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122 lines
2.9 KiB
122 lines
2.9 KiB
#pragma once
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#include "basics.h"
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#include "adaptions.h"
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#include "../simulation/Simulation.h"
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#include "../simulation/Beat.h"
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using Vec2 = math::Vec2;
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using LineKind = simulation::LineKind;
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using ball_info = int;
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using line_info = int;
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using ball_type = simulation::Ball<ball_info>;
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using line_type = simulation::Line<line_info>;
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using simu_type = simulation::Simulation<ball_info, line_info>;
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using note_info = Vec2;
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using note_type = Note<note_info>;
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using beat_type = Beat<note_info>;
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// Pretty unuseful in server
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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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int ID;
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int line_kind;
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static constexpr float hsize = 5.0f;
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AbstractLine() = default;
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AbstractLine(AbstractLine const&) = default;
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AbstractLine& operator=(AbstractLine const&) = default;
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AbstractLine(math::Vec2 starting_point, math::Vec2 end_point, int line_kind, int ID)
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: starting_point(starting_point)
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, end_point(end_point)
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, ID(ID)
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, line_kind(line_kind)
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{}
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// create 6 lines, to emulate width, and rounded edges
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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, lk, ID);
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ret.emplace_back(end_point + hsize*normal, end_point + hsize*dir, lk, ID);
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ret.emplace_back(end_point + hsize*dir, end_point - hsize*normal, lk, ID);
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ret.emplace_back(end_point - hsize*normal, starting_point - hsize*normal, lk, ID);
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ret.emplace_back(starting_point - hsize*normal, starting_point - hsize*dir, lk, ID);
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ret.emplace_back(starting_point - hsize*dir, starting_point + hsize*normal, lk, ID);
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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, lk, ID);
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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, ID)
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(int, line_kind)
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)
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BOOST_FUSION_DEFINE_STRUCT(
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, IntVec2,
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(int, x)
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(int, y)
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)
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inline math::Vec2 to_FloatVec2(IntVec2 v){
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return {static_cast<float>(v.x), static_cast<float>(v.y)};
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}
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struct cheap_ball_type {
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IntVec2 position;
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ball_info information;
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cheap_ball_type() = default;
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cheap_ball_type(ball_type const & b)
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: position(b.position)
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, information(b.information)
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{}
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};
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BOOST_FUSION_ADAPT_STRUCT(
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cheap_ball_type,
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(IntVec2, position)
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(ball_info, information)
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)
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struct cheap_line_type {
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IntVec2 starting_point;
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IntVec2 end_point;
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int ID;
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int line_kind;
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cheap_line_type() = default;
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cheap_line_type(AbstractLine const & l)
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: starting_point(l.starting_point)
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, end_point(l.end_point)
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, ID(l.ID)
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, line_kind(l.line_kind)
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{}
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};
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BOOST_FUSION_ADAPT_STRUCT(
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cheap_line_type,
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(IntVec2, starting_point)
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(IntVec2, end_point)
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(int, ID)
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(int, line_kind)
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)
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