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first.ps1
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Param(
[Parameter(Mandatory)]
[string]$Raw_Kiosk_Data_File,
[switch]$Show_Bad_Data = $false,
[switch]$Suppress_Output = $false
)
write-Host "Processing $Raw_Kiosk_Data_File"
if(!(test-path $Raw_Kiosk_Data_File)){
write-Host "Cant get file"
return
}
$File_Raw_Data = import-CSV $Raw_Kiosk_Data_File
<#>
# This data data structure contains the code that takes the data from the Raw
# data dump into something that the user finds usefull
#
#
<#>
Class Data_Raw_To_Processed{
[string] $classification_id;
[string] $username;
[DateTime] $created_at;
[string] $subject_data;
[string] $subject_id;
[array] $angle;
[array] $intersection_point_x;
[array] $intersection_point_y;
[array] $axis_length;
[array] $crosse;
[string] $picture;
[int] $client_width;
[int] $client_hight;
# Constructor
Data_Raw_To_Processed($Input_Element,$Show_Bad_Data) {
<#
$Input_Element = $File_First[26]
#>
# Declare Temp Varaibles and its type
$line_list = @();
$cross_list = @();
$line_length_list = @();
$angle_list = @();
$intercept_x_list = @();
$intercept_y_list = @();
$checked_index_list = @();
# Makes each line in the annotations a usable data structure
$Input_Element.annotations.value | %{
$line_list += @{x1=$_.x1;y1=$_.y1;x2=$_.x2;y2=$_.y2};
}
# This loop goes through every item except for the last item and checks
# if there are intersections, then its added to the cross varaible.
foreach ($major_inx in 0..($line_list.Count-2)){
# Checks if the line was priviously included
if($checked_index_list -contains $major_inx){continue}
# gets the Major M and B value for
# y = M*x+B
if(($line_list[$major_inx].x2 - $line_list[$major_inx].x1) -eq 0){$major_M = 99999999}else{
$major_M = ($line_list[$major_inx].y2 - $line_list[$major_inx].y1)/($line_list[$major_inx].x2 - $line_list[$major_inx].x1);
}
$major_B = $line_list[$major_inx].y1 - ($major_M*$line_list[$major_inx].x1);
# this loops through the list again but excluding the first element
# and starting off where parent loop is at
foreach ($minor_inx in ($major_inx+1)..($line_list.Count-1)){
# gets the Minor M and B value for
# y = M*x+B
if($checked_index_list -contains $minor_inx){continue}
if(($line_list[$minor_inx].x2 - $line_list[$minor_inx].x1) -eq 0){$minor_M = 99999999}else{
$minor_M = ($line_list[$minor_inx].y2 - $line_list[$minor_inx].y1)/($line_list[$minor_inx].x2 - $line_list[$minor_inx].x1);
}
$minor_B = $line_list[$minor_inx].y1 - ($minor_M*$line_list[$minor_inx].x1);
# The fallowing code gets both X and Y intersections point of
# the Major and Minor.
try{
$temp_xInt = (((($line_list[$major_inx].x1*$line_list[$major_inx].y2)-($line_list[$major_inx].y1*$line_list[$major_inx].x2))*(($line_list[$minor_inx].x1)-($line_list[$minor_inx].x2)))`
-((($line_list[$major_inx].x1)-($line_list[$major_inx].x2))*(($line_list[$minor_inx].x1*$line_list[$minor_inx].y2)-($line_list[$minor_inx].y1*$line_list[$minor_inx].x2))))`
/(((($line_list[$major_inx].x1)-($line_list[$major_inx].x2))*(($line_list[$minor_inx].y1)-($line_list[$minor_inx].y2)))`
-((($line_list[$major_inx].y1)-($line_list[$major_inx].y2))*(($line_list[$minor_inx].x1)-($line_list[$minor_inx].x2))));
}catch{
$temp_xInt += $null;
}try{
$temp_yInt = (((($line_list[$major_inx].x1*$line_list[$major_inx].y2)-($line_list[$major_inx].y1*$line_list[$major_inx].x2))*(($line_list[$minor_inx].y1)-($line_list[$minor_inx].y2)))`
