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tes:: fixed the bugs with mirrors and apeirogons, and some other bugs

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Zeno Rogue
2022-10-07 22:21:46 +02:00
parent 7e28ce278e
commit 35fa99460b
1 changed files with 30 additions and 13 deletions
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43
arbitrile.cpp
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@@ -85,6 +85,16 @@ struct shape {
int football_type; int football_type;
/** is it a mirrored version of an original tile */ /** is it a mirrored version of an original tile */
bool is_mirrored; bool is_mirrored;
/** auxiliary function for symmetric_value: is the edge index reflectable? */
bool reflectable(int id) {
if(!symmetric_value) return false;
if(apeirogonal && gmod(id, size()) >= size() - 2) return false;
return true;
}
/** reflect a reflectable reflect index */
int reflect(int id) {
return gmod(symmetric_value - id, size() - (apeirogonal ? 2 : 0));
}
}; };
struct slider { struct slider {
@@ -436,7 +446,7 @@ EX void load_tile(exp_parser& ep, arbi_tiling& c, bool unit) {
throw; throw;
} }
int n = cc.size(); int n = cc.size();
if(is_symmetric) cc.symmetric_value += n; if(is_symmetric && !cc.symmetric_value) cc.symmetric_value += n - (cc.apeirogonal ? 2 : 0);
cc.connections.resize(n); cc.connections.resize(n);
for(int i=0; i<isize(cc.connections); i++) for(int i=0; i<isize(cc.connections); i++)
cc.connections[i] = connection_t{cc.id, i, false}; cc.connections[i] = connection_t{cc.id, i, false};
@@ -502,7 +512,9 @@ EX void unmirror(arbi_tiling& c) {
bool mirr = co.mirror ^ (i >= s); bool mirr = co.mirror ^ (i >= s);
co.mirror = false; co.mirror = false;
if(mirr && mirrored_id[co.sid] == -1) { if(mirr && mirrored_id[co.sid] == -1) {
co.eid = gmod(sh[co.sid].symmetric_value - co.eid, isize(sh[co.sid].angles)); if(sh[co.sid].reflectable(co.eid)) {
co.eid = sh[co.sid].reflect(co.eid);
}
} }
else if(mirr) { else if(mirr) {
co.sid = mirrored_id[co.sid]; co.sid = mirrored_id[co.sid];
@@ -512,12 +524,21 @@ EX void unmirror(arbi_tiling& c) {
} }
} }
} }
c.was_unmirrored = true;
} }
static void reduce_gcd(int& a, int b) { static void reduce_gcd(int& a, int b) {
a = abs(gcd(a, b)); a = abs(gcd(a, b));
} }
EX void mirror_connection(arb::arbi_tiling& ac, connection_t& co) {
if(co.mirror && ac.shapes[co.sid].reflectable(co.eid)) {
co.eid = ac.shapes[co.sid].reflect(co.eid);
co.mirror = !co.mirror;
}
}
EX void compute_vertex_valence(arb::arbi_tiling& ac) { EX void compute_vertex_valence(arb::arbi_tiling& ac) {
int tcl = -1; int tcl = -1;
@@ -535,13 +556,11 @@ EX void compute_vertex_valence(arb::arbi_tiling& ac) {
auto co = sh.connections[k]; auto co = sh.connections[k];
auto co1 = sh.connections[k-sh.cycle_length]; auto co1 = sh.connections[k-sh.cycle_length];
if(co.sid != co1.sid) { if(co.sid != co1.sid) {
println(hlog, "ik = ", tie(i,k), " co=", co, "co1=", co1, " cl=", sh.cycle_length); println(hlog, "ik = ", tie(i,k), " co=", co, " co1=", co1, " cl=", sh.cycle_length);
throw hr_parse_exception("connection error #2 in compute_vertex_valence"); throw hr_parse_exception("connection error #2 in compute_vertex_valence");
} }
if(co.mirror && ac.shapes[co.sid].symmetric_value) { mirror_connection(ac, co);
co.eid = gmod(ac.shapes[co.sid].symmetric_value - co.eid, ac.shapes[co.sid].cycle_length); mirror_connection(ac, co1);
co.mirror = !co.mirror;
}
reduce_gcd(ac.shapes[co.sid].cycle_length, co.eid - co1.eid); reduce_gcd(ac.shapes[co.sid].cycle_length, co.eid - co1.eid);
} }
@@ -550,10 +569,8 @@ EX void compute_vertex_valence(arb::arbi_tiling& ac) {
auto co0 = co; auto co0 = co;
co = ac.shapes[co.sid].connections[co.eid]; co = ac.shapes[co.sid].connections[co.eid];
if(co.sid != i) throw hr_parse_exception("connection error in compute_vertex_valence"); if(co.sid != i) throw hr_parse_exception("connection error in compute_vertex_valence");
if((co.mirror ^ co0.mirror) && ac.shapes[co.sid].symmetric_value) { co.mirror ^= co0.mirror;
co.eid = gmod(ac.shapes[co.sid].symmetric_value - co.eid, ac.shapes[co.sid].cycle_length); mirror_connection(ac, co);
co.mirror = !co.mirror;
}
reduce_gcd(sh.cycle_length, k-co.eid); reduce_gcd(sh.cycle_length, k-co.eid);
} }
if(debugflags & DF_GEOM) if(debugflags & DF_GEOM)
@@ -820,11 +837,11 @@ EX void add_connection(arbi_tiling& c, int ai, int as, int bi, int bs, int m) {
add_connection_sub(c, ai, as, bi, bs, m); add_connection_sub(c, ai, as, bi, bs, m);
int as1, bs1; int as1, bs1;
if(ash.symmetric_value) { if(ash.symmetric_value) {
as1 = gmod(ash.symmetric_value - as, ash.size()); as1 = ash.reflect(as);
add_connection_sub(c, ai, as1, bi, bs, !m); add_connection_sub(c, ai, as1, bi, bs, !m);
} }
if(bsh.symmetric_value) { if(bsh.symmetric_value) {
bs1 = gmod(bsh.symmetric_value - bs, bsh.size()); bs1 = bsh.reflect(bs);
add_connection_sub(c, ai, as, bi, bs1, !m); add_connection_sub(c, ai, as, bi, bs1, !m);
} }
if(ash.symmetric_value && bsh.symmetric_value) if(ash.symmetric_value && bsh.symmetric_value)