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PlantUML is a component that allows to quickly write diagrams from text.
// THIS FILE HAS BEEN GENERATED BY A PREPROCESSOR.
/* +=======================================================================
* |
* | PlantUML : a free UML diagram generator
* |
* +=======================================================================
*
* (C) Copyright 2009-2024, Arnaud Roques
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package gen.lib.label;
import static gen.lib.cdt.dtclose__c.dtclose;
import static gen.lib.cdt.dtopen__c.dtopen;
import static gen.lib.label.index__c.RTreeClose;
import static gen.lib.label.index__c.RTreeInsert;
import static gen.lib.label.index__c.RTreeLeafListFree;
import static gen.lib.label.index__c.RTreeOpen;
import static gen.lib.label.index__c.RTreeSearch;
import static smetana.core.Macro.UNSUPPORTED;
import static smetana.core.debug.SmetanaDebug.ENTERING;
import static smetana.core.debug.SmetanaDebug.LEAVING;
import gen.annotation.Original;
import gen.annotation.Unused;
import h.ST_BestPos_t;
import h.ST_HDict_t;
import h.ST_LeafList_t;
import h.ST_Node_t___;
import h.ST_RTree;
import h.ST_Rect_t;
import h.ST_XLabels_t;
import h.ST_dt_s;
import h.ST_dtdisc_s;
import h.ST_label_params_t;
import h.ST_object_t;
import h.ST_point;
import h.ST_pointf;
import h.ST_xlabel_t;
import smetana.core.CArray;
import smetana.core.CFunction;
import smetana.core.CFunctionAbstract;
import smetana.core.Globals;
import smetana.core.Memory;
public class xlabels__c {
public static CFunction icompare = new CFunctionAbstract("icompare") {
public Object exe(Globals zz, Object... args) {
return icompare((ST_dt_s)args[0], (Object)args[1], (Object)args[2], (ST_dtdisc_s)args[3]);
}};
//3 5p3ac8qk4gnne5hj1dc21ysi
// static int icompare(Dt_t * dt, void * v1, void * v2, Dtdisc_t * disc)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="icompare", key="5p3ac8qk4gnne5hj1dc21ysi", definition="static int icompare(Dt_t * dt, void * v1, void * v2, Dtdisc_t * disc)")
public static int icompare(ST_dt_s dt, Object v1, Object v2, ST_dtdisc_s disc) {
ENTERING("5p3ac8qk4gnne5hj1dc21ysi","icompare");
try {
Integer k1 = (Integer) v1;
Integer k2 = (Integer) v2;
return k1 - k2;
} finally {
LEAVING("5p3ac8qk4gnne5hj1dc21ysi","icompare");
}
}
//3 88mbfm305igsr7cew5qx6yldp
// static XLabels_t *xlnew(object_t * objs, int n_objs, xlabel_t * lbls, int n_lbls, label_params_t * params)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="", key="88mbfm305igsr7cew5qx6yldp", definition="static XLabels_t *xlnew(object_t * objs, int n_objs, xlabel_t * lbls, int n_lbls, label_params_t * params)")
public static ST_XLabels_t xlnew(Globals zz, CArray objs, int n_objs, CArray lbls, int n_lbls, ST_label_params_t params) {
ENTERING("88mbfm305igsr7cew5qx6yldp","xlnew");
try {
ST_XLabels_t xlp;
xlp = new ST_XLabels_t();
/* used to load the rtree in hilbert space filling curve order */
xlp.hdx = dtopen(zz, zz.Hdisc, zz.Dtobag);
if ((xlp.hdx) == null) {
UNSUPPORTED("4t1y5iinm4310lkpvbal1spve"); // fprintf(stderr, "out of memory\n");
UNSUPPORTED("3m406diamp5s5kwcqtwo4pshf"); // goto bad;
}
/* for querying intersection candidates */
xlp.spdx = RTreeOpen();
if ((xlp.spdx) == null) {
UNSUPPORTED("4t1y5iinm4310lkpvbal1spve"); // fprintf(stderr, "out of memory\n");
UNSUPPORTED("3m406diamp5s5kwcqtwo4pshf"); // goto bad;
}
/* save arg pointers in the handle */
xlp.objs = objs;
xlp.n_objs = n_objs;
xlp.lbls = lbls;
xlp.n_lbls = n_lbls;
xlp.params = params;
return (ST_XLabels_t) xlp;
} finally {
LEAVING("88mbfm305igsr7cew5qx6yldp","xlnew");
}
//UNSUPPORTED("98zx7s9vt8t1s5x9l35evcxnz"); // bad:
