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1 # A translation of aggregate.pl into python! For analysis of Tn-Seq.
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2 # This script requires BioPython just like calc_fitness.py, so you need it installed along with its dependencies if you want to run these scripts on your own.
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3 # How to install BioPython and a list of its dependencies can be found here: http://biopython.org/DIST/docs/install/Installation.html
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4 # K. McCoy
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11
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12
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13
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14 ##### ARGUMENTS #####
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15
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16 def print_usage():
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17 print "Aggregate.py's usage is as follows:" + "\n\n"
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18 print "\033[1m" + "Required" + "\033[0m" + "\n"
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19 print "-o" + "\t\t" + "Output file for aggregated data." + "\n"
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20 print "\n"
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21 print "\033[1m" + "Optional" + "\033[0m" + "\n"
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22 print "-c" + "\t\t" + "Check for missing genes in the data set - provide a reference genome in genbank format. Missing genes will be sent to stdout." + "\n"
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23 print "-m" + "\t\t" + "Place a mark in an extra column for this set of genes. Provide a file with a list of genes seperated by newlines." + "\n"
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24 print "-x" + "\t\t" + "Cutoff: Don't include fitness scores with average counts (c1+c2)/2 < x (default: 0)" + "\n"
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25 print "-b" + "\t\t" + "Blanks: Exclude -b % of blank fitness scores (scores where c2 = 0) (default: 0 = 0%)" + "\n"
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26 print "-f" + "\t\t" + "An in-between file carrying information on the blank count found from calc_fitness or consol_fitness; one of two ways to pass a blank count to this script" + "\n"
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27 print "-w" + "\t\t" + "Use weighted algorithm to calculate averages, variance, sd, se" + "\n"
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28 print "-l" + "\t\t" + "Weight ceiling: maximum value to use as a weight (default: 999,999)" + "\n"
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29 print "\n"
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30 print "All remainder arguements will be treated as fitness files (those files created by calc_fitness.py)" + "\n"
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31 print "\n"
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32
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33 import argparse
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34 parser = argparse.ArgumentParser()
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35 parser.add_argument("-o", action="store", dest="summary")
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36 parser.add_argument("-c", action="store", dest="find_missing")
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37 parser.add_argument("-m", action="store", dest="marked")
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38 parser.add_argument("-x", action="store", dest="cutoff")
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39 parser.add_argument("-b", action="store", dest="blank_pc")
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40 parser.add_argument("-f", action="store", dest="blank_file")
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41 parser.add_argument("-w", action="store", dest="weighted")
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42 parser.add_argument("-l", action="store", dest="weight_ceiling")
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43 parser.add_argument("fitnessfiles", nargs=argparse.REMAINDER)
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44
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45 arguments = parser.parse_args()
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46
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47 if not arguments.summary:
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48 print "\n" + "You are missing a value for the -o flag. "
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49 print_usage()
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50 quit()
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51
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52 if not arguments.fitnessfiles:
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53 print "\n" + "You are missing fitness file(s); these should be entered immediately after all the flags. "
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54 print_usage()
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55 quit()
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56
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57 # 999,999 is a trivial placeholder number
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58
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59 if (not arguments.weight_ceiling):
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60 arguments.max_weight = 999999
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61
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62 # Cutoff exists to discard positions with a low number of counted transcripts, because their fitness may not be as accurate - for the same reasoning that studies with low sample sizes can be innacurate.
