/**
* Create Timeline Image
*
* @param $date
* @param $draw if FALSE return coordinates only, for imagemap
* @param $translate for translate
* @param $img_type [normal | small]
* @return image
*/
public function createTimelineImage($date, $draw = true, $translate = null, $img_type = 'normal')
{
$this->GetDataTimeline($date);
if (empty($this->atime)) {
// Nothing data to graph
return;
}
$this->calculateImageData($img_type);
if (!$draw) {
$img_map = array();
}
$ttf_font_error = 0;
// созд-е пустого холста
// Create a new true color image :
// resource imagecreatetruecolor ( int width, int height )
$img = ImageCreateTrueColor($this->img_width, $this->img_height);
if (!$img) {
// Handle the error
$this->view->result = null;
$this->getResponse()->setHeader('Content-Type', 'text/html; charset=utf-8');
throw new Zend_Exception('Internal ERROR: ImageCreateTrueColor');
return;
}
// цвета
$white = ImageColorAllocate($img, 255, 255, 255);
$black = ImageColorAllocate($img, 0, 0, 0);
$blue = ImageColorAllocate($img, 0x49, 0x74, 0xbc0);
// массив цветов для полос
$acolor = array(ImageColorAllocate($img, 0xea, 0xea, 0x33), ImageColorAllocate($img, 0xff, 0xba, 0xba), ImageColorAllocate($img, 0xd0, 0xae, 0xff), ImageColorAllocate($img, 0x9d, 0xed, 0x0), ImageColorAllocate($img, 0xdc, 0xdc, 0xdc));
$acolor_count = count($acolor);
// кол-во цветов для рисования полос
$bg_color = $white;
$text_color = $black;
// создание фона для рисования
// Draw a filled rectangle : bool imagefilledrectangle ( resource image, int x1, int y1, int x2, int y2, int color )
if ($draw) {
ImageFilledRectangle($img, 0, 0, $this->img_width, $this->img_height, $bg_color);
}
// контур фона
// Draw a rectangle : bool imagerectangle ( resource image, int x1, int y1, int x2, int y2, int color )
if ($draw) {
ImageRectangle($img, 0, 0, $this->img_width - 1, $this->img_height - 1, $blue);
}
// --------------------------------- вычерчивание координатной сетки ---------------------------------------
// ось X
// Draw a line :
// bool imageline ( resource image, int x1, int y1, int x2, int y2, int color )
// $y0, $x0 - начало координат
$y0 = $y2 = $this->img_height - $this->margin_bottom - $this->margin_top + $this->bar_space;
$x0 = $this->margin_left;
if ($draw) {
ImageLine($img, $x0, $y0, $this->img_width - $this->margin_right, $y2, $blue);
}
// ось X
// вертикальные линии - часы
// пунктирная линия
$style_dash = array_merge(array_fill(0, 1, $blue), array_fill(0, 3, IMG_COLOR_TRANSPARENT));
if ($draw) {
ImageSetStyle($img, $style_dash);
}
$hour1 = ceil(($this->img_width - $x0 - $this->margin_right) / 24);
// шаг засечек или 1 час в пикселах
$y2 = 0;
for ($i = 0; $i <= 23; $i++) {
$x1 = $x0 + $i * $hour1;
ImageLine($img, $x1, $y0, $x1, $y2, IMG_COLOR_STYLED);
}
if ($img_type == 'normal') {
// подписи к оси X
$y1 = $this->img_height - $this->margin_bottom - $this->margin_top + $this->bar_space + $this->font_size;
for ($i = 0; $i <= 23; $i++) {
// Draw a string horizontally :
// bool imagestring ( resource image, int font, int x, int y, string sring, int color )
// Can be 1, 2, 3, 4, 5 for built-in fonts (where higher numbers corresponding to larger fonts)
// для учета кол-ва символов в цифрах часов
if ($i < 10) {
$div2 = 10;
} else {
$div2 = 5;
}
$x1 = $x0 - $div2 + $i * $hour1;
if ($draw) {
ImageString($img, 4, $x1, $y1, sprintf("% 2d", $i), $blue);
}
}
// X axis title / название оси X
if (empty($this->font_name)) {
// use system fixed font / ось подписываем встроенным шрифтом
if ($draw) {
ImageString($img, $this->fixfont, floor($this->img_width / 2), $this->img_height - floor(($this->img_height - $y0) / 2), "Hours", $blue);
}
// do not to translate (перевод не нужен)
} else {
if ($draw) {
