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RFQ.php
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RFQ.php
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<html>
<body>
RFQ was selected.
<?php
include('Experts.php');
// Get post data
$A=$_POST["Mass"];
$Z=$_POST["Zvalue"];
$Liner=$_POST["Liner_material"];
$Resolve=$_POST["resolving_power"];
$Q=$_POST["Charge"];
$cocktailA = unserialize(base64_decode($_POST["cocktailA"]));
$cocktailZ = unserialize(base64_decode($_POST["cocktailZ"]));
$cocktailQ = unserialize(base64_decode($_POST["cocktailQ"]));
if(isset($_POST["VBias"])){$Vbias=$_POST["VBias"];} else{$Vbias=12000;}
if(isset($_POST["length"])){$l=$_POST["length"];} else{$l=5.5;}
if(isset($_POST["RFQAccept"])){$RFQaccept=$_POST["RFQAccept"];} else{$RFQaccept=(1.0/35000000.0)/4.0;}
if(isset($_POST["ESpread"])){$Espread=$_POST["ESpread"];} else{$Espread=0.001;}
echo "<BR><BR>\n<FORM action=\"RFQ.php\" target=\"ISACFrame\" method=\"post\">";
echo "<input type=\"hidden\" name=\"Mass\" value=\"";
echo $A;
echo "\">";
echo "<input type=\"hidden\"name=\"Zvalue\" value=\"";
echo $Z;
echo "\">";
echo "<input type=\"hidden\"name=\"Charge\" value=\"";
echo $Q;
echo "\">";
echo "<input type=\"hidden\"name=\"Liner_material\" value=\"";
echo $Liner;
echo "\">";
echo "<input type=\"hidden\"name=\"resolving_power\" value=\"";
echo $Resolve;
echo "\">";
echo '<input type="hidden" name="cocktailA" value="', base64_encode(serialize($cocktailA)),'">';
echo '<input type="hidden" name="cocktailZ" value="', base64_encode(serialize($cocktailZ)),'">';
echo '<input type="hidden" name="cocktailQ" value="', base64_encode(serialize($cocktailQ)),'">';
echo '<div class="t11">CSB Bias Voltage: ';
echo "<input type=\"text\" name=\"VBias\" value=\"";
if($Vbias>0){printf("%.0f",$Vbias);}
echo "\" style=\"width:50px;\"> Volts";
echo '<div class="t11">CSB to RFQ Distance: ';
echo "<input type=\"text\" name=\"length\" value=\"";
if($l>0){printf("%.1f",$l);}
echo "\" style=\"width:50px;\"> meters";
// echo '<div class="t11">RFQ Acceptance: ';
// echo "<input type=\"text\" name=\"RFQAccept\" value=\"";
// if($RFQaccept>0){printf("%.1e",$RFQaccept);}
// echo "\" style=\"width:50px;\"> secs";
echo "<input type=\"hidden\"name=\"RFQAccept\" value=\"";
echo $RFQaccept;
echo "\">";
echo '<div class="t11">Energy Spread: ';
echo "<input type=\"text\" name=\"ESpread\" value=\"";
if($Espread>0){printf("%.4f",$Espread);}
echo "\" style=\"width:50px;\">";
echo '<div class="t12">';
echo "<input type=\"submit\" name=\"submit7\" value=\"Recalculate\" >";
echo '</div>';
echo "</FORM>\n<BR>\n";
if($_POST["submit7"] && $Z>0){
// Get post data
$A=$_POST["Mass"];
$Z=$_POST["Zvalue"];
$Liner=$_POST["Liner_material"];
