mirror of
https://github.com/zenorogue/hyperrogue.git
synced 2024-11-23 13:07:16 +00:00
225 lines
7.2 KiB
C++
225 lines
7.2 KiB
C++
#include "rogueviz.h"
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namespace rogueviz {
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namespace honey {
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bool alone = true;
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bool in_special = false;
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#if CAP_RVSLIDES
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using ccolor::data;
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#define CCO [] (cell *c, data& cco) -> color_t
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int jhole = 0;
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int jblock = 0;
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data jmap("rainbow by distance", ccolor::always_available,
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CCO {
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if(c == currentmap->gamestart()) return ccolor::plain(c);
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int d = c->master->distance;
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if(geometry == gNil) d = c->master->zebraval;
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if(euc::in()) d = euc::get_ispacemap()[c->master][0];
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if(d % 2 == 0 || d < -5 || d > 5) return hrand(100) < jblock ? 0xFFFFFFFF : ccolor::plain(c);
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return hrand(100) < jhole ? ccolor::plain(c) : cco.ctab[(d+5)/2];
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},
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{0x100FFFF, 0x100FF00, 0x1FFFF00, 0x1FF8000, 0x1FF0000, 0x1FF00FF}
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);
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data jmap2("rainbow by distance II", ccolor::always_available,
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CCO {
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if(c == currentmap->gamestart()) return ccolor::plain(c);
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int d = c->master->distance;
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if(geometry == gNil) d = c->master->zebraval;
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if(euc::in()) d = euc::get_ispacemap()[c->master][0];
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if((d&3) != 2) return hrand(100) < jblock ? 0xFFFFFFFF : ccolor::plain(c);
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return hrand(100) < jhole ? ccolor::plain(c) : cco.ctab[(d+10)/4];
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},
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{0x100FFFF, 0x100FF00, 0x1FFFF00, 0x1FF8000, 0x1FF0000, 0x1FF00FF}
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);
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data random_pseudohept("random_pseudohept", ccolor::always_available,
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CCO {
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color_t r = hrand(0xFFFFFF + 1);
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if(hrand(100) < ccolor::rwalls && pseudohept(c) && c != cwt.at) r |= 0x1000000;
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return r;
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}, {});
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auto geoslide(eGeometry g, ccolor::data *canvas, int _jhole, int _jblock) {
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using namespace tour;
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return [=] (presmode mode) {
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setWhiteCanvas(mode, [&] {
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set_geometry(g);
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if(g == gSphere) {
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set_geometry(gProduct);
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}
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if(g == gNormal) {
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set_geometry(gTwistedProduct);
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}
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tour::slide_backup<ld>(sightranges[gProduct], 12);
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tour::slide_backup<ld>(sightranges[gNil], 7);
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tour::slide_backup<ld>(sightranges[gSol], 7);
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tour::slide_backup<ld>(sightranges[gSpace435], 7);
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vid.texture_step = 4;
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tour::slide_backup(jhole, _jhole);
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tour::slide_backup(jblock, _jblock);
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tour::slide_backup(ccolor::rwalls, _jhole);
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tour::slide_backup(ccolor::which, canvas);
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tour::slide_backup(vid.linewidth, vid.linewidth / 10);
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if(jblock < 0) {
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pmodel = mdDisk;
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sightranges[gSol] = 4;
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}
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});
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rogueviz::pres::non_game_slide_scroll(mode);
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if(mode == pmStop && jblock < 0)
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pmodel = mdGeodesic;
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slidecommand = "switch raycaster";
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if(in_special && among(mode, pmGeometrySpecial, pmStop)) {
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in_special = false;
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gamestack::pop();
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ccolor::which = canvas;
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vid.grid = false;
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fat_edges = false;
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sightranges[gSpace435] = 7;
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}
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else if(mode == pmGeometrySpecial && !in_special) {
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in_special = true;
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gamestack::push();
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ccolor::set_plain(0);
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vid.grid = true;
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stdgridcolor = 0xFFFF00FF;
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fat_edges = true;
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start_game();
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sightranges[gSpace435] = 3;
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}
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if(mode == pmKey && jblock < 0) {
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sightranges[gSol] = 11 - sightranges[gSol];
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addMessage("Changed the sight range to ", sightranges[gSol]);
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}
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else if(mode == pmKey) {
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if(sl2) {
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addMessage("Raycaster not implemented here.");
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}
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#if CAP_RAY
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else if(ray::want_use != 2) {
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ray::want_use = 2;
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ray::max_cells = 4096;
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addMessage("Using a raycaster.");
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}