@($ares = ImageTtfText($img, $this->font_size, 0, floor($this->img_width / 2), $this->img_height - floor(($this->img_height - $y0) / 3), $blue, $this->font_name, $translate->_("Hours")));
if (empty($ares)) {
$ttf_font_error = 1;
// TTF font not loaded/found
if ($draw) {
ImageString($img, 4, 5, 5, "Font " . $this->font_name . " not loaded/found.", $black);
}
// do not to translate (перевод не нужен)
}
}
}
}
//---------------- draw graph (рисуем график) --------------------------------------------
$yt = $this->margin_top;
$c = 0;
for ($i = 0; $i <= $this->bar_count - 1; $i++) {
$str = '(' . $this->atime[$i]['jobid'] . ') ' . $this->atime[$i]['name'];
// для заданий не уложившихся в сутки, рисуем знаки с определенной стороны
switch ($this->atime[$i]['flag']) {
case -1:
$str = '<--' . $str;
// задание началось ранее
break;
case 1:
$str = $str . '-->';
// задание закончилось позднее
break;
case 2:
$str = '<--' . $str . '-->';
// задание началось ранее и закончилось позднее (очень длинное задание)
break;
}
// Draw a filled rectangle:
// bool imagefilledrectangle ( resource image, int x1, int y1, int x2, int y2, int color )
// полосы
$yr1 = $yt - ceil($this->font_size / 2) - ceil($this->bar_height / 2);
$yr2 = $yr1 + $this->bar_height;
$xr1 = $x0 + floor($hour1 * $this->atime[$i]['h1']);
$xr2 = $x0 + floor($hour1 * $this->atime[$i]['h2']);
// если слишком маленькая полоса
if ($xr2 - $xr1 < 3) {
$xr2 = $xr1 + 3;
}
// цвет
if ($c > $acolor_count - 1) {
$c = 0;
}
// draw restangle
if ($draw) {
ImageFilledRectangle($img, $xr1, $yr1, $xr2, $yr2, $acolor[$c++]);
}
// Write text to the image using TrueType fonts :
// array imagettftext ( resource image, float size, float angle, int x, int y, int color, string fontfile, string text )
// x - The coordinates given by x and y will define the basepoint of the first character
// (roughly the lower-left corner of the character).
// This is different from the imagestring(), where x and y define the upper-left corner of the first character.
// For example, "top left" is 0, 0.
// size - The font size. Depending on your version of GD, this should be specified as the pixel size (GD1) or point size (GD2)
// **************** text *****************
// array imagettfbbox ( float size, float angle, string fontfile, string text )
// где расположить текст
// расчет координат текста
// левая координата X = $abox[0], правая X = $abox[2]
if (!$ttf_font_error && !empty($this->font_name)) {
// TTF font loaded OK
$abox = ImageTtfBbox($this->font_size, 0, $this->font_name, $str);
$xt = $xr1 + $this->margin_text_left;
if ($xt + $abox[2] > $this->img_width) {
$xt = $xr2 - $abox[2] - $this->margin_text_left;
if (!$draw) {
$xt > $xr2 ? $x2 = $xt : ($x2 = $xr2);
}
// coordinates for imagemap
} else {
if (!$draw) {
$xt + $abox[2] > $xr2 ? $x2 = $xt + $abox[2] : ($x2 = $xr2);
}
// coordinates for imagemap
}
// draw text
if ($draw) {
ImageTtfText($img, $this->font_size, 0, $xt, $yt, $text_color, $this->font_name, $str);
}
} else {
// fix font
$lenfix = strlen($str) * imagefontwidth($this->fixfont);
if ($xr1 + $lenfix > $this->img_width) {
$xt = $xr2 - $lenfix - $this->margin_text_left;
if (!$draw) {
$xt > $xr2 ? $x2 = $xt : ($x2 = $xr2);
}
// coordinates for imagemap
} else {
$xt = $xr1;
if (!$draw) {
$xt + $lenfix > $xr2 ? $x2 = $xt + $lenfix : ($x2 = $xr2);
}
// coordinates for imagemap
}
// draw text
if ($draw) {
ImageString($img, $this->fixfont, $xt, $yr1, $str, $text_color);
}
}
// save coordinates
if (!$draw) {
$xt < $xr1 ? $x1 = $xt : ($x1 = $xr1);
$img_map[$i]['jobid'] = $this->atime[$i]['jobid'];
$img_map[$i]['name'] = $this->atime[$i]['name'];
$img_map[$i]['short_desc'] = $this->atime[$i]['short_desc'];
$img_map[$i]['x1'] = $x1;