//UNSUPPORTED("66s40csd2ivd8rx4h2ut8oai5"); // if (xlp->hdx)
//UNSUPPORTED("8mg8tqxa78f1nfk4jh9drw2n0"); // dtclose(xlp->hdx);
//UNSUPPORTED("b9uy03exphaovgyz5t4gru409"); // if (xlp->spdx)
//UNSUPPORTED("4cfpl6hom6vo3btrjlhfmn6mi"); // RTreeClose(xlp->spdx);
//UNSUPPORTED("dms04fhv1vao18v2p0lmk80xf"); // free(xlp);
//UNSUPPORTED("5oxhd3fvp0gfmrmz12vndnjt"); // return 0;
//UNSUPPORTED("c24nfmv9i7o5eoqaymbibp7m7"); // }
}
//3 apvhod2s1yjb8717rb7gie2kb
// static void xlfree(XLabels_t * xlp)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="xlfree", key="apvhod2s1yjb8717rb7gie2kb", definition="static void xlfree(XLabels_t * xlp)")
public static void xlfree(ST_XLabels_t xlp) {
ENTERING("apvhod2s1yjb8717rb7gie2kb","xlfree");
try {
RTreeClose((ST_RTree) xlp.spdx);
Memory.free(xlp);
} finally {
LEAVING("apvhod2s1yjb8717rb7gie2kb","xlfree");
}
}
//3 6lz36gkh8fla3z6f0lxniy368
// static int floorLog2(unsigned int n)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="floorLog2", key="6lz36gkh8fla3z6f0lxniy368", definition="static int floorLog2(unsigned int n)")
public static int floorLog2(int n) {
ENTERING("6lz36gkh8fla3z6f0lxniy368","floorLog2");
try {
int pos = 0;
if (n == 0)
return -1;
if (n >= 1 << 16) {
n >>= 16;
pos += 16;
}
if (n >= 1 << 8) {
n >>= 8;
pos += 8;
}
if (n >= 1 << 4) {
n >>= 4;
pos += 4;
}
if (n >= 1 << 2) {
n >>= 2;
pos += 2;
}
if (n >= 1 << 1) {
pos += 1;
}
return pos;
} finally {
LEAVING("6lz36gkh8fla3z6f0lxniy368","floorLog2");
}
}
//3 uvnzthcpf4xiih05gxie2rx1
// unsigned int xlhorder(XLabels_t * xlp)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="xlhorder", key="uvnzthcpf4xiih05gxie2rx1", definition="unsigned int xlhorder(XLabels_t * xlp)")
public static int xlhorder(ST_XLabels_t xlp) {
ENTERING("uvnzthcpf4xiih05gxie2rx1","xlhorder");
try {
double maxx = xlp.params.bb.UR.x;
double maxy = xlp.params.bb.UR.y;
return floorLog2(maxx > maxy ? (int)maxx : (int)maxy) + 1;
} finally {
LEAVING("uvnzthcpf4xiih05gxie2rx1","xlhorder");
}
}
//3 9lkyvq87bawe3yon7bdwvcjzq
// static unsigned int hd_hil_s_from_xy(point p, int n)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="hd_hil_s_from_xy", key="9lkyvq87bawe3yon7bdwvcjzq", definition="static unsigned int hd_hil_s_from_xy(point p, int n)")
public static int hd_hil_s_from_xy(ST_point p, int n) {
ENTERING("9lkyvq87bawe3yon7bdwvcjzq","hd_hil_s_from_xy");
try {
return hd_hil_s_from_xy_((ST_point) p.copy(), n);
} finally {
LEAVING("9lkyvq87bawe3yon7bdwvcjzq","hd_hil_s_from_xy");
}
}
private static int hd_hil_s_from_xy_(ST_point p, int n) {
int i, x = p.x, y = p.y, xi, yi;
int s;
s = 0; /* Initialize. */
for (i = n - 1; i >= 0; i--) {
xi = (x >> i) & 1; /* Get bit i of x. */
yi = (y >> i) & 1; /* Get bit i of y. */
s = 4 * s + 2 * xi + (xi ^ yi); /* Append two bits to s. */
x = x ^ y; /* These 3 lines swap */
y = y ^ (x & (yi - 1)); /* x and y if yi = 0. */
x = x ^ y;
x = x ^ (-xi & (yi - 1)); /* Complement x and y if */
y = y ^ (-xi & (yi - 1)); /* xi = 1 and yi = 0. */
}
return s;
}
//3 bpkzwylrchx5wta1qhytfgbtr
// static double aabbaabb(Rect_t * r, Rect_t * s)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="aabbaabb", key="bpkzwylrchx5wta1qhytfgbtr", definition="static double aabbaabb(Rect_t * r, Rect_t * s)")
public static double aabbaabb(ST_Rect_t r, ST_Rect_t s) {
ENTERING("bpkzwylrchx5wta1qhytfgbtr","aabbaabb");
try {
/* per dimension if( max < omin || min > omax) */
double iminx, iminy, imaxx, imaxy;
if (r.boundary[2] < s.boundary[0] || r.boundary[0] > s.boundary[2])
return 0;
if (r.boundary[3] < s.boundary[1] || r.boundary[1] > s.boundary[3])
return 0;
/* if we get here we have an intersection */
/* rightmost left edge of the 2 rectangles */
