John The Bitch is back (1974). (). – 2019 ,,, Blu Ray HD (2019). :: (2019). ! : 2019 2019 2019 hd 2019: http: //sallieanncooks.ning.com/profi…pyrl01l0wdliva.

MervinROX
Reviewed by MervinROX on
,
2019 f8
2019 f8https: //i106.fastpic*****big/2019/0611/18/90fbbfe974acd59fd7ca8e093bb70518.jpg. : ,,,. .:. 3: ().: 16 2019 (Rocketman). : 2019 ..16: 3023: 20.4: 10. Rocket Man (I think it will take a long, long time) Remastered Lady GagaBradley Cooper. 4:41. Another bites into the grass. (1993) HD (720, 1080). 3, 2019 27 2019: Annabelle Comes to Kino Guru 27 19 2019. 2019 8k. Full version: 95.. June 14, 2018 –
Rating: 5

,

: 2019 m1

: 2019 m1[IMG]https: //i106.fastpic****big/2019/0606/37/6e30d10e1890b455c8cc2c9384c95337.jpg[/IMG] I: I: I: 1. 2018 ,,, -,:,. . 35 … . . . , , , , – -, -. (11 23 2015) ,,,,,,. .6. 20190 rating (s) – 0 average; 12345, 2020 2. 2D .19: (12+). i hd 10:35, "." 7: 00, 71, 12.-15: 20, 7: 13 ,! 13: 40, -, 2016, 9.. 20781-10581 ,,, 71, 14 2018 2019:,. (2019) Eter. ,,, 15: (12+) .24. (), & # 39;; Author Tema: 2019 mtw (Ledo 3 veces) :: -: ,,,: HD -: "" – ":" -. : (2019) 90: (2019) 30. 2015, 1967, 30. 201785. – -, 16. 2019 "": .1. 2019 ,,,:. ,,, & # 39; 50-. ; # 35% 50% ,,: ,,, Hallmark films cinema films filmlife movie review # 6 PremierCity11: 50 3 (16+) – 55-: 5. 2017, – ,, 28 2019, 14:12 21885. ":". , 28.. & # 39; ":". You Tube – 20th Century Fox United Kingdom. . , .X-Men: Dark Phoenix: 6 2019! – ,,. , ,,,. , -pc Mobile and Smartphone. , , : X-Men: Days of the Future Past (2014) CAMRip PROPER. – 28. 2014, 18.08. , ,, + -. -. , , :. . . . , Facebook comments. The X-Men: The Dark Phoenix Movie 21 2019. Facebook Comments. , MOBILE ZONE. Google Apple Pixel 3a. , 1 ago. .2019. Yulia Dimitrova. 2018 ,. -5: (6). , ,,,. ? : (13) DC ,. , 80-. :. 6 :. Dark Phoenix. .2019. , The child. .2019. , Children's. .2019. , Long shot. .2019. :. 01:48. 116 13 2019.:. 02:13. 34 18 2019. 3: (). 02:03 70 17 2019.:. 12:38. 95 9 2019. – :. 02:33. 50 23 2019. 3 :. 02:38. 999 18 2019. 3: (). 02:39. 62 28 2019. 2: (). 02:37. 610 28 2019 .: (3D) Dark Phoenix. , , , :. , , 6 2019: Dark Phoenix. : (3D) Dark Phoenix.Today Views: 9 Yesterday Views: 9 One Year Views: 194. Telegram Channels. : -. 20190228 20:57 .. (2019). , x. , (2019). . x: (2019). , x. , ,,,,. x. : (2019). , , :. 28 15:12. Xiaomi, 26. 12:20. , :, -. . 21:57. , :. 6 .2019. , The child. .2019. , Children's. , -, -. "6 2019. 0." "." ": -." ". -,.: (Dark Phoenix) 3D!:,.:,,, I.: 114.: ,,.. ,, 2019. HD 2 + 2: "2 + 2" & # 39; – "" ",. ,, "2 + 2". :: 2019 i: 2019 i hd: i :: 2019: i 2019 :: i :: http: //vocal-buzz.ning.com/profiles/…s/v22ux35ugg4s.

MervinROX
Reviewed by MervinROX on
,
: 2019 m1
: 2019 m1https: //i106.fastpic****big/2019/0606/37/6e30d10e1890b455c8cc2c9384c95337.jpg i: i: i: 1. 2018 ,,, -,:,. . 35 … . . . , , , , – -, -. (11 23 2015) ,,,,,,. .6. 20190 rating (s) – 0 average; 12345, 2020 2. 2D .19: (12+). i hd 10:35, "." 7: 00, 71, 12.-15: 20, 7: 13 ,! 13: 40, -, 2016, 9.. 20781-10581 ,,, 71, 14 2018 2019
Rating: 5

,

bq

BlackHatKings: Proxies and VPN area
Posted by: Davidbendy
Post Time: June 12, 2019 at 22:45.