updating with idealpop control and linting

Alamance,171415

Alexander,36444

Alleghany,10888

Anson,22055

Ashe,26577

Avery,17806

Beaufort,44652

Bertie,17934

Bladen,29606

Brunswick,136693

Buncombe,269452

Burke,87570

Cabarrus,225804

Caldwell,80652

Camden,10355

Carteret,67686

Caswell,22736

Catawba,160610

Chatham,76285

Cherokee,28774

Chowan,13708

Clay,11089

Cleveland,99519

Columbus,50623

Craven,100720

Cumberland,334728

Currituck,28100

Dare,36915

Davidson,168930

Davie,42712

Duplin,48715

Durham,324833

Edgecombe,48900

Forsyth,382590

Franklin,68573

Gaston,227943

Gates,10478

Graham,8030

Granville,60992

Greene,20451

Guilford,541299

Halifax,48622

Harnett,133568

Haywood,62089

Henderson,116281

Hertford,21552

Hoke,52082

Hyde,4589

Iredell,186693

Jackson,43109

Johnston,215999

Jones,9172

Lee,63285

Lenoir,55122

Lincoln,86810

Macon,37014

Madison,21193

Martin,22031

McDowell,44578

Mecklenburg,1115482

Mitchell,14903

Montgomery,25751

Moore,99727

Nash,94970

New Hanover,225702

Northampton,17471

Onslow,204576

Orange,148696

Pamlico,12276

Pasquotank,40568

Pender,60203

Perquimans,13005

Person,39097

Pitt,170243

Polk,19328

Randolph,144171

Richmond,42946

Robeson,116530

Rockingham,91096

Rowan,146875

Rutherford,64444

Sampson,59036

Scotland,34174

Stanly,62504

Stokes,44520

Surry,71359

Swain,14117

Transylvania,32986

Tyrrell,3245

Union,238267

Vance,42578

Wake,1129410

Warren,18642

Washington,11003

Watauga,54086

Wayne,117333

Wilkes,65969

Wilson,78784

Yadkin,37214

Yancey,18470

 No newline at end of file

myCmap = matplotlib.colors.ListedColormap(colorMap[:5])

transparentColorMap = matplotlib.colors.ListedColormap([(0, 0, 0, 0)])

################################################################################

###############################################################################

# if popHeader is not the empty string, it will be used; otherwise use popIndex

def readPopDict(keys, popDataPath, popHeader = "", popIndex = 1, 

                popFileDelim = ","):

def readPopDict(keys, popDataPath, popHeader="", popIndex=1, popFileDelim=","):

    with open(popDataPath) as pF:

        lines = pF.readlines()

    header_huh = len(lines) > len(keys)

        popDict[key] = val

    return popDict

################################################################################

###############################################################################

def mergePopulationData(gpdFile, popDataPath, keyField="", popHeader="", 

                        popIndex=1, popName="", popFileDelim=","):

    keyField = gpdExtractor.checkField(gpdFile, keyField)

    keys = gpdFile[keyField].tolist()

    if popName == "":

        if popHeader != "":

            popName = popHeader

                        right_index=True, suffixes=('', '_pop'))

    return mergedSF

################################################################################

###############################################################################

def greedyColor(gpdFile, colorField='color'):

    gpdFile[colorField] = -1

    for ii, f in gpdFile.iterrows():

        geom = f.geometry

        intersects = gpdFile[gpdFile.geometry.intersects(geom)]

        intersectingClusts = intersects.clstCnties.tolist()

        nbrColors = intersects.color.tolist()

        nbrColors = [nC for nC in nbrColors if nC != -1]

        color = 0

            color += 1

        gpdFile.at[ii, colorField] = color

################################################################################

###############################################################################

def saveMap(clusterDF, cntyDF, clusterIndex, outDir="output", 

                   prefix = "Clustering", suffix = ".png", figsize = (25, 15),

                   dpi = 200):

            prefix="Clustering", suffix=".png", figsize=(25, 15), dpi=200):

    if not os.path.exists(outDir):

        os.makedirs(outDir)

    outPath = os.path.join(outDir, prefix + str(clusterIndex) + suffix)

    greedyColor(clusterDF)

    clusterDF['coords'] = clusterDF['geometry'].apply(lambda x: 

    geometries = clusterDF['geometry']

    clusterDF['coords'] = geometries.apply(lambda x: 

                                           x.representative_point().coords[:])

    clusterDF['coords'] = [coords[0] for coords in clusterDF['coords']]

    cntyDF.plot(ax=base, cmap=transparentColorMap, linewidth=0.5, 

                edgecolor=(0, 0, 0, 0.5))

    for idx, row in clusterDF.iterrows():

        plt.annotate(text = "(" + str(row['noDstsInClst']) + ")", 

        plt.annotate(#s="(" + str(row['noDstsInClst']) + ")", 

                     text="(" + str(row['noDstsInClst']) + ")", 

                     xy=row['coords'],

                     horizontalalignment='center', 

                     bbox = dict(boxstyle = "round4", fc = "w"))

    plt.axis('off');

                     bbox=dict(boxstyle="round4", fc="w")

                     )

    plt.axis('off')

    plt.savefig(outPath, bbox_inches='tight', dpi=dpi)

################################################################################

 No newline at end of file

###############################################################################

import sys

import os

def addSubPaths(path):

    sys.path.append(path)

    subPaths = [sp for sp in os.listdir(path) 

    for sp in subPaths:

        addSubPaths(os.path.join(path, sp))

qgSourcePath = os.path.join("..", "src")

addSubPaths(qgSourcePath)