iminx =
r.boundary[0] > s.boundary[0] ? r.boundary[0] : s.boundary[0];
/* upmost bottom edge */
iminy =
r.boundary[1] > s.boundary[1] ? r.boundary[1] : s.boundary[1];
/* leftmost right edge */
imaxx =
r.boundary[2] < s.boundary[2] ? r.boundary[2] : s.boundary[2];
/* downmost top edge */
imaxy =
r.boundary[3] < s.boundary[3] ? r.boundary[3] : s.boundary[3];
return (imaxx - iminx) * (imaxy - iminy);
} finally {
LEAVING("bpkzwylrchx5wta1qhytfgbtr","aabbaabb");
}
}
//3 2g71cq6f8w5jbmbnn2x9y5qfq
// static int lblenclosing(object_t * objp, object_t * objp1)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="lblenclosing", key="2g71cq6f8w5jbmbnn2x9y5qfq", definition="static int lblenclosing(object_t * objp, object_t * objp1)")
public static boolean lblenclosing(ST_object_t objp, ST_object_t objp1) {
ENTERING("2g71cq6f8w5jbmbnn2x9y5qfq","lblenclosing");
try {
CArray xlp = objp.lbl;
// assert(objp1->sz.x == 0 && objp1->sz.y == 0);
if((xlp) == null) return false;
return objp1.pos.x > xlp.get__(0).pos.x &&
objp1.pos.x < (xlp.get__(0).pos.x + xlp.get__(0).sz.y) &&
objp1.pos.y > xlp.get__(0).pos.y &&
objp1.pos.y < (xlp.get__(0).pos.y + xlp.get__(0).sz.y);
// UNSUPPORTED("exdts7f2bpam5122kabq2b86c"); // return objp1->pos.x > xlp->pos.x &&
// UNSUPPORTED("99uxf5dqw5nzdymlzfj764uol"); // objp1->pos.x < (xlp->pos.x + xlp->sz.x) &&
// UNSUPPORTED("epx7s3oiw75fuioasz208w1k1"); // objp1->pos.y > xlp->pos.y &&
// UNSUPPORTED("29g3tye8vebllnv9b91xyntzi"); // objp1->pos.y < (xlp->pos.y + xlp->sz.y);
// UNSUPPORTED("c24nfmv9i7o5eoqaymbibp7m7"); // }
} finally {
LEAVING("2g71cq6f8w5jbmbnn2x9y5qfq","lblenclosing");
}
}
//3 dq1wkb4oxshdggv6cwtgas6m
// static void objp2rect(object_t * op, Rect_t * r)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="objp2rect", key="dq1wkb4oxshdggv6cwtgas6m", definition="static void objp2rect(object_t * op, Rect_t * r)")
public static void objp2rect(ST_object_t op, ST_Rect_t r) {
ENTERING("dq1wkb4oxshdggv6cwtgas6m","objp2rect");
try {
r.boundary[0]=((int)op.pos.x);
r.boundary[1]=((int)op.pos.y);
r.boundary[2]=((int)(op.pos.x+op.sz.x));
r.boundary[3]=((int)(op.pos.y+op.sz.y));
} finally {
LEAVING("dq1wkb4oxshdggv6cwtgas6m","objp2rect");
}
}
//3 71b5ttp3xs7lo9fqgb7ypyqgx
// static void objplp2rect(object_t * objp, Rect_t * r)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="objplp2rect", key="71b5ttp3xs7lo9fqgb7ypyqgx", definition="static void objplp2rect(object_t * objp, Rect_t * r)")
public static void objplp2rect(ST_object_t objp, ST_Rect_t r) {
ENTERING("71b5ttp3xs7lo9fqgb7ypyqgx","objplp2rect");
try {
CArray lp = objp.lbl;
r.boundary[0]=((int)lp.get__(0).pos.x);
r.boundary[1]=((int)lp.get__(0).pos.y);
r.boundary[2]=((int)(lp.get__(0).pos.x+lp.get__(0).sz.x));
r.boundary[3]=((int)(lp.get__(0).pos.y+lp.get__(0).sz.y));
} finally {
LEAVING("71b5ttp3xs7lo9fqgb7ypyqgx","objplp2rect");
}
}
//3 ksqjbiie0e6vvaeawdxriie5
// static Rect_t objplpmks(XLabels_t * xlp, object_t * objp)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="objplpmks", key="ksqjbiie0e6vvaeawdxriie5", definition="static Rect_t objplpmks(XLabels_t * xlp, object_t * objp)")
public static ST_Rect_t objplpmks(ST_XLabels_t xlp, ST_object_t objp) {
ENTERING("ksqjbiie0e6vvaeawdxriie5","objplpmks");
try {
final ST_Rect_t rect = new ST_Rect_t();
final ST_pointf p = new ST_pointf();
p.x = 0;
p.y = 0;
if (objp.lbl!=null)
p.___(objp.lbl.get__(0).sz);
rect.boundary[0]=((int) Math.floor(objp.pos.x - p.x));
rect.boundary[1]=((int) Math.floor(objp.pos.y - p.y));
rect.boundary[2]=((int) Math.ceil(objp.pos.x + objp.sz.x + p.x));
// assert(rect.boundary[2] < INT_MAX);
rect.boundary[3]=((int) Math.ceil(objp.pos.y + objp.sz.y + p.y));
