/**
* Parses the parameters for the chart and sets them to the pChart object
*
* @param $args Array Associative array with arguments given by the user
* @returns pChart pChart object with parameters set
*/
public function parseArgs($args, $default = false)
{
// Do all default parsing
parent::parseArgs($args, $default);
// Check whether the graph should be stacked
if (array_key_exists("plots", $args)) {
if ($args["plots"] == "open") {
$this->chartArgs["plots"] = "open";
} else {
$this->chartArgs["plots"] = "closed";
}
}
// Use the user-entered plotsize
if (array_key_exists("plotsize", $args) && is_numeric($args["plotsize"])) {
$this->chartArgs["plotsize"] = $args["plotsize"];
}
// Use the cubic (smoothed) variant or the normal one
if (array_key_exists("cubic", $args)) {
if ($args["cubic"] != "false") {
$this->chartArgs["cubic"] = true;
}
}
// Use the cubic (smoothed) variant or the normal one
if (array_key_exists("filled", $args)) {
if ($args["filled"] != "false") {
$this->chartArgs["filled"] = true;
}
}
return $this->chartArgs;
}
/**
* Parses the parameters for the chart and sets them to the pChart object
*
* @param $args Array Associative array with arguments given by the user
* @returns pChart pChart object with parameters set
*/
public function parseArgs($args, $default = false)
{
// Do all default parsing
parent::parseArgs($args, $default);
// Draw a filled radar graph instead of an empty one
if (array_key_exists("filled", $args)) {
if ($args["filled"] != "false") {
$this->chartArgs["filled"] = true;
}
}
// Draw stripes underneath the graph
if (array_key_exists("striped", $args)) {
if ($args["striped"] != "false") {
$this->chartArgs["striped"] = true;
}
}
// What color should be used for the graph background
if (array_key_exists("stripecolor", $args)) {
$this->chartArgs["stripecolor"] = wfPChart4mwhtml2rgb($args["stripecolor"]);
}
return $this->chartArgs;
}
/**
* Parses the parameters for the chart and sets them to the pChart object
*
* @param $args Array Associative array with arguments given by the user
* @returns pChart pChart object with parameters set
*/
public function parseArgs($args, $default = false)
{
if (!$default) {
$chartArgs = $this->getDefaultArgs();
}
// Do all default parsing
parent::parseArgs($args, $default);
// Check whether the graph should be stacked
if (array_key_exists("stacked", $args)) {
if ($args["stacked"] != "false") {
$this->chartArgs["stacked"] = true;
}
}
// Check whether the graph should be overlay
if (array_key_exists("overlay", $args)) {
if ($args["overlay"] != "false") {
$this->chartArgs["overlay"] = true;
// Change default opacity to 50
$this->chartArgs["opacity"] = 50;
}
}
return $this->chartArgs;
}
/**
* Parses the parameters for the chart and sets them to the pChart object
*
* @param $args Array Associative array with arguments given by the user
* @returns pChart pChart object with parameters set
*/
public function parseArgs($args, $default = false)
{
// Do all default parsing
parent::parseArgs($args, $default);
// Check whether the graph should show plots
if (array_key_exists("plots", $args)) {
if ($args["plots"] == "open") {
$this->chartArgs["plots"] = "open";
} elseif ($args["plots"] == "none") {
$this->chartArgs["plots"] = "none";
} else {
$this->chartArgs["plots"] = "closed";
}
}
// Check whether the points should be connected
if (array_key_exists("connected", $args)) {
if ($args["connected"] == "false") {
$this->chartArgs["connected"] = false;
} else {
$this->chartArgs["connected"] = true;
}
}
// Use the user-entered plotsize
if (array_key_exists("plotsize", $args) && is_numeric($args["plotsize"])) {
$this->chartArgs["plotsize"] = $args["plotsize"];
}
return $this->chartArgs;
}
/**
* Parses the parameters for the chart and sets them to the pChart object
*
* @param $args Array Associative array with arguments given by the user
* @returns pChart pChart object with parameters set
*/
public function parseArgs($args, $default = false)
{
// Do all default parsing
parent::parseArgs($args, $default);
if (array_key_exists("cross", $args)) {
$this->chartArgs["cross"] = strtolower($args["cross"]) != "false";
}
// Check whether the user have given the max plotsize or not
if (array_key_exists("plotsize", $args)) {
$this->chartArgs["plotmax"] = $args["plotsize"];
} else {
$this->chartArgs["plotmax"] = 0;
}
return $this->chartArgs;
}
/**
* Parses the parameters for the chart and sets them to the pChart object
*
* @param $args Array Associative array with arguments given by the user
* @returns pChart pChart object with parameters set
*/
public function parseArgs($args, $default = false)
{
// Do all default parsing
parent::parseArgs($args, $default);
// Check whether the percentages should be shown
if (array_key_exists("percentages", $args)) {
if ($args["percentages"] != "false") {
$this->chartArgs["percentages"] = true;
} else {
$this->chartArgs["percentages"] = false;
}
}
// Check whether the percentages should be shown
if (array_key_exists("3d", $args)) {
if ($args["3d"] != "false") {
$this->chartArgs["3d"] = true;
} else {
$this->chartArgs["3d"] = false;
}
}
// Check whether the percentages should be shown
if (array_key_exists("exploded", $args)) {
if ($args["exploded"] != "false") {
$this->chartArgs["exploded"] = true;
} else {
$this->chartArgs["exploded"] = false;
}
}
// The parameter 'labels' is used for X,Y graphs to compute
// the size for the graph area. This is done in another way
// with pie-charts, so we set the labels parameter to false
// and compute the size and space another way. See also
// pChart4mwPie::drawChartSpecific and pChart4mw::setGraphArea
$this->chartArgs["pielabels"] = $this->chartArgs["labels"];
$this->chartArgs["labels"] = false;
return $this->chartArgs;
}