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63
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64 if (not arguments.cutoff):
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65 arguments.cutoff = 0
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66
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67 # Gets information from the txt output file of calc_fit / consol, if inputted
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68
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69 if arguments.blank_file:
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70 with open(arguments.blank_file) as file:
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71 blank_pc = file.read().splitlines()
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72 arguments.blank_pc = float(blank_pc[0].split()[1])
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73
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74 if (not arguments.blank_pc):
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75 arguments.blank_pc = 0
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76
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77
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78
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79
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80
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81 ##### SUBROUTINES #####
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82
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83 # A subroutine that calculates the average, variance, standard deviation (sd), and standard error (se) of a group of scores; for use when aggregating scores by gene later on
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84
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85 import math
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86 def average(scores):
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87 sum = 0
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88 num = 0
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89 for i in scores:
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90 sum += i
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91 num += 1
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92 average = sum/num
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93 xminusxbars = 0
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94 for i in scores:
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95 xminusxbars += (i - average)**2
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96 variance = xminusxbars/(num-1)
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97 sd = math.sqrt(variance)
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98 se = sd / math.sqrt(num)
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99 return (average, variance, sd, se)
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100
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101 # A subroutine that calculates the weighted average, variance, standard deviation (sd), and standard error (se) of a group of scores; the weights come from the number of reads each insertion location has
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102 # For use when aggregating scores by gene later on, if the weighted argument is called
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103
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104 def weighted_average(scores,weights):
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105 sum = 0
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106 weighted_average = 0
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107 weighted_variance = 0
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108 top = 0
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109 bottom = 0
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110 i = 0
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111 while i < len(weights):
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112 if not scores[i]:
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113 scores[i] = 0.0
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114 top += float(weights[i])*float(scores[i])
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115 bottom += float(weights[i])
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116 i += 1
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117 if bottom == 0:
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118 return 0
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119 weighted_average = top/bottom
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120 top = 0
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121 bottom = 0
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122 i = 0
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123 while i < len(weights):
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124 top += float(weights[i]) * (float(scores[i]) - weighted_average)**2
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125 bottom += float(weights[i])
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126 i += 1
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127 weighted_variance = top/bottom
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128 weighted_stdev = math.sqrt(weighted_variance)
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129 weighted_stder = weighted_stdev/math.sqrt(len(scores))
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130 return (weighted_average, weighted_variance, weighted_stdev, weighted_stder)
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131
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132
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133
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136
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139
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140
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141 ##### AGGREGATION / CALCULATIONS #####
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142
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143 #Reads the genes which should be marked in the final aggregate file into an array
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144
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145 import os.path
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146 if arguments.marked:
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147 with open(arguments.marked) as file:
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148 marked_set = file.read().splitlines()
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149
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150 #Creates a dictionary of dictionaries to contain a summary of all genes and their fitness values
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151 #The fitness values and weights match up, so that the weight of gene_summary[locus]["w"][2] would be gene_summary[locus]["s"][2]
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152
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153 import csv
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154 gene_summary = {}
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155 for eachfile in arguments.fitnessfiles:
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156 with open(eachfile) as csvfile:
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157 lines = csv.reader(csvfile)
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158 for line in lines:
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159 locus = line[9]
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160 w = line[12]
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161 if w == 'nW':
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162 continue
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163 if not w:
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164 w == 0
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165 c1 = float(line[2])
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166 c2 = float(line[3])
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167 avg = (c1+c2)/2
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168 if avg < float(arguments.cutoff):
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169 continue
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170 if avg > float(arguments.weight_ceiling):
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171 avg = arguments.weight_ceiling
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172 if locus not in gene_summary:
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173 gene_summary[locus] = {"w" : [], "s": []}
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174 gene_summary[locus]["w"].append(w)
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175 gene_summary[locus]["s"].append(avg)
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176
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177 #If finding any missing gene loci is requested in the arguments, starts out by loading all the known features from a genbank file
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178
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179 from Bio import SeqIO
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180 if (arguments.find_missing):
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181 output = [["locus","mean","var","sd","se","gene","Total","Blank","Not Blank","Blank Removed","M\n"]]
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182 handle = open(arguments.find_missing, "rU")
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183 for record in SeqIO.parse(handle, "genbank"):
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184 refname = record.id
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185 features = record.features
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186 handle.close()
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187
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188 #Goes through the features to find which are genes
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189
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190 for feature in features:
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191 gene = ""
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192 if feature.type == "gene":
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193 locus = "".join(feature.qualifiers["locus_tag"])
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194 if "gene" in feature.qualifiers:
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195 gene = "".join(feature.qualifiers["gene"])
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196 else:
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197 continue
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198
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199 #Goes through the fitness scores of insertions within each gene, and removes whatever % of blank fitness scores were requested along with their corresponding weights
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200
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201 #!!! issue = locus["w"] returning str not float for some reason!
