public void getMats(Stream fsMdlx, int cnt1, Stream fsMset, int cnt2, uint offMsetRxxx, float tick)
{
if (cntPass == 0)
{
o1.Init0();
o1.Init1(ee);
}
if (cntPass == 0)
{
#if UsePressed_eeram
Szexp.Decode(KHDebug.MSET.eeramx, ee.ram, ee.ram.Length);
#else
using (FileStream fsi = File.OpenRead(CnfUt.findeeram)) {
fsi.Read(ee.ram, 0, 32 * 1024 * 1024);
}
#endif
}
// tmp1 1abb0b0 64k [out] temp
// tmp2 1abb590 64k [in] st1
// tmp3 1ac7410 64k [out] temp
// tmp4 1acad50 64k [out] (4x4 matrix for mdlx bone calc)
// tmp5 1abb6d0 8k [out] (Sxyz)
// tmp6 1abc520 8k [out] (Rxyz)
// tmp7 1abd370 8k [out] (Txyz)
// tmp8 3b1870 64k [out] (4x4 matrix) size=64*(cnt2-cnt1)
// tmp9 3b5eb0 64k [out] (4x4 matrix) size=64*(cnt2-cnt1)
// tmpa 3b6bb0 64k [out] (4x4 matrix) size=64*(cnt2-cnt1)
// tmpb 3b78b0 64k [out] (s.r.t.?)
uint Sxyz = tmp5;
uint Rxyz = tmp6;
uint Txyz = tmp7;
uint offMdlxRoot = 10 * 1024 * 1024;
if (cntPass == 0)
{
fsMdlx.Read(ee.ram, (int)offMdlxRoot, 5 * 1024 * 1024);
offMdlx04 = new RelocMdlx(ee.ram, (int)offMdlxRoot, (int)offMdlxRoot, 0x354398, 0, tmp2, 1).Run();
}
uint s4 = tmp1; // temp;
uint s2 = tmp2; // st1;
uint a1 = s2;
for (int w = 0; w < 65536; w++)
{
ee.ram[w] = 0;
}
for (int w = 0; w < 64; w++)
{
ee.ram[s2 + w] = 0;
}
if (true)
{
Array.Copy(BitConverter.GetBytes(offMdlx04), 0, ee.ram, s2 + 0x14, 4);
Array.Copy(BitConverter.GetBytes(Sxyz), 0, ee.ram, s2 + 0x1C, 4);
Array.Copy(BitConverter.GetBytes(Rxyz), 0, ee.ram, s2 + 0x20, 4);
Array.Copy(BitConverter.GetBytes(Txyz), 0, ee.ram, s2 + 0x24, 4);
Array.Copy(BitConverter.GetBytes(tmp3), 0, ee.ram, s2 + 0x28, 4);
Array.Copy(BitConverter.GetBytes(tmp4), 0, ee.ram, s2 + 0x2C, 4);
}
/*if (true)
* {
* MemoryStream wri = new MemoryStream(ee.ram, true);
* wri.Position = s2;
* BinaryWriter wr = new BinaryWriter(wri);
* uint[] st1al = new uint[] {
* 0x0 ,0 ,0 ,0,
* 0x0 ,offMdlx04 ,0x0 ,Sxyz,
* Rxyz ,Txyz ,tmp3 ,tmp4,
* 0x0 ,0x0 ,0x0 ,0,
* };
* foreach (uint ui in st1al) wr.Write(ui);
* }*/
uint offMsetRoot = 15 * 1024 * 1024;
if (cntPass == 0)
{
fsMset.Read(ee.ram, (int)offMsetRoot, 17 * 1024 * 1024);
RelocMset RM = new RelocMset(ee.ram, offMsetRoot, offMsetRoot, new uint[] { 0, 0, tmp8, tmp9, tmpa, tmpb, });
RM.Run();
}
//uint offMset = 0x009E0340 + 0x1D390;
//uint offMset = offMsetRoot + 0x3370;
uint offMset = offMsetRoot + offMsetRxxx;
// s0, s1, s2, s4, a1
uint s1 = offMset;
uint a0 = offMset;
uint s0 = offMset + 0x90;
ee.VF[0].w = 1;
// Opt3
if (true)
{
//ee.r0.UD0 = 0U;
ee.at.UD0 = 0U;
ee.v0.UD0 = 0U;
ee.v1.UD0 = 0U;
ee.a0.UD0 = a0; // mset +0x00
ee.a1.UD0 = a1; // info tbl
ee.a2.UD0 = 0U;
ee.a3.UD0 = 0U;
ee.t0.UD0 = 0U;
ee.t1.UD0 = 0U;
ee.t2.UD0 = 0U;
ee.t3.UD0 = 0U;
ee.t4.UD0 = 0U;
ee.t5.UD0 = 0U;
ee.t6.UD0 = 0U;
ee.t7.UD0 = 0U;
ee.s0.UD0 = 0U; // s0; // mset +0x90
ee.s1.UD0 = 0U;
ee.s2.UD0 = 0U;
ee.s3.UD0 = 0U;
ee.s4.UD0 = s4; // temp?