$Resolve=$_POST["resolving_power"];
$Q=$_POST["Charge"];
$cocktailA = unserialize(base64_decode($_POST["cocktailA"]));
$cocktailZ = unserialize(base64_decode($_POST["cocktailZ"]));
$cocktailQ = unserialize(base64_decode($_POST["cocktailQ"]));
if(isset($_POST["VBias"])){$Vbias=$_POST["VBias"];} else{$Vbias=12000;}
if(isset($_POST["length"])){$l=$_POST["length"];} else{$l=5.5;}
if(isset($_POST["RFQAccept"])){$RFQaccept=$_POST["RFQAccept"];} else{$RFQaccept=(1.0/35000000.0)/4.0;}
if(isset($_POST["ESpread"])){$Espread=$_POST["ESpread"];} else{$Espread=0.001;}
// Calculate velocity of the beam
$beammass=getthismass($A,$Z);
echo "<BR><BR>Ion of Interest:<BR>A= ",$A,", Z= ",$Z,", Q= ",$Q,", Atomic Mass= ",$beammass,"AMU, Ion Mass= ",($beammass-($Q*$emass)),"AMU<BR>";
echo "CSB Bias Voltage= ",$Vbias,"Volts, RFQ Acceptance= ",$RFQaccept,"secs<BR>";
$v=sqrt((2*$Vbias)/((($beammass-($Q*$emass))*1.66e-27)/($Q*1.602e-19)));
$t=$l/$v;
echo "Distance from Buncher to RFQ= ",$l,"metres, velocity= ",$v,"m/s, Time-of-Flight=",$t,"secs<BR>","<BR>";
echo '<div class="t11">';
echo "<TABLE ALIGN=LEFT WIDTH=50%>";
echo '<TR><TD ALIGN="LEFT">Species</TD><TD ALIGN="LEFT">Velocity (m/s)</TD><TD ALIGN="LEFT">Time-of-Flight (us)</TD></TR>';
echo '<TR><TD ALIGN="LEFT"><SUP>'.$A.'</SUP>'.$Element[$Z].'<SUP>'.$Q.'+</SUP></TD><TD ALIGN="LEFT">';
printf("%.5f",$v);
echo '</TD><TD ALIGN="LEFT">';
printf("%.5f",($t*1e6));
echo '</TD></TR>';
// Define the colors
$plotcaption[1]="Calculated velocity from CSB:<br>";
$plotname[1]="velocity.png";
$imagenum=1;
// Y WILL BE Fraction, X WILL BE charge state
// SET MINIMUM Y and X
$ymin[$imagenum]=0;
$xmin[$imagenum]=$t-($t*0.005);
// SET MAXIMUM Y and X
$xmax[$imagenum]=$t+($t*0.005);
$ymax[$imagenum]=1.5;
// SCALE PARAMETERS FOR GRAPH
$plotwidth=800;
$plotheight=round($plotwidth*3/4);
$plotmarginleft=50;
$plotmarginbottom=60;
$plotmarginother=20;
$plotlegendmargin=60;
$xscale[$imagenum]=($plotwidth-$plotmarginleft-$plotmarginother-$plotlegendmargin)/($xmax[$imagenum]-$xmin[$imagenum]);
$yscale[$imagenum]=($plotheight-$plotmarginbottom-$plotmarginother)/($ymax[$imagenum]-$ymin[$imagenum]);
// CREATE IMAGE
$img[$imagenum]=imagecreatetruecolor($plotwidth, $plotheight);
$color[11]=imagecolorallocate($img[$imagenum], 255, 255, 255); // white
$color[12]=imagecolorallocate($img[$imagenum], 0, 0, 0); // black
$color[0]=imagecolorallocate($img[$imagenum], 255, 0, 0); // red
$color[1]=imagecolorallocate($img[$imagenum], 0, 255, 0); // green
$color[10]=imagecolorallocate($img[$imagenum], 0, 0, 255); // blue
$color[2]=imagecolorallocate($img[$imagenum], 255, 255, 0); // yellow
$color[3]=imagecolorallocate($img[$imagenum], 0, 255, 255); // cyan
