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convert.h
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convert.h
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#pragma once
#define INFO if (levelData.size() * 100 / total != last) \
last = levelData.size() * 100 / total, cout << "[INFO] Processed: " << levelData.size() << "/" << total << "(" << last << "%)" << endl;
const int old_official_version = 1;
const int official_version = 3;
const int optimizer_version = 13;
class InitializationEntity: public LevelEntity {
public:
defineArchetypeName("Phigros Initialization");
};
class StageControllerEntity: public LevelEntity {
public:
defineArchetypeName("Phigros Stage Controller");
};
class InputManagerEntity: public LevelEntity {
public:
defineArchetypeName("Phigros Input Manager");
};
class FlickInputManagerEntity: public LevelEntity {
public:
defineArchetypeName("Phigros Flick Input Manager");
};
class JudgelineEntity: public LevelEntity {
public:
defineArchetypeName("Phigros Judgeline");
defineLevelDataRef(speedEvent);
defineLevelDataRef(moveXEvent);
defineLevelDataRef(moveYEvent);
defineLevelDataRef(rotateEvent);
defineLevelDataRef(disappearEvent);
defineLevelDataValue(bpm);
defineLevelDataRef(father);
};
class SpeedEventEntity: public LevelEntity {
public:
defineArchetypeName("Phigros Judgeline Speed Event");
defineLevelDataValue(startTime);
defineLevelDataValue(endTime);
defineLevelDataValue(start);
defineLevelDataValue(end);
defineLevelDataRef(next);
};
class CommonEventEntity: public LevelEntity {
public:
defineLevelDataValue(startTime);
defineLevelDataValue(endTime);
defineLevelDataValue(start);
defineLevelDataValue(end);
defineLevelDataValue(easing);
defineLevelDataValue(easingLeft);
defineLevelDataValue(easingRight);
defineLevelDataValue(bezier);
defineLevelDataValue(bezierP1);
defineLevelDataValue(bezierP2);
defineLevelDataValue(bezierP3);
defineLevelDataValue(bezierP4);
defineLevelDataRef(next);
};
class MoveXEventEntity: public CommonEventEntity {
public:
defineArchetypeName("Phigros Judgeline Move X Event");
};
class MoveYEventEntity: public CommonEventEntity {
public:
defineArchetypeName("Phigros Judgeline Move Y Event");
};
class RotateEventEntity: public CommonEventEntity {
public:
defineArchetypeName("Phigros Judgeline Rotate Event");
};
class DisappearEventEntity: public CommonEventEntity {
public:
defineArchetypeName("Phigros Judgeline Disappear Event");
};
class CommonNoteEntity: public LevelEntity {
public:
defineLevelDataValue(time);
defineLevelDataValue(positionX);
defineLevelDataValue(holdTime);
defineLevelDataValue(speed);
defineLevelDataValue(floorPosition);
defineLevelDataValue(isAbove);
defineLevelDataValue(isFake);
defineLevelDataValue(isMulti);
defineLevelDataRef(judgeline);
defineLevelDataValue(bpm);
defineLevelDataValue(size);
defineLevelDataValue(yOffset);
defineLevelDataValue(visibleTime);
defineLevelDataValue(alpha);
};
class NormalNoteEntity: public CommonNoteEntity {
public:
defineArchetypeName("Phigros Normal Note");
};
class FakeNormalNoteEntity: public NormalNoteEntity {
public:
defineArchetypeName("Phigros Fake Normal Note");
};
class DragNoteEntity: public CommonNoteEntity {
public:
defineArchetypeName("Phigros Drag Note");
};
class FakeDragNoteEntity: public DragNoteEntity {
public:
defineArchetypeName("Phigros Fake Drag Note");
};
class HoldNoteEntity: public CommonNoteEntity {
public:
defineArchetypeName("Phigros Hold Note");
defineLevelDataValue(endFloorPosition);
};
class FakeHoldNoteEntity: public HoldNoteEntity {
public:
defineArchetypeName("Phigros Fake Hold Note");
};
class FlickNoteEntity: public CommonNoteEntity {
public:
defineArchetypeName("Phigros Flick Note");
};
class FakeFlickNoteEntity: public FlickNoteEntity {
public:
defineArchetypeName("Phigros Fake Flick Note");
};
class BpmChangeEntity: public LevelEntity {
public:
defineArchetypeName("#BPM_CHANGE");
defineLevelDataValueDetailed(beat, "#BEAT");
defineLevelDataValueDetailed(bpm, "#BPM");
};
// ========================================================================================
//
// Official Phigros Format Chart --> Sonolus Level Data
//
// ========================================================================================
// 结构体定义
const double basicBpm = 120;
struct BPM {
double startBeat, bpm;
double basicTime;
};
struct PGRNote {
int type, lineId;
double time, endTime, offsetX;
bool isAbove, isFake;
double speed = 1, size = 1;
double yOffset = 0, visibleTime = 999999, alpha = 1;
double floorPosition = 0;