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202
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203 sum = 0
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204 num = 0
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205 avgsum = 0
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206 blank_ws = 0
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207 i = 0
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208 if locus in gene_summary.keys():
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209 for w in gene_summary[locus]["w"]:
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210 if float(w) == 0:
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211 blank_ws += 1
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212 else:
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213 sum += float(w)
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214 num += 1
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215 count = num + blank_ws
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216 removed = 0
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217 to_remove = int(float(arguments.blank_pc)*count)
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218 if blank_ws > 0:
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219 i = 0
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220 while i < len(gene_summary[locus]["w"]):
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221 w = gene_summary[locus]["w"][i]
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222 if removed == to_remove:
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223 break
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224 if float(w) == 0:
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225 del gene_summary[locus]["w"][i]
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226 del gene_summary[locus]["s"][i]
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227 removed += 1
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228 i -= 1
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229 i += 1
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230
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231 #If all the fitness values within a gene are empty, sets mean/var to 0.10 and Xs out sd/se; marks the gene if that's requested
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232
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233 if num == 0:
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234 if (arguments.marked and locus in marked_set):
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235 output.append([locus, "0.10", "0.10", "X", "X", gene, count, blank_ws, num, removed, "M", "\n"])
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236 else:
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237 output.append([locus, "0.10", "0.10", "X", "X", gene, count, blank_ws, num, removed, "\n"])
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238
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239 #Otherwise calls average() or weighted_average() to find the aggregate w / count / standard deviation / standard error of the insertions within each gene; marks the gene if that's requested
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240
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241 else:
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242 if not arguments.weighted:
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243 (average, variance, stdev, stderr) = average(gene_summary[locus]["w"])
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244 else:
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245 (average, variance, stdev, stderr) = weighted_average(gene_summary[locus]["w"],gene_summary[locus]["s"])