-((($line_list[$major_inx].y1)-($line_list[$major_inx].y2))*(($line_list[$minor_inx].x1*$line_list[$minor_inx].y2)-($line_list[$minor_inx].y1*$line_list[$minor_inx].x2))))`
/(((($line_list[$major_inx].x1)-($line_list[$major_inx].x2))*(($line_list[$minor_inx].y1)-($line_list[$minor_inx].y2)))`
-((($line_list[$major_inx].y1)-($line_list[$major_inx].y2))*(($line_list[$minor_inx].x1)-($line_list[$minor_inx].x2))));
}catch{
$temp_yInt += $null;
}
# Checks if the intersections are between the points of the
# Major and Minor lines and Calculates the rest of the data
if(((($line_list[$major_inx].x1 -le $temp_xInt -and $temp_xInt -le $line_list[$major_inx].x2) -or
($line_list[$major_inx].x2 -le $temp_xInt -and $temp_xInt -le $line_list[$major_inx].x1)) -and
(($line_list[$major_inx].y1 -le $temp_yInt -and $temp_yInt -le $line_list[$major_inx].y2) -or
($line_list[$major_inx].y2 -le $temp_yInt -and $temp_yInt -le $line_list[$major_inx].y1))) -and
((($line_list[$minor_inx].x1 -le $temp_xInt -and $temp_xInt -le $line_list[$minor_inx].x2) -or
($line_list[$minor_inx].x2 -le $temp_xInt -and $temp_xInt -le $line_list[$minor_inx].x1)) -and
(($line_list[$minor_inx].y1 -le $temp_yInt -and $temp_yInt -le $line_list[$minor_inx].y2) -or
($line_list[$minor_inx].y2 -le $temp_yInt -and $temp_yInt -le $line_list[$minor_inx].y1)))
){
# Gets the angle of the data and filters it out if it is bad
try{
$temp_Angle = [math]::abs(([math]::Atan((($major_M - $minor_M) * (-1))/(1+($major_M*$minor_M)))*180)/[math]::PI);
if(80 -le $temp_Angle -and $temp_Angle -le 100){
$angle_list += $temp_Angle
}
else{
if(!($Show_Bad_Data)){
$checked_index_list += $minor_inx
$checked_index_list += $major_inx
continue
}
$angle_list += $temp_Angle
}
}catch{$angle_list += $null;}
# Populates the remaining variables in the Temp variables
$cross_list += @{major=$line_list[$major_inx];minor=$line_list[$minor_inx]};
$intercept_x_list += $temp_xInt
$intercept_y_list += $temp_yInt
$line_length_list += [math]::Sqrt([math]::Pow($line_list[$major_inx].x1-$line_list[$major_inx].x2,2) + [math]::Pow($line_list[$major_inx].y1-$line_list[$major_inx].y2,2));
$line_length_list += [math]::Sqrt([math]::Pow($line_list[$minor_inx].x1-$line_list[$minor_inx].x2,2) + [math]::Pow($line_list[$minor_inx].y1-$line_list[$minor_inx].y2,2));
$checked_index_list += $minor_inx
$checked_index_list += $major_inx
# breaks the loop and moves on to the next data set
break;
}
}
}
# Takes the temp varaibles above and setting it to the data structure
$this.classification_id = $Input_Element.classification_id;
$this.username = $Input_Element.user_name;
try{$this.created_at = "$($Input_Element.created_at.Substring(5,2))/$($Input_Element.created_at.Substring(8,2))/$($Input_Element.created_at.Substring(0,4)) $($Input_Element.created_at.Substring(11,5))";
}catch{$this.created_at = "1/1/1"};
$this.subject_data = $Input_Element.subject_data;
$this.subject_id = $Input_Element.subject_ids;
$this.angle = $angle_list;
$this.intersection_point_x = $intercept_x_list;
$this.intersection_point_y = $intercept_y_list;
$this.axis_length = $line_length_list;
$this.crosse = $cross_list;
# tries to find the pictures and add them to the Data structure
if($Input_Element.subject_data.IndexOf('image_name') -ne -1){
$temp_idx = $Input_Element.subject_data.IndexOf(':',$Input_Element.subject_data.IndexOf('image_name'))+2;
$this.picture = $Input_Element.subject_data.Substring($temp_idx,$Input_Element.subject_data.IndexOf('"',$temp_idx)-$temp_idx);