Json::Value toJsonObject() {
Json::Value obj;
obj["type"] = type;
obj["judgeline"] = lineId;
obj["time"] = time;
obj["holdTime"] = endTime - time;
obj["positionX"] = offsetX;
obj["isAbove"] = isAbove;
obj["isFake"] = isFake;
obj["speed"] = speed;
obj["size"] = size;
obj["yOffset"] = yOffset;
obj["visibleTime"] = visibleTime;
obj["alpha"] = alpha;
obj["floorPosition"] = floorPosition;
return obj;
}
};
struct PGRSpeedEvent {
double startTime, endTime;
double start, end, floorPosition;
Json::Value toJsonObject() {
Json::Value obj;
obj["startTime"] = startTime;
obj["endTime"] = endTime;
obj["start"] = start;
obj["end"] = end;
obj["floorPosition"] = floorPosition;
return obj;
}
};
struct PGREvent {
double startTime, endTime;
double start, end;
int easing;
double easingLeft = 0, easingRight = 1;
bool bezier = 0;
double bezierP1 = 0, bezierP2 = 0, bezierP3 = 0, bezierP4 = 0;
Json::Value toJsonObject() {
Json::Value obj;
obj["startTime"] = startTime;
obj["endTime"] = endTime;
obj["start"] = start;
obj["end"] = end;
obj["easing"] = easing;
obj["easingLeft"] = easingLeft;
obj["easingRight"] = easingRight;
obj["bezier"] = bezier;
obj["bezierP1"] = bezierP1;
obj["bezierP2"] = bezierP2;
obj["bezierP3"] = bezierP3;
obj["bezierP4"] = bezierP4;
return obj;
}
};
struct PGRJudgeline {
double bpm;
vector<PGRSpeedEvent> speedEvents;
vector<PGREvent> moveXEvents, moveYEvents, rotateEvents, disappearEvents;
vector<PGRNote> notesAbove, notesBelow;
int father = -1;
Json::Value toJsonObject() {
Json::Value obj;
obj["bpm"] = bpm;
obj["numOfNotes"] = (int)notesAbove.size() + (int)notesBelow.size();
obj["numOfNotesAbove"] = (int)notesAbove.size();
obj["numOfNotesBelow"] = (int)notesBelow.size();
obj["speedEvents"].resize(0);
for (auto &v: speedEvents) obj["speedEvents"].append(v.toJsonObject());
obj["judgeLineMoveXEvents"].resize(0);
for (auto &v: moveXEvents) obj["judgeLineMoveXEvents"].append(v.toJsonObject());
obj["judgeLineMoveYEvents"].resize(0);
for (auto &v: moveYEvents) obj["judgeLineMoveYEvents"].append(v.toJsonObject());
obj["judgeLineRotateEvents"].resize(0);
for (auto &v: rotateEvents) obj["judgeLineRotateEvents"].append(v.toJsonObject());
obj["judgeLineDisappearEvents"].resize(0);
for (auto &v: disappearEvents) obj["judgeLineDisappearEvents"].append(v.toJsonObject());
obj["notesAbove"].resize(0);
for (auto &v: notesAbove) obj["notesAbove"].append(v.toJsonObject());
obj["notesBelow"].resize(0);
for (auto &v: notesBelow) obj["notesBelow"].append(v.toJsonObject());
obj["father"] = father;
return obj;
}
};
string fromPGS(string json, double bgmOffset = 0) {
Json::Value obj; json_decode(json, obj);
int fmt = obj["formatVersion"].asInt();
bgmOffset += obj["offset"].asDouble();
Json::Value entities; int total = 0, current = 0; int last = 0;
for (int i = 0; i < obj["judgeLineList"].size(); i++) {
auto item = obj["judgeLineList"][i];
total++;
total += item["speedEvents"].size();
if (fmt == official_version || fmt == old_official_version) total += item["judgeLineMoveEvents"].size() * 2;
else if (fmt == optimizer_version)
total += item["judgeLineMoveXEvents"].size() + item["judgeLineMoveYEvents"].size();
else cout << "Unknown format version: " << fmt << endl, exit(1);
total += item["judgeLineRotateEvents"].size();
total += item["judgeLineDisappearEvents"].size();
total += item["notesAbove"].size();
total += item["notesBelow"].size();
}
cout << "[INFO] Total Entities: " << total << endl;
LevelRawData levelData;
levelData.bgmOffset = bgmOffset;
levelData.append(InitializationEntity());
levelData.append(StageControllerEntity());
levelData.append(InputManagerEntity());
levelData.append(FlickInputManagerEntity());
BpmChangeEntity bpmChange;
bpmChange.beat = 0; bpmChange.bpm = 60;
levelData.append(bpmChange);
// 计算 MultiNote
map<double, int> noteNumber;
for (int i = 0; i < obj["judgeLineList"].size(); i++) {
auto item = obj["judgeLineList"][i];
double bpm = item["bpm"].asDouble();
for (int j = 0; j < item["notesAbove"].size(); j++) {
auto v = item["notesAbove"][j];
double time = v["time"].asDouble() / bpm * 1.875;
noteNumber[time]++;
}
for (int j = 0; j < item["notesBelow"].size(); j++) {
auto v = item["notesBelow"][j];
double time = v["time"].asDouble() / bpm * 1.875;
noteNumber[time]++;
}
}
// 标记判定线
vector<JudgelineEntity> judgelineList;
for (int i = 0; i < obj["judgeLineList"].size(); i++) {
auto item = obj["judgeLineList"][i];
double bpm = item["bpm"].asDouble();
JudgelineEntity judgeline;
if (item.isMember("father") && item["father"].asInt() < judgelineList.size() && item["father"].asInt() >= 0)