$img_map[$i]['y1'] = $yr1;
$img_map[$i]['x2'] = $x2;
$img_map[$i]['y2'] = $yr2;
}
$yt = $yt + $this->bar_height + $this->bar_space;
}
if ($draw) {
return $img;
} else {
return $img_map;
}
}
/**
* print ancestors on a fan chart
*
* @param array $treeid ancestry pid
* @param int $fanw fan width in px (default=640)
* @param int $fandeg fan size in deg (default=270)
*/
function print_fan_chart($treeid, $fanw = 640, $fandeg = 270)
{
global $PEDIGREE_GENERATIONS, $fan_width, $fan_style;
global $name, $pgv_lang, $SHOW_ID_NUMBERS, $view, $TEXT_DIRECTION;
global $stylesheet, $print_stylesheet;
global $PGV_IMAGE_DIR, $PGV_IMAGES, $LINK_ICONS, $GEDCOM;
// check for GD 2.x library
if (!defined("IMG_ARC_PIE")) {
print "<span class=\"error\">" . $pgv_lang["gd_library"] . "</span>";
print " <a href=\"" . $pgv_lang["gd_helplink"] . "\"><img src=\"" . $PGV_IMAGE_DIR . "/" . $PGV_IMAGES["help"]["small"] . "\" class=\"icon\" alt=\"\" /></a><br /><br />";
return false;
}
if (!function_exists("ImageTtfBbox")) {
print "<span class=\"error\">" . $pgv_lang["gd_freetype"] . "</span>";
print " <a href=\"" . $pgv_lang["gd_helplink"] . "\"><img src=\"" . $PGV_IMAGE_DIR . "/" . $PGV_IMAGES["help"]["small"] . "\" class=\"icon\" alt=\"\" /></a><br /><br />";
return false;
}
// parse CSS file
include "includes/cssparser.inc.php";
$css = new cssparser(false);
if ($view == "preview") {
$css->Parse($print_stylesheet);
} else {
$css->Parse($stylesheet);
}
// check for fontfile
$fontfile = $css->Get(".fan_chart", "font-family");
$fontsize = $css->Get(".fan_chart", "font-size");
$fontfile = str_replace("url(", "", $fontfile);
$fontfile = str_replace(")", "", $fontfile);
if (!file_exists($fontfile)) {
if (!empty($fontfile)) {
print "<span class=\"error\">" . $pgv_lang["fontfile_error"] . " : {$fontfile}</span>";
}
$fontfile = "./includes/fonts/DejaVuSans.ttf";
}
if ($fontfile[0] != '/') {
$fontfile = dirname(__FILE__) . "/" . $fontfile;
}
if (!file_exists($fontfile)) {
print "<span class=\"error\">" . $pgv_lang["fontfile_error"] . " : {$fontfile}</span>";
return false;
}
if (intval($fontsize) < 2) {
$fontsize = 7;
}
$treesize = count($treeid);
if ($treesize < 1) {
return;
}
// generations count
$gen = log($treesize) / log(2) - 1;
$sosa = $treesize - 1;
// fan size
if ($fandeg == 0) {
$fandeg = 360;
}
$fandeg = min($fandeg, 360);
$fandeg = max($fandeg, 90);
$cx = $fanw / 2 - 1;
// center x
$cy = $cx;
// center y
$rx = $fanw - 1;
$rw = $fanw / ($gen + 1);
$fanh = $fanw;
// fan height
if ($fandeg == 180) {
$fanh = round($fanh * ($gen + 1) / ($gen * 2));
}
if ($fandeg == 270) {
$fanh = round($fanh * 0.86);
}
$scale = $fanw / 640;
// image init
$image = ImageCreate($fanw, $fanh);
$black = ImageColorAllocate($image, 0, 0, 0);
$white = ImageColorAllocate($image, 0xff, 0xff, 0xff);
ImageFilledRectangle($image, 0, 0, $fanw, $fanh, $white);
ImageColorTransparent($image, $white);
$rgb = $css->Get(".fan_chart", "color");
if (empty($rgb)) {
$rgb = "#000000";
}
$color = ImageColorAllocate($image, hexdec(substr($rgb, 1, 2)), hexdec(substr($rgb, 3, 2)), hexdec(substr($rgb, 5, 2)));
$rgb = $css->Get(".fan_chart", "background-color");
if (empty($rgb)) {
$rgb = "#EEEEEE";
}
$bgcolor = ImageColorAllocate($image, hexdec(substr($rgb, 1, 2)), hexdec(substr($rgb, 3, 2)), hexdec(substr($rgb, 5, 2)));
$rgb = $css->Get(".fan_chart_box", "background-color");
if (empty($rgb)) {
$rgb = "#D0D0AC";
}
$bgcolorM = ImageColorAllocate($image, hexdec(substr($rgb, 1, 2)), hexdec(substr($rgb, 3, 2)), hexdec(substr($rgb, 5, 2)));
$rgb = $css->Get(".fan_chart_boxF", "background-color");
if (empty($rgb)) {
$rgb = "#D0ACD0";
}
$bgcolorF = ImageColorAllocate($image, hexdec(substr($rgb, 1, 2)), hexdec(substr($rgb, 3, 2)), hexdec(substr($rgb, 5, 2)));