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246 if (arguments.marked and locus in marked_set):
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247 output.append([locus, average, variance, stdev, stderr, gene, count, blank_ws, num, removed, "M", "\n"])
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248 else:
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249 output.append([locus, average, variance, stdev, stderr, gene, count, blank_ws, num, removed, "\n"])
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250
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251 #If a gene doesn't have any insertions, sets mean/var to 0.10 and Xs out sd/se, plus leaves count through removed blank because there were no reads.
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252
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253 else:
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254 if (arguments.marked and locus in marked_set):
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255 output.append([locus, "0.10", "0.10", "X", "X", gene, "", "", "", "", "M", "\n"])
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256 else:
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257 output.append([locus, "0.10", "0.10", "X", "X", gene, "", "", "", "", "\n"])
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258
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259 #Writes the aggregated fitness file
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260
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261 with open(arguments.summary, "wb") as csvfile:
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262 writer = csv.writer(csvfile)
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263 writer.writerows(output)
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264
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265 #If finding missing genes is not requested, just finds the aggregate w / count / standard deviation / standard error of the insertions within each gene, and writes them to a file, plus marks the genes requested
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266 #This is never called through Galaxy since finding missing genes is just better than not finding them.
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267
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268 else:
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269 output = [["Locus","W","Count","SD","SE","M\n"]]
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270 for gene in gene_summary.keys():
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271 sum = 0
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272 num = 0
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273 average = 0
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274 if "w" not in gene_summary[gene]:
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275 continue
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276 for i in gene_summary[gene]["w"]:
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277 sum += i
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278 num += 1
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279 average = sum/num
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280 xminusxbars = 0
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281 for i in w:
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282 xminusxbars += (i-average)**2
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283 if num > 1:
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284 sd = math.sqrt(xminusxbars/(num-1))
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285 se = sd / math.sqrt(num)