// assert(rect.boundary[3] < INT_MAX);
return rect;
} finally {
LEAVING("ksqjbiie0e6vvaeawdxriie5","objplpmks");
}
}
//3 calnhom3s9dqvvi6crrz3h2wp
// static int getintrsxi(XLabels_t * xlp, object_t * op, object_t * cp)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="getintrsxi", key="calnhom3s9dqvvi6crrz3h2wp", definition="static int getintrsxi(XLabels_t * xlp, object_t * op, object_t * cp)")
public static int getintrsxi(ST_XLabels_t xlp, ST_object_t op, ST_object_t cp) {
ENTERING("calnhom3s9dqvvi6crrz3h2wp","getintrsxi");
try {
int i = -1;
CArray lp = op.lbl, clp = cp.lbl;
assert(lp != clp);
if (lp.get__(0).set == 0 || clp.get__(0).set == 0)
return i;
UNSUPPORTED("bofpvwtmumoe1ckgnlgbwg8bt"); // if ((op->pos.x == 0.0 && op->pos.y == 0.0) ||
UNSUPPORTED("f039op8rn0jopi9r8kora4cwz"); // (cp->pos.x == 0.0 && cp->pos.y == 0.0))
UNSUPPORTED("11drvggon8u61uz4iw75insly"); // return i;
UNSUPPORTED("5t4dji6xy0hdyx5wguao13hy5"); // if (cp->pos.y < op->pos.y)
UNSUPPORTED("kx0a7gocqji2ms0neepjemp0"); // if (cp->pos.x < op->pos.x)
UNSUPPORTED("al11nyatzn20y82ligyxw6doz"); // i = 0;
UNSUPPORTED("6u28hrhgdf9tpy6v85nmoma8q"); // else if (cp->pos.x > op->pos.x)
UNSUPPORTED("3nbwdw3wfkpmnrf8loezvflkx"); // i = 2;
UNSUPPORTED("9352ql3e58qs4fzapgjfrms2s"); // else
UNSUPPORTED("akdfo982ws6tlct2c4wlm7hdb"); // i = 1;
UNSUPPORTED("6h2iz13c1pog9oqz0a4f1sqth"); // else if (cp->pos.y > op->pos.y)
UNSUPPORTED("kx0a7gocqji2ms0neepjemp0"); // if (cp->pos.x < op->pos.x)
UNSUPPORTED("2rdl000508m132a9u1h076lba"); // i = 6;
UNSUPPORTED("6u28hrhgdf9tpy6v85nmoma8q"); // else if (cp->pos.x > op->pos.x)
UNSUPPORTED("7p6vu0p80gdkcsj4l5hz59dqb"); // i = 8;
UNSUPPORTED("9352ql3e58qs4fzapgjfrms2s"); // else
UNSUPPORTED("69apu46xpi0gdi4dt1tir6dbh"); // i = 7;
UNSUPPORTED("73lwftxejfwwrm0v22inmutya"); // else if (cp->pos.x < op->pos.x)
UNSUPPORTED("9t0t38axcdz9uuxxaxd4e5oi2"); // i = 3;
UNSUPPORTED("an605gtk4m1ql9srrrj5k6dah"); // else if (cp->pos.x > op->pos.x)
UNSUPPORTED("cmp9l0lizmu0ars1jf1oxdms"); // i = 5;
UNSUPPORTED("ahwo5hst5k1gyq20ve63ahe81"); // return i;
UNSUPPORTED("c24nfmv9i7o5eoqaymbibp7m7"); // }
throw new UnsupportedOperationException();
} finally {
LEAVING("calnhom3s9dqvvi6crrz3h2wp","getintrsxi");
}
}
//3 52awwxu810dg9a2pjq45aomam
// static double recordointrsx(XLabels_t * xlp, object_t * op, object_t * cp, Rect_t * rp, double a, object_t * intrsx[9])
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="recordointrsx", key="52awwxu810dg9a2pjq45aomam", definition="static double recordointrsx(XLabels_t * xlp, object_t * op, object_t * cp, Rect_t * rp, double a, object_t * intrsx[9])")
public static double recordointrsx(ST_XLabels_t xlp, ST_object_t op, ST_object_t cp, ST_Rect_t rp, double a, ST_object_t[] intrsx) {
ENTERING("52awwxu810dg9a2pjq45aomam","recordointrsx");
try {
int i = getintrsxi(xlp, op, cp);
if (i < 0)
i = 5;
if (intrsx[i] != null) {
double sa, maxa = 0.0;
final ST_Rect_t srect = new ST_Rect_t();
/* keep maximally overlapping object */
objp2rect(intrsx[i], srect);
sa = aabbaabb(rp, srect);
if (sa > a)
maxa = sa;
/*keep maximally overlapping label */
if (intrsx[i].lbl!=null) {
objplp2rect(intrsx[i], srect);
sa = aabbaabb(rp, srect);
if (sa > a)
maxa = sa > maxa ? sa : maxa;
}
if (maxa > 0.0)
return maxa;
/*replace overlapping label/object pair */
intrsx[i] = cp;
return a;
}
intrsx[i] = cp;
return a;
} finally {
LEAVING("52awwxu810dg9a2pjq45aomam","recordointrsx");
}
}
//3 2umrncgkunxoyeuc8i9hd5pwa
// static double recordlintrsx(XLabels_t * xlp, object_t * op, object_t * cp, Rect_t * rp, double a, object_t * intrsx[9])