}elseif($Input_Element.subject_data.IndexOf('Filename') -ne -1){
$temp_idx = $Input_Element.subject_data.IndexOf(':',$Input_Element.subject_data.IndexOf('Filename'))+2;
$this.picture = $Input_Element.subject_data.Substring($temp_idx,$Input_Element.subject_data.IndexOf('"',$temp_idx)-$temp_idx);
}else{
$this.picture = "";
}
$this.client_width = $Input_Element.metadata.subject_dimensions.naturalWidth;
$this.client_hight = $Input_Element.metadata.subject_dimensions.naturalHeight;
}
}
<#>
# This data structure takes the Input data and polishes it up for shipment
#
#
#
<#>
Class Data_Processed_to_Finished{
[string] $classification_id;
[string] $username;
[DateTime] $created_at;
[string] $subject_data;
[string] $subject_id;
[string] $angle;
[string] $intersection_point_x;
[string] $intersection_point_y;
[string] $axis_length_major;
[string] $major_x1;
[string] $major_y1;
[string] $major_x2;
[string] $major_y2;
[string] $axis_length_minor;
[string] $minor_x1;
[string] $minor_y1;
[string] $minor_x2;
[string] $minor_y2;
[string] $picture;
[string] $client_width;
[string] $client_hight;
# constructor
Data_Processed_to_Finished($Input_Element,$index){
$this.classification_id = $Input_Element.classification_id;
$this.username = $Input_Element.username;
$this.created_at = $Input_Element.created_at;
$this.subject_data = $Input_Element.subject_data;
$this.subject_id = $Input_Element.subject_id;
# If there is no value, a place holder value will be put in its place
# Easy to filter for
if($Input_Element.angle[$index] -ne $null){
$this.angle = $Input_Element.angle[$index];
}else{
$this.angle = "<--->";
}
if($Input_Element.intersection_point_x[$index] -ne $null){
$this.intersection_point_x = $Input_Element.intersection_point_x[$index];
}else{
$this.intersection_point_x = "<--->";
}
if($Input_Element.intersection_point_y[$index] -ne $null){
$this.intersection_point_y = $Input_Element.intersection_point_y[$index];
}else{
$this.intersection_point_y = "<--->";
}
# Makes the longer line the Major
if($Input_Element.axis_length[(2*$index)] -ge $Input_Element.axis_length[(2*$index)+1]){
$this.axis_length_major = $Input_Element.axis_length[(2*$index)];
$this.major_x1 = $Input_Element.crosse[$index].major.x1;
$this.major_y1 = $Input_Element.crosse[$index].major.y1;
$this.major_x2 = $Input_Element.crosse[$index].major.x2;
$this.major_y2 = $Input_Element.crosse[$index].major.y2;
$this.axis_length_minor = $Input_Element.axis_length[(2*$index)+1];
$this.minor_x1 = $Input_Element.crosse[$index].minor.x1;
$this.minor_y1 = $Input_Element.crosse[$index].minor.y1;
$this.minor_x2 = $Input_Element.crosse[$index].minor.x2;
$this.minor_y2 = $Input_Element.crosse[$index].minor.y2;
}else{
$this.axis_length_major = $Input_Element.axis_length[(2*$index)+1];
$this.major_x1 = $Input_Element.crosse[$index].major.x1;
$this.major_y1 = $Input_Element.crosse[$index].major.y1;
$this.major_x2 = $Input_Element.crosse[$index].major.x2;
$this.major_y2 = $Input_Element.crosse[$index].major.y2;
$this.axis_length_minor = $Input_Element.axis_length[(2*$index)];
$this.minor_x1 = $Input_Element.crosse[$index].minor.x1;
$this.minor_y1 = $Input_Element.crosse[$index].minor.y1;
$this.minor_x2 = $Input_Element.crosse[$index].minor.x2;
$this.minor_y2 = $Input_Element.crosse[$index].minor.y2;
}
$this.picture = $Input_Element.picture;
$this.client_width = $Input_Element.client_width;
$this.client_hight = $Input_Element.client_hight;
