Production:->Previous Year Production Comparison
7
');
output.writeStartElement("html");
output.writeAttribute("xmlns", "http://www.w3.org/1999/xhtml");
output.writeStartElement("head");
output.writeTextElement("title", TTR("pytdprodcomp", "Previous Year Production Comparison"));
output.writeEndElement();
output.writeStartElement("body");
output.writeTextElement("h1", TTR("pytdprodcomp", "Previous Year Production Comparison"));
output.writeTextElement("p", TTR("pytdprodcomp", "This report provides an itemized and overall comparison of roasted coffee production for the dates specified with those dates in the previous year. A chart of this data along with percent change and rolling average of the percent change is also produced."));
output.writeStartElement("table");
output.writeAttribute("style", "page-break-after:auto;");
output.writeAttribute("rules", "groups");
output.writeAttribute("cellpadding", "3px");
output.writeStartElement("thead");
output.writeStartElement("tr");
output.writeTextElement("th", "Coffee");
switch(unitBox.currentIndex) {
case 0:
output.writeTextElement("th", TTR("pytdprodcomp", "Previous (Kg)"));
output.writeTextElement("th", TTR("pytdprodcomp", "Current (Kg)"));
output.writeTextElement("th", TTR("pytdprodcomp", "Change (Kg)"));
break;
case 1:
output.writeTextElement("th", TTR("pytdprodcomp", "Previous (Lb)"));
output.writeTextElement("th", TTR("pytdprodcomp", "Current (Lb)"));
output.writeTextElement("th", TTR("pytdprodcomp", "Change (Lb)"));
break;
}
output.writeEndElement();
output.writeEndElement();
output.writeStartElement("tbody");
var query = new QSqlQuery();
query.exec("START TRANSACTION");
var dateRange = dateSelect.currentRange();
var curStartDate = "'"+dateRange[0]+"'";
var curEndDate = "'"+dateRange[dateRange.length - 1]+"'";
query.exec("SELECT "+curStartDate+"::date - interval '1 year', "+curEndDate+"::date - interval '1 year' + interval '1 day', "+curEndDate+"::date + interval '1 day'");
query.next();
curEndDate = "'"+query.value(2)+"'";
var prevStartDate = "'"+query.value(0)+"'";
var prevEndDate = "'"+query.value(1)+"'";
var transaction_filter;
var approval_filter;
switch(batchType.currentIndex) {
case 0:
transaction_filter = "";
break;
case 1:
transaction_filter = " AND transaction_type = 'ROAST'";
break;
case 2:
transaction_filter = " AND transaction_type = 'SAMPLEROAST'";
break;
}
switch(approval.currentIndex) {
case 0:
approval_filter = "";
break;
case 1:
approval_filter = " AND approval = true";
break;
case 2:
approval_filter = " AND approval = false";
break;
}
var q = "CREATE TEMPORARY TABLE previous ON COMMIT DROP AS SELECT roasted_id, sum(roasted_quantity) AS p FROM roasting_log WHERE time > "+prevStartDate+" AND time < "+prevEndDate+" AND roasted_id IS NOT NULL" + transaction_filter + approval_filter + " GROUP BY roasted_id";
query.exec(q);
q = "CREATE TEMPORARY TABLE current ON COMMIT DROP AS SELECT roasted_id, sum(roasted_quantity) AS c FROM roasting_log WHERE time > "+curStartDate+" AND time < "+curEndDate+" AND roasted_id IS NOT NULL" + transaction_filter + approval_filter + " GROUP BY roasted_id";
query.exec(q);
query.exec("INSERT INTO previous SELECT roasted_id, 0 FROM current WHERE roasted_id NOT IN (SELECT roasted_id FROM previous)");
query.exec("INSERT INTO current SELECT roasted_id, 0 FROM previous WHERE roasted_id NOT IN (SELECT roasted_id FROM current)");
query.exec("CREATE TEMPORARY TABLE comp ON COMMIT DROP AS SELECT previous.roasted_id, p, c FROM previous LEFT OUTER JOIN current ON previous.roasted_id = current.roasted_id");
query.exec("SELECT (SELECT name FROM items WHERE id = roasted_id) AS name, p, c, (c-p) FROM comp WHERE p > 0 OR c > 0 ORDER BY name");
while(query.next())
{
output.writeStartElement("tr");
output.writeTextElement("td", query.value(0));
output.writeTextElement("td", (query.value(1) / conversion).toFixed(2));
output.writeTextElement("td", (query.value(2) / conversion).toFixed(2));
output.writeTextElement("td", (query.value(3) / conversion).toFixed(2));
output.writeEndElement();
}
output.writeEndElement();
output.writeStartElement("tfoot");
output.writeTextElement("th", TTR("pytdprodcomp", "Totals"));
query.exec("SELECT sum(p), sum(c), sum(c-p) FROM comp");
query.next();
output.writeTextElement("td", (query.value(0) / conversion).toFixed(2));
output.writeTextElement("td", (query.value(1) / conversion).toFixed(2));
output.writeTextElement("td", (query.value(2) / conversion).toFixed(2));
output.writeEndElement();
query.exec("ABORT");
output.writeEndElement();
output.writeStartElement("p");
output.writeAttribute("style", "page-break-inside: avoid");
output.writeStartElement("svg");
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output.writeAttribute("style", "stroke:rgb(0,0,0);stroke-width:1;");
output.writeEndElement();
var q = "SELECT "+curEndDate+"::date - "+curStartDate+"::date";
query.exec(q);
query.next();
var days = query.value(0);
var dates = new Array();
var curpounds = new Array();
var prevpounds = new Array();
var change = new Array();
var avgchange = new Array();
var i;
for(i = 0; i < days; i++)
{
q = "SELECT "+curStartDate+"::date + "+(i+1);
query.exec(q);
query.next();
dates[i] = query.value(0);
q = "SELECT sum(roasted_quantity) FROM roasting_log WHERE time > "+curStartDate+" AND time < '"+dates[i]+"'" + transaction_filter + approval_filter;
query.exec(q);