ee.s5.UD0 = 0U;
ee.s6.UD0 = 0U;
ee.s7.UD0 = 0U;
ee.t8.UD0 = 0U;
ee.t9.UD0 = 0U;
ee.k0.UD0 = 0U;
ee.k1.UD0 = 0U;
ee.gp.UD0 = 0U;
ee.sp.UD0 = 0x2000000U;
ee.s8.UD0 = 0U;
ee.ra.UD0 = 0xFFFFFFFFU;
ee.pc = 0x128260;
while (ee.pc != 0xFFFFFFFFU)
{
if (o1.pfns.ContainsKey(ee.pc) || MobRecUt.Rec1(ee.pc, o1.pfns, ee))
{
o1.pfns[ee.pc]();
}
else
{
throw new RecfnnotFound(ee.pc, "rc3");
}
}
}
// Opt2
if (true)
{
//ee.r0.UD0 = 0U;
ee.at.UD0 = 0U;
ee.v0.UD0 = 0U;
ee.v1.UD0 = 0U;
ee.a0.UD0 = a0; // mset +0x00
ee.a1.UD0 = a1; // info tbl
ee.a2.UD0 = 0U;
ee.a3.UD0 = 0U;
ee.t0.UD0 = 0U;
ee.t1.UD0 = 0U;
ee.t2.UD0 = 0U;
ee.t3.UD0 = 0U;
ee.t4.UD0 = 0U;
ee.t5.UD0 = 0U;
ee.t6.UD0 = 0U;
ee.t7.UD0 = 0U;
ee.s0.UD0 = s0; // mset +0x90
ee.s1.UD0 = s1;
ee.s2.UD0 = s2;
ee.s3.UD0 = 0U;
ee.s4.UD0 = s4; // temp?
ee.s5.UD0 = 0U;
ee.s6.UD0 = 0U;
ee.s7.UD0 = 0U;
ee.t8.UD0 = 0U;
ee.t9.UD0 = 0U;
ee.k0.UD0 = 0U;
ee.k1.UD0 = 0U;
ee.gp.UD0 = 0U;
ee.sp.UD0 = 0x2000000U;
ee.s8.UD0 = 0U;
ee.ra.UD0 = 0xFFFFFFFFU;
ee.fpr[12].f = tick;
ee.pc = 0x128918;
while (ee.pc != 0xFFFFFFFFU)
{
if (o1.pfns.ContainsKey(ee.pc) || MobRecUt.Rec1(ee.pc, o1.pfns, ee))
{
o1.pfns[ee.pc]();
}
else
{
throw new RecfnnotFound(ee.pc, "rc2");
}
}
}
// Opt1
if (true)
{
ee.at.UD0 = 0U;
ee.v0.UD0 = 0U;
ee.v1.UD0 = 0U;
ee.a0.UD0 = a0; // mset +0x00
ee.a1.UD0 = a1; // info tbl
ee.a2.UD0 = 0U;
ee.a3.UD0 = 0U;
ee.t0.UD0 = 0U;
ee.t1.UD0 = 0U;
ee.t2.UD0 = 0U;
ee.t3.UD0 = 0U;
ee.t4.UD0 = 0U;
ee.t5.UD0 = 0U;
ee.t6.UD0 = 0U;
ee.t7.UD0 = 0U;
ee.s0.UD0 = s0; // mset +0x90
ee.s1.UD0 = 0U;
ee.s2.UD0 = 0U;
ee.s3.UD0 = 0U;
ee.s4.UD0 = s4; // temp?
