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1 #!/bin/bash
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2
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3 #TV-vs-background.sh $variants $genomes ${reference.fields.crr_path} ${reference.fields.31G_var_paths} ${reference.54G_var_paths} $threshold $output_all $output_filtered
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4
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5 echo $@
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6
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7 set -- `getopt -n$0 -u -a --longoptions="variants: reference: VN_varfiles: outputfile_filtered: outputfile_all: threshold: thresholdhc:" "h:" "$@"` || usage
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8 [ $# -eq 0 ] && usage
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9
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10 while [ $# -gt 0 ]
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11 do
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12 case "$1" in
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13 --variants) variants=$2;shift;;
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14 --reference) crr=$2;shift;;
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15 --VN_varfiles) VN_varfiles_list=$2;shift;;
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16 --outputfile_filtered) output_filtered=$2;shift;;
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17 --outputfile_all) output_all=$2;shift;;
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18 --threshold) threshold=$2;shift;;
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19 --thresholdhc) thresholdhc=$2;shift;;
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20 -h) shift;;
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21 --) shift;break;;
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22 -*) usage;;
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23 *) break;;
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24 esac
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25 shift
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26 done
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27
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28 # replace newline chars with spaces for input to testvariants
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29 tr '\n' ' ' < $VN_varfiles_list > VN_varfiles.txt
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30
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31
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32 ### run TestVariants against 31G, 54G or 85G
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33
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34 echo "number of normals: $VNsetsize"
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35 echo "list of normals: ($VN_varfiles_list)"
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36 cat VN_varfiles.txt
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37
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38
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39 echo "running TV against Virtual Normal set"
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40 echo "command: cgatools testvariants\
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41 --beta \
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42 --reference $crr \
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43 --input $variants \
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44 --output $output_all \
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45 --variants `cat VN_varfiles.txt`"
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46
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47 cgatools testvariants \
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48 --beta \
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49 --reference $crr \
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50 --input $variants \
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51 --output $output_all \
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52 --variants `cat VN_varfiles.txt`
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53
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54
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55
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56 VNsetsize=`cat $VN_varfiles_list | wc -l`
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57
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58
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59
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60 ### filter file based on occurrence in background genomes
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61 cp $output_all $output_filtered
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62 cp $output_all output_expanded
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63
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64 ### condens file to columns with counts for all background genomes
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65 echo "Counting..."
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66 awk 'BEGIN{
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67 FS="\t";
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68 OFS="\t";
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69 totalnormals="'"$VNsetsize"'"+0
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70 count["00"]="0";
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71 count["01"]="0";
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72 count["11"]="0";
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73 count["0N"]="0";
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74 count["1N"]="0";
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75 count["NN"]="0";
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76 count["0"]="0";
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77 count["1"]="0";
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78 count["N"]="0";
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79 }{
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80 if(FNR==1) # header
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81 print $1,$2,$3,$4,$5,$6,$7,$8,"VN_occurrences","VN_frequency","VN_fullycalled_count","VN_fullycalled_frequency","VN_00","VN_01","VN_11","VN_0N","VN_1N","VN_NN","VN_0","VN_1","VN_N"
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82 else{
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83 #count entries in reference genomes
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84 for (c in count)
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85 count[c]=0;
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86 for (i=9; i<=NF; i++){
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87 count[$i]++;
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88 }
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89 occurrences=count["11"]+count["01"]+count["1N"]+count["1"]
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90 fullycalled=count["11"]+count["01"]+count["00"]+count["1"]+count["0"]
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91 print $1,$2,$3,$4,$5,$6,$7,$8,occurrences,occurrences/totalnormals,fullycalled,fullycalled/totalnormals,count["00"],count["01"],count["11"],count["0N"],count["1N"],count["NN"],count["0"],count["1"],count["N"]
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92 }
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93 }END{
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94
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95
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96 }' $output_all > "${output_all}-counted"
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97
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98
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99 # this counted file is the final output file
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100 rm $output_all
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101 mv "${output_all}-counted" $output_all
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102
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103
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104
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105 ### filter out variants occurring in more than <threshold> of the background genomes
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106 # if total of columns containing a 1 (01,11,1N,1) is >= threshold
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107 awk 'BEGIN{
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108 FS="\t";
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109 OFS="\t";
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110 }{
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111 if(FNR==1){
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112 print $0
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113 }
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114 if(FNR>1){
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115 if($9 < "'"$threshold"'" )
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116 print $0
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117 }
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118 }END{}' $output_all > $output_filtered
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119
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120
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121 awk 'BEGIN{
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122 FS="\t";
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123 OFS="\t";
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124 threshold="'"${thresholdhc}"'"+0
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125 }{
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126 if(FNR==1)
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127 print $0
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128 else if($11 >= threshold)
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129 print $0
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130
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131 }END{}' $output_filtered > "output_filtered_highconf.tsv"
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132
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133
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134
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135
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136
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137
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138
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139
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