hampelm

results = [(p1.address, p1.program), (p2.address, p2.program)]

grouped_results = {}
for elt in results: 
    if elt.address in grouped_results:
        grouped_results[elt.address].append(elt.program)
    else:
        grouped_results[elt.address] = [elt.program]
        
# To print out the groupings:

hampelm

echo "CREATE USER project_name WITH PASSWORD \'password\';" | psql postgres

createdb -O project_name project_name -T template_postgis

ogr2ogr -f PostgreSQL PG:dbname=databasename infile.shp


SELECT parcels FROM detroit where ST_Touches(current_parcel, detroit.geometry_column)
where current_parcel is a polygon geometry object in PostGIS
and detroit.geometry_column is the name of the column in the database with the polygon objects

hampelm

n = maximum number of parcels that can be in a cluster

Get list of parcels to survey. 
Create an empty list of clusters. 

Find top-leftmost parcel.
Find up to n-1 parcels that border that parcel. 
Only select parcels with the same street name. 
Only select parcels that aren't already in a cluster
Put the selected parcels in the same cluster.

hampelm

<<<<<<< HEAD [aka the thing you just pulled]
  hello
=======
  goodbye
>>>>>>> experiment:... [aka your files]

hampelm

library(ggplot2)
library(RJSONIO)
library(foreign)

input_dir = "~/projects/cfa/misc/stats/"
snow = read.csv(paste(input_dir, "snow_pot.csv", sep=""))
?read.csv

class(snow)
dim(snow)

hampelm

library(ggplot2)
library(RJSONIO)
library(foreign)

input_dir = "~/projects/cfa/misc/stats/"

snow = read.csv("~/projects/cfa/misc/stats/snow_pot.csv")
props = read.dbf("~/projects/cfa/misc/stats/SeoncAuctionProperties/SecondAuctionProperties.dbf")
income = fromJSON("~/projects/cfa/misc/stats/medianIncomeByTract.json")
incomeEdu = fromJSON("~/projects/cfa/misc/stats/medianIncomesByEduAndTract.json")

hampelm

/* jQuery Tiny Pub/Sub - v0.7 - 10/27/2011
 * http://benalman.com/
 * Copyright (c) 2011 "Cowboy" Ben Alman; Licensed MIT, GPL */

(function($) {

  var o = $({});

  $.subscribe = function() {
    o.on.apply(o, arguments);

hampelm

render: ->
  $(this.el).html this.template()
  bookHTML = for book in Books
    (new BookView model: book).render().el
  this.$('.book_list').append bookHTML


({
  render: function() {
    var book, bookHTML;

hampelm

/api/map/?points__within={ "type": "Polygon", "coordinates": [[[-125.363617, 48.656273], [-123.254242, 31.608656], [-77.902679, 26.068811], [-65.597992, 44.301984], [-125.363617, 48.656273]]]}

hampelm

    if(options.query != undefined) {
      this.pages = new LW.collections.Pages(options.query);
    }else {
      this.pages = new LW.collections.Pages();
    }