judgeline.father = judgelineList[item["father"].asInt()];
// 添加 Speed Event
vector<PGRSpeedEvent> speedEvents;
LevelRawData speedData;
int tmpSize = levelData.entities.size();
for (int j = item["speedEvents"].size() - 1; j >= 0; j--) {
auto v = item["speedEvents"][j];
SpeedEventEntity speed;
speed.startTime = v["startTime"].asDouble();
speed.endTime = v["endTime"].asDouble();
if (v.isMember("value")) speed.start = v["value"].asDouble(), speed.end = v["value"].asDouble();
else speed.start = v["start"].asDouble(), speed.end = v["end"].asDouble();
speed.next = j != item["speedEvents"].size() - 1
? speedData.back<SpeedEventEntity>()
: SpeedEventEntity();
speedData.append(speed); INFO;
// md
// 官谱里面居然会出现 startTime < 0
// 警钟长鸣
if (v.isMember("value")) speedEvents.push_back({ max(0.0, v["startTime"].asDouble()), v["endTime"].asDouble(), v["value"].asDouble(), v["value"].asDouble(), 0 });
else speedEvents.push_back({ max(0.0, v["startTime"].asDouble()), v["endTime"].asDouble(), v["start"].asDouble(), v["end"].asDouble(), 0 });
}
for (int j = speedData.entities.size() - 1; j >= 0; j--) levelData.entities.push_back(speedData.entities[j]);
judgeline.speedEvent = item["speedEvents"].size()
? levelData.get<SpeedEventEntity>(tmpSize)
: SpeedEventEntity();
sort(speedEvents.begin(), speedEvents.end(), [&](PGRSpeedEvent a, PGRSpeedEvent b){ return a.startTime + a.endTime < b.startTime + b.endTime; });
// 哈哈
// for 条件都是命名的 j 变量，结果语句用了 i 变量
// 居然导致 LevelRawData 在函数结束释放时报 free(): invalid next size (fast)
// 调了大半天才发现这个问题
// 警钟长鸣
for (int j = 1; j < speedEvents.size(); j++) speedEvents[j].floorPosition = speedEvents[j - 1].floorPosition +
(speedEvents[j - 1].endTime - speedEvents[j - 1].startTime) * (speedEvents[j - 1].end + speedEvents[j - 1].start) / 2 / bpm * 1.875;
// 添加 Move Event
if (fmt == official_version) {
for (int j = item["judgeLineMoveEvents"].size() - 1; j >= 0; j--) {
auto v = item["judgeLineMoveEvents"][j];
MoveXEventEntity moveX;
moveX.startTime = v["startTime"].asDouble();
moveX.endTime = v["endTime"].asDouble();
moveX.start = v["start"].asDouble();
moveX.end = v["end"].asDouble();
moveX.easing = v["easing"].asInt();
moveX.easingLeft = v.isMember("easingLeft") ? v["easingLeft"].asInt() : 0;
moveX.easingRight = v.isMember("easingRight") ? v["easingRight"].asInt() : 1;
moveX.bezier = v.isMember("bezier") ? v["bezier"].asInt() : 0;
moveX.bezierP1 = v.isMember("bezierP1") ? v["bezierP1"].asDouble() : 0;
moveX.bezierP2 = v.isMember("bezierP2") ? v["bezierP2"].asDouble() : 0;
moveX.bezierP3 = v.isMember("bezierP3") ? v["bezierP3"].asDouble() : 0;
moveX.bezierP4 = v.isMember("bezierP4") ? v["bezierP4"].asDouble() : 0;
moveX.next = j != item["judgeLineMoveEvents"].size() - 1
? levelData.get<MoveXEventEntity>(levelData.size() - 2)
: MoveXEventEntity();
levelData.append(moveX); INFO;
MoveYEventEntity moveY;
moveY.startTime = v["startTime"].asDouble();
moveY.endTime = v["endTime"].asDouble();
moveY.start = v["start2"].asDouble();
moveY.end = v["end2"].asDouble();
moveY.easing = v["easing"].asInt();
moveY.easingLeft = v.isMember("easingLeft") ? v["easingLeft"].asInt() : 0;
moveY.easingRight = v.isMember("easingRight") ? v["easingRight"].asInt() : 1;
moveY.bezier = v.isMember("bezier") ? v["bezier"].asInt() : 0;
moveY.bezierP1 = v.isMember("bezierP1") ? v["bezierP1"].asDouble() : 0;
moveY.bezierP2 = v.isMember("bezierP2") ? v["bezierP2"].asDouble() : 0;
moveY.bezierP3 = v.isMember("bezierP3") ? v["bezierP3"].asDouble() : 0;
moveY.bezierP4 = v.isMember("bezierP4") ? v["bezierP4"].asDouble() : 0;
moveY.next = j != item["judgeLineMoveEvents"].size() - 1
? levelData.get<MoveYEventEntity>(levelData.size() - 2)
: MoveYEventEntity();
levelData.append(moveY); INFO;
}
judgeline.moveXEvent = item["judgeLineMoveEvents"].size()
? levelData.get<MoveXEventEntity>(levelData.size() - 2)
: MoveXEventEntity();
judgeline.moveYEvent = item["judgeLineMoveEvents"].size()
? levelData.get<MoveYEventEntity>(levelData.size() - 1)
: MoveYEventEntity();
} else if (fmt == optimizer_version) {
for (int j = item["judgeLineMoveXEvents"].size() - 1; j >= 0; j--) {
auto v = item["judgeLineMoveXEvents"][j];
MoveXEventEntity moveX;
moveX.startTime = v["startTime"].asDouble();
moveX.endTime = v["endTime"].asDouble();
moveX.start = v["start"].asDouble();
moveX.end = v["end"].asDouble();
moveX.easing = v["easing"].asInt();
moveX.easingLeft = v.isMember("easingLeft") ? v["easingLeft"].asInt() : 0;
moveX.easingRight = v.isMember("easingRight") ? v["easingRight"].asInt() : 1;