$color[4]=imagecolorallocate($img[$imagenum], 255, 165, 0); // orange
$color[5]=imagecolorallocate($img[$imagenum], 84, 84, 84); // grey
imagefilledrectangle($img[$imagenum], 0, 0, $plotwidth-1, $plotheight-1, $color[11]);
// LEGEND Parameters
$legendx=$plotwidth-60;
$legendy=$plotmarginother+20;
// Plot the velocity data for ion of interest
$imagenum=1;
$x1=($t-$xmin[$imagenum])*$xscale[$imagenum];
$x1=$x1+$plotmarginleft;
$y1=(1.0-$ymin[$imagenum])*$yscale[$imagenum];
$y1=$plotheight-$plotmarginbottom-$y1;
$x2=$xmin[$imagenum];
$y2=$plotheight-$plotmarginbottom;
$j=$t;
while($j>$x2){ $j-=(($xmax[$imagenum]-$xmin[$imagenum])/500); }
for($j=$j; $j<$xmax[$imagenum]; $j+=(($xmax[$imagenum]-$xmin[$imagenum])/500)){
$x1=($j-$xmin[$imagenum])*$xscale[$imagenum];
$x1=$x1+$plotmarginleft;
$y1=round(((1.0*exp(-1.0*(pow(($j-$t),2)/(2.0*pow(($Espread*$t),2)))))-$ymin[$imagenum])*$yscale[$imagenum],1);
$y1=$plotheight-$plotmarginbottom-$y1;
if($j==$xmin[$imagenum]) continue;
if($x1<$plotmarginleft || $x1>($plotwidth-$plotmarginother-$plotlegendmargin)){continue;}
if($x2<$plotmarginleft || $x2>($plotwidth-$plotmarginother-$plotlegendmargin)){$x2=$plotmarginleft; continue;}
imageline($img[$imagenum],$x2,$y2,$x1,$y1,$color[10]);
$x2=$x1; $y2=$y1;
}
$x1=($t-$xmin[$imagenum])*$xscale[$imagenum];
$x1=$x1+$plotmarginleft;
$y1=(1.0-$ymin[$imagenum])*$yscale[$imagenum];
$y1=$plotheight-$plotmarginbottom-$y1;
imagefilledellipse($img[$imagenum],$x1,$y1,10,10,$color[10]);
// Draw legend
imagefilledellipse($img[$imagenum],$legendx,$legendy,10,10,$color[10]);
$legendname=sprintf("%d%s",$A,$Element[$Z]);
imagestring($img[$imagenum], 5, $legendx+15, $legendy-7, $legendname, $color[12]);
// Plot the A/q data - Got to here correct
$imagenum=1;
$colornum=0;
for($i=0; $i<sizeof($cocktailZ); $i++){
if($cocktailA[$i]==$A && $cocktailZ[$i]==$Z){continue;}
$thismass=getthismass($cocktailA[$i],$cocktailZ[$i]);
$v=sqrt((2*$Vbias)/((($thismass-($cocktailQ[$i]*$emass))*1.66e-27)/($cocktailQ[$i]*1.602e-19)));
$t=$l/$v;
echo '<TR><TD ALIGN="LEFT"><SUP>'.$cocktailA[$i].'</SUP>'.$Element[$cocktailZ[$i]].'<SUP>'.$cocktailQ[$i].'+</SUP></TD><TD ALIGN="LEFT">';
printf("%.5f",$v);
echo '</TD><TD ALIGN="LEFT">';
printf("%.5f",($t*1e6));
echo '</TD></TR>';
$x2=$xmin[$imagenum];
$y2=$plotheight-$plotmarginbottom;
$j=$t;
while($j>$x2){ $j-=(($xmax[$imagenum]-$xmin[$imagenum])/500); }
for($j=$j; $j<$xmax[$imagenum]; $j+=(($xmax[$imagenum]-$xmin[$imagenum])/500)){
$x1=($j-$xmin[$imagenum])*$xscale[$imagenum];
$x1=$x1+$plotmarginleft;
$y1=round(((1.0*exp(-1.0*(pow(($j-$t),2)/(2.0*pow(($Espread*$t),2)))))-$ymin[$imagenum])*$yscale[$imagenum],1);
$y1=$plotheight-$plotmarginbottom-$y1;
if($j==$xmin[$imagenum]) continue;