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286 if (arguments.marked and locus in marked_set):
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287 output.append([gene, average, num, sd, se, "M", "\n"])
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288 else:
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289 output.append([gene, average, num, sd, se, "\n"])
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290 with open(arguments.summary, "wb") as csvfile:
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291 writer = csv.writer(csvfile)
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292 writer.writerows(output)
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293
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388 #
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389 # ~MMM=:DMMM?, +NMMO=,:~I8MMMMM8+, , ~I8MMMMMN87~?8NNMMN8: +NMND~ +MN= ,$MMMI ?M8, ,OM8, :MN+ =MM? ,MMDNMMD ,+DM8I, ,,:::~~~::::::::::
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390 # IMMMNMM8I ,I8MM87~::+$8NNMMMMOI+=~~:, ,,:~=?$DNMMMMMMDOZI7ZDMMMD8I , , $M8+?8MM8I , 7MI +MN= ZMN, 8MD MMN8MMM, :$ONM8I+=:, ,,,::::~~~~~=====~:
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391 # , ,DMNN7: , ,OMMN7==~::~=?8NNMMMMMMNNMMMMMMMMMMMN8OO8ODNMMMMMD~ , IMMNMN~ ,OM+ ,NM$ ,NMO, :MM$ , ,:::,,::::,, $MNMMNM, ,,, :?ONMMNN8?~,, , ,,,,,,,::~~=+++??=~
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392 # ,,:=+????+, I$ :ZMMN8$~:,,, ,:=?7$O8DD8O$7+==+$O8DNMMMMMMMMM$ ?$, == ,~, ~NM= 8MD, ,OM8ZMMO , ,::::::~~~:,, ?MNMMZ ,,,,,, ,+7ONMNMD8O$+~, ,,,,,,::~====::
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393 # ,:=IONMMMMMMMMMMM8: ZN$: ,~DMMMND7=, ,,:~====:=$DNMMMMMMMN88MMMZ +N$ , ,7DN8= =MN, IMM =DMN7 ,,,,,,,,,, ,~?, ,,,,, , ~?$8MMMMNN8Z?~:,, ,:::,,,
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394 #+ONMMMMMMNO7=:,, ,,+MMO, 7D$: ~OMNMNNMNNNNNNNNNNNMMMMMMMMMNMMMM?,~MMM8 ND, 7MM=, ?NN:, +MO, ?MM, ,,,, , :,:=$DMMMMMMN87=~, ,,,,,
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395 #MMND8$: , 7NM7 , =?~,,, :?88DDDNNMNNNDNDD88Z?:, ZMM$ ,MMMO ,MM+ZNMM? ::ZNZ, +M$ ,MM?, , ,, ,,:=?Z8NMMMMMN8Z+=,
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396 #: ~ZMM8~ ,,,, 8MM, +MMM, 7ZZI~=$OOZ$: ,:+???+, +MZ =MN= ,,, , ,,:~=?IIII$ZO88DDNNNNNNMMMMMMMMMMN~,
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397 # ,:OMMM? ,,:,, 8MM ~NNM7 :OMMMMMMMMO: =M8, :NM~ = ,~?I, ,,,,,,,,,,,,,, ,~$DNMMMMMMMMMND8O888Z$II7777I??+++===:,
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398 # ?DMM8?, OMN??NMM$ ~8MMMO?===7MMM8: ~NM= =NN: ,OM~ ,, +NMMN~ ,,,,, ,,,,,,,, ,?$O8NNMDDZ7?+=~:, , , ,
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399 # , ~$MMMD+ , , ~MMNMMN~ : +NMMZ, NMNM~ 7MI , ZNN,, IMN, :DMNM+ ~+NMMMD~, ,,,,,,,, ,, ,,,,,:, +OMNMMOI~,
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400 # , $MMMM$, , ,=?ODNMNNMNMMMMNNND~ ,$D$, , ,8MM8 ,MMM7 ,ZMNNMM= DMMNMMMMMMMMMMMMNI: , ,,,,,,,,, ,,, ?NMO=, ,
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401 # ,~ZNMND7, ,,:~=+$DNNMMMMNDDDD888OZZZZ8NMMN IMMN: ,MMN~ +Z$+, ?NNNDO+:?O888OI, ,,,,,,, ,,, +MN+
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402 # =ONMMM8~ , ,:=IDMMMMMMMND8$+:, , ,INMNZ :MMM~, , +MMD , ,, ,,::,,,, ,,:::, ?M8: ,
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403 #8MMMNZ~ , =I$ONMMNDZ7?+, ,,=I8NMD7: DMMN DMN= ,:::, ,:~~=~~:,, :ZMMZI+: ,, ,,,,,,,
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404 #MN7:,:=7ONMMMD$?=, , ~7ODNMM$+: ~MMM++7ZOZOO8O8D8$~ ,MM8 ,,,,::~~==~~:,, :+7DMMMMNNDD88OOZZZO88DNNNN8=, ,,,,,,,
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405 #I,~+DMMNND7: , ,$MMMMMN7, $MMN :??+=~::,,,, NMD, ,:,,:::~=~~,,,, ,,=I$8DNMMMMMMMMMNMMMNZ: ,,,,,,
