public System.Collections.Generic.List <ActionHistory.Action> FixUpBPMAnchors()
{
System.Collections.Generic.List <ActionHistory.Action> record = new System.Collections.Generic.List <ActionHistory.Action>();
var bpms = currentSong.bpms;
// Fix up any anchors
for (int i = 0; i < bpms.Count; ++i)
{
if (bpms[i].anchor != null && i > 0)
{
BPM anchorBPM = bpms[i];
BPM bpmToAdjust = bpms[i - 1];
double deltaTime = (double)anchorBPM.anchor - bpmToAdjust.time;
uint newValue = (uint)Mathf.Round((float)(TickFunctions.DisToBpm(bpmToAdjust.tick, anchorBPM.tick, deltaTime, currentSong.resolution) * 1000.0d));
if (deltaTime > 0 && newValue > 0)
{
if (bpmToAdjust.value != newValue)
{
BPM original = new BPM(bpmToAdjust);
bpmToAdjust.value = newValue;
anchorBPM.assignedTime = currentSong.LiveTickToTime(anchorBPM.tick, currentSong.resolution);
record.Add(new ActionHistory.Modify(original, bpmToAdjust));
}
}
}
}
return(record);
}
public override void OnSelectableMouseDrag()
{
// Move object
if (bpm.tick != 0)
{
base.OnSelectableMouseDrag();
}
if (draggingInitialBpm != null && MSE.Input.KeyboardDevice.ctrlKeyBeingPressed && Input.GetMouseButton(1))
{
BPM previousBpm = SongObjectHelper.GetPreviousNonInclusive(bpm.song.bpms, bpm.tick);
if (previousBpm != null && previousBpm.anchor == null)
{
float desiredWorldPos;
if (editor.services.mouseMonitorSystem.world2DPosition != null && ((Vector2)editor.services.mouseMonitorSystem.world2DPosition).y < editor.mouseYMaxLimit.position.y)
{
desiredWorldPos = ((Vector2)editor.services.mouseMonitorSystem.world2DPosition).y;
}
else
{
desiredWorldPos = editor.mouseYMaxLimit.position.y;
}
float desiredTime = TickFunctions.WorldYPositionToTime(desiredWorldPos);
if (desiredTime < previousBpm.time)
{
desiredTime = previousBpm.time;
}
BPM nextBpm = SongObjectHelper.GetNextNonInclusive(bpm.song.bpms, bpm.tick);
if (nextBpm != null && nextBpm.anchor != null && desiredTime >= nextBpm.time)
{
desiredTime = nextBpm.time - 0.01f;
}
double disToBpm = TickFunctions.DisToBpm(previousBpm.tick, bpm.tick, desiredTime - previousBpm.time, bpm.song.resolution);
uint newBpmValue = (uint)Mathf.Ceil((float)disToBpm * 1000.0f);
if (newBpmValue > 0)
{
if (hasPushed)
{
editor.commandStack.Pop();
}
editor.commandStack.Push(new SongEditModify <BPM>(previousBpm, new BPM(previousBpm.tick, newBpmValue, previousBpm.anchor)));
hasPushed = true;
}
}
}
}
void GenerateFixUpBPMAnchorCommands()
{
if (bpmAnchorFixup.Count > 0)
{
return;
}
Song song = ChartEditor.Instance.currentSong;
var bpms = song.bpms;
tempAnchorFixupBPMs.Clear();
tempAnchorFixupSynctrack.Clear();
foreach (BPM bpm in bpms)
{
BPM clone = bpm.CloneAs <BPM>();
tempAnchorFixupBPMs.Add(clone);
tempAnchorFixupSynctrack.Add(clone);
}
// Fix up any anchors
for (int i = 0; i < tempAnchorFixupBPMs.Count; ++i)
{
if (tempAnchorFixupBPMs[i].anchor != null && i > 0)
{
BPM anchorBPM = tempAnchorFixupBPMs[i];
BPM bpmToAdjust = tempAnchorFixupBPMs[i - 1];
double deltaTime = (double)anchorBPM.anchor - Song.LiveTickToTime(bpmToAdjust.tick, song.resolution, tempAnchorFixupBPMs[0], tempAnchorFixupSynctrack);
uint newValue = (uint)Mathf.Round((float)(TickFunctions.DisToBpm(bpmToAdjust.tick, anchorBPM.tick, deltaTime, song.resolution) * 1000.0d));