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="recordlintrsx", key="2umrncgkunxoyeuc8i9hd5pwa", definition="static double recordlintrsx(XLabels_t * xlp, object_t * op, object_t * cp, Rect_t * rp, double a, object_t * intrsx[9])")
public static double recordlintrsx(ST_XLabels_t xlp, ST_object_t op, ST_object_t cp, ST_Rect_t rp, double a, ST_object_t intrsx[]) {
ENTERING("2umrncgkunxoyeuc8i9hd5pwa","recordlintrsx");
try {
int i = getintrsxi(xlp, op, cp);
if (i < 0)
i = 5;
if (intrsx[i] != null) {
double sa, maxa = 0.0;
final ST_Rect_t srect = new ST_Rect_t();
/* keep maximally overlapping object */
objp2rect(intrsx[i], srect);
sa = aabbaabb(rp, srect);
if (sa > a)
maxa = sa;
/*keep maximally overlapping label */
if (intrsx[i].lbl!=null) {
objplp2rect(intrsx[i], srect);
sa = aabbaabb(rp, srect);
if (sa > a)
maxa = sa > maxa ? sa : maxa;
}
if (maxa > 0.0)
return maxa;
/*replace overlapping label/object pair */
intrsx[i] = cp;
return a;
}
intrsx[i] = cp;
return a;
} finally {
LEAVING("2umrncgkunxoyeuc8i9hd5pwa","recordlintrsx");
}
}
/* find the objects and labels intersecting lp */
//3 2td62i5hus8obwt8j1lo3ddj9
// static BestPos_t xlintersections(XLabels_t * xlp, object_t * objp, object_t * intrsx[9])
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="xlintersections", key="2td62i5hus8obwt8j1lo3ddj9", definition="static BestPos_t xlintersections(XLabels_t * xlp, object_t * objp, object_t * intrsx[9])")
public static ST_BestPos_t xlintersections(ST_XLabels_t xlp, ST_object_t objp, ST_object_t intrsx[]) {
ENTERING("2td62i5hus8obwt8j1lo3ddj9","xlintersections");
try {
return (ST_BestPos_t) xlintersections_(xlp, objp, intrsx).copy();
} finally {
LEAVING("2td62i5hus8obwt8j1lo3ddj9","xlintersections");
}
}
private static ST_BestPos_t xlintersections_(ST_XLabels_t xlp, ST_object_t objp, ST_object_t intrsx[]) {
int i;
ST_LeafList_t ilp, llp;
final ST_Rect_t rect = new ST_Rect_t(), srect = new ST_Rect_t();
final ST_BestPos_t bp = new ST_BestPos_t();
// assert(objp->lbl);
bp.n = 0;
bp.area = 0.0;
bp.pos.___(objp.lbl.get__(0).pos);
for(i=0; i 0 && xlp.objs.get__(i).sz.y > 0) continue;
if(lblenclosing(objp, xlp.objs.get__(i))) {
bp.n = bp.n+1;
}
}
objplp2rect(objp, rect);
llp = RTreeSearch(xlp.spdx, xlp.spdx.root, rect);
if ((llp) == null)
return bp;
for (ilp = llp; ilp!=null; ilp = ilp.next) {
double a, ra;
// WARNING FOR TRANSLATION
// In the C code, "data" was used. However ST_Branch_t is very close to ST_Leaf_t
// So in Java version, ST_Leaf_t has been removed and ST_Branch_t is used instead
ST_object_t cp = (ST_object_t) ilp.leaf.child;
if (cp == objp)
continue;
/*label-object intersect */
objp2rect(cp, srect);
a = aabbaabb(rect, srect);
if (a > 0.0) {
ra = recordointrsx(xlp, objp, cp, rect, a, intrsx);
bp.n++;
bp.area += ra;
}
/*label-label intersect */
if ((cp.lbl) == null || cp.lbl.get__(0).set == 0)
continue;
objplp2rect(cp, srect);
a = aabbaabb(rect, srect);
if (a > 0.0) {
ra = recordlintrsx(xlp, objp, cp, rect, a, intrsx);
bp.n++;
bp.area += ra;
}
}
RTreeLeafListFree(llp);
return bp;
}
//3 8rxvucqsqnqej6h8p1osfnk4b
// static BestPos_t xladjust(XLabels_t * xlp, object_t * objp)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="xladjust", key="8rxvucqsqnqej6h8p1osfnk4b", definition="static BestPos_t xladjust(XLabels_t * xlp, object_t * objp)")
public static ST_BestPos_t xladjust(ST_XLabels_t xlp, ST_object_t objp) {
ENTERING("8rxvucqsqnqej6h8p1osfnk4b","xladjust");
try {
return (ST_BestPos_t) xladjust_(xlp, objp).copy();
} finally {
LEAVING("8rxvucqsqnqej6h8p1osfnk4b","xladjust");
}
}
private static ST_BestPos_t xladjust_(ST_XLabels_t xlp, ST_object_t objp) {
CArray lp = objp.lbl; // ST_xlabel_t
double xincr = ((2 * lp.get__(0).sz.x + objp.sz.x)) / 8;