moveX.bezier = v.isMember("bezier") ? v["bezier"].asInt() : 0;
moveX.bezierP1 = v.isMember("bezierP1") ? v["bezierP1"].asDouble() : 0;
moveX.bezierP2 = v.isMember("bezierP2") ? v["bezierP2"].asDouble() : 0;
moveX.bezierP3 = v.isMember("bezierP3") ? v["bezierP3"].asDouble() : 0;
moveX.bezierP4 = v.isMember("bezierP4") ? v["bezierP4"].asDouble() : 0;
moveX.next = j != item["judgeLineMoveXEvents"].size() - 1
? levelData.get<MoveXEventEntity>(levelData.size() - 1)
: MoveXEventEntity();
levelData.append(moveX); INFO;
}
judgeline.moveXEvent = item["judgeLineMoveXEvents"].size()
? levelData.back<MoveXEventEntity>()
: MoveXEventEntity();
for (int j = item["judgeLineMoveYEvents"].size() - 1; j >= 0; j--) {
auto v = item["judgeLineMoveYEvents"][j];
MoveYEventEntity moveY;
moveY.startTime = v["startTime"].asDouble();
moveY.endTime = v["endTime"].asDouble();
moveY.start = v["start"].asDouble();
moveY.end = v["end"].asDouble();
moveY.easing = v["easing"].asInt();
moveY.easingLeft = v.isMember("easingLeft") ? v["easingLeft"].asInt() : 0;
moveY.easingRight = v.isMember("easingRight") ? v["easingRight"].asInt() : 1;
moveY.bezier = v.isMember("bezier") ? v["bezier"].asInt() : 0;
moveY.bezierP1 = v.isMember("bezierP1") ? v["bezierP1"].asDouble() : 0;
moveY.bezierP2 = v.isMember("bezierP2") ? v["bezierP2"].asDouble() : 0;
moveY.bezierP3 = v.isMember("bezierP3") ? v["bezierP3"].asDouble() : 0;
moveY.bezierP4 = v.isMember("bezierP4") ? v["bezierP4"].asDouble() : 0;
moveY.next = j != item["judgeLineMoveYEvents"].size() - 1
? levelData.get<MoveYEventEntity>(levelData.size() - 1)
: MoveYEventEntity();
levelData.append(moveY); INFO;
}
judgeline.moveYEvent = item["judgeLineMoveYEvents"].size()
? levelData.back<MoveYEventEntity>()
: MoveYEventEntity();
} else if (fmt == old_official_version) {
for (int j = item["judgeLineMoveEvents"].size() - 1; j >= 0; j--) {
auto v = item["judgeLineMoveEvents"][j];
MoveXEventEntity moveX;
moveX.startTime = v["startTime"].asDouble();
moveX.endTime = v["endTime"].asDouble();
moveX.start = (v["start"].asInt() / 1000) / 880.0;
moveX.end = (v["end"].asInt() / 1000) / 880.0;
moveX.easing = v["easing"].asInt();
moveX.easingLeft = v.isMember("easingLeft") ? v["easingLeft"].asInt() : 0;
moveX.easingRight = v.isMember("easingRight") ? v["easingRight"].asInt() : 1;
moveX.bezier = v.isMember("bezier") ? v["bezier"].asInt() : 0;
moveX.bezierP1 = v.isMember("bezierP1") ? v["bezierP1"].asDouble() : 0;
moveX.bezierP2 = v.isMember("bezierP2") ? v["bezierP2"].asDouble() : 0;
moveX.bezierP3 = v.isMember("bezierP3") ? v["bezierP3"].asDouble() : 0;
moveX.bezierP4 = v.isMember("bezierP4") ? v["bezierP4"].asDouble() : 0;
moveX.next = j != item["judgeLineMoveEvents"].size() - 1
? levelData.get<MoveXEventEntity>(levelData.size() - 2)
: MoveXEventEntity();
levelData.append(moveX); INFO;
MoveYEventEntity moveY;
moveY.startTime = v["startTime"].asDouble();
moveY.endTime = v["endTime"].asDouble();
moveY.start = (v["start"].asInt() % 1000) / 520.0;
moveY.end = (v["end"].asInt() % 1000) / 520.0;
moveY.easing = v["easing"].asInt();
moveY.easingLeft = v.isMember("easingLeft") ? v["easingLeft"].asInt() : 0;
moveY.easingRight = v.isMember("easingRight") ? v["easingRight"].asInt() : 1;
moveY.bezier = v.isMember("bezier") ? v["bezier"].asInt() : 0;
moveY.bezierP1 = v.isMember("bezierP1") ? v["bezierP1"].asDouble() : 0;
moveY.bezierP2 = v.isMember("bezierP2") ? v["bezierP2"].asDouble() : 0;
moveY.bezierP3 = v.isMember("bezierP3") ? v["bezierP3"].asDouble() : 0;
moveY.bezierP4 = v.isMember("bezierP4") ? v["bezierP4"].asDouble() : 0;
moveY.next = j != item["judgeLineMoveEvents"].size() - 1
? levelData.get<MoveYEventEntity>(levelData.size() - 2)
: MoveYEventEntity();
levelData.append(moveY); INFO;
}
judgeline.moveXEvent = item["judgeLineMoveEvents"].size()
? levelData.get<MoveXEventEntity>(levelData.size() - 2)
: MoveXEventEntity();
judgeline.moveYEvent = item["judgeLineMoveEvents"].size()
? levelData.get<MoveYEventEntity>(levelData.size() - 1)
: MoveYEventEntity();
}
// 添加 Rotate Event
for (int j = item["judgeLineRotateEvents"].size() - 1; j >= 0; j--) {
auto v = item["judgeLineRotateEvents"][j];
RotateEventEntity rotate;
rotate.startTime = v["startTime"].asDouble();
rotate.endTime = v["endTime"].asDouble();
rotate.start = v["start"].asDouble();
rotate.end = v["end"].asDouble();
rotate.easing = v["easing"].asInt();
rotate.easingLeft = v.isMember("easingLeft") ? v["easingLeft"].asInt() : 0;
rotate.easingRight = v.isMember("easingRight") ? v["easingRight"].asInt() : 1;
