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""" | |
Python script for batch geocoding of addresses using the Google Geocoding API. | |
This script allows for massive lists of addresses to be geocoded for free by pausing when the | |
geocoder hits the free rate limit set by Google (2500 per day). If you have an API key for paid | |
geocoding from Google, set it in the API key section. | |
Addresses for geocoding can be specified in a list of strings "addresses". In this script, addresses | |
come from a csv file with a column "Address". Adjust the code to your own requirements as needed. | |
After every 500 successul geocode operations, a temporary file with results is recorded in case of | |
script failure / loss of connection later. | |
Addresses and data are held in memory, so this script may need to be adjusted to process files line |
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#TSB | |
import plotly.graph_objs as go | |
import plotly.offline as offline | |
import pandas as pd | |
#This is the mapbox API token (different from the google token used in the main restaurant code - that provided the lat, long coordinate for each specified address) | |
#that will be used by the website to validate user access and map the latitude, longitude | |
#insert your token below" | |
mapbox_token = "" |
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#TSB | |
# coding: utf-8 | |
#This file is to query Google Big Query's public dataset Open Images, then get specific image files, access the URLs, download those image files | |
#then save them to a Google storage bucket | |
# We can access BigQuery's public datasets directly. Simply describe the dataset and table name properly, and bingo! you can query the data. | |
# You can browse through Bigquery's public datasets here: https://bigquery.cloud.google.com/publicdatasets/ | |
# ### Section 1 | |
# Look at the tables - structure, sample data, run some queries on them | |
# ### Section 2 | |
# Query for specific types of images, then: |
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#TSB | |
#simple module to calculate rocket class and move it up, down, left, right on demand | |
#also calculate distance from this rocket to other rocket | |
from math import sqrt | |
class Rocket(): | |
#create and init the class | |
def __init__(self, x=0, y=0): | |
self.x = x |
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#TSB - Use our own previously created module in Python - rocket positions (x,y) | |
import matplotlib.pyplot as plt | |
import simple_module1 as rg | |
#Make a series of rockets | |
rockets=[] | |
rockets.append(rg.Rocket()) | |
rockets.append(rg.Rocket(0,2)) | |
rockets.append(rg.Rocket(1,4)) | |
rockets.append(rg.Rocket(2,6)) |
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#TSB - Create Class in Python - rocket positions (x,y) and use to graph | |
import matplotlib.pyplot as plt | |
class Rocket(): | |
def __init__(self, x=0, y=0): | |
#each rocket has (x,y) position; user or calling function has choice | |
#of passing in x and y values, or by default they are set at 0 | |
self.x = x | |
self.y = y | |
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#module that moves a point (x,y) in 4 different directions, and calculates distance from another existing point | |
#I called the class Rocket as it could be intended for a rocket game | |
#Created on Thu Nov | |
#@author: hsantanam | |
#""" | |
from math import sqrt | |
class Rocket(): |
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##!/usr/bin/env python3 | |
""" | |
Created on Mon Mar 12 21:36:39 2018 | |
" TSB visual recognition of keras fashion dataset with SGD | |
" fashion dataset has images of various types of clothing and accessories | |
"show some of the images and predictions | |
"1st iteration created the model (commented out, explained in comments), | |
"this iteration calls and uses it | |
@author: hsantanam | |
""" |
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