// imagemap
$imagemap = "<map id=\"fanmap\" name=\"fanmap\">";
// loop to create fan cells
while ($gen >= 0) {
// clean current generation area
$deg2 = 360 + ($fandeg - 180) / 2;
$deg1 = $deg2 - $fandeg;
ImageFilledArc($image, $cx, $cy, $rx, $rx, $deg1, $deg2, $bgcolor, IMG_ARC_PIE);
$rx -= 3;
// calculate new angle
$p2 = pow(2, $gen);
$angle = $fandeg / $p2;
$deg2 = 360 + ($fandeg - 180) / 2;
$deg1 = $deg2 - $angle;
// special case for rootid cell
if ($gen == 0) {
$deg1 = 90;
$deg2 = 360 + $deg1;
}
// draw each cell
while ($sosa >= $p2) {
$pid = $treeid[$sosa];
if (!empty($pid)) {
$indirec = find_person_record($pid);
if (!$indirec) {
$indirec = find_updated_record($pid);
}
if ($sosa % 2) {
$bg = $bgcolorF;
} else {
$bg = $bgcolorM;
}
if ($sosa == 1) {
$bg = $bgcolor;
// sex unknown
if (preg_match("/1 SEX F/", $indirec) > 0) {
$bg = $bgcolorF;
} else {
if (preg_match("/1 SEX M/", $indirec) > 0) {
$bg = $bgcolorM;
}
}
}
ImageFilledArc($image, $cx, $cy, $rx, $rx, $deg1, $deg2, $bg, IMG_ARC_PIE);
$person = Person::getInstance($pid);
$name = $person->getFullName();
$addname = $person->getAddName();
//$name = str_replace(array('<span class="starredname">', '</span>'), '', $name);
//$addname = str_replace(array('<span class="starredname">', '</span>'), '', $addname);
//$name = str_replace(array('<span class="starredname">', '</span>'), array('<u>', '</u>'), $name); //@@
//$addname = str_replace(array('<span class="starredname">', '</span>'), array('<u>', '</u>'), $addname); //@@
// ToDo - print starred names underlined - 1985154
// Todo - print Arabic letters combined - 1360209
$text = reverseText($name) . "\n";
if (!empty($addname)) {
$text .= reverseText($addname) . "\n";
}
if (displayDetailsById($pid)) {
$birthrec = get_sub_record(1, "1 BIRT", $indirec);
$ct = preg_match("/2 DATE.*(\\d\\d\\d\\d)/", $birthrec, $match);
if ($ct > 0) {
$text .= trim($match[1]);
}
$deathrec = get_sub_record(1, "1 DEAT", $indirec);
$ct = preg_match("/2 DATE.*(\\d\\d\\d\\d)/", $deathrec, $match);
if ($ct > 0) {
$text .= "-" . trim($match[1]);
}
}
$text = unhtmlentitiesrtl($text);
$text = strip_tags($text);
//Do we still need?
// split and center text by lines
$wmax = floor($angle * 7 / $fontsize * $scale);
$wmax = min($wmax, 35 * $scale);
if ($gen == 0) {
$wmax = min($wmax, 17 * $scale);
}
$text = split_align_text($text, $wmax);
// text angle
$tangle = 270 - ($deg1 + $angle / 2);
if ($gen == 0) {
$tangle = 0;
}
// calculate text position
$bbox = ImageTtfBbox((double) $fontsize, 0, $fontfile, $text);
$textwidth = $bbox[4];
$deg = $deg1 + 0.44;
if ($deg2 - $deg1 > 40) {
$deg = $deg1 + ($deg2 - $deg1) / 11;
}
if ($deg2 - $deg1 > 80) {
$deg = $deg1 + ($deg2 - $deg1) / 7;
}
if ($deg2 - $deg1 > 140) {
$deg = $deg1 + ($deg2 - $deg1) / 4;
}
if ($gen == 0) {
$deg = 180;
}
$rad = deg2rad($deg);
$mr = ($rx - $rw / 4) / 2;
if ($gen > 0 and $deg2 - $deg1 > 80) {
$mr = $rx / 2;
}
$tx = $cx + $mr * cos($rad);
$ty = $cy - $mr * -sin($rad);
if ($sosa == 1) {
$ty -= $mr / 2;
}
// print text
ImageTtfText($image, (double) $fontsize, $tangle, $tx, $ty, $color, $fontfile, $text);
$imagemap .= "<area shape=\"poly\" coords=\"";
// plot upper points
$mr = $rx / 2;
$deg = $deg1;
while ($deg <= $deg2) {
$rad = deg2rad($deg);
$tx = round($cx + $mr * cos($rad));
$ty = round($cy - $mr * -sin($rad));
$imagemap .= "{$tx}, {$ty}, ";
$deg += ($deg2 - $deg1) / 6;
}
// plot lower points
$mr = ($rx - $rw) / 2;
$deg = $deg2;
while ($deg >= $deg1) {
$rad = deg2rad($deg);
$tx = round($cx + $mr * cos($rad));
$ty = round($cy - $mr * -sin($rad));
$imagemap .= "{$tx}, {$ty}, ";
$deg -= ($deg2 - $deg1) / 6;
}
// join first point
$mr = $rx / 2;
$deg = $deg1;
$rad = deg2rad($deg);
$tx = round($cx + $mr * cos($rad));