if(query.next())
{
curpounds[i] = Number(query.value(0));
}
else
{
curpounds[i] = 0;
}
q = "SELECT sum(roasted_quantity) FROM roasting_log WHERE time > "+curStartDate+"::date - '1 year'::interval AND time < '"+dates[i]+"'::date - '1 year'::interval" + transaction_filter + approval_filter;
query.exec(q);
if(query.next())
{
prevpounds[i] = Number(query.value(0));
}
else
{
prevpounds[i] = 0;
}
if(curpounds[i] > 0)
{
change[i] = (curpounds[i] - prevpounds[i])/curpounds[i];
}
else
{
if(prevpounds[i] > 0)
{
change[i] = -1;
}
else
{
change[i] = 0;
}
}
if(i > (parseInt(avgField.text)-2))
{
var sum = 0;
var j;
for(j = 0; j < parseInt(avgField.text); j++)
{
sum += change[i-j];
}
avgchange[i] = sum / parseInt(avgField.text);
}
}
// Calculate the domain of the primary y axis.
var maxy1 = 0;
var increment = 100; // Starting increment is 100 Lb.
if(unitBox.currentIndex == 0) {
increment = 110; // Starting increment is 50 Kg if Kg is requested.
}
while(maxy1 < Math.max(curpounds[days - 1], prevpounds[days - 1]))
{
maxy1 += increment;
}
// Calculate the number of grid lines and loosen spacing if there are too many.
var divisions = maxy1 / increment;
while(divisions > 10) {
increment *= 2;
divisions = maxy1 / increment;
}
// Draw y axis grid lines.
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output.writeEndElement();
pos += increment;
}
var n = Math.min.apply(Math, change);
var m = Math.max.apply(Math, change);
var miny2 = 0;
var maxy2;
if(n < 0)
{
while(miny2 > n)
{
miny2 -= 0.1;
}
maxy2 = miny2;
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else
{
while(miny2 < n)
{
miny2 += 0.1;
}
miny2 -= 0.1;
maxy2 = miny2;
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maxy2 += 0.1;
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output.writeAttribute("y2", (pos-miny2)*(4.5/(range*100))*10000);
output.writeAttribute("style", "stroke:rgb(0,0,0);stroke-width:1;");
output.writeEndElement();
pos += 0.1;
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pos = 0;
while(pos < days)
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output.writeStartElement("line");
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output.writeAttribute("x2", 50+((600/(days-1))*pos));
output.writeAttribute("y1", "-5");
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output.writeEndElement();
pos += 7;
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output.writeStartElement("line");
output.writeAttribute("x1", 50+((600/(days-1))*(days-1)));
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pos = 1;
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output.writeStartElement("line");
output.writeAttribute("x1", 50+((600/(days-1))*(pos - 1)));
output.writeAttribute("x2", 50+((600/(days-1))*pos));
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output.writeCharacters((i / 2.2).toFixed(0));
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output.writeCharacters(i);
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output.writeEndElement();
i += increment;
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i = miny2;
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q = "SELECT ('"+dates[i]+"'::date - '1 day'::interval)::date";
query.exec(q);
query.next();
var ds = query.value(0);
var parts = ds.split("-");
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case '01':
ds = TTR("pytdprodcomp", "January ");
break;
case '02':
ds = TTR("pytdprodcomp", "February ");
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case '03':
ds = TTR("pytdprodcomp", "March ");
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case '04':
ds = TTR("pytdprodcomp", "April ");
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case '05':
ds = TTR("pytdprodcomp", "May ");
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case '06':
ds = TTR("pytdprodcomp", "June ");
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case '07':
ds = TTR("pytdprodcomp", "July ");
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case '08':
ds = TTR("pytdprodcomp", "August ");
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case '09':
ds = TTR("pytdprodcomp", "September ");
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case '10':
ds = TTR("pytdprodcomp", "October ");
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case '11':
ds = TTR("pytdprodcomp", "November ");
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case '12':
ds = TTR("pytdprodcomp", "December ");
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i += 7;
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i = days - 1;
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output.writeStartElement("text");
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switch(unitBox.currentIndex) {
case 0:
output.writeCharacters(TTR("pytdprodcomp", "Previous Year Kg"));
break;
case 1:
output.writeCharacters(TTR("pytdprodcomp", "Previous Year Lb"));
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output.writeCharacters(TTR("pytdprodcomp", "Current Year Kg"));
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view.setContent(buffer);
buffer.close();
}
refresh();
dateSelect.rangeUpdated.connect(function() {
refresh();
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avgField.editingFinished.connect(function() {
refresh();
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]]>