if($x1<$plotmarginleft || $x1>($plotwidth-$plotmarginother-$plotlegendmargin)){continue;}
if($x2<$plotmarginleft || $x2>($plotwidth-$plotmarginother-$plotlegendmargin)){$x2=$plotmarginleft; continue;}
imageline($img[$imagenum],$x2,$y2,$x1,$y1,$color[$colornum%5]);
$x2=$x1; $y2=$y1;
}
$x1=($t-$xmin[$imagenum])*$xscale[$imagenum];
$x1=$x1+$plotmarginleft;
$y1=(1.0-$ymin[$imagenum])*$yscale[$imagenum];
$y1=$plotheight-$plotmarginbottom-$y1;
// if($x1<$plotmarginleft || $x1>($plotwidth-$plotmarginother-$plotlegendmargin)){continue;}
// if($x2<$plotmarginleft || $x2>($plotwidth-$plotmarginother-$plotlegendmargin)){continue;}
// if($y2>($plotheight-$plotmarginbottom) || $y2<$plotmarginother){continue;}
if(floor($colornum/5)==0){imagefilledellipse($img[$imagenum],$x1,$y1,7,7,$color[$colornum%5]);}
if(floor($colornum/5)==1){imagefilledrectangle($img[$imagenum],$x1-3,$y1-3,$x1+3,$y1+3,$color[$colornum%5]);}
if(floor($colornum/5)==2){imageellipse($img[$imagenum],$x1,$y1,7,7,$color[$colornum%5]);}
// imageline($img[$imagenum],$x2,$y2,$x1,$y1,$color[$colornum%5]);
// Draw legend
if(floor($colornum/5)==0){imagefilledellipse($img[$imagenum],$legendx,$legendy+(($colornum+1)*30),7,7,$color[$colornum%5]);}
if(floor($colornum/5)==1){imagefilledrectangle($img[$imagenum],$legendx-3,$legendy+(($colornum+1)*30)-3,$legendx+3,$legendy+(($colornum+1)*30)+3,$color[$colornum%5]);}
if(floor($colornum/5)==2){imageellipse($img[$imagenum],$legendx,$legendy+(($colornum+1)*30),7,7,$color[$colornum%5]);}
// imageline($img[$imagenum],$legendx-10,$legendy+(($colornum+1)*30),$legendx+10,$legendy+(($colornum+1)*30),$color[$colornum%5]);
$legendname=sprintf("%d%s",$cocktailA[$i],$Element[$cocktailZ[$i]]);
imagestring($img[$imagenum], 5, $legendx+15,
$legendy+(($colornum+1)*30)-7, $legendname, $color[12]);
$colornum++;
}
echo "\n</TABLE>\n";
echo "<div class=\"buff\"></div>";
echo "<div class=\"t11\">";
$imagenum=1;
//DRAW BORDER AROUND GRAPH
$leftx=$plotmarginleft;
$rightx=$plotwidth-$plotmarginother-$plotlegendmargin;
$topy=$plotmarginother;
$bottomy=$plotheight-$plotmarginbottom;
imageline($img[$imagenum], $leftx, $topy, $rightx, $topy, $color[12]);
imageline($img[$imagenum], $rightx, $topy, $rightx, $bottomy, $color[12]);
imageline($img[$imagenum], $rightx, $bottomy, $leftx, $bottomy, $color[12]);
imageline($img[$imagenum], $leftx, $bottomy, $leftx, $topy, $color[12]);
// Draw RFQ Acceptance
$beammass=getthismass($A,$Z);
$v=sqrt((2*$Vbias)/((($beammass-($Q*$emass))*1.66e-27)/($Q*1.602e-19)));
$t=$l/($v);
$x1=((($t-($RFQaccept/2))-$xmin[$imagenum])*$xscale[$imagenum])+$plotmarginleft;
$x2=((($t+($RFQaccept/2))-$xmin[$imagenum])*$xscale[$imagenum])+$plotmarginleft;
imageline($img[$imagenum], $x1, $topy, $x1, $bottomy, $color[5]);