double yincr = ((2 * lp.get__(0).sz.y + objp.sz.y)) / 2;
ST_object_t intrsx[] = new ST_object_t[9];
final ST_BestPos_t bp = new ST_BestPos_t();
final ST_BestPos_t nbp = new ST_BestPos_t();
// assert(objp->lbl);
// memset(intrsx, 0, sizeof(intrsx));
/*x left */
lp.get__(0).pos.x = objp.pos.x - lp.get__(0).sz.x;
/*top */
lp.get__(0).pos.y = objp.pos.y + objp.sz.y;
bp.___(xlintersections(xlp, objp, intrsx));
if (bp.n == 0)
return bp;
/*mid */
lp.get__(0).pos.y = objp.pos.y;
nbp.___(xlintersections(xlp, objp, intrsx));
if (nbp.n == 0)
return nbp;
if (nbp.area < bp.area)
bp.___(nbp);
/*bottom */
lp.get__(0).pos.y = objp.pos.y - lp.get__(0).sz.y;
nbp.___(xlintersections(xlp, objp, intrsx));
if (nbp.n == 0)
return nbp;
if (nbp.area < bp.area)
bp.___(nbp);
/*x mid */
lp.get__(0).pos.x = objp.pos.x;
/*top */
lp.get__(0).pos.y = objp.pos.y + objp.sz.y;
nbp.___(xlintersections(xlp, objp, intrsx));
if (nbp.n == 0)
return nbp;
if (nbp.area < bp.area)
bp.___(nbp);
/*bottom */
lp.get__(0).pos.y = objp.pos.y - lp.get__(0).sz.y;
nbp.___(xlintersections(xlp, objp, intrsx));
if (nbp.n == 0)
return nbp;
if (nbp.area < bp.area)
bp.___(nbp);
/*x right */
lp.get__(0).pos.x = objp.pos.x + objp.sz.x;
/*top */
lp.get__(0).pos.y = objp.pos.y + objp.sz.y;
nbp.___(xlintersections(xlp, objp, intrsx));
if (nbp.n == 0)
return nbp;
if (nbp.area < bp.area)
bp.___(nbp);
/*mid */
lp.get__(0).pos.y = objp.pos.y;
nbp.___(xlintersections(xlp, objp, intrsx));
if (nbp.n == 0)
return nbp;
if (nbp.area < bp.area)
bp.___(nbp);
/*bottom */
lp.get__(0).pos.y = objp.pos.y - lp.get__(0).sz.y;
nbp.___(xlintersections(xlp, objp, intrsx));
if (nbp.n == 0)
return nbp;
if (nbp.area < bp.area)
bp.___(nbp);
/*sliding from top left */
if (intrsx[6]!=null || intrsx[7]!=null || intrsx[8]!=null || intrsx[3]!=null || intrsx[0]!=null) { /* have to move */
UNSUPPORTED("c5acs4cl77hgu5j6nmhk090uz"); // if (!intrsx[7] && !intrsx[8]) { /* some room right? */
UNSUPPORTED("ez8sbh237xdqdjeewev2ys74y"); // /* slide along upper edge */
UNSUPPORTED("ajgw2jggmwmofm77lgbx5eo2n"); // for (lp->pos.x = objp->pos.x - lp->sz.x,
UNSUPPORTED("nwfhss2g67z5exjkorj0brd"); // lp->pos.y = objp->pos.y + objp->sz.y;
UNSUPPORTED("eav75dwa3f3ieedr9mnov3a6u"); // lp->pos.x <= (objp->pos.x + objp->sz.x);
UNSUPPORTED("38u334kkfej5n3r31uv1afw9q"); // lp->pos.x += xincr) {
UNSUPPORTED("8pbum2o0fs86ceaiuxv4efbb6"); // nbp = xlintersections(xlp, objp, intrsx);
UNSUPPORTED("5xx7o143ftoj0rhyhg1hqgioa"); // if (nbp.n == 0)
UNSUPPORTED("eqanxe9w90oki7yqvwyzpfcw1"); // return nbp;
UNSUPPORTED("8yd6g3a3f0g09gmu5f67vah0x"); // if (nbp.area < bp.area)
UNSUPPORTED("d6ac36j6lh6qspxwnn3vi0uc3"); // bp = nbp;
UNSUPPORTED("6t98dcecgbvbvtpycwiq2ynnj"); // }
UNSUPPORTED("flupwh3kosf3fkhkxllllt1"); // }
UNSUPPORTED("4w0qgfnt6kpuhb381pmra3ln4"); // if (!intrsx[3] && !intrsx[0]) { /* some room down? */
UNSUPPORTED("6st33ex0udr4mk4sa9vd119uz"); // /* slide down left edge */
UNSUPPORTED("ajgw2jggmwmofm77lgbx5eo2n"); // for (lp->pos.x = objp->pos.x - lp->sz.x,
UNSUPPORTED("nwfhss2g67z5exjkorj0brd"); // lp->pos.y = objp->pos.y + objp->sz.y;
UNSUPPORTED("eolwmrajeldp9gf9ug6ue0gx2"); // lp->pos.y >= (objp->pos.y - lp->sz.y);
UNSUPPORTED("bz3822dbe0xnwj4nm7pf39kae"); // lp->pos.y -= yincr) {
UNSUPPORTED("8pbum2o0fs86ceaiuxv4efbb6"); // nbp = xlintersections(xlp, objp, intrsx);
UNSUPPORTED("5xx7o143ftoj0rhyhg1hqgioa"); // if (nbp.n == 0)
UNSUPPORTED("eqanxe9w90oki7yqvwyzpfcw1"); // return nbp;
UNSUPPORTED("8yd6g3a3f0g09gmu5f67vah0x"); // if (nbp.area < bp.area)
UNSUPPORTED("d6ac36j6lh6qspxwnn3vi0uc3"); // bp = nbp;
UNSUPPORTED("6t98dcecgbvbvtpycwiq2ynnj"); // }
UNSUPPORTED("flupwh3kosf3fkhkxllllt1"); // }
}
/*sliding from bottom right */