}
}
# takes in the data from the Raw data file and turnes the annotations and
# metadata to a usable data structure. This is why I wanted to use powershell!!!
$File_Raw_Data | %{
try{
$_.metadata = ConvertFrom-Json $_.metadata
}catch{
write-Host "Metadata Error: $($_.metadata)"
}
try{
$_.annotations = ConvertFrom-Json $_.annotations
}catch{
write-Host "Annotations Error: $($_.annotations)"
}
#$_.subject_data = ConvertFrom-Json $_.subject_data
}
# pumps the data into the Data_Raw_To_Processed data structure
$File_Processed_Data = @()
$File_Raw_Data | %{$File_Processed_Data += [Data_Raw_To_Processed]::new($_,$Show_Bad_Data)}
$File_Finished_Data = @()
$indx_cnter = 0
foreach($element in $File_Processed_Data){
Write-Progress -Activity "Processing Data" -Status " Complete: $indx_cnter / $($File_Processed_Data.count)" -PercentComplete (($indx_cnter/$File_Processed_Data.count)*100);
$indx_cnter += 1
try{$a = [int]$element.classification_id;$a = [int]$element.subject_id}catch{continue}
if ($element.crosse.Count -eq 0 -and !$Show_Bad_Data){continue}
if($element.crosse.Count -eq 0){
$File_Finished_Data += [Data_Processed_to_Finished]::new($element,0)
continue
}
foreach ($ndx in (0..($element.crosse.Count-1))){
$File_Finished_Data += [Data_Processed_to_Finished]::new($element,$ndx)
}
}
if(!($Suppress_Output)){
if($Show_Bad_Data){
$File_Finished_Data | Export-Csv -Path "$($Raw_Kiosk_Data_File)_processed_bad.csv"
write-Host "Saving file to $($Raw_Kiosk_Data_File)_processed_bad.csv"
}else{
$File_Finished_Data | Export-Csv -Path "$($Raw_Kiosk_Data_File)_processed_good.csv"
write-Host "Saving file to $($Raw_Kiosk_Data_File)_processed_good.csv"
}
}else{
$Global:File_Finished = $File_Finished_Data
$Global:File_Second = $File_Processed_Data
$Global:File_First = $File_Raw_Data
write-Host "Created 3 variables,`n`t`$File_Finished`t`$File_Second`t`$File_First"
write-Host "Created 4 functions,`n`tGnplt(INDEX)`tGnplt_Finished(INDEX)`tGnplt_Second(INDEX)`tGnplt_First(INDEX)"
# ./main.ps1 -file_name "/home/alex/Downloads/classifications_short.csv" -supress_output
function global:Gnplt($indx){
try{$path = (Get-ChildItem -File $File_Second[$indx].picture -Recurse)[0].FullName}catch{$path = $null}
if($path -ne $null){
$png = Format-Hex $path
$h = [int]($png[10].Bytes[3]*([Byte]::MaxValue+1) + $png[10].Bytes[4])
$w = [int]($png[10].Bytes[5]*([Byte]::MaxValue+1) + $png[10].Bytes[6])
$x_scale = $w/$File_Second[$indx].client_width
$y_scale = $h/$File_Second[$indx].client_hight
$temp = "set grid;set xrange [0:$w];set yrange [0:$h];set key off;"
}else{
$temp = "set grid;set xrange [0:1000];set yrange [0:1000];set key off;"
$h = 1000
$w = 1000
$x_scale = 1
$y_scale = 1
}
$temp += "set style line 1 lc rgb '#FF0000' lt 1 lw 2;"
$temp += "set multiplot layout 1,2 rowsfirst;"
$temp += "set title 'gnplt first $indx';"
$inc = 0
$File_First[$indx].annotations.value | %{
$temp += "set arrow from $($_.x1*$x_scale),$($h-($_.y1*$y_scale)) to $($_.x2*$x_scale),$($h-($_.y2*$y_scale)) nohead front ls 1;"
$temp += "set label $($inc+1) at $($_.x1*$x_scale),$($h-($_.y1*$y_scale)+30) '$inc' front;";$inc += 1
}
if($path -ne $null){
$temp += "plot '$path' binary filetype=jpg with rgbimage;"
}
else{
$temp += "plot [0:1000](0,x) lt rgb '#FFFFFFFF';"
}
$temp += "set title 'gnplt inter $indx';"
$inc = 0
$File_Second[$indx].crosse | %{
$temp += "set arrow from $($_.major.x1*$x_scale),$($h-($_.major.y1*$y_scale)) to $($_.major.x2*$x_scale),$($h-($_.major.y2*$y_scale)) nohead front ls 1;"