$ty = round($cy - $mr * -sin($rad));
$imagemap .= "{$tx}, {$ty}";
// add action url
$tempURL = "javascript://" . htmlspecialchars(strip_tags($name));
if ($SHOW_ID_NUMBERS) {
$tempURL .= " (" . $pid . ")";
}
$imagemap .= "\" href=\"{$tempURL}\" ";
$tempURL = "fanchart.php?rootid={$pid}&PEDIGREE_GENERATIONS={$PEDIGREE_GENERATIONS}&fan_width={$fan_width}&fan_style={$fan_style}";
if (!empty($view)) {
$tempURL .= "&view={$view}";
}
$count = 0;
$lbwidth = 200;
print "<div id=\"I" . $pid . "." . $count . "links\" style=\"position:absolute; >";
print "left:" . $tx . "px; top:" . $ty . "px; width: " . $lbwidth . "px; visibility:hidden; z-index:'100';\">";
print "<table class=\"person_box\"><tr><td class=\"details1\">";
print "<a href=\"individual.php?pid={$pid}\" class=\"name1\">" . PrintReady($name);
if (!empty($addname)) {
print "<br />" . PrintReady($addname);
}
print "</a>";
print "<br /><a href=\"pedigree.php?rootid={$pid}\" >" . $pgv_lang["index_header"] . "</a>";
print "<br /><a href=\"descendancy.php?pid={$pid}\" >" . $pgv_lang["descend_chart"] . "</a>";
if (PGV_USER_GEDCOM_ID) {
print "<br /><a href=\"" . encode_url("relationship.php?pid1=" . PGV_USER_GEDCOM_ID . "&pid2={$pid}&ged={$GEDCOM}") . "\" onmouseover=\"clear_family_box_timeout('" . $pid . "." . $count . "');\" onmouseout=\"family_box_timeout('" . $pid . "." . $count . "');\">" . $pgv_lang["relationship_to_me"] . "</a>";
}
print "<br /><a href=\"ancestry.php?rootid={$pid}\" onmouseover=\"clear_family_box_timeout('" . $pid . "." . $count . "');\" onmouseout=\"family_box_timeout('" . $pid . "." . $count . "');\">" . $pgv_lang["ancestry_chart"] . "</a>";
print "<br /><a href=\"compact.php?rootid={$pid}\" onmouseover=\"clear_family_box_timeout('" . $pid . "." . $count . "');\" onmouseout=\"family_box_timeout('" . $pid . "." . $count . "');\">" . $pgv_lang["compact_chart"] . "</a>";
print "<br /><a href=\"" . encode_url($tempURL) . "\" onmouseover=\"clear_family_box_timeout('" . $pid . "." . $count . "');\" onmouseout=\"family_box_timeout('" . $pid . "." . $count . "');\">" . $pgv_lang["fan_chart"] . "</a>";
print "<br /><a href=\"hourglass.php?pid={$pid}\" onmouseover=\"clear_family_box_timeout('" . $pid . "." . $count . "');\" onmouseout=\"family_box_timeout('" . $pid . "." . $count . "');\">" . $pgv_lang["hourglass_chart"] . "</a>";
if ($sosa >= 1) {
$famids = find_sfamily_ids($pid);
//-- make sure there is more than 1 child in the family with parents
$cfamids = find_family_ids($pid);
$num = 0;
for ($f = 0; $f < count($cfamids); $f++) {
$famrec = find_family_record($cfamids[$f]);
if ($famrec) {
$num += preg_match_all("/1\\s*CHIL\\s*@(.*)@/", $famrec, $smatch, PREG_SET_ORDER);
}
}
if ($famids || $num > 1) {
//-- spouse(s) and children
for ($f = 0; $f < count($famids); $f++) {
$famrec = find_family_record(trim($famids[$f]));
if ($famrec) {
$parents = find_parents($famids[$f]);
if ($parents) {
if ($pid != $parents["HUSB"]) {
$spid = $parents["HUSB"];
} else {
$spid = $parents["WIFE"];
}
$person = Person::getInstance($spid);
if ($person) {
echo '<br /><a href="', $person->getLinkUrl(), '" class="name1">', $person->getFullName(), '</a>';
}
}
$num = preg_match_all("/1\\s*CHIL\\s*@(.*)@/", $famrec, $smatch, PREG_SET_ORDER);
for ($i = 0; $i < $num; $i++) {
$person = Person::getInstance($smatch[$i][1]);
if ($person) {
echo '<br /> <a href="', $person->getLinkUrl(), '" class="name1">< ', $person->getFullName(), '</a>';
}
}
}
}
//-- siblings
for ($f = 0; $f < count($cfamids); $f++) {
$famrec = find_family_record($cfamids[$f]);
if ($famrec) {
$num = preg_match_all("/1\\s*CHIL\\s*@(.*)@/", $famrec, $smatch, PREG_SET_ORDER);
if ($num > 2) {
print "<br /><span class=\"name1\">" . $pgv_lang["siblings"] . "</span>";