lp.get__(0).pos.x = objp.pos.x + objp.sz.x;
lp.get__(0).pos.y = objp.pos.y - lp.get__(0).sz.y;
if (intrsx[2]!=null || intrsx[1]!=null || intrsx[0]!=null || intrsx[5]!=null || intrsx[8]!=null) { /* have to move */
if ((intrsx[1]) == null && (intrsx[0]) == null) { /* some room left? */
/* slide along lower edge */
for (lp.get__(0).pos.x = (objp.pos.x + objp.sz.x),
lp.get__(0).pos.y = objp.pos.y - lp.get__(0).sz.y;
lp.get__(0).pos.x >= (objp.pos.x - lp.get__(0).sz.x);
lp.get__(0).pos.x = (lp.get__(0).pos.x - xincr)) {
nbp.___(xlintersections(xlp, objp, intrsx));
if (nbp.n == 0)
return nbp;
if (nbp.area < bp.area)
bp.___(nbp);
}
}
if ((intrsx[5]) == null && (intrsx[8]) == null) { /* some room up? */
UNSUPPORTED("4bcpk3ixfwrlr0yzrjv2efigj"); // /* slide up right edge */
UNSUPPORTED("7natp0873pfsvymhhhvki1sev"); // for (lp->pos.x = objp->pos.x + objp->sz.x,
UNSUPPORTED("56ycmo0ljb7e86mnezdx3regh"); // lp->pos.y = objp->pos.y - lp->sz.y;
UNSUPPORTED("9cepfi69gtzy7muk9d27es8oc"); // lp->pos.y <= (objp->pos.y + objp->sz.y);
UNSUPPORTED("az41g895dhl39ckrigxl1c5jl"); // lp->pos.y += yincr) {
UNSUPPORTED("8pbum2o0fs86ceaiuxv4efbb6"); // nbp = xlintersections(xlp, objp, intrsx);
UNSUPPORTED("5xx7o143ftoj0rhyhg1hqgioa"); // if (nbp.n == 0)
UNSUPPORTED("eqanxe9w90oki7yqvwyzpfcw1"); // return nbp;
UNSUPPORTED("8yd6g3a3f0g09gmu5f67vah0x"); // if (nbp.area < bp.area)
UNSUPPORTED("d6ac36j6lh6qspxwnn3vi0uc3"); // bp = nbp;
UNSUPPORTED("6t98dcecgbvbvtpycwiq2ynnj"); // }
}
}
return bp;
}
//3 e29g2hwlogx0zchsnvi464c7t
// static int xlhdxload(XLabels_t * xlp)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="xlhdxload", key="e29g2hwlogx0zchsnvi464c7t", definition="static int xlhdxload(XLabels_t * xlp)")
public static int xlhdxload(Globals zz, ST_XLabels_t xlp) {
ENTERING("e29g2hwlogx0zchsnvi464c7t","xlhdxload");
try {
int i;
int order = xlhorder(xlp);
for (i = 0; i < xlp.n_objs; i++) {
ST_HDict_t hp;
final ST_point pi = new ST_point();
hp = new ST_HDict_t();
hp.d.child = xlp.objs.get__(i);
hp.d.rect.___(objplpmks(xlp, xlp.objs.get__(i)));
/* center of the labeling area */
pi.x = hp.d.rect.boundary[0] +
(hp.d.rect.boundary[2] - hp.d.rect.boundary[0]) / 2;
pi.y = hp.d.rect.boundary[1] +
(hp.d.rect.boundary[3] - hp.d.rect.boundary[1]) / 2;
hp.key = hd_hil_s_from_xy(pi, order);
if ((xlp.hdx.searchf.exe(zz, xlp.hdx, hp, 0000001)) == null)
return -1;
}
return 0;
} finally {
LEAVING("e29g2hwlogx0zchsnvi464c7t","xlhdxload");
}
}
//3 26qpvnyd6tmdut8i2wo4itza3
// static void xlhdxunload(XLabels_t * xlp)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="xlhdxunload", key="26qpvnyd6tmdut8i2wo4itza3", definition="static void xlhdxunload(XLabels_t * xlp)")
public static void xlhdxunload(ST_XLabels_t xlp) {
ENTERING("26qpvnyd6tmdut8i2wo4itza3","xlhdxunload");
try {
//UNSUPPORTED("4bsnj74f63qe288s6be1xmrzw"); // static void xlhdxunload(XLabels_t * xlp)
//UNSUPPORTED("erg9i1970wdri39osu8hx2a6e"); // {
//UNSUPPORTED("9sqtid8yyo2ws8avf33utdebf"); // int size=dtsize(xlp->hdx), freed=0;
//UNSUPPORTED("dm7bmt2fwlkdskmcebdm1ctqj"); // while(dtsize(xlp->hdx) ) {
//UNSUPPORTED("a3jz6ykhoarsdfviidq7beb9z"); // void*vp=(((Dt_t*)(xlp->hdx))->data->here ? (((Dt_t*)((xlp->hdx)))->disc->link < 0 ? ((Dthold_t*)((((Dt_t*)(xlp->hdx))->data->here)))->obj : (void*)((char*)((((Dt_t*)(xlp->hdx))->data->here)) - ((Dt_t*)((xlp->hdx)))->disc->link) ):(void*)(0));
//UNSUPPORTED("2covsywkzvpkysnjf34nmr1uw"); // assert(vp);
//UNSUPPORTED("a9jmr8hmnwcky7f1e1qorwnjv"); // if(vp) {
//UNSUPPORTED("d2vfgb4tj6x8x7cq0kv0qgk23"); // (*(((Dt_t*)(xlp->hdx))->searchf))((xlp->hdx),(void*)(vp),0010000);
//UNSUPPORTED("7f4abg2jsf465jjlnp95d9sk6"); // free(vp);