rotate.bezier = v.isMember("bezier") ? v["bezier"].asInt() : 0;
rotate.bezierP1 = v.isMember("bezierP1") ? v["bezierP1"].asDouble() : 0;
rotate.bezierP2 = v.isMember("bezierP2") ? v["bezierP2"].asDouble() : 0;
rotate.bezierP3 = v.isMember("bezierP3") ? v["bezierP3"].asDouble() : 0;
rotate.bezierP4 = v.isMember("bezierP4") ? v["bezierP4"].asDouble() : 0;
rotate.next = j != item["judgeLineRotateEvents"].size() - 1
? levelData.get<RotateEventEntity>(levelData.size() - 1)
: RotateEventEntity();
levelData.append(rotate); INFO;
}
judgeline.rotateEvent = item["judgeLineRotateEvents"].size()
? levelData.back<RotateEventEntity>()
: RotateEventEntity();
// 添加 Disappear Event
for (int j = item["judgeLineDisappearEvents"].size() - 1; j >= 0; j--) {
auto v = item["judgeLineDisappearEvents"][j];
DisappearEventEntity disappear;
disappear.startTime = v["startTime"].asDouble();
disappear.endTime = v["endTime"].asDouble();
disappear.start = v["start"].asDouble();
disappear.end = v["end"].asDouble();
disappear.easing = v["easing"].asInt();
disappear.easingLeft = v.isMember("easingLeft") ? v["easingLeft"].asInt() : 0;
disappear.easingRight = v.isMember("easingRight") ? v["easingRight"].asInt() : 1;
disappear.bezier = v.isMember("bezier") ? v["bezier"].asInt() : 0;
disappear.bezierP1 = v.isMember("bezierP1") ? v["bezierP1"].asDouble() : 0;
disappear.bezierP2 = v.isMember("bezierP2") ? v["bezierP2"].asDouble() : 0;
disappear.bezierP3 = v.isMember("bezierP3") ? v["bezierP3"].asDouble() : 0;
disappear.bezierP4 = v.isMember("bezierP4") ? v["bezierP4"].asDouble() : 0;
disappear.next = j != item["judgeLineDisappearEvents"].size() - 1
? levelData.get<DisappearEventEntity>(levelData.size() - 1)
: DisappearEventEntity();
levelData.append(disappear); INFO;
}
judgeline.disappearEvent = item["judgeLineDisappearEvents"].size()
? levelData.back<DisappearEventEntity>()
: DisappearEventEntity();
judgeline.bpm = bpm;
levelData.append(judgeline); INFO;
judgelineList.push_back(levelData.back<JudgelineEntity>());
// 添加按键
for (int j = 0; j < item["notesAbove"].size(); j++) {
auto v = item["notesAbove"][j];
CommonNoteEntity note;
// note.type = v["type"].asInt();
note.time = v["time"].asDouble();
note.positionX = v["positionX"].asDouble();
note.holdTime = v["holdTime"].asDouble();
note.speed = v["speed"].asDouble();
note.floorPosition = v["floorPosition"].asDouble();
note.isAbove = 1;
note.isMulti = noteNumber[v["time"].asDouble() / bpm * 1.875] > 1;
note.isFake = v.isMember("isFake") ? v["isFake"].asBool() : false;
note.judgeline = judgeline;
note.bpm = bpm;
note.size = v.isMember("size") ? v["size"].asDouble() : 1;
note.yOffset = v.isMember("yOffset") ? v["yOffset"].asDouble() : 0;
note.visibleTime = v.isMember("visibleTime") ? v["visibleTime"].asDouble() : 999999;
note.alpha = v.isMember("alpha") ? v["alpha"].asDouble() : 1;
switch(v["type"].asInt()) {
case 1: {
if (note.isFake.value) levelData.append(transform<FakeNormalNoteEntity>(note));
else levelData.append(transform<NormalNoteEntity>(note));
} break;
case 2: {
if (note.isFake.value) levelData.append(transform<FakeDragNoteEntity>(note));
else levelData.append(transform<DragNoteEntity>(note));
} break;
case 3: {
HoldNoteEntity hold = transform<HoldNoteEntity>(note);
// 计算 endFloorPosition
int k = lower_bound(
speedEvents.begin(),
speedEvents.end(),
hold.time.value + hold.holdTime.value,
[&](PGRSpeedEvent a, double b){ return a.startTime < b; }
) - speedEvents.begin() - 1;
auto e = speedEvents[k];
double t1 = e.startTime, t2 = hold.time.value + hold.holdTime.value;
double v1 = e.start, v2 = e.start + (t2 - t1) * (e.end - e.start) / (e.endTime - e.startTime);
hold.endFloorPosition = speedEvents[k].floorPosition + (v1 + v2) * (t2 - t1) / 2 / bpm * 1.875;
if (note.isFake.value) levelData.append(transform<FakeHoldNoteEntity>(hold));
else levelData.append(hold);
} break;
case 4: {
if (note.isFake.value) levelData.append(transform<FakeFlickNoteEntity>(note));
else levelData.append(transform<FlickNoteEntity>(note));
} break;
} INFO;
}
for (int j = 0; j < item["notesBelow"].size(); j++) {
auto v = item["notesBelow"][j];
CommonNoteEntity note;
// note.type = v["type"].asInt();
note.time = v["time"].asDouble();
note.positionX = v["positionX"].asDouble();
note.holdTime = v["holdTime"].asDouble();
note.speed = v["speed"].asDouble();
note.floorPosition = -1 * v["floorPosition"].asDouble();
note.isAbove = 0;
note.isMulti = noteNumber[v["time"].asDouble() / bpm * 1.875] > 1;
note.isFake = v.isMember("isFake") ? v["isFake"].asBool() : false;
note.judgeline = judgeline;