if (deltaTime > 0 && newValue > 0)
{
if (bpmToAdjust.value != newValue)
{
BPM original = bpmToAdjust.CloneAs <BPM>();
bpmToAdjust.value = newValue;
SongEditModify <BPM> command = new SongEditModify <BPM>(original, bpmToAdjust);
command.postExecuteEnabled = false;
bpmAnchorFixup.Add(command);
}
}
}
}
bpmAnchorFixupCommandsGenerated = true;
tempAnchorFixupBPMs.Clear();
tempAnchorFixupSynctrack.Clear();
}
public override void OnSelectableMouseDrag()
{
// Move object
if (bpm.tick != 0)
{
base.OnSelectableMouseDrag();
}
if (draggingInitialBpm != null && ShortcutInput.modifierInput && Input.GetMouseButton(1))
{
BPM previousBpm = SongObjectHelper.GetPreviousNonInclusive(bpm.song.bpms, bpm.tick);
if (previousBpm != null && previousBpm.anchor == null)
{
float desiredWorldPos;
if (Mouse.world2DPosition != null && ((Vector2)Mouse.world2DPosition).y < editor.mouseYMaxLimit.position.y)
{
desiredWorldPos = ((Vector2)Mouse.world2DPosition).y;
}
else
{
desiredWorldPos = editor.mouseYMaxLimit.position.y;
}
float desiredTime = TickFunctions.WorldYPositionToTime(desiredWorldPos);
if (desiredTime < previousBpm.time)
{
desiredTime = previousBpm.time;
}
BPM nextBpm = SongObjectHelper.GetNextNonInclusive(bpm.song.bpms, bpm.tick);
if (nextBpm != null && nextBpm.anchor != null && desiredTime >= nextBpm.time)
{
desiredTime = nextBpm.time - 0.01f;
}
uint newBpmValue = (uint)(Mathf.Ceil((float)TickFunctions.DisToBpm(previousBpm.tick, bpm.tick, desiredTime - previousBpm.time, bpm.song.resolution)) * 1000);
if (newBpmValue > 0)
{
previousBpm.value = newBpmValue;
}
editor.songObjectPoolManager.SetAllPoolsDirty();
ChartEditor.isDirty = true;
editor.currentSong.UpdateCache();
editor.FixUpBPMAnchors();
}
}
}
bool AdjustForAnchors(uint newBpmValue)
{
ChartEditor.GetInstance().songObjectPoolManager.SetAllPoolsDirty();
int pos = SongObjectHelper.FindObjectPosition(currentBPM, currentBPM.song.bpms);
if (pos != SongObjectHelper.NOTFOUND)
{
BPM anchor = null;
BPM bpmToAdjust = null;
int anchorPos = 0;
// Get the next anchor
for (int i = pos + 1; i < currentBPM.song.bpms.Count; ++i)
{
if (currentBPM.song.bpms[i].anchor != null)
{
anchor = currentBPM.song.bpms[i];
anchorPos = i;
// Get the bpm before that anchor
bpmToAdjust = currentBPM.song.bpms[i - 1];
break;
}
}
if (anchor == null || bpmToAdjust == currentBPM)
{
if (currentBPM.value != newBpmValue)
{
ChartEditor.isDirty = true;
}
currentBPM.value = newBpmValue;
return(true);
}
// Calculate the minimum the bpm can adjust to
const float MIN_DT = 0.01f;
float bpmTime = (float)anchor.anchor - MIN_DT;
float resolution = currentBPM.song.resolution;
// Calculate the time of the 2nd bpm pretending that the adjustable one is super close to the anchor
for (int i = anchorPos - 1; i > pos + 1; --i)
{
// Calculate up until 2 bpms before the anchor
// Re-hash of the actual time calculation equation in Song.cs
bpmTime -= (float)TickFunctions.DisToTime(currentBPM.song.bpms[i - 1].tick, currentBPM.song.bpms[i].tick, resolution, currentBPM.song.bpms[i - 1].value / 1000.0f);
}
float timeBetweenFirstAndSecond = bpmTime - currentBPM.time;
// What bpm will result in this exact time difference?
