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https://github.com/zenorogue/hyperrogue.git
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slr:: fixes in ~SL quotients: auto disc_quotient, underlying spaces drawn correctly, comment in period selector
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Zeno Rogue
parent
8e041e7b2c
commit
7d7fe85199
@ -844,7 +844,8 @@ EX void showEuclideanMenu() {
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});
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}
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else if(hybri) {
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dialog::addSelItem(XLAT("number of levels"), its(hybrid::csteps / cgi.single_step), 0);
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dialog::addSelItem(XLAT("number of levels"), its(hybrid::csteps / cgi.single_step), 'L');
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dialog::add_action(hybrid::configure_period);
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}
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else if(bt::in()) {
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dialog::addSelItem(XLAT("width"), fts(vid.binary_width), 'v');
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@ -1067,6 +1067,8 @@ EX namespace hybrid {
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EX int csteps;
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EX int disc_quotient = 0;
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EX transmatrix ray_iadj(cell *c, int i) {
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if(prod && i == c->type-2) return (mscale(Id, +cgi.plevel));
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if(prod && i == c->type-1) return (mscale(Id, -cgi.plevel));
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@ -1101,10 +1103,20 @@ EX namespace hybrid {
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ginf[g].g = sph ? giSphere3 : giSL2;
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ginf[g].tiling_name = "Iso(" + ginf[g].tiling_name + ")";
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string& qn = ginf[g].quotient_name;
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string qplus = sph ? "elliptic" : qn;
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if(qn == "none" || qn == "elliptic") qn = qplus;
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else qn = qn + "/" + qplus;
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if(sph) ginf[g].flags |= qELLIPTIC;
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if(csteps && csteps != (sph ? cgi.psl_steps*2 : 0)) {
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string qplus;
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if(csteps == cgi.psl_steps)
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qplus = sph ? "elliptic" : "PSL";
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else if(csteps == 2 * cgi.psl_steps && !sph)
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qplus = "SL";
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else qplus = its(csteps);
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if(qn == "none") qn = qplus;
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else qn = qn + "/" + qplus;
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}
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if(elliptic) ginf[g].flags |= qELLIPTIC;
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println(hlog, "set elliptic if: 0=", csteps % cgi.psl_steps);
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if(csteps && csteps != cgi.psl_steps && csteps != 2*cgi.psl_steps)
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ginf[g].flags |= qANYQ;
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}
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else {
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ginf[g].cclass = g == gRotSpace ? gcSL2 : gcProduct;
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@ -1154,7 +1166,7 @@ EX namespace hybrid {
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EX vector<int>& make_shift(cell *c) {
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auto& res = shifts[c];
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if(res.empty()) res = vector<int> (c->type, SHIFT_UNKNOWN);
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if(res.empty()) res = vector<int> (c->type+1, SHIFT_UNKNOWN);
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return res;
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}
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@ -1167,6 +1179,7 @@ EX namespace hybrid {
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}
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EX int get_shift(cell *c, int i) {
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if(S3 >= OINF) return 0;
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auto& v = get_shift_current(c, i);
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if(v != SHIFT_UNKNOWN) return v;
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@ -1183,37 +1196,46 @@ EX namespace hybrid {
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cw += wstep;
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cw += a;
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}
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candidates.push_back(-a * cgi.single_step - s);
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candidates.push_back(-a * cgi.single_step * (sphere ? -1 : 1) - s);
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next: ;
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}
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if(candidates.size() == 2 && candidates[0] != candidates[1]) {
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println(hlog, "discrepancy found ", candidates);
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int val = candidates[0] - candidates[1];
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if(disc_quotient == 0) disc_quotient = val;
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disc_quotient = gcd(val, disc_quotient);
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if(disc_quotient < 0) disc_quotient = -disc_quotient;
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}
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int val = 0;
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if(1) {
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/* the value from PSL, helps to draw the underlying space correctly */
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auto ps = cgi.psl_steps;
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val = i*ps / c->type - c->c.spin(i)*ps / c->move(i)->type + ps/2;
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}
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if(!candidates.empty()) val = candidates[0];
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v = val;
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get_shift_current(c->move(i), c->c.spin(i)) = -val;
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for(int a: {1, -1}) {
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cellwalker cw0(c, i);
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return val;
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}
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EX void ensure_shifts(cell *c) {
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if(S3 >= OINF) return;
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if(have_shift(c, c->type)) return;
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forCellEx(c1, c)
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for(int a=0; a<c->type; a++) {
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cellwalker cw0(c, a);
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cellwalker cw = cw0;