$temp += "set label $($inc+1+$File_First[$indx].annotations.value.count) at $($_.major.x1*$x_scale),$($h-($_.major.y1*$y_scale)+30) '$inc' front;";$inc += 1
$temp += "set arrow from $($_.minor.x1*$x_scale),$($h-($_.minor.y1*$y_scale)) to $($_.minor.x2*$x_scale),$($h-($_.minor.y2*$y_scale)) nohead front ls 1;"
$temp += "set label $($inc+1+$File_First[$indx].annotations.value.count) at $($_.minor.x1*$x_scale),$($h-($_.minor.y1*$y_scale)+30) '$inc' front;";$inc += 1
}
if($path -ne $null){
$temp += "plot '$path' binary filetype=jpg with rgbimage;"
}
else{
$temp += "plot [0:1000](0,x) lt rgb '#FFFFFFFF';"
}
$temp += "unset multiplot;"
write-host "gnuplot -p -e `"$temp`""
gnuplot -p -e "$temp"
}
function global:Gnplt_Finished($indx){
try{$path = (Get-ChildItem -File $File_Finished[$indx].picture -Recurse)[0].FullName}catch{$path = $null}
if($path -ne $null){
$png = Format-Hex $path
$h = [int]($png[10].Bytes[3]*([Byte]::MaxValue+1) + $png[10].Bytes[4])
$w = [int]($png[10].Bytes[5]*([Byte]::MaxValue+1) + $png[10].Bytes[6])
$x_scale = $w/$File_Finished[$indx].client_width
$y_scale = $h/$File_Finished[$indx].client_hight
$temp = "set grid;set xrange [0:$w];set yrange [0:$h];set title 'gnplt final $indx';set key off;"
}else{
$temp = "set grid;set xrange [0:1000];set yrange [0:1000];set title 'gnplt final $indx';set key off;"
$h = 1000
$w = 1000
$x_scale = 1
$y_scale = 1
}
$temp += "set style line 1 lc rgb '#FF0000' lt 1 lw 3;"
$temp += "set arrow from $([int]$File_Finished[$indx].major_x1*$x_scale),$($h-([int]$File_Finished[$indx].major_y1*$y_scale)) to $([int]$File_Finished[$indx].major_x2*$x_scale),$($h-([int]$File_Finished[$indx].major_y2*$y_scale)) nohead front ls 1;"
$temp += "set arrow from $([int]$File_Finished[$indx].minor_x1*$x_scale),$($h-([int]$File_Finished[$indx].minor_y1*$y_scale)) to $([int]$File_Finished[$indx].minor_x2*$x_scale),$($h-([int]$File_Finished[$indx].minor_y2*$y_scale)) nohead front ls 1;"
if($path -ne $null){
$temp += "plot '$path' binary filetype=jpg with rgbimage;"
}
else{
$temp += "plot [0:1000](0,x) lt rgb '#FFFFFFFF';"
}
write-host "gnuplot -p -e `"$temp`""
gnuplot -p -e "$temp"
}
function global:Gnplt_Second($indx){
try{$path = (Get-ChildItem -File $File_Second[$indx].picture -Recurse)[0].FullName}catch{$path = $null}
if($path -ne $null){
$png = Format-Hex $path
$h = [int]($png[10].Bytes[3]*([Byte]::MaxValue+1) + $png[10].Bytes[4])
$w = [int]($png[10].Bytes[5]*([Byte]::MaxValue+1) + $png[10].Bytes[6])
$x_scale = $w/$File_Second[$indx].client_width
$y_scale = $h/$File_Second[$indx].client_hight
$temp = "set grid;set xrange [0:$w];set yrange [0:$h];set title 'gnplt inter $indx';set key off;"
}else{
$temp = "set grid;set xrange [0:1000];set yrange [0:1000];set title 'gnplt inter $indx';set key off;"
$h = 1000
$w = 1000
$x_scale = 1
$y_scale = 1
}
$temp += "set style line 1 lc rgb '#FF0000' lt 1 lw 3;"
$inc = 0
$File_Second[$indx].crosse | %{
$temp += "set arrow from $($_.major.x1*$x_scale),$($h-($_.major.y1*$y_scale)) to $($_.major.x2*$x_scale),$($h-($_.major.y2*$y_scale)) nohead front ls 1;"
$temp += "set label $($inc+1) at $($_.major.x1*$x_scale),$($h-($_.major.y1*$y_scale)+30) '$inc' front;";$inc += 1
$temp += "set arrow from $($_.minor.x1*$x_scale),$($h-($_.minor.y1*$y_scale)) to $($_.minor.x2*$x_scale),$($h-($_.minor.y2*$y_scale)) nohead front ls 1;"
$temp += "set label $($inc+1) at $($_.minor.x1*$x_scale),$($h-($_.minor.y1*$y_scale)+30) '$inc' front;";$inc += 1
