bengolder

import urllib2 as url
import json

h = "http://maps.googleapis.com/maps/api/geocode/json?address=9341+Venice+Boulevard+Culver+City,+California&sensor=false"
f = url.urlopen(h) # open the connection
s = f.read() # read the results as a string
d = json.loads(s) # convert the json string to a python dictionary
print d

bengolder

from Rhino.Geometry import Point3d, Vector3d, Curve

# inputs
    # numBoids
    # switch
    # boundingBox

class Boid():
    

bengolder

from Rhino.Geometry import Point3d, Vector3d, Curve

# define our class
class RoboCookie:
    
    def __init__(self, point):
        self.flavor = "strawberry"
        self.location = point
        self.friends = None
        self.direction = Vector3d( -point.X, -point.Y, -point.Z )

bengolder

from Rhino.Geometry import Vector3d, Point3d, Curve

class CakeBot:
    
    def __init__(self, radius, center):
        self.radius = radius
        self.location = center
        self.height = 0.5
        self.icingFlavor = "vanilla"
        self.numSlices = 8

bengolder

import postsites

# select a folder to load data from and create a dict for db stuff
my_data_folder = 'C:/tampaGIS'
dbinfo = {'user':'postgres', 'dbname':'postgis', 'password':'postgrespass'}

### If you haven't yet made a config XLS file, execute this block:
f = postsites.makeXlsConfigurationFile(my_data_folder)

# it looks like loadFromXlsConfigurationFile returns a tuple, of the datasource

bengolder

sites = {
'proposed_sites':{ 'name': 'proposed_sites', 'cols':['ogc_fid', 'fid_1', 'fid_1_1', 'objectid', 'assrdata_m', 'perimeter', 'ain', 'phase', 'lot', 'unit', 'moved', 'tra', 'pcltype', 'subdtype', 'tract', 'usecode', 'block', 'udate', 'editorname', 'parcel_typ', 'unit_no', 'pm_ref', 'tot_units', 'shape_area', 'shape_len', 'has_bb', 'count_', 'sum_oid_', 'sum_latitu', 'sum_longit', 'sum_buff_d', 'count_1']},
}

micro = {
'parcel':{ 'name': 'parcel', 'cols':['ogc_fid', 'objectid', 'assrdata_m', 'perimeter', 'ain', 'phase', 'lot', 'unit', 'moved', 'tra', 'pcltype', 'subdtype', 'tract', 'usecode', 'block', 'udate', 'editorname', 'parcel_typ', 'unit_no', 'pm_ref', 'tot_units', 'shape_area', 'shape_len', 'has_bb']},
'streetlights':{ 'name': 'streetlights', 'cols':['ogc_fid', 'objectid', 'angle', 'icon_txt', 'icon_id', 'ls', 'pole_type', 'lum_abbr', 'lumen', 'watts', 'lgt_type', 'sup_dist', 'petition', 'project', 'clmd', 'cc_no', 'l_no', 'pm', 'tract', 'uud', 'dateenr', 'sce_dist', 'sce_acct', 'sce_pol_i', 'sh

bengolder

import random
import os

from rhinopythonscripts.LayerTools import *
from rhinopythonscripts.PickleTools import *
from rhinopythonscripts.IllustrationTools import *
from rhinopythonscripts.FileTools import *
from rhinopythonscripts.GeomTools import *
from scriptcontext import doc

bengolder

import Rhino
import scriptcontext


# for accesssing GH classes
import clr
clr.AddReference("Grasshopper")
from Grasshopper.Kernel.Data import GH_Path
from Grasshopper import DataTree

bengolder

import urllib2
if EPSG:
    url = 'http://spatialreference.org/ref/epsg/%s/ogcwkt/' % EPSG
    f = urllib2.urlopen(url)
    OGC_WKT = f.read()

bengolder

import scriptcontext
import Rhino

def getLayerGeometry(layerName, typefilter=Rhino.DocObjects.TextObject):
    '''uses doc.Objects.FindByLayer and returns the Geometry of the
    resulting RhinoObjects. If nothing found, returns an empty list.'''
    objs = scriptcontext.doc.Objects.FindByLayer(layerName)
    out = []
    for obj in objs:
        if isinstance(obj, typefilter):