ee.s5.UD0 = 0U;
ee.s6.UD0 = 0U;
ee.s7.UD0 = 0U;
ee.t8.UD0 = 0U;
ee.t9.UD0 = 0U;
ee.k0.UD0 = 0U;
ee.k1.UD0 = 0U;
ee.gp.UD0 = 0U;
ee.sp.UD0 = 0x2000000U;
ee.s8.UD0 = 0U;
ee.ra.UD0 = 0xFFFFFFFFU;
ee.pc = 0x129A18;
while (ee.pc != 0xFFFFFFFFU)
{
if (o1.pfns.ContainsKey(ee.pc) || MobRecUt.Rec1(ee.pc, o1.pfns, ee))
{
o1.pfns[ee.pc]();
}
else
{
throw new RecfnnotFound(ee.pc, "rc1");
}
}
}
//using (FileStream os = new FileStream(@"D:\Desktop\testMine.bin",FileMode.OpenOrCreate))
using (MemoryStream os = new MemoryStream())
{
os.Write(ee.ram, (int)tmp4, 0x40 * cnt1);
os.Position = 0;
using (BinaryReader br = new BinaryReader(os))
{
for (int i = 0; i < cnt1; i++)
{
//Matrix M1 = new Matrix();
MatrixBuffer[i].M11 = br.ReadSingle(); MatrixBuffer[i].M12 = br.ReadSingle(); MatrixBuffer[i].M13 = br.ReadSingle(); MatrixBuffer[i].M14 = br.ReadSingle();
MatrixBuffer[i].M21 = br.ReadSingle(); MatrixBuffer[i].M22 = br.ReadSingle(); MatrixBuffer[i].M23 = br.ReadSingle(); MatrixBuffer[i].M24 = br.ReadSingle();
MatrixBuffer[i].M31 = br.ReadSingle(); MatrixBuffer[i].M32 = br.ReadSingle(); MatrixBuffer[i].M33 = br.ReadSingle(); MatrixBuffer[i].M34 = br.ReadSingle();
MatrixBuffer[i].M41 = br.ReadSingle(); MatrixBuffer[i].M42 = br.ReadSingle(); MatrixBuffer[i].M43 = br.ReadSingle(); MatrixBuffer[i].M44 = br.ReadSingle();
//matBuff[i] = M1;
}
}
}
cntPass++;
}
public void Permit_DEB(Stream fsMdlx, int cnt1, Stream fsMset, int cnt2, uint offMsetRxxx, float tick, out float[] Svec, out float[] Rvec, out float[] Tvec)
{
if (cntPass == 0)
{
o1.Init0();
o1.Init1(ee);
}
if (cntPass == 0)
{
#if UsePressed_eeram
Szexp.Decode(KHDebug.MSET.eeramx, ee.ram, ee.ram.Length);
#else
using (FileStream fsi = File.OpenRead(CnfUt.findeeram)) {
fsi.Read(ee.ram, 0, 32 * 1024 * 1024);
}
#endif
}
uint tmp1 = (32 * 1024 * 1024) - (768) - (65536);
uint tmp2 = (32 * 1024 * 1024) - (768) - (65536) - (65536);
uint tmp3 = (32 * 1024 * 1024) - (768) - (65536) - (65536) - (65536);
uint tmp4 = (32 * 1024 * 1024) - (768) - (65536) - (65536) - (65536) - (65536);
uint tmp5 = (32 * 1024 * 1024) - (768) - (65536) - (65536) - (65536) - (65536) - (16 * 512);
uint tmp6 = (32 * 1024 * 1024) - (768) - (65536) - (65536) - (65536) - (65536) - (16 * 512) - (16 * 512);
uint tmp7 = (32 * 1024 * 1024) - (768) - (65536) - (65536) - (65536) - (65536) - (16 * 512) - (16 * 512) - (16 * 512);
uint tmp8 = (32 * 1024 * 1024) - (768) - (65536) - (65536) - (65536) - (65536) - (16 * 512) - (16 * 512) - (16 * 512) - (65536);
uint tmp9 = (32 * 1024 * 1024) - (768) - (65536) - (65536) - (65536) - (65536) - (16 * 512) - (16 * 512) - (16 * 512) - (65536) - (65536);
uint tmpa = (32 * 1024 * 1024) - (768) - (65536) - (65536) - (65536) - (65536) - (16 * 512) - (16 * