def makeData():
data = getData()
state = data['state']
counties = data['counties']
ctyNames = []
for name in counties:
ctyNames.append( name )
ctyNames.sort()
#for name in ctyNames:
# print name
nPoints = 0
ctys = []
for name in ctyNames:
county = counties[name]
shapes = []
#for point in county['points']:
# pts.append( '[%s,%s]' %( point[0], point[1] ) )
#ctys.append( '{name:"%s",centroid:[%.8f,%.8f],points:[%s]}' %(
# county['name'],
# ','.join(pts)
#) )
#centroid = county['centroid']
for shape in county['shapes']:
pts = []
area = shape['area']
bounds = shape['bounds']
center = shape['center']
centroid = shape['centroid']
points = shape['points']
size = shape['size']
for point in points:
nPoints += 1
# TODO: refactor all this point formatting
pts.append( '[%s,%s]' %( point[0], point[1] ) )
shapes.append( '{area:%.8f,bounds:[[%.8f,%.8f],[%.8f,%.8f]],size:[%.8f,%.8f],center:[%.8f,%.8f],centroid:[%.8f,%.8f],points:[%s]}' %(
area,
bounds[0][0], bounds[0][1],
bounds[1][0], bounds[1][1],
size[0], size[1],
center[0], center[1],
centroid[0], centroid[1],
','.join(pts)
) )
ctys.append( '{name:"%s",shapes:[%s]}' %(
reader.fixCountyName( name ),
','.join(shapes)
) )
print '%d points in %d places' %( nPoints, len(ctys) )
write( 'data.js', '''
Data = {
counties: [%s]
};
''' %( ','.join(ctys) ) )
def makeData():
data = getData()
state = data['state']
counties = data['counties']
ctyNames = []
for name in counties:
ctyNames.append(name)
ctyNames.sort()
#for name in ctyNames:
# print name
nPoints = 0
ctys = []
for name in ctyNames:
county = counties[name]
shapes = []
#for point in county['points']:
# pts.append( '[%s,%s]' %( point[0], point[1] ) )
#ctys.append( '{name:"%s",centroid:[%.8f,%.8f],points:[%s]}' %(
# county['name'],
# ','.join(pts)
#) )
#centroid = county['centroid']
for shape in county['shapes']:
pts = []
area = shape['area']
bounds = shape['bounds']
center = shape['center']
centroid = shape['centroid']
points = shape['points']
size = shape['size']
for point in points:
nPoints += 1
# TODO: refactor all this point formatting
pts.append('[%s,%s]' % (point[0], point[1]))
shapes.append(
'{area:%.8f,bounds:[[%.8f,%.8f],[%.8f,%.8f]],size:[%.8f,%.8f],center:[%.8f,%.8f],centroid:[%.8f,%.8f],points:[%s]}'
% (area, bounds[0][0], bounds[0][1], bounds[1][0],
bounds[1][1], size[0], size[1], center[0], center[1],
centroid[0], centroid[1], ','.join(pts)))
ctys.append('{name:"%s",shapes:[%s]}' %
(reader.fixCountyName(name), ','.join(shapes)))
print '%d points in %d places' % (nPoints, len(ctys))
write('data.js', '''
Data = {
counties: [%s]
};
''' % (','.join(ctys)))
def makeData():
data = getData()
state = data['state']
counties = data['counties']
ctyNames = []
for name in counties:
ctyNames.append( name )
ctyNames.sort()
#for name in ctyNames:
# print name
nPoints = 0
ctys = []
for name in ctyNames:
county = counties[name]
pts = []
#for point in county['points']:
# pts.append( '[%s,%s]' %( point[0], point[1] ) )
#ctys.append( '{name:"%s",centroid:[%.8f,%.8f],points:[%s]}' %(
# county['name'],
# ','.join(pts)
#) )
pts = []
#lats = lons = 0
minLat = minLon = 360
maxLat = maxLon = -360
centroid = county['centroid']
points = county['points']
for point in points:
nPoints += 1
pts.append( '[%s,%s]' %( point[0], point[1] ) )
ctys.append( '{name:"%s",centroid:[%.8f,%.8f],points:[%s]}' %(
reader.fixCountyName( name ),
centroid[0], centroid[1],
','.join(pts)
) )
print '%d points in %d places' %( nPoints, len(ctys) )
write( '../data.js', '''
Data = {
counties: [%s]
};
''' %( ','.join(ctys) ) )
def makeData():
data = getData()
state = data['state']
counties = data['counties']
ctyNames = []
for name in counties:
ctyNames.append(name)
ctyNames.sort()
#for name in ctyNames:
# print name
nPoints = 0
ctys = []
for name in ctyNames:
county = counties[name]
pts = []
#for point in county['points']:
# pts.append( '[%s,%s]' %( point[0], point[1] ) )
#ctys.append( '{name:"%s",centroid:[%.8f,%.8f],points:[%s]}' %(
# county['name'],
# ','.join(pts)
#) )
pts = []
#lats = lons = 0
minLat = minLon = 360
maxLat = maxLon = -360
centroid = county['centroid']
points = county['points']
for point in points:
nPoints += 1
pts.append('[%s,%s]' % (point[0], point[1]))
ctys.append('{name:"%s",centroid:[%.8f,%.8f],points:[%s]}' %
(reader.fixCountyName(name), centroid[0], centroid[1],
','.join(pts)))
print '%d points in %d places' % (nPoints, len(ctys))
write('../data.js', '''
Data = {
counties: [%s]
};
''' % (','.join(ctys)))
def makeData():
data = getData()
state = data["state"]
counties = data["counties"]
ctyNames = []
for name in counties:
ctyNames.append(name)
ctyNames.sort()
# for name in ctyNames:
# print name
nPoints = 0
ctys = []
for name in ctyNames:
county = counties[name]
shapes = []
# for point in county['points']:
# pts.append( '[%s,%s]' %( point[0], point[1] ) )
# ctys.append( '{name:"%s",centroid:[%.8f,%.8f],points:[%s]}' %(
# county['name'],
# ','.join(pts)
# ) )
# centroid = county['centroid']
for shape in county["shapes"]:
pts = []
area = shape["area"]
bounds = shape["bounds"]
center = shape["center"]
centroid = shape["centroid"]
points = shape["points"]
size = shape["size"]
for point in points:
nPoints += 1
# TODO: refactor all this point formatting
pts.append("[%s,%s]" % (point[0], point[1]))
shapes.append(
"{area:%.8f,bounds:[[%.8f,%.8f],[%.8f,%.8f]],size:[%.8f,%.8f],center:[%.8f,%.8f],centroid:[%.8f,%.8f],points:[%s]}"
% (
area,
bounds[0][0],
bounds[0][1],
bounds[1][0],
bounds[1][1],
size[0],
size[1],
center[0],
center[1],
centroid[0],
centroid[1],
",".join(pts),
)
)
ctys.append('{name:"%s",shapes:[%s]}' % (reader.fixCountyName(name), ",".join(shapes)))
print "%d points in %d places" % (nPoints, len(ctys))
write(
"data.js",
"""
Data = {
counties: [%s]
};
"""
% (",".join(ctys)),
)