}
if ($num == 2) {
print "<br /><span class=\"name1\">" . $pgv_lang["sibling"] . "</span>";
}
for ($i = 0; $i < $num; $i++) {
$cpid = $smatch[$i][1];
if ($cpid != $pid) {
$person = Person::getInstance($cpid);
if ($person) {
echo '<br /> <a href="', $person->getLinkUrl(), '" class="name1"> ', $person->getFullName(), '</a>';
}
}
}
}
}
}
}
print "</td></tr></table>";
print "</div>";
$imagemap .= " onclick=\"show_family_box('" . $pid . "." . $count . "', 'relatives'); return false;\"";
$imagemap .= " onmouseout=\"family_box_timeout('" . $pid . "." . $count . "'); return false;\"";
$imagemap .= " alt=\"" . PrintReady(strip_tags($name)) . "\" title=\"" . PrintReady(strip_tags($name)) . "\" />";
}
$deg1 -= $angle;
$deg2 -= $angle;
$sosa--;
}
$rx -= $rw;
$gen--;
}
$imagemap .= "</map>";
echo $imagemap;
// PGV banner ;-)
ImageStringUp($image, 1, $fanw - 10, $fanh / 3, PGV_PHPGEDVIEW_URL, $color);
// here we cannot send image to browser ('header already sent')
// and we dont want to use a tmp file
// step 1. save image data in a session variable
ob_start();
ImagePng($image);
$image_data = ob_get_contents();
ob_end_clean();
$image_data = serialize($image_data);
unset($_SESSION['image_data']);
$_SESSION['image_data'] = $image_data;
// step 2. call imageflush.php to read this session variable and display image
// note: arg "image_name=" is to avoid image miscaching
$image_name = "V" . time();
unset($_SESSION[$image_name]);
// statisticsplot.php uses this to hold a file name to send to browser
$image_title = preg_replace("~<.*>~", "", $name) . " " . $pgv_lang["fan_chart"];
echo "<p align=\"center\" >";
echo "<img src=\"imageflush.php?image_type=png&image_name={$image_name}&height={$fanh}&width={$fanw}\" width=\"{$fanw}\" height=\"{$fanh}\" border=\"0\" alt=\"{$image_title}\" title=\"{$image_title}\" usemap=\"#fanmap\" />";
echo "</p>";
ImageDestroy($image);
}
/**
* print ancestors on a fan chart
* @param array $treeid ancestry pid
* @param int $fanw fan width in px (default=840)
* @param int $fandeg fan size in deg (default=270)
*/
function print_fan_chart($treeid, $fanw = 840, $fandeg = 270)
{
global $dbh, $tree_id, $db_functions, $fontsize, $date_display;
global $fan_style, $family_id;
global $printing, $language, $selected_language;
global $pers_var, $tree_prefix_quoted;
global $china_message;
// check for GD 2.x library
if (!defined("IMG_ARC_PIE")) {
print "ERROR: NO GD LIBRARY";
return false;
}
if (!function_exists("ImageTtfBbox")) {
print "ERROR: NO GD LIBRARY";
return false;
}
if (intval($fontsize) < 2) {
$fontsize = 7;
}
$treesize = count($treeid);
if ($treesize < 1) {
return;
}
// generations count
$gen = log($treesize) / log(2) - 1;
$sosa = $treesize - 1;
// fan size
if ($fandeg == 0) {
$fandeg = 360;
}
$fandeg = min($fandeg, 360);
$fandeg = max($fandeg, 90);
$cx = $fanw / 2 - 1;
// center x
$cy = $cx;
// center y
$rx = $fanw - 1;
$rw = $fanw / ($gen + 1);
$fanh = $fanw;
// fan height
if ($fandeg == 180) {
$fanh = round($fanh * ($gen + 1) / ($gen * 2));
}
if ($fandeg == 270) {
$fanh = round($fanh * 0.86);
}
$scale = $fanw / 840;
// image init
$image = ImageCreate($fanw, $fanh);
$black = ImageColorAllocate($image, 0, 0, 0);
$white = ImageColorAllocate($image, 0xff, 0xff, 0xff);
ImageFilledRectangle($image, 0, 0, $fanw, $fanh, $white);
if ($printing == 1) {
ImageColorTransparent($image, $white);
}
// *** Border colour ***
$rgb = "";
if (empty($rgb)) {
$rgb = "#6E6E6E";
}
$grey = ImageColorAllocate($image, hexdec(substr($rgb, 1, 2)), hexdec(substr($rgb, 3, 2)), hexdec(substr($rgb, 5, 2)));
// *** Text colour ***
$rgb = "";
if (empty($rgb)) {
$rgb = "#000000";
}
$color = ImageColorAllocate($image, hexdec(substr($rgb, 1, 2)), hexdec(substr($rgb, 3, 2)), hexdec(substr($rgb, 5, 2)));