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406 #DNMNN7:, ,+ONMMMMNI: NMM$ DMN= ,,,,:::::~~::,, ?DMMMMDZ=, ,,,
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407 #N8$: ,,, ,:=?ONMMMD8Z+, ,,,, MMM= ZMMI ,=?$8NMMMMMMMMMMMN87=~~,,, :=ZMMMMD$~
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408 # , ,=ZNMMMMMNI:, ,~?Z88888$=, ,:~+??~, MMM, IMM$ ,=ZNMMMMMN8$+~=~=~~===7ODNMMMN8DNMMMN+, ,,
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409 # , ~?$ODMMMMNZ?: :II+~, ,=7= :?77?=:====?O+ ,,:,,, MMM, ?MM$ ,,,, :?ONMM8II=, , =DMMMM87=, ,,,,
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410 # , ,, ,~I8MMMMMMN87?~:=+?7$ZOO88DD888O$I+~:, ~ZZ: ,$7,~??, ,?+ ,+Z8$?==??= MMM =MM$ :?ODNNNNNNNMMO: ,:?NNMNO= ,,,IMMMNZ, ,,,:,,,,,,,,,,,,,
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411 #, ,~7DNMMMMMMMMMMMNNNNMMMNND8Z7II7$$$$ZODNNNMND$, :O$: , ,IN$, I+ +ZZ=,, 7+ MMM =ODDDDNNNNNN8= :MM$ ?DDNN8?::,, ,,7NMM8, 7NMNZ~, :OMMM$, , ,,:::~~:,,,,,,,,,,,,,,,,,
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412 #?8NMMMMMMMMMMMN8I:,,, ~$NMMM$ :87 +DM$ ID+~78I, O7 :=+~ MMM , , ?MM7 $NMN$, :I8MMMMMMNMDNNNNNNNNNDD88ZI=: ,ZMM7, +MMN~ ,,,:::,, ,,:,::::,,,,,,
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413 #MMMD8DNMDZ7=: ,:=+7ZNNNDOZ~ =DI , :7MM7, IDDZI, =DN88ZI77$N? NMM: $MM= ~: =OMNZ+ ,=7DMMMMMMNDDOOOOZ$7IIIII77$ZOO8NNMMD$+~ :OND~, ,, MMN= ,,,,,,,,,,,,,
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414 #: ,,, , ,:+ZNMNNMMNO?: +8? +NMN7 , , ON~ 8MM$ NMD, ,7MMMN, 7MMO, ,:ONMMMMN8I: ,~ZNMNN$, ~MM? , ZMNND?~: ,,, ,, ,,,,,,
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415 # , , ,:~?7$ZZ8NNMMMNO7I=, ~D+ ZNO=, , :NM$: =MMM NMO ~NMNMMM :ZDN$, ,,=7DMD$?=, :?ZMD$: :DMNOZZZ$: ,,,,, ~IDMMMMMMMMMMMMMMMMMMMMM8~
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416 # , =DMNNNNNNNN8$= : , ,,~?ODNZ: :DM? =: ,MMM7 +MN~ ,MM8:NMN INMZ, ,=ONOI , +NMZ ,,+ZDMMMMMMMN+, ,,,,,,, ,~?$ODNNNNNNNMMMMMMMMD= ,
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417 # ,:::::~7$I?=: ,~78NMNMMMMM? :+Z+ M8 $MM, =, DMMD NMN DMO OMM77NMI, ?8$~ , ~ZDDDNNNNNMMMMMMMMNMNNNNNDD8Z+:, IMN: I8DNMMMMN7~: ,,,,,, +$O$, ~$DMMMMMMMD~ ,, ,
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418 # :I+ :ID? ~ZDNNNNMMNO?~,, ,:::::=7ONMNNNDMMMN$ ,=IONNMMMMZ:, ~MO ,7MMMI $MN, , :MMN ?8NDDNND$~ +MM~ ,MM~=MMMNMD, =ONNDDNMMMMMMMMMMMMNNND88DNNNNNMMMMMMMNDO7+~::,:,7MM+ =DMMMNNO? ~ZMMMMM7::~INMMMMMMMMMMMMMN8:
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419 #:MMM+,INMMM: ,:~+78NMMMM8?==++++++???++??I$Z77$$$$$$$7II??I$ZZO8MMMMM8Z7~ ,IZI ~77+ ?MMMMD88MN8+~, +8MO$OMMMMMNMMMZ, ~=: OMM? ,MM? ZMM~MMMM8~ ,:+7$$$$ZZ7?==: :8MDOZ$ZZZODMMMMMM8+, ,:=?$ZZOOOOOOZ$: , , ,=8MNMMMMMMMMMMNDZ$7$MMMMMMMMMMMMMMMMMMNI+?I7ZDNMMMMMMMMMM$,
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420 #=MMMZ$MMMMMM~ ,::::~==~~+I$8NMMMMMN$::::::::,,, ,,=ONDDO$7II?+~, , ,,$DD87: =NND= , ,+$$=:~, ,:, ,MMD NMI ,~?Z8DND88$?: 8MM$MMMZ:=~:,~~:::,,,=$DNMND$MM8, ~DMNMMMN?, :7$7?+==~=:,,,,,,,, ,,,,,,, ,,,,,,::,,,,,:::::::,,,::::::,, ,OM$,7MMMMMMNZ= , ~8MMMMMMMNDO7I7MMMMMMMMMMMMN8Z7+?NMMMD,,
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421 #NMMMMMM? ,++, ~=I??= :7$ 7MM+ 7M7 ,:?ZZ$MMM8NMZ~+, :?INMMM? +$NMMMNZ: :+?I7$$Z$O88D88DDDDNNNNNNNNNNNNNNNNNNDDNDDDNNNNNMMNMMMMMMMNNNN$:??~ ,+II?=, , ,, ,?I??+=~, :MMMMMNM
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422 #MMMMMD~ ,:=++++++++++=~,,, +MMN: ,MMD, :M$ ,INMNMMMMMMMMMM~~~?D, :OMM8: ,+$8Z$+,,$MMMMMD, :IODDDD
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423 #N$~,,, ,~I$8NMMMMMMMMMNMMMMMMMMMMMMMMMMNNNN7: ZMMMM? NMMMNZ~:, +$: ,NMNI:::~?8MMM7I? IO ~I$ODNNNDND8OO$I?DMMMD$I8NMMMMMMMNMNMMMMMMM8=, ,