note.bpm = bpm;
note.size = v.isMember("size") ? v["size"].asDouble() : 1;
note.yOffset = v.isMember("yOffset") ? v["yOffset"].asDouble() : 0;
note.visibleTime = v.isMember("visibleTime") ? v["visibleTime"].asDouble() : 999999;
note.alpha = v.isMember("alpha") ? v["alpha"].asDouble() : 1;
switch(v["type"].asInt()) {
case 1: {
if (note.isFake.value) levelData.append(transform<FakeNormalNoteEntity>(note));
else levelData.append(transform<NormalNoteEntity>(note));
} break;
case 2: {
if (note.isFake.value) levelData.append(transform<FakeDragNoteEntity>(note));
else levelData.append(transform<DragNoteEntity>(note));
} break;
case 3: {
HoldNoteEntity hold = transform<HoldNoteEntity>(note);
// 计算 endFloorPosition
int k = lower_bound(
speedEvents.begin(),
speedEvents.end(),
hold.time.value + hold.holdTime.value,
[&](PGRSpeedEvent a, double b){ return a.startTime < b; }
) - speedEvents.begin() - 1;
auto e = speedEvents[k];
double t1 = e.startTime, t2 = hold.time.value + hold.holdTime.value;
double v1 = e.start, v2 = e.start + (t2 - t1) * (e.end - e.start) / (e.endTime - e.startTime);
hold.endFloorPosition = -1 * (speedEvents[k].floorPosition + (v1 + v2) * (t2 - t1) / 2 / bpm * 1.875);
if (note.isFake.value) levelData.append(transform<FakeHoldNoteEntity>(hold));
else levelData.append(hold);
} break;
case 4: {
if (note.isFake.value) levelData.append(transform<FakeFlickNoteEntity>(note));
else levelData.append(transform<FlickNoteEntity>(note));
} break;
} INFO;
}
}
Json::Value data = levelData.toJsonObject();
data["formatVersion"] = 6;
return json_encode(data);
}
// ========================================================================================
//
// PEC Format Chart --> Official Phigros Format Chart (Modded)
//
// ========================================================================================
// 结构体定义
struct PECEvent {
int type, lineId;
double startTime, endTime, speed;
double offsetX, offsetY, rotate, alpha;
int easing;
string cmd;
};
int PECEasingMap[] = {
0, 0, 0,
17, 18, 19,
1, 2, 3,
5, 6, 7,
9, 10, 11,
13, 14, 15,
21, 22, 23,
25, 26, 27,
33, 34, 35,
29, 30, 31,
0, 0, 0 // Bounce is not supported
};
int PRENoteTypeMap[] = { 0, 1, 3, 4, 2 };
string trim(string s) {
while (s.size() && (s.front() <= 32 || s.front() >= 127)) s = s.substr(1);
while (s.size() && (s.back() <= 32 || s.back() >= 127)) s.pop_back();
return s;
}
void PECSolveEvent(vector<PGREvent> &events) {
for (int i = 1; i < events.size(); i++) events[i].start = events[i - 1].end;
for (int i = events.size() - 2; i >= 0; i--) {
double et = events[i].endTime, st = events[i + 1].startTime;
if (et < st) events.push_back({ et, st, events[i].end, events[i].end, 0 });
if (et > st) events[i + 1].startTime = events[i].endTime;
} sort(events.begin(), events.end(), [&](PGREvent a, PGREvent b){ return a.startTime < b.startTime || (a.startTime == b.startTime && a.endTime < b.endTime); });
}
string fromPEC(string txt, double bgmOffset = 0) {
int easingSize = sizeof(PECEasingMap) / sizeof(int);
// 读取数据
stringstream ss; ss << txt;
double offset; ss >> offset; offset = offset / 1000.0 - 0.175 + bgmOffset;
vector<BPM> bpms;
vector<PGRNote> notes;
vector<PECEvent> events;
int maxLineId = 0;
while (!ss.eof()) {
string cmd; ss >> cmd;
if (cmd == "") break;
if (cmd == "bp") {
BPM b; ss >> b.startBeat >> b.bpm;
bpms.push_back(b);
} else if (cmd[0] == 'n') {
PGRNote n; n.type = PRENoteTypeMap[cmd[1] - '0'];
ss >> n.lineId >> n.time;
maxLineId = max(maxLineId, n.lineId);
if (n.type == 3) ss >> n.endTime;
else n.endTime = n.time;
int isAbove;
ss >> n.offsetX >> isAbove >> n.isFake;
n.offsetX = n.offsetX / 1024.0 * 160.0 / 18.0;
n.isAbove = isAbove == 1;
notes.push_back(n);
} else if (cmd[0] == 'c') {
PECEvent e; e.type = cmd[1];
ss >> e.lineId >> e.startTime;
maxLineId = max(maxLineId, e.lineId);
if (e.type == 'v') ss >> e.speed;
if (string("mrf").find(e.type) != string::npos) ss >> e.endTime;
else e.endTime = e.startTime;
if (string("pm").find(e.type) != string::npos) ss >> e.offsetX >> e.offsetY;
if (string("dr").find(e.type) != string::npos) ss >> e.rotate;
if (string("af").find(e.type) != string::npos) ss >> e.alpha;
if (string("mr").find(e.type) != string::npos) ss >> e.easing;
else e.easing = 2;
events.push_back(e);
} else if (cmd[0] == '#') ss >> notes.back().speed;
else if (cmd[0] == '&') ss >> notes.back().size;
}
// 计算 BPM basicTime;
sort(bpms.begin(), bpms.end(), [&](BPM a, BPM b){ return a.startBeat < b.startBeat; });
for (int i = 0; i < bpms.size(); i++) bpms[i].basicTime = i ?