// *** Background colour ***
$rgb = "";
if (empty($rgb)) {
$rgb = "#EEEEEE";
}
$bgcolor = ImageColorAllocate($image, hexdec(substr($rgb, 1, 2)), hexdec(substr($rgb, 3, 2)), hexdec(substr($rgb, 5, 2)));
// *** Man colour ***
$rgb = "";
if (empty($rgb)) {
$rgb = "#B2DFEE";
}
$bgcolorM = ImageColorAllocate($image, hexdec(substr($rgb, 1, 2)), hexdec(substr($rgb, 3, 2)), hexdec(substr($rgb, 5, 2)));
// *** wife colour ***
$rgb = "";
if (empty($rgb)) {
$rgb = "#FFE4C4";
}
$bgcolorF = ImageColorAllocate($image, hexdec(substr($rgb, 1, 2)), hexdec(substr($rgb, 3, 2)), hexdec(substr($rgb, 5, 2)));
// imagemap
$imagemap = "<map id=\"fanmap\" name=\"fanmap\">";
// loop to create fan cells
while ($gen >= 0) {
// clean current generation area
$deg2 = 360 + ($fandeg - 180) / 2;
$deg1 = $deg2 - $fandeg;
ImageFilledArc($image, $cx, $cy, $rx, $rx, $deg1, $deg2, $bgcolor, IMG_ARC_PIE);
ImageFilledArc($image, $cx, $cy, $rx, $rx, $deg1, $deg2, $bgcolor, IMG_ARC_EDGED | IMG_ARC_NOFILL);
$rx -= 3;
// calculate new angle
$p2 = pow(2, $gen);
$angle = $fandeg / $p2;
$deg2 = 360 + ($fandeg - 180) / 2;
$deg1 = $deg2 - $angle;
// special case for rootid cell
if ($gen == 0) {
$deg1 = 90;
$deg2 = 360 + $deg1;
}
// draw each cell
while ($sosa >= $p2) {
$pid = $treeid[$sosa][0];
$birthyr = $treeid[$sosa][1];
$deathyr = $treeid[$sosa][4];
$fontpx = $fontsize;
if ($sosa >= 16 and $fandeg == 180) {
$fontpx = $fontsize - 1;
}
if ($sosa >= 32 and $fandeg != 180) {
$fontpx = $fontsize - 1;
}
if (!empty($pid)) {
if ($sosa % 2) {
$bg = $bgcolorF;
} else {
$bg = $bgcolorM;
}
if ($sosa == 1) {
if ($treeid[$sosa][5] == "F") {
$bg = $bgcolorF;
} else {
if ($treeid[$sosa][5] == "M") {
$bg = $bgcolorM;
} else {
$bg = $bgcolor;
// sex unknown
}
}
}
ImageFilledArc($image, $cx, $cy, $rx, $rx, $deg1, $deg2, $bg, IMG_ARC_PIE);
if ($gen != 0) {
ImageFilledArc($image, $cx, $cy, $rx, $rx, $deg1, $deg2, $grey, IMG_ARC_EDGED | IMG_ARC_NOFILL);
} else {
ImageFilledArc($image, $cx, $cy, $rx, $rx, $deg1, $deg2, $grey, IMG_ARC_NOFILL);
}
$name = $pid;
// check if string is RTL language- if it is, it has to be reversed later on by persian_log2vis()
$rtlstr = 0;
//if(preg_match('/(*UTF8)[א-ת]/',$name)!==0 OR preg_match('/(*UTF8)[أ-ى]/',$name)!==0) {
if (preg_match('/(*UTF8)[א-ת]/', $name) === 1 or preg_match('/(*UTF8)[أ-ى]/', $name) === 1) {
// this is either Hebrew, Arabic or Persian -> we have to reverse the text!
$rtlstr = 1;
}
$fontfile = CMS_ROOTPATH . "include/fanchart/dejavusans.ttf";
// this default font serves: Latin,Hebrew,Arabic,Persian,Russian
//if(preg_match('/(*UTF8)\p{Han}/',$name)!==0) { // String is Chinese so use a Chinese ttf font if present in the folder
if (preg_match('/(*UTF8)\\p{Han}/', $name) === 1) {
// String is Chinese so use a Chinese ttf font if present in the folder
if (is_dir(CMS_ROOTPATH . "include/fanchart/chinese")) {
$dh = opendir(CMS_ROOTPATH . "include/fanchart/chinese");
while (false !== ($filename = readdir($dh))) {
//if (strtolower(substr($filename, -3)) == "ttf"){
if (strtolower(substr($filename, -3)) == "otf" or strtolower(substr($filename, -3)) == "ttf") {
$fontfile = CMS_ROOTPATH . "include/fanchart/chinese/" . $filename;
}
}
}
if ($fontfile == CMS_ROOTPATH . "include/fanchart/dejavusans.ttf") {
//no Chinese ttf file found
$china_message = 1;
}
}
$text = $name;
// names
$text2 = "";
// dates
if ($date_display == 1) {
// don't show dates
} else {
if ($date_display == 2) {
//show years only
// years only chosen but we also do this if no place in outer circles
$text2 .= substr($birthyr, -4) . " - " . substr($deathyr, -4);
} else {
if ($date_display == 3) {
//show full dates (but not in narrow outer circles!)