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424 # ,:~?ONMMMMNNNDDD8NMD+, ,~?Z8NMNM8=, , $MNNNMM? :DMMMNDD8DZ7$+, ,8NMMNMNMMMD$: =8, ,INMMMNZI?====+I$$8DDNMMMMMMNNNMND7, :~$DMMMNMO
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425 # ,?DMMMMMNNNMMM+::~++ZMMMM8ZZZZZZ$II77II7???=~:, ,+DMN7 =NMM8, ,NMMNMNMN$?I7I77OZ~ ~8D$~, ,MMMMMMNM8: :DMMM, , DMO=ZMZ,
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426 # ,?OMMN87=, IZNNNMMMMMMMMMMND7IIII??III$8DDNN8Z+, , ~MM ?OMMMM~ ,MMMMMZ+ ~I= IMMMO$$= ?NNM? MN~ +NM:
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427 # IMM8~ =MD, ?N= :,, ,+77?=+, $8MM7::OMMMMMMZ+ I+, ?NI , :MMM8$ NNI, 7M$
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428 # ,MMN $MD 7M+ ~ODNZ~, :7MMN? , $MMMN= 7MNMN: +8+ ,D8~ =MMDD8Z= =NMD OM7,
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429 # OMMD~ IMN: =8O:,~+$OO? :IZ+: :ZMMNM8= =DMMI ~8MM8= , ,, :8M?,$MM, ::, DM, =Z~ ,I8DDDN8$DMN~ MN ,=Z8DNDZZ= MD: ,
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430 # ,,,,,,,, ?8NNMM8$I????++=+8MMMD$77$ZDMMNMMMDNOZ~ :IZ8DOI~, =MMMNMNM8I:, ,7M8I +MND7 ~MNDDM8~ 7MI MM7 :8MDDM7 8N= ~ID$, ,:Z$?:,,,=ONNMNMD= ?M$ :: +MI ,,,,,,::~~:::,,,,,,, ,+OMO:, ,
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431 # ,,,::~===~~:, ,~+I$88DNNNNNNNNNDNDD8O$?~:, ,7DNMNDMMMN~,ZMND$8NNDZ=, $M? ?NNN7 =MO OMD$MM= MMMINMO $M7 DN: 8MMD: ?D~ :O8ZDMMMMD=, ,ZN$ ,INNMD= :NO ,:+8MMMMMMMMDI:,::,,
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432 #=~~~::~~::, ~?78MMMDNMM? :+I$DD87?=, OMNDO$7$OI: 7N+ ?MNMN~ MMMNM$ 7M$ 7M$ +NMMO, ?N~ ~8+ ~7NMMNNOI= ~?ONZ+ ~ZNND,$M8 ~MO $MMMMMMMMMM7:::~~~~~~=+++===~~~:::,,
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433 # ,~ONMMNO~, :?8NNMN8?~ZNMMMMMMMMMNMMNDOI=~NM? =MMM+ NMMMO 8M$ ,MM, $MMMN =D, ,?N~ , ?NMMMNNNDDO8DDD887, ,$ND= :O$NMZ IMO ,IMMMMN$, 7NO, ,,,,,:,,,
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434 # ,~IDMNN8OI, :~+$DMMMMMMMN87+=~~~~?ZDNNMM, ?NM? :NMN :MM7 ~MN ~DMMMN O~ :DD, ,MMMMNNOI:,, , ,=ZODD8D? :MMM: NMZ +8NM8, ,, :~ ,,~:,
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435 # ,INNMMNNO+ :=78NNZIIONMNNDMMN ,7D~ :MN~ MNMM?=MM $? OD, ,IMD ,:8MNMNNNNNNNNMMNM7: :8~ ZND OMN7, :NNMMMMN :8MMMMMNZ=:
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436 # :O88NMMN$=~:, ?MMN88NMMMD =MN? =, :NM +7$NO, =N8 , OMI, ,, 7M: ZDDND? MMO ,, +MM8?OMN: ,::
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437 # :$NMMMNMM8I: ,8MD, +MMN= ,=?77=:ZMMM7 ?MN ~$+ 7M7 ,DZ :M~ IMM8: ,8MN, , ,,,, :MMD,=DMM+,?O8= , ,
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438 # ,=I77$ONNNZ?+ONMZ =$D ,+=::+$8NNMNDNMD7?, ?MN :~~: ~D7 ,NI ,M7 ~?ZNZ?, 8MM~ =ZMMN~$MMMMMMMNMMD$ONMMMMD:
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439 # ~DMM= ~I7=, =DMMMD7MMM, :+?=?O$: ~N: ~MN88D$: NMM=, ~MMMMMMMMMMMMOZMMMMMM7::8MMI
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440 # , :DNNI :~IDMMND :::=?II?==~::ZN7=+I$ZZZ8DZ+~~: IMMM~ ~MMMNMMMMMI~:7NMMMMD7,: +NM8,
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441 # :NMM7, ~MM+ ,,,:~==~~~: , OMMN: ?NNMMMMM8, ~NMNO, =MMMN?,,
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442 # ,,,,,,,, ,$8MMO= ~M8 +MNO: ,MM~ , :: ,~, ,,:::,,,,
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443 # ,::,,,, ~ONND+ OD+ ?NMD, ?? ,::::::,,
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444 # :=+??=:,,,,, ~?$D87I: ~Z? =$DM$: ,::,,,,,,,,
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445 # ,:~==~, :+=, $NNNNZ~ ,,:~~: , :DMMMI
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446 # ,~~~~~:,,, ,,, ,~IMMMN8O+, ,:~?7$Z7~, :ZDMNNDNM8ZI
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447 # ,,~~:,, , :$DNNMMN8?, , ,~7ZOO?: ,:$NMMMM? :7NMMD?,
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448 # ,:~~:,,, $NMMMMMNMNO?~ ~?ODDD$=, :?8MMMMMD?~7NMMMD$~ :ONMMN?