uint minVal = (uint)(Mathf.Ceil((float)TickFunctions.DisToBpm(currentBPM.song.bpms[pos].tick, currentBPM.song.bpms[pos + 1].tick, timeBetweenFirstAndSecond, currentBPM.song.resolution)) * 1000);
if (newBpmValue < minVal)
{
newBpmValue = minVal;
}
if (anchorAdjustment == null)
{
anchorAdjustment = bpmToAdjust;
anchorAdjustmentOriginalValue = new BPM(bpmToAdjust);
}
BPM anchorBPM = anchor;
uint oldValue = currentBPM.value;
currentBPM.value = newBpmValue;
double deltaTime = (double)anchorBPM.anchor - editor.currentSong.LiveTickToTime(bpmToAdjust.tick, editor.currentSong.resolution);
uint newValue = (uint)Mathf.Round((float)(TickFunctions.DisToBpm(bpmToAdjust.tick, anchorBPM.tick, deltaTime, editor.currentSong.resolution) * 1000.0d));
currentBPM.value = oldValue;
if (deltaTime > 0 && newValue > 0)
{
if (newValue != 0)
{
bpmToAdjust.value = newValue;
}
currentBPM.value = newBpmValue;
ChartEditor.isDirty = true;
}
}
else
{
if (currentBPM.value != newBpmValue)
{
ChartEditor.isDirty = true;
}
currentBPM.value = newBpmValue;
}
return(true);
}
static MoonscraperEngine.ICommand GenerateCommandsAdjustedForAnchors(BPM currentBPM, uint desiredBpmValue)
{
List <SongEditCommand> commands = new List <SongEditCommand>();
int pos = SongObjectHelper.FindObjectPosition(currentBPM, currentBPM.song.bpms);
if (pos != SongObjectHelper.NOTFOUND)
{
BPM anchor = null;
BPM bpmToAdjust = null;
int anchorPos = 0;
// Get the next anchor
for (int i = pos + 1; i < currentBPM.song.bpms.Count; ++i)
{
if (currentBPM.song.bpms[i].anchor != null)
{
anchor = currentBPM.song.bpms[i];
anchorPos = i;
// Get the bpm before that anchor
bpmToAdjust = currentBPM.song.bpms[i - 1];
break;
}
}
if (anchor == null || bpmToAdjust == currentBPM)
{
commands.Add(new SongEditModify <BPM>(currentBPM, new BPM(currentBPM.tick, desiredBpmValue, currentBPM.anchor)));
return(new BatchedSongEditCommand(commands));
}
// Calculate the minimum the bpm can adjust to
const float MIN_DT = 0.01f;
float bpmTime = (float)anchor.anchor - MIN_DT;
float resolution = currentBPM.song.resolution;
// Calculate the time of the 2nd bpm pretending that the adjustable one is super close to the anchor
for (int i = anchorPos - 1; i > pos + 1; --i)
{
// Calculate up until 2 bpms before the anchor
// Re-hash of the actual time calculation equation in Song.cs
bpmTime -= (float)TickFunctions.DisToTime(currentBPM.song.bpms[i - 1].tick, currentBPM.song.bpms[i].tick, resolution, currentBPM.song.bpms[i - 1].value / 1000.0f);
}
float timeBetweenFirstAndSecond = bpmTime - currentBPM.time;
// What bpm will result in this exact time difference?
uint minVal = (uint)(Mathf.Ceil((float)TickFunctions.DisToBpm(currentBPM.song.bpms[pos].tick, currentBPM.song.bpms[pos + 1].tick, timeBetweenFirstAndSecond, currentBPM.song.resolution)) * 1000);
if (desiredBpmValue < minVal)
{
desiredBpmValue = minVal;
}
BPM anchorBPM = anchor;
uint oldValue = currentBPM.value;
ChartEditor editor = ChartEditor.Instance;
currentBPM.value = desiredBpmValue; // Very much cheating, better to not do this
double deltaTime = (double)anchorBPM.anchor - editor.currentSong.LiveTickToTime(bpmToAdjust.tick, editor.currentSong.resolution);
uint newValue = (uint)Mathf.Round((float)(TickFunctions.DisToBpm(bpmToAdjust.tick, anchorBPM.tick, deltaTime, editor.currentSong.resolution) * 1000.0d));
currentBPM.value = oldValue;
uint finalValue = oldValue;
if (deltaTime > 0 && newValue > 0)
{
if (newValue != 0)
{
commands.Add(new SongEditModify <BPM>(bpmToAdjust, new BPM(bpmToAdjust.tick, newValue, bpmToAdjust.anchor)));
}
finalValue = desiredBpmValue;
}
desiredBpmValue = finalValue;
}
if (desiredBpmValue == currentBPM.value)
{
return(null);
}
commands.Add(new SongEditModify <BPM>(currentBPM, new BPM(currentBPM.tick, desiredBpmValue, currentBPM.anchor)));
return(new BatchedSongEditCommand(commands));
}
