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@ -29,11 +29,13 @@ using beat_type = Beat<note_info>; |
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struct AbstractLine { |
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math::Vec2 starting_point; |
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math::Vec2 end_point; |
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LineKind line_kind; |
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int line_kind; |
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const float hsize = 5.0f; |
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AbstractLine(math::Vec2 starting_point, math::Vec2 end_point, LineKind line_kind) |
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AbstractLine() = default; |
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AbstractLine(math::Vec2 starting_point, math::Vec2 end_point, int line_kind) |
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: starting_point(starting_point) |
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, end_point(end_point) |
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, line_kind(line_kind) |
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@ -43,24 +45,32 @@ struct AbstractLine { |
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std::vector<line_type> calculate_lines() const { |
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auto dir = normalize(end_point - starting_point); |
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auto normal = rotate_ccw(dir); |
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LineKind lk = static_cast<LineKind>(line_kind); |
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if(line_kind == simulation::kOneWay){ |
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std::vector<line_type> ret; |
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ret.emplace_back(starting_point + hsize*normal, end_point + hsize*normal, line_kind); |
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ret.emplace_back(end_point + hsize*normal, end_point + hsize*dir, line_kind); |
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ret.emplace_back(end_point + hsize*dir, end_point - hsize*normal, line_kind); |
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ret.emplace_back(end_point - hsize*normal, starting_point - hsize*normal, line_kind); |
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ret.emplace_back(starting_point - hsize*normal, starting_point - hsize*dir, line_kind); |
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ret.emplace_back(starting_point - hsize*dir, starting_point + hsize*normal, line_kind); |
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ret.emplace_back(starting_point + hsize*normal, end_point + hsize*normal, lk); |
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ret.emplace_back(end_point + hsize*normal, end_point + hsize*dir, lk); |
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ret.emplace_back(end_point + hsize*dir, end_point - hsize*normal, lk); |
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ret.emplace_back(end_point - hsize*normal, starting_point - hsize*normal, lk); |
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ret.emplace_back(starting_point - hsize*normal, starting_point - hsize*dir, lk); |
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ret.emplace_back(starting_point - hsize*dir, starting_point + hsize*normal, lk); |
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return ret; |
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} else { |
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std::vector<line_type> ret; |
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ret.emplace_back(starting_point, end_point, line_kind); |
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ret.emplace_back(starting_point, end_point, lk); |
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return ret; |
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} |
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} |
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}; |
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BOOST_FUSION_ADAPT_STRUCT( |
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AbstractLine, |
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(::math::Vec2, starting_point) |
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(::math::Vec2, end_point) |
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(int, line_kind) |
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) |
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struct libwebsocket; |
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struct App{ |
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std::vector<User*> people_online; |
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@ -77,6 +87,10 @@ struct App{ |
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beat.notes.emplace_back(note_type::kQuarterNote, note_info{100.0f, 100.0f}); |
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AbstractLine line(Vec2{50.0f, 100.0f}, Vec2{150.0f, 200.0f}, simulation::kOneWay); |
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add_line(line); |
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} |
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void add_line(AbstractLine const & line){ |
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for(auto & l : line.calculate_lines()){ |
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sim.lines.push_back(l); |
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} |
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