}
if($path -ne $null){
$temp += "plot '$path' binary filetype=jpg with rgbimage;"
}
else{
$temp += "plot [0:1000](0,x) lt rgb '#FFFFFFFF';"
}
write-host "gnuplot -p -e `"$temp`""
gnuplot -p -e "$temp"
}
function global:Gnplt_First($indx){
try{$path = (Get-ChildItem -File $File_Second[$indx].picture -Recurse)[0].FullName}catch{$path = $null}
if($path -ne $null){
$png = Format-Hex $path
$h = [int]($png[10].Bytes[3]*([Byte]::MaxValue+1) + $png[10].Bytes[4])
$w = [int]($png[10].Bytes[5]*([Byte]::MaxValue+1) + $png[10].Bytes[6])
$x_scale = $w/$File_Second[$indx].client_width
$y_scale = $h/$File_Second[$indx].client_hight
$temp = "set grid;set xrange [0:$w];set yrange [0:$h];set title 'gnplt first $indx';set key off;"
}else{
$temp = "set grid;set xrange [0:1000];set yrange [0:1000];set title 'gnplt first $indx';set key off;"
$h = 1000
$w = 1000
$x_scale = 1
$y_scale = 1
}
$temp += "set style line 1 lc rgb '#FF0000' lt 1 lw 3;"
$inc = 0
$File_First[$indx].annotations.value | %{
$temp += "set arrow from $($_.x1*$x_scale),$($h-($_.y1*$y_scale)) to $($_.x2*$x_scale),$($h-($_.y2*$y_scale)) nohead front ls 1;"
$temp += "set label $($inc+1) at $($_.x1*$x_scale),$($h-($_.y1*$y_scale)+30) '$inc' front;";$inc += 1
}
#<#
if($path -ne $null){
$temp += "plot '$path' binary filetype=jpg with rgbimage;"
}
else{
$temp += "plot [0:1000](0,x) lt rgb '#FFFFFFFF';"
}
write-host "gnuplot -p -e `"$temp`""
gnuplot -p -e "$temp"
}
}
$global:Input_File = $Raw_Kiosk_Data_File
if($Show_Bad_Data){
$global:Output_File = "$($Raw_Kiosk_Data_File)_processed_bad.csv"
}else{
$global:Output_File = "$($Raw_Kiosk_Data_File)_processed_good.csv"
}
<#
$global:File_Finished = Import-Csv "./microplants-classifications_kiosk_Aug_2018_latest data dump.csv_processed_bad.csv"
function global:gnplt_Item($item_Index){
try{$path = (Get-ChildItem -File $item_Index.picture -Recurse)[0].FullName}catch{$path = $null}
if($path -ne $null){
$png = Format-Hex $path
$h = [int]($png[10].Bytes[3]*([Byte]::MaxValue+1) + $png[10].Bytes[4])
$w = [int]($png[10].Bytes[5]*([Byte]::MaxValue+1) + $png[10].Bytes[6])
$x_scale = $w/$item_Index.client_width
$y_scale = $h/$item_Index.client_hight
$temp = "set grid;set xrange [0:$w];set yrange [0:$h];set title 'gnplt final $indx';set key off;"
}else{
$temp = "set grid;set xrange [0:1000];set yrange [0:1000];set title 'gnplt final $indx';set key off;"
$h = 1000
$w = 1000
$x_scale = 1
$y_scale = 1
}
$temp += "set style line 1 lc rgb '#FF0000' lt 1 lw 3;"
$temp += "set arrow from $([int]$item_Index.major_x1*$x_scale),$($h-([int]$item_Index.major_y1*$y_scale)) to $([int]$item_Index.major_x2*$x_scale),$($h-([int]$item_Index.major_y2*$y_scale)) nohead front ls 1;"
$temp += "set arrow from $([int]$item_Index.minor_x1*$x_scale),$($h-([int]$item_Index.minor_y1*$y_scale)) to $([int]$item_Index.minor_x2*$x_scale),$($h-([int]$item_Index.minor_y2*$y_scale)) nohead front ls 1;"
if($path -ne $null){
$temp += "plot '$path' binary filetype=jpg with rgbimage;"
}
else{
$temp += "plot [0:1000](0,x) lt rgb '#FFFFFFFF';"
}
write-host "gnuplot -p -e `"$temp`""
gnuplot -p -e "$temp"
}
$wlist1 = $File_Finished | Where-Object{$_.subject_id -eq "8735428"}
$wlist2 = $File_Finished | Where-Object{$_.subject_id -eq "8735474"}
$wlist3 = $File_Finished | Where-Object{$_.subject_id -eq "8735482"}
0..25 | %{gnplt_Item($wlist1[$_]);start-sleep -Seconds 1}
0..25 | %{gnplt_Item($wlist2[$_]);start-sleep -Seconds 1}
0..25 | %{gnplt_Item($wlist3[$_]);start-sleep -Seconds 1}
#>