bpms[i - 1].basicTime + (bpms[i].startBeat - bpms[i - 1].startBeat) / bpms[i - 1].bpm :
0;
auto pec2pgr = [&](double beat){
int i = lower_bound(bpms.begin(), bpms.end(), beat, [&](BPM a, double b){ return a.startBeat < b; }) - bpms.begin() - 1;
if (i < 0) return 0.0;
return round(((beat - bpms[i].startBeat) / bpms[i].bpm + bpms[i].basicTime) * basicBpm * 32);
};
// 先将所有的事件添加进判定线去
vector<PGRJudgeline> judgelines(maxLineId + 1);
for (auto e : events) {
PGRJudgeline &j = judgelines[e.lineId];
double st = pec2pgr(e.startTime), et = pec2pgr(e.endTime);
if (e.type == 'v') j.speedEvents.push_back({ st, et, e.speed / 5.85, e.speed / 5.85, 0 });
if (string("af").find(e.type) != string::npos)
j.disappearEvents.push_back({ st, et, 0, e.alpha / 255.0, PECEasingMap[e.easing] });
if (string("pm").find(e.type) != string::npos)
j.moveXEvents.push_back({ st, et, 0, e.offsetX / 2048.0, PECEasingMap[e.easing] }),
j.moveYEvents.push_back({ st, et, 0, e.offsetY / 1400.0, PECEasingMap[e.easing] });
if (string("dr").find(e.type) != string::npos)
j.rotateEvents.push_back({ st, et, 0, -e.rotate, PECEasingMap[e.easing] });
}
// 添加按键
for (auto n : notes)
n.time = pec2pgr(n.time), n.endTime = pec2pgr(n.endTime),
(n.isAbove ? judgelines[n.lineId].notesAbove : judgelines[n.lineId].notesBelow).push_back(n);
// 事件排序并补全
for (auto &j : judgelines) {
j.bpm = basicBpm;
sort(j.speedEvents.begin(), j.speedEvents.end(), [&](PGRSpeedEvent a, PGRSpeedEvent b){ return a.startTime < b.startTime || (a.startTime == b.startTime && a.endTime < b.endTime);});
sort(j.moveXEvents.begin(), j.moveXEvents.end(), [&](PGREvent a, PGREvent b){ return a.startTime < b.startTime || (a.startTime == b.startTime && a.endTime < b.endTime); });
sort(j.moveYEvents.begin(), j.moveYEvents.end(), [&](PGREvent a, PGREvent b){ return a.startTime < b.startTime || (a.startTime == b.startTime && a.endTime < b.endTime); });
sort(j.rotateEvents.begin(), j.rotateEvents.end(), [&](PGREvent a, PGREvent b){ return a.startTime < b.startTime || (a.startTime == b.startTime && a.endTime < b.endTime); });
sort(j.disappearEvents.begin(), j.disappearEvents.end(), [&](PGREvent a, PGREvent b){ return a.startTime < b.startTime || (a.startTime == b.startTime && a.endTime < b.endTime); });
for (int i = j.speedEvents.size() - 2; i >= 0; i--) j.speedEvents[i].endTime = j.speedEvents[i + 1].startTime;
PECSolveEvent(j.moveXEvents); PECSolveEvent(j.moveYEvents);
PECSolveEvent(j.rotateEvents); PECSolveEvent(j.disappearEvents);
}
// 给所有的事件加上个尾巴，不然 tmd 会出事
for (auto &j : judgelines) {
j.speedEvents.push_back({ j.speedEvents.back().endTime, 999999, j.speedEvents.back().end, j.speedEvents.back().end, 0 });
j.moveXEvents.push_back({ j.moveXEvents.back().endTime, 999999, j.moveXEvents.back().end, j.moveXEvents.back().end, 0 });
j.moveYEvents.push_back({ j.moveYEvents.back().endTime, 999999, j.moveYEvents.back().end, j.moveYEvents.back().end, 0 });
j.rotateEvents.push_back({ j.rotateEvents.back().endTime, 999999, j.rotateEvents.back().end, j.rotateEvents.back().end, 0 });
j.disappearEvents.push_back({ j.disappearEvents.back().endTime, 999999, j.disappearEvents.back().end, j.disappearEvents.back().end, 0 });
}
// floorPosition 计算
for (auto &j : judgelines) {
double bpm = j.bpm; double fp = 0;
for (auto &s : j.speedEvents) {
s.floorPosition = fp;
fp += (s.endTime - s.startTime) * (s.end + s.start) / 2 / bpm * 1.875;
}
for (auto &n : j.notesAbove) {
int i = lower_bound(j.speedEvents.begin(), j.speedEvents.end(), n.time, [&](PGRSpeedEvent a, double b){ return a.startTime < b; }) - j.speedEvents.begin() - 1;
auto e = j.speedEvents[i];
double v1 = e.start, v2 = e.start + (n.time - e.startTime) * (e.end - e.start) / (e.endTime - e.startTime);
if (n.type == 3) n.speed *= v2;
n.floorPosition = e.floorPosition + (n.time - e.startTime) * (v1 + v2) / 2 / bpm * 1.875;
}
for (auto &n : j.notesBelow) {
int i = lower_bound(j.speedEvents.begin(), j.speedEvents.end(), n.time, [&](PGRSpeedEvent a, double b){ return a.startTime < b; }) - j.speedEvents.begin() - 1;
auto e = j.speedEvents[i];
double v1 = e.start, v2 = e.start + (n.time - e.startTime) * (e.end - e.start) / (e.endTime - e.startTime);
if (n.type == 3) n.speed *= v2;
n.floorPosition = e.floorPosition + (n.time - e.startTime) * (v1 + v2) / 2 / bpm * 1.875;
}
}
// 输出
Json::Value obj;
obj["formatVersion"] = optimizer_version;
obj["judgeLineList"].resize(0);
obj["offset"] = offset;
for (auto &j : judgelines) obj["judgeLineList"].append(j.toJsonObject());
return json_encode(obj);
}
// ========================================================================================
//
// RPE Format Chart --> Official Phigros Format Chart (Modded)
//
// ========================================================================================
int RPENoteTypeMap[] = { 0, 1, 3, 4, 2 };
double BeatToDouble(Json::Value beat) {
return beat[0].asDouble() + beat[1].asDouble() / beat[2].asDouble();
}
string to_string(double v, int precision) {