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cw += wstep; cw += a;
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int s = 0;
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while(cw != cw0) {
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if(!have_shift(cw.at, cw.spin)) goto next1;
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s += shifts[cw.at][cw.spin];
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get_shift(cw.at, cw.spin);
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cw += wstep;
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cw += a;
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}
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if(val != -a * cgi.single_step - s)
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println(hlog, "incorrect val after setting");
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next1: ;
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}
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return val;
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get_shift_current(c, c->type) = 0;
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}
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template<class T> auto in_underlying(const T& t) -> decltype(t()) {
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@ -1245,6 +1267,7 @@ EX namespace hybrid {
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hrmap_hybrid() {
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twisted = false;
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disc_quotient = 0;
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in_underlying([this] { initcells(); underlying_map = currentmap; });
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for(hrmap*& m: allmaps) if(m == underlying_map) m = NULL;
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}
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@ -1324,12 +1347,9 @@ EX namespace hybrid {
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int d1 = cu->c.spin(d);
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int s = 0;
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if(geometry == gRotSpace) {
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if(csteps && cgi.psl_steps % csteps == 0) {
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auto ps = cgi.psl_steps;
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s = d*ps / cu->type - d1*ps / cu1->type + ps/2;
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}
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else
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s = ((hrmap_hybrid*)currentmap)->get_shift(cu, d);
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auto cm = (hrmap_hybrid*)currentmap;
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m->in_underlying([&] { cm->ensure_shifts(cu); });
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s = ((hrmap_hybrid*)currentmap)->get_shift(cu, d);
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}
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cell *c1 = get_at(cu1, m->where[c].second + s);
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c->c.connect(d, c1, d1, cu->c.mirror(d));
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@ -1520,9 +1540,17 @@ EX namespace hybrid {
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EX void configure_period() {
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static int s;
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s = csteps / cgi.single_step;
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dialog::editNumber(s, 0, 16, 1, 0, XLAT("%1 period", "Z"), "");
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string str = "";
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if(rotspace)
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str = XLAT(
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"Theoretically, the double period ('sphere') works in underlying spherical geometry, "
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"any value works in (full) hyperbolic geometry, and single period ('PSL(2,R)') "
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"works in hyperbolic quotient spaces; quotients of these numbers work too. "
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"(The current implementation in HyperRogue is not perfect, though, so only single is guaranteed to work.) "
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"We won't stop you from trying illegal numbers, but they won't work correctly.");
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dialog::editNumber(s, 0, 16, 1, 0, XLAT("%1 period", "Z"), str);
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dialog::bound_low(0);
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auto set_s = [] (int s1) {
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auto set_s = [] (int s1, bool ret) {
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return [s1] {
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if(csteps == s1) return;
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stop_game();
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@ -1530,24 +1558,27 @@ EX namespace hybrid {
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hybrid::reconfigure();
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start_game();
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};
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if(ret) popScreen();
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};
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dialog::extra_options = [=] () {
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if(rotspace) {
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int e_steps = cgi.psl_steps / gcd(cgi.single_step, cgi.psl_steps);
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dialog::addSelItem( XLAT(sphere ? "elliptic" : "PSL(2,R)"), its(e_steps), 'P');
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dialog::add_action(set_s(e_steps));
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dialog::add_action(set_s(e_steps, true));
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dialog::addSelItem( XLAT(sphere ? "sphere" : "SL(2,R)"), its(2*e_steps), 'P');
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dialog::add_action(set_s(2*e_steps));
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dialog::add_action(set_s(2*e_steps, true));
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if(sl2) {
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dialog::addSelItem( XLAT("universal cover"), its(0), 'P');
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dialog::add_action(set_s(0));
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dialog::add_action(set_s(0, true));
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}
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dialog::addSelItem( XLAT("works correctly so far"), its(disc_quotient), 'Q');
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dialog::add_action(set_s(disc_quotient, true));
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}
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else {
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dialog::addSelItem( XLAT("non-periodic"), its(0), 'N');
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dialog::add_action(set_s(0));
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dialog::add_action(set_s(0, true));
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}
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dialog::reaction_final = set_s(s);
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dialog::reaction_final = set_s(s, false);
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};
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}
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