//UNSUPPORTED("5hklxkrkvjgi37kkm6v9xajwc"); // freed++;
//UNSUPPORTED("dvgyxsnyeqqnyzq696k3vskib"); // }
//UNSUPPORTED("7ijd6pszsxnoopppf6xwo8wdl"); // }
//UNSUPPORTED("bifp41eoqo8l51crrab087z21"); // assert(size==freed);
//UNSUPPORTED("c24nfmv9i7o5eoqaymbibp7m7"); // }
} finally {
LEAVING("26qpvnyd6tmdut8i2wo4itza3","xlhdxunload");
}
}
//3 3wrxwwd3y5ts0ekr32o8vhuvv
// static int xlspdxload(XLabels_t * xlp)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="xlspdxload", key="3wrxwwd3y5ts0ekr32o8vhuvv", definition="static int xlspdxload(XLabels_t * xlp)")
public static int xlspdxload(Globals zz, ST_XLabels_t xlp) {
ENTERING("3wrxwwd3y5ts0ekr32o8vhuvv","xlspdxload");
try {
ST_HDict_t op=null;
for (op = (ST_HDict_t) xlp.hdx.searchf.exe(zz, xlp.hdx, null, 0000200); op!=null;
op = (ST_HDict_t) xlp.hdx.searchf.exe(zz, xlp.hdx, op, 0000010)) {
/* tree rectangle data node lvl */
// RTreeInsert(xlp->spdx, &op->d.rect, op->d.data, &xlp->spdx->root, 0);
// WARNING ARRAY
final ST_Node_t___[] tmp = new ST_Node_t___[] {(ST_Node_t___) xlp.spdx.root};
RTreeInsert((ST_RTree) xlp.spdx, (ST_Rect_t)op.d.rect,
op.d.child,
tmp, 0);
xlp.spdx.root = tmp[0];
}
return 0;
} finally {
LEAVING("3wrxwwd3y5ts0ekr32o8vhuvv","xlspdxload");
}
}
//3 6d3fqrllm55toeo3wscwvv4ty
// static int xlinitialize(XLabels_t * xlp)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="xlinitialize", key="6d3fqrllm55toeo3wscwvv4ty", definition="static int xlinitialize(XLabels_t * xlp)")
public static int xlinitialize(Globals zz, ST_XLabels_t xlp) {
ENTERING("6d3fqrllm55toeo3wscwvv4ty","xlinitialize");
try {
int r=0;
if ((r = xlhdxload(zz, xlp)) < 0)
return r;
if ((r = xlspdxload(zz, xlp)) < 0)
return r;
xlhdxunload(xlp);
return dtclose(zz, (ST_dt_s) xlp.hdx);
} finally {
LEAVING("6d3fqrllm55toeo3wscwvv4ty","xlinitialize");
}
}
//3 brqgbskh3z4ah8infjompibvu
// int placeLabels(object_t * objs, int n_objs, xlabel_t * lbls, int n_lbls, label_params_t * params)
@Unused
@Original(version="2.38.0", path="lib/label/xlabels.c", name="placeLabels", key="brqgbskh3z4ah8infjompibvu", definition="int placeLabels(object_t * objs, int n_objs, xlabel_t * lbls, int n_lbls, label_params_t * params)")
public static int placeLabels(Globals zz, CArray objs, int n_objs, CArray lbls, int n_lbls, ST_label_params_t params) {
ENTERING("brqgbskh3z4ah8infjompibvu","placeLabels");
try {
int r, i;
final ST_BestPos_t bp = new ST_BestPos_t();
ST_XLabels_t xlp = xlnew(zz, objs, n_objs, lbls, n_lbls, params);
if ((r = xlinitialize(zz, xlp)) < 0)
return r;
/* Place xlabel_t* lp near lp->obj so that the rectangle whose lower-left
* corner is lp->pos, and size is lp->sz does not intersect any object
* in objs (by convention, an object consisting of a single point
* intersects nothing) nor any other label, if possible. On input,
* lp->set is 0.
*
* On output, any label with a position should have this stored in
* lp->pos and have lp->set non-zero.
*
* If params->force is true, all labels must be positioned, even if
* overlaps are necessary.
*
* Return 0 if all labels could be placed without overlap;
* non-zero otherwise.
*/
r = 0;
for (i = 0; i < n_objs; i++) {
if (objs.get__(i).lbl == null)
continue;
bp.___(xladjust(xlp, objs.get__(i)));
if (bp.n == 0) {
objs.get__(i).lbl.get__(0).set = 1;
} else if(bp.area == 0) {
objs.get__(i).lbl.get__(0).pos.x = bp.pos.x;
objs.get__(i).lbl.get__(0).pos.y = bp.pos.y;
objs.get__(i).lbl.get__(0).set = 1;
} else if (params.force) {
objs.get__(i).lbl.get__(0).pos.x = bp.pos.x;
objs.get__(i).lbl.get__(0).pos.y = bp.pos.y;
objs.get__(i).lbl.get__(0).set = 1;
} else {
r = 1;
}
}
xlfree(xlp);
return r;
} finally {
LEAVING("brqgbskh3z4ah8infjompibvu","placeLabels");
}
}
}