$pg = new Chart('bar'); // Width and Height is set automatically4
$pg->setTitle("Testing the Chart");
$pg->setLabels(array('Jan', 'Feb', 'Mar'));
-$pg->addSerie(array(10345, 15666, 12222), 'Sales', false, true);
-$pg->addSerie(array(20767, 10456, 2888), 'Costs', false, false);
-$pg->addSerie(array(15657, 7567, 12890), 'Result', 'spline', false);
+$pg->addSerie('Sales', array(10345, 15666, 12222), false, true);
+$pg->addSerie('Costs', array(20767, 10456, 2888), false, false);
+$pg->addSerie('Result', array(15657, 7567, 12890), 'spline', false);
$pg->setXTitle("Names");
$pg->setYTitle("Amount");
-$pg->setDValues(False);
$pg->setDTitle(number_format("15666")); // only printed on donut or half donut
-$filename = "test.png";
+//$filename = "test.png";
$pg->display(); // with filename to file
In your html file you set it up as:
{
if ($label == false)
$label = "Serie $this->num_series";
+ $type = $type == 'line' ? 4 : ($type == 'spline' ? 8 : $type);
$this->series[$this->num_series]['label'] = $label;
$this->series[$this->num_series]['data'] = $data;
$this->series[$this->num_series]['type'] = $type;
for ($i = 1; $i < 10; $i++)
{
$dec_y = $i * ($this->higher_value_size / 10);
- $x1 = $this->graphic_area_x1;
- $y1 = $this->graphic_area_y2 - $dec_y;
- $x2 = $this->graphic_area_x2;
+ $x1 = round($this->graphic_area_x1);
+ $y1 = round($this->graphic_area_y2 - $dec_y);
+ $x2 = round($this->graphic_area_x2);
$y2 = $y1;
if ($this->stream == 'svg')
$this->svg->line($x1, $y1, $x2, $y2, $this->color['bg_lines']);
$j = $n - 1;
while ($i + 1 < $j) {
$k = $i + ($j - $i) / 2;
- if ($x <= $splines[$k]['x']) {
+ if ($x <= $splines[round($k)]['x']) {
$j = $k;
} else {
$i = $k;
}
}
- $s = $splines[$j];
+ $s = $splines[round($j)];
}
}
$dx = ($x - $s['x']);
$ang1=0; // start angle
foreach ($this->labels as $i => $num)
{
+ $n = count(self::$palette);
$pct[$i] = round($this->series[0]['data'][$i] / $this->sum_total[0] * 100, 1);
$dang = $this->series[0]['data'][$i] * $area; // delta angle
$laf = $dang > 180 ? 1 : 0; // Large Arc Flag
$p4 = sprintf('%0.2f,%0.2f', $cx + $rc * cos($a), $cy + $rc * sin($a));
$a = ($ang1 - $start) * $rad + asin($gap / $rc);
$p5 = sprintf('%0.2f,%0.2f', $cx + $rc * cos($a), $cy + $rc * sin($a));
- $this->svg->path("M$p1 L$p2 A$r,$r 0 $laf,1 $p3 L$p4 A$rc,$rc 0 $laf,0 $p5", $this->color[$i], 0, $this->color[$i], "class=\"tips\"", "$num: ".number_format($pct[$i], 1)."%");
+ $this->svg->path("M$p1 L$p2 A$r,$r 0 $laf,1 $p3 L$p4 A$rc,$rc 0 $laf,0 $p5", $this->color[$i % $n], 0, $this->color[$i % $n], "class=\"tips\"", "$num: ".number_format($pct[$i], 1)."%");
$ang1=$ang2;
}
if (!empty($this->donut_title) && $this->type != 5)
function string_width($string, $size)
{
- $p = imagettfbbox($size, 0, $this->fontfile, $string);
+ if ($string == NULL)
+ return $size;
+ $p = imageftbbox($size, 0, $this->fontfile, $string);
return $p[4] - $p[0];
}
{
$digits = strlen(round($this->max_value));
$interval = pow(10, ($digits-1));
- $this->higher_value = round(($this->max_value - ($this->max_value % $interval) + $interval), 1);
+ $this->higher_value = round(($this->max_value - (round($this->max_value) % $interval) + $interval), 1);
$this->higher_value_str = $this->number_formated($this->higher_value, $this->dec1);
}
round($x2 + (1+$k)*$a), round($y2 - (1-$k)*$a),
round($x2 + (1-$k)*$a), round($y2 + (1+$k)*$a),
);
- imagefilledpolygon($image, $points, 4, $color);
- return imagepolygon($image, $points, 4, $color);
+ if (PHP_MAJOR_VERSION >= 8) { // num_points is deprecated
+ imagefilledpolygon($image, $points, $color);
+ return imagepolygon($image, $points, $color);
+ }
+ else {
+ imagefilledpolygon($image, $points, 4, $color);
+ return imagepolygon($image, $points, 4, $color);
+ }
}
function _imagestring($img, $size, $x, $y, $string, $col, $alt=0, $angle=0, $align=false)
$size += 2;
$string = str_replace(" ", " ", $string);
}
- imagettftext($img, $size, $angle, $x, $y + $alt, $col, $this->fontfile, $string);
+ imagettftext($img, $size, $angle, round($x), $y + $alt, $col, $this->fontfile, $string);
}
function hex2rgb($hex)