if ($gen > 5) {
$text2 .= substr($birthyr, -4) . " - " . substr($deathyr, -4);
} else {
if ($gen > 4 and $fan_style != 4) {
$text2 .= substr($birthyr, -4) . " - " . substr($deathyr, -4);
} else {
// full dates
if ($birthyr) {
$text2 .= "b." . $birthyr . "\n";
}
if ($deathyr) {
$text2 .= "d." . $deathyr;
}
}
}
}
}
}
// split and center text by lines
$wmax = floor($angle * 7 / $fontpx * $scale);
$wmax = min($wmax, 35 * $scale);
//35
//$wmax = floor((90*$wmax)/100);
if ($gen == 0) {
$wmax = min($wmax, 17 * $scale);
}
//17
$text = split_align_text($text, $wmax, $rtlstr, 1, $gen);
$text2 = split_align_text($text2, $wmax, $rtlstr, 0, $gen);
if ($rtlstr == 1) {
persian_log2vis($text);
// converts persian, arab and hebrew text from logical to visual and reverses it
}
$text .= "\n" . $text2;
// text angle
$tangle = 270 - ($deg1 + $angle / 2);
if ($gen == 0) {
$tangle = 0;
}
// calculate text position
$bbox = ImageTtfBbox((double) $fontpx, 0, $fontfile, $text);
$textwidth = $bbox[4];
//4
$deg = $deg1 + 0.44;
if ($deg2 - $deg1 > 40) {
$deg = $deg1 + ($deg2 - $deg1) / 11;
}
// 11
if ($deg2 - $deg1 > 80) {
$deg = $deg1 + ($deg2 - $deg1) / 7;
}
// 7
if ($deg2 - $deg1 > 140) {
$deg = $deg1 + ($deg2 - $deg1) / 4;
}
// 4
if ($gen == 0) {
$deg = 180;
}
$rad = deg2rad($deg);
$mr = ($rx - $rw / 4) / 2;
if ($gen > 0 and $deg2 - $deg1 > 80) {
$mr = $rx / 2;
}
$tx = $cx + $mr * cos($rad);
$ty = $cy - $mr * -sin($rad);
if ($sosa == 1) {
$ty -= $mr / 2;
}
// print text
ImageTtfText($image, (double) $fontpx, $tangle, $tx, $ty, $color, $fontfile, $text);
$imagemap .= "<area shape=\"poly\" coords=\"";
// plot upper points
$mr = $rx / 2;
$deg = $deg1;
while ($deg <= $deg2) {
$rad = deg2rad($deg);
$tx = round($cx + $mr * cos($rad));
$ty = round($cy - $mr * -sin($rad));
$imagemap .= "{$tx}, {$ty}, ";
$deg += ($deg2 - $deg1) / 6;
}
// plot lower points
$mr = ($rx - $rw) / 2;
$deg = $deg2;
while ($deg >= $deg1) {
$rad = deg2rad($deg);
$tx = round($cx + $mr * cos($rad));
$ty = round($cy - $mr * -sin($rad));
$imagemap .= "{$tx}, {$ty}, ";
$deg -= ($deg2 - $deg1) / 6;
}
// join first point
$mr = $rx / 2;
$deg = $deg1;
$rad = deg2rad($deg);
$tx = round($cx + $mr * cos($rad));
$ty = round($cy - $mr * -sin($rad));
$imagemap .= "{$tx}, {$ty}";
if (CMS_SPECIFIC == "Joomla") {
$imagemap .= "\" href=\"index.php?option=com_humo-gen&task=family&id=" . $treeid[$sosa][2] . "&main_person=" . $treeid[$sosa][3] . "\"";
} else {
$imagemap .= "\" href=\"family.php?id=" . $treeid[$sosa][2] . "&main_person=" . $treeid[$sosa][3] . "\"";
}
//NEW - add first spouse to base person's tooltip
$spousename = "";
if ($gen == 0 and $treeid[1][2] != "") {
// base person and has spouse
if ($treeid[1][5] == "F") {
$spouse = "fam_man";
} else {
$spouse = "fam_woman";
}
$spouse_result = $dbh->query("SELECT " . $spouse . " FROM humo_families\n\t\t\t\t\t\tWHERE fam_tree_id='" . $tree_id . "' AND fam_gedcomnumber='" . $treeid[1][2] . "'");
@($spouseDb = $spouse_result->fetch());
// fetch() with no parameter deaults to array which is what we want here
@($spouse2Db = $db_functions->get_person($spouseDb[$spouse]));
$spouse_cls = new person_cls();
$spouse_cls->construct($spouse2Db);
$spname = $spouse_cls->person_name($spouse2Db);
if ($treeid[1][5] == "F") {
$spouse_lan = "SPOUSE_MALE";
} else {
$spouse_lan = "SPOUSE_FEMALE";
}
if ($spname != "") {
$spousename = "\n(" . __($spouse_lan) . ": " . $spname["standard_name"] . ")";
}
}
$imagemap .= " alt=\"" . $pid . "\" title=\"" . $pid . $spousename . "\">";
}
$deg1 -= $angle;
$deg2 -= $angle;
$sosa--;
}
$rx -= $rw;
$gen--;
}
$imagemap .= "</map>";
echo $imagemap;
$image_title = preg_replace("~<.*>~", "", $name) . " - " . __('RELOAD FANCHART WITH \'VIEW\' BUTTON ON THE LEFT');
echo "<p align=\"center\" >";
if (CMS_SPECIFIC == "Joomla") {
ImagePng($image, CMS_ROOTPATH . "include/fanchart/tmpimg.png");
$ext = "?" . time();
// add random string to file to prevent loading from cache and then replacing which is not nice
echo "<img src=\"index.php?option=com_humo-gen&task=fanimage&format=raw&nochache=" . $ext . "\" width=\"{$fanw}\" height=\"{$fanh}\" border=\"0\" alt=\"{$image_title}\" title=\"{$image_title}\" usemap=\"#fanmap\">";
} else {
ob_start();
ImagePng($image);
$image_data = ob_get_contents();
ob_end_clean();
$image_data = serialize($image_data);
unset($_SESSION['image_data']);
$_SESSION['image_data'] = $image_data;
echo "<img src=\"include/fanchart/fanimage.php\" width=\"{$fanw}\" height=\"{$fanh}\" border=\"0\" alt=\"{$image_title}\" title=\"{$image_title}\" usemap=\"#fanmap\">";
}
echo "</p>\n";
ImageDestroy($image);
}