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#endif
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else {
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#if CAP_RAY
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ray::want_use = 0;
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#endif
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addMessage("Using primitives.");
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}
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}
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};
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}
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#endif
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string cap = "honeycombs/";
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#if CAP_RVSLIDES
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void honey(string s, vector<tour::slide>& v) {
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if(s != "noniso") return;
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using namespace tour;
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v.emplace_back(
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slide{cap+"Tessellations in 3D geometries", 999, LEGAL::NONE | QUICKSKIP,
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"This series of slides presents the honeycombs we use. "
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"You can compare the output of primitive-based and raycaster-based rendering by pressing '5'.",
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[] (presmode mode) {}
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});
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v.emplace_back(
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slide{cap+"Hyperbolic space", 999, LEGAL::SPECIAL,
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"Traditional visualizations of non-Euclidean honeycombs "
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"show the edges of all cells. In our visualizations, we fill some of the cells. "
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"The disadvantage of the traditional visualization is visible here, on the example of {4,3,5} hyperbolic honeycomb: "
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"our Euclidean brains tend to interpret this visualization incorrectly. (Press '2' to get the traditional visualization.)",
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geoslide(gSpace435, &ccolor::random, 50, 0)
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});
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v.emplace_back(
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slide{cap+"S2xE", 999, LEGAL::NONE,
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"This is the S2xE geometry.",
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geoslide(gSphere, &ccolor::random, 10, 0)
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});
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v.emplace_back(
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slide{cap+"Solv: random", 999, LEGAL::NONE,
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"Random blocks in Solv geometry.",
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geoslide(gSol, &ccolor::random, 20, 0)
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});
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v.emplace_back(
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slide{cap+"Solv: Poincaré ball", 999, LEGAL::NONE,
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"Surfaces of constant 'z' in Solv geometry, displayed in Poincaré ball-like model. "
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"Press '5' to change the sight range (this slide is not optimized, so it will be slow).",
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geoslide(gSol, &jmap, 0, -1)
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});
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v.emplace_back(
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slide{cap+"Solv: horotori", 999, LEGAL::NONE,
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"Solv geometry. Colored torus-like surfaces are surfaces of constant 'z'. "
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"Press '5' to enable the raycaster",
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geoslide(gSol, &jmap, 50, 0)
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});
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v.emplace_back(
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slide{cap+"Solv: difficult region", 999, LEGAL::NONE,
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"This slide focuses on the area in Solv geometry which is difficult to render using primitives. "
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"Press '5' to enable the raycaster.",
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geoslide(gSol, &jmap2, 0, 10)
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});
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v.emplace_back(
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slide{cap+"Nil geometry", 999, LEGAL::NONE,
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"Nil geometry. Colored surfaces are surfaces of constant 'x'. "
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"Press '5' to enable the raycaster",
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geoslide(gNil, &jmap, 10, 10)
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});
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v.emplace_back(
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slide{cap+"SL(2,R) geometry", 999, LEGAL::NONE,
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"SL(2,R) geometry.",
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geoslide(gNormal, &random_pseudohept, 90, 0)
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});
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}
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#endif
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#if CAP_RVSLIDES
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vector<tour::slide> noniso_slides;
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tour::slide *gen_noniso_demo() {
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noniso_slides.clear();
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using namespace tour;
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noniso_slides.emplace_back(
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slide{"Non-isotropic geometry demo", 999, LEGAL::NONE | QUICKSKIP | QUICKGEO,
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"This is a presentation of non-isotropic geometries.",
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[] (presmode mode) {
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slide_url(mode, 'p', "paper about non-isotropic geometries", "https://arxiv.org/abs/2002.09533");
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setCanvas(mode, &ccolor::random, [] {
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set_geometry(gCubeTiling);
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});
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}
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});
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callhooks(pres::hooks_build_rvtour, "noniso", noniso_slides);
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pres::add_end(noniso_slides);
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return &noniso_slides[0];
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}
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#endif
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auto hooks = addHook_rvslides(163, honey)
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+ addHook_slideshows(120, [] (tour::ss::slideshow_callback cb) {
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if(noniso_slides.empty())
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gen_noniso_demo();
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cb(XLAT("non-isotropic geometries"), &noniso_slides[0], 'n');
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});
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} }
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