imageline($img[$imagenum], $x2, $topy, $x2, $bottomy, $color[5]);
imagestring($img[$imagenum], 5, ($x2-$x1)/2+$x1-6, $topy+15, "B", $color[12]);
$x1=((($t+(1/35e6)-($RFQaccept/2))-$xmin[$imagenum])*$xscale[$imagenum])+$plotmarginleft;
$x2=((($t+(1/35e6)+($RFQaccept/2))-$xmin[$imagenum])*$xscale[$imagenum])+$plotmarginleft;
imagestring($img[$imagenum], 5, ($x2-$x1)/2+$x1-10, $topy+15, "B+1", $color[12]);
imageline($img[$imagenum], $x1, $topy, $x1, $bottomy, $color[5]);
imageline($img[$imagenum], $x2, $topy, $x2, $bottomy, $color[5]);
$x1=((($t-(1/35e6)-($RFQaccept/2))-$xmin[$imagenum])*$xscale[$imagenum])+$plotmarginleft;
$x2=((($t-(1/35e6)+($RFQaccept/2))-$xmin[$imagenum])*$xscale[$imagenum])+$plotmarginleft;
imagestring($img[$imagenum], 5, ($x2-$x1)/2+$x1-10, $topy+15, "B-1", $color[12]);
imageline($img[$imagenum], $x1, $topy, $x1, $bottomy, $color[5]);
imageline($img[$imagenum], $x2, $topy, $x2, $bottomy, $color[5]);
//DRAW Y AXIS TICKS AND LABELS
imagestring($img[$imagenum], 5, $leftx-40, 0, "Intensity", $color[12]);
$i=0;
$y1=0;
$yunit=0.25;
while($i*$yunit<=2){
$efory1=$ymin[$imagenum]+$yunit*$i;
$y1=$yunit*$i*$yscale[$imagenum];
$y1=$bottomy-$y1;
if($y1>($plotheight-$plotmarginbottom) || $y1<$plotmarginother){$i++; continue;}
imageline($img[$imagenum], $leftx, $y1, $leftx+5, $y1, $color[12]);
imageline($img[$imagenum], $rightx, $y1, $rightx-5, $y1, $color[12]);
if($i%2==0){imagestring($img[$imagenum], 5, $leftx-40, $y1-8, $efory1, $color[12]);}
$i++;
}
//DRAW X AXIS TICKS AND LABELS
$xlabelx=round($plotwidth/2-50);
imagestring($img[$imagenum], 5, $xlabelx, $plotheight-35,
"Time-of-Flight Buncher-RFQ (us)", $color[12]);
$i=0;
$x1=0;
$xunit=1e-9;
while($x1<($plotwidth-$plotmarginother-$plotlegendmargin)){
$forx1=round(($xmin[$imagenum]+($xunit*$i))*1e6,3);
// $forx1=sprintf("%4.2f",$xmin[$imagenum]+$xunit*$i);
$x1=($xunit*$i)*$xscale[$imagenum];
$x1=$x1+$plotmarginleft;
if($x1<$plotmarginleft || $x1>($plotwidth-$plotmarginother-$plotlegendmargin)){$i++; continue;}
imageline($img[$imagenum], $x1, $bottomy, $x1, $bottomy-5, $color[12]);
imageline($img[$imagenum], $x1, $topy, $x1, $topy+5, $color[12]);
if($i%10==0){
imagestring($img[$imagenum], 5, $x1-15, $bottomy+5, $forx1, $color[12]);
imageline($img[$imagenum], $x1, $bottomy, $x1, $bottomy-10, $color[12]);
imageline($img[$imagenum], $x1, $topy, $x1, $topy+10, $color[12]);
}
$i++;
}
imagepng($img[$imagenum], $plotname[$imagenum]);
imagedestroy($img[$imagenum]);
echo $plotcaption[$imagenum];
echo "<p>\n";
echo "<a href=\"./";
echo $plotname[$imagenum];
echo "\" target=\"_top\"> <img src=\"";
echo $plotname[$imagenum];
echo "\" alt=\"Calculated velocity Distributions\" width=\"";
echo 400;
echo "\"></a>\n";
echo "</p>\n";
}
?>
</body>
</html>