stringstream ss; ss << fixed << setprecision(precision) << v; return ss.str();
}
void RPESolveSpeedEvent(vector<PGRSpeedEvent> &events, int id, double factor) {
// 排序
vector<PGRSpeedEvent> extra;
sort(events.begin(), events.end(), [&](PGRSpeedEvent a, PGRSpeedEvent b){ return a.startTime < b.startTime || (a.startTime == b.startTime && a.endTime < b.endTime); });
// 处理异常 1
if (events.size() == 0) {
events.push_back({ 0, 999999, 0, 0, 0 });
cerr << "Warning: Invalid Speed Event List [" << id << "]: Empty Speed Event List." << endl;
return;
}
if (events[0].startTime > 0) events.insert(events.begin(), { 0, events[0].startTime, 0, 0, 0 });
// 处理异常 2，同时拆分 Speed Event
double lastTime = events[0].startTime, lastValue = 0;
for (int i = 0; i < events.size(); i++) {
// 判断异常 3
if (events[i].startTime > events[i].endTime) {
cerr << "Warning: Invalid Speed Event [" <<
id << ", " <<
to_string(events[i].startTime, 2) << ", " <<
to_string(events[i].endTime, 2) << ", " <<
to_string(events[i].start, 2) << ", " <<
to_string(events[i].end, 2) <<
"]: Start Time is greater than End Time." << endl;
events[i].endTime = events[i].startTime;
events[i].start = events[i].end;
}
if (lastTime < events[i].startTime) extra.push_back({ lastTime, events[i].startTime, lastValue, lastValue, 0 }); // 相离
if (lastTime == events[i].startTime) ; // 相切
if (lastTime > events[i].startTime) { // 相交/包含
cerr << "Warning: Overlapped Speed Event [" <<
to_string(id) << ", " <<
to_string(events[i - 1].startTime, 2) << ", " <<
to_string(events[i - 1].endTime, 2) << ", " <<
to_string(events[i - 1].start, 2) << ", " <<
to_string(events[i - 1].end, 2) <<
"] and [" <<
to_string(id) << ", " <<
to_string(events[i].startTime, 2) << ", " <<
to_string(events[i].endTime, 2) << ", " <<
to_string(events[i].start, 2) << ", " <<
to_string(events[i].end, 2) <<
"]." << endl;
// 截断上一事件
events[i - 1].end = events[i - 1].start +
(events[i].startTime - events[i - 1].startTime) *
(events[i - 1].end - events[i - 1].start) /
(events[i - 1].endTime - events[i - 1].startTime);
events[i - 1].endTime = events[i].startTime;
}
lastTime = events[i].endTime, lastValue = events[i].end;
}
// 插入额外事件并排序
events.insert(events.end(), extra.begin(), extra.end());
sort(events.begin(), events.end(), [&](PGRSpeedEvent a, PGRSpeedEvent b){ return a.startTime < b.startTime || (a.startTime == b.startTime && a.endTime < b.endTime); });
// 添加尾巴
if (events.back().endTime < 999999) events.push_back({ events.back().endTime, 999999, events.back().end, events.back().end, 0 });
// floorPosition 计算
for (int i = 1; i < events.size(); i++)
events[i].floorPosition = events[i - 1].floorPosition +
(events[i - 1].start + events[i - 1].end) * (events[i - 1].endTime - events[i - 1].startTime) / 2 / basicBpm / factor * 1.875;
// cout << "Speed List [" << id << "]: [" << endl;
// for (int i = 0; i < events.size(); i++) cout << " [" <<
// to_string(events[i].startTime, 2) << ", " <<
// to_string(events[i].endTime, 2) << ", " <<
// to_string(events[i].start, 2) << ", " <<
// to_string(events[i].end, 2) << ", " <<
// to_string(events[i].floorPosition, 2) <<
// "]" << endl;
// cout << "]" << endl;
}
void RPESolveEvent(vector<PGREvent> &events, int id, string name) {
// 排序
vector<PGREvent> extra;
sort(events.begin(), events.end(), [&](PGREvent a, PGREvent b){ return a.startTime < b.startTime || (a.startTime == b.startTime && a.endTime < b.endTime); });
// 处理异常 1 (事件延拓)
if (events.size() == 0) {
events.push_back({ 0, 999999, 0, 0, 0 });
cerr << "Warning: Invalid " << name << " List [" << id << "]: Empty " << name << " List." << endl;
return;
}
if (events[0].startTime > 0) {
events[0].easingLeft =
events[0].easingRight -
(events[0].easingRight - events[0].easingLeft) /
(events[0].endTime - events[0].startTime) * events[0].endTime;
events[0].startTime = 0;
}
// 同时处理异常 2 和 异常 3
for (int i = 0; i < events.size(); i++) {
// 先处理异常 3
if (events[i].startTime > events[i].endTime) {
cerr << "Warning: Invalid " << name << " [" <<
id << ", " <<
to_string(events[i].startTime, 2) << ", " <<
to_string(events[i].endTime, 2) << ", " <<
to_string(events[i].start, 2) << ", " <<
to_string(events[i].end, 2) <<
"]: Start Time is greater than End Time." << endl;
events[i].endTime = events[i].startTime;
events[i].start = events[i].end;
}
// 再处理异常 2
if (!i) continue;
auto &last = events[i - 1], curr = events[i];
// 相离
if (last.endTime < curr.startTime) extra.push_back({
last.endTime,
curr.startTime,
last.end,
last.end,
0, 0, 1,
0, 0, 0, 0, 0
});
// 相切
if (last.endTime == curr.startTime) ;
// 相交/包含
if (last.endTime > curr.startTime) {
cerr << "Warning: Overlapped " << name << " [" <<
to_string(id) << ", " <<
to_string(events[i - 1].startTime, 2) << ", " <<
to_string(events[i - 1].endTime, 2) << ", " <<
to_string(events[i - 1].start, 2) << ", " <<
to_string(events[i - 1].end, 2) <<
"] and [" <<
to_string(id) << ", " <<
to_string(events[i].startTime, 2) << ", " <<
to_string(events[i].endTime, 2) << ", " <<
to_string(events[i].start, 2) << ", " <<