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Optimize GC for proxied input variables.

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PopSlime
2023-01-31 22:51:17 +08:00
parent 450bd52095
commit cbc874dd72
1 changed files with 10 additions and 8 deletions
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18
Assets/Cryville/Crtr/Judge.cs
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@@ -35,6 +35,10 @@ namespace Cryville.Crtr {
public Judge(PdtRuleset rs) { public Judge(PdtRuleset rs) {
_etor = ChartPlayer.etor; _etor = ChartPlayer.etor;
_rs = rs; _rs = rs;
_numsrc1 = new PropSrc.Float(() => _numbuf1);
_numsrc2 = new PropSrc.Float(() => _numbuf2);
_numsrc3 = new PropSrc.Float(() => _numbuf3);
_numsrc4 = new PropSrc.Float(() => _numbuf4);
InitJudges(); InitJudges();
InitScores(); InitScores();
} }
@@ -77,10 +81,8 @@ namespace Cryville.Crtr {
static readonly int _var_tn = IdentifierManager.SharedInstance.Request("tn"); static readonly int _var_tn = IdentifierManager.SharedInstance.Request("tn");
static readonly int _var_ft = IdentifierManager.SharedInstance.Request("ft"); static readonly int _var_ft = IdentifierManager.SharedInstance.Request("ft");
static readonly int _var_tt = IdentifierManager.SharedInstance.Request("tt"); static readonly int _var_tt = IdentifierManager.SharedInstance.Request("tt");
readonly byte[] _numbuf1 = new byte[sizeof(float)]; float _numbuf1, _numbuf2, _numbuf3, _numbuf4;
readonly byte[] _numbuf2 = new byte[sizeof(float)]; readonly PropSrc _numsrc1, _numsrc2, _numsrc3, _numsrc4;
readonly byte[] _numbuf3 = new byte[sizeof(float)];
readonly byte[] _numbuf4 = new byte[sizeof(float)];
unsafe void LoadNum(byte[] buffer, float value) { unsafe void LoadNum(byte[] buffer, float value) {
fixed (byte* ptr = buffer) *(float*)ptr = value; fixed (byte* ptr = buffer) *(float*)ptr = value;
} }
@@ -117,13 +119,13 @@ namespace Cryville.Crtr {
Forward(target, tt); Forward(target, tt);
var actlist = activeEvs[target]; var actlist = activeEvs[target];
if (actlist.Count > 0) { if (actlist.Count > 0) {
LoadNum(_numbuf3, ft); _etor.ContextCascadeUpdate(_var_ft, new PropSrc.Arbitrary(PdtInternalType.Number, _numbuf3)); _numbuf3 = ft; _numsrc3.Invalidate(); _etor.ContextCascadeUpdate(_var_ft, _numsrc3);
LoadNum(_numbuf4, tt); _etor.ContextCascadeUpdate(_var_tt, new PropSrc.Arbitrary(PdtInternalType.Number, _numbuf4)); _numbuf4 = tt; _numsrc4.Invalidate(); _etor.ContextCascadeUpdate(_var_tt, _numsrc4);
var index = 0; var index = 0;
while (index >= 0 && index < actlist.Count) { while (index >= 0 && index < actlist.Count) {
var ev = actlist[index]; var ev = actlist[index];
LoadNum(_numbuf1, (float)ev.StartTime); _etor.ContextCascadeUpdate(_var_fn, new PropSrc.Arbitrary(PdtInternalType.Number, _numbuf1)); _numbuf1 = (float)ev.StartTime; _numsrc1.Invalidate(); _etor.ContextCascadeUpdate(_var_fn, _numsrc1);
LoadNum(_numbuf2, (float)ev.EndTime); _etor.ContextCascadeUpdate(_var_tn, new PropSrc.Arbitrary(PdtInternalType.Number, _numbuf2)); _numbuf2 = (float)ev.EndTime; _numsrc2.Invalidate(); _etor.ContextCascadeUpdate(_var_tn, _numsrc2);
var def = ev.Definition; var def = ev.Definition;
if (def.hit != null) _etor.Evaluate(_flagop, def.hit); if (def.hit != null) _etor.Evaluate(_flagop, def.hit);
else _flag = true; else _flag = true;