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449 # ,,,,,,,,, ?$DMMMMMMMMMMD$?=~, ,~7ZZODN87????I$ODNMDOZ$7I: ~$ZDMD7==~ =$ZDND$++~,
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450 # ~?++=~~, ~+?II7ZNMMMMMM8$$$?~, ,~?II7Z8DDOZ$77II+: ~?IZDM8O$I~, :??$8MMNZZ7+,
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451 # , , ,+D7 :=IZ8NMMMNNMNNO$= ,:?ZDNNMMMNMND8Z7=, =ZNMMMMMD?,, :ONMNMMMN?,
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452 # ,MMMM7 ,,::~IONNMMNNDDD8OZI=, ,::::=+I$ONMNNNNDDDNNMMMMMMMMMD87: ,:~=ZNNNDOI, ~7$ZO8DDNNNNDD8O+:,
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453 #~, +MMMMDI?~ ,~+Z8DNDNNMMMMDD$+:,,, , ,~?7O8DNNNNNNMMMMMNOOZI??++?IZ88$: ,,~ZDMMMMMMMMMMMMMMMMMMNNNNNMMMNND8$=,,
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454 # ,~: NMMMMOZMM8: ,7DZ~ ,,~IONMMMMMMMMMNDZ+~: , ,=I8DNMMMMMNMNMMMMMDNMMMMNMMMNNNDDDDD8O8Z$7II+++IZDDMMNMN$,,
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455 # :~: MMMMMNMMM+ :, +?DOI~ ,:~?7$$ZODDNMNN8Z7??+=~:, ,~=+?7I?=:,,,,:=?I7$$$$$$$ZZZOO8DDNNMMNNNNNMMMMNMZ+
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456 # ~=, MMMMMMMM8 ,NNNO , ,~?ZDNMNNNNNNND8O7?:,,, ,~=7DMMMMMMMMMZ~
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457 # ,:+~ ,MMMMMMMMO ~N8: ,,:~, ,:~:,,, ,:~, ,:~~=+++?7$O8DNNNNNMMN8$=, ~+$ZO8DNNMMNNNND8OOOZ$+:, :=+I8MMMMDOI
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458 # ,=+ MMMMMMMMMDMZ, ~?: ,,,,, ,:~~~, ,NN?$NMMMMMMMMMMMN87~:,,,=+=:,,,,,,:?NMMNMMMMMMNNDNDI8MMM+ ,
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459 # +=, $MMMN?$NMN, ,+?+:, ,,:~~:, :=~, 8M= , :7ONNNO?~, , :$NNMMMMMMMMMMMMMN,
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460 # ,+? ,NNO,, , :ODNNNZ: :?777I= IMO ,,=$Z7+~ ,?NNMMNZ: :7NMMMMMNMMMM8 , ,IDND~
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461 # ,=~, 7I :+I+~::,, ~?I~ , ,~=~==: ZMZ ?8I: :I$DND$?~ :?$8MMN$?: ?ZDMMMMMMMM7 +$NMMMMMI
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462 # ~~ , ,=+=: ,== ::, , ZMM: ?NN8: ,7NMMNI, ,$NMMMO: =NMMMNMM+ I8NMMMM,
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463 # ~= ,~:,,~~, ,:, ,,,, , ,, +MN8 ,~OMM8Z, :+ZMNDOI =IMMN8= ,=NNMO ?NMMMD
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464 # ::, ,,,:: ,:, ,, =MMO~ , ?NMMMI, ,INMMMDI, ~DMMN+, NMO ?DNO~
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465 # ,~, ,,,::, ,, , ,, ,INMND+: :MMM+ ~ZDDMMMD?~:$MMMMMMMMMMM?
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466 # ,, :~~:, ,:, ,, :ZMMMMNNMMMN, ,=ONMMMMNM$,,,,,, ,,
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467 #Z, :, ,, ,~=~, ,, ,=?7$I= , :~~~, ,,,,
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468 #MD= :: ,,,, , ,, ,,,,
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469 #MNMI :: ,,, ,,,,
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470 #7MMM? , ,~: :~:, ,:,
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471 # OMMMO: ~NMD, :=: :+=: ,,,
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472 # ~MMMN8: NMMM~ +?: ,:=++~ ,:,,
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473 # $MMMMMNI,?MMMMZ ,DM7 ,=I= ~+~~:, ,:,,,
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474 # +MMO~OMMMMMMMMD MMM7 , , =$~ ?OZ+ ,:,
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475 # ~NMN: :+DNN7MMMNMMMDODMMN+ :+?, +77+~: :::,
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476 # IMM+ ,NMMMMMMMMN?NM7 ~7+, , :+$I, , +8? :+~
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477 # =NMD, NMMMMMM8~ ?NN, =ND? ,=??: ,8NMMMM= :++
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478 # +DO, ~ZZ$ODI :8M~ :=I8NMNMMD+, ,:~~=: , +8MO$DMD+ ~===~: :~~:
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479 # :$~ 7NMD$, ZMM8I? ,~=: , ZNN7,:MM8~,OMNMD8DMM= ++:
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480 # =ZNOI: ?DND= ,?I~ ,,,: ,$ND+ ?NMNNNNN7+, 7MN, ,=+~
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481 # :ZI: :, ,=7: ::,, $NN= 7NMMMM7: :DMMMN8NMMDDMN7 ,::,
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482 # ~?= ,,, ,ZM= DMMD8 ?MMMMNN7, ,I+ :~~,
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483 # =+, ,,, ,, =Z8: +$~
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484 # :~ ,,~~,
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485 # :, ::,
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486 # ::, ,:::,
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487 # ,, ,~
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488 # ,, ,,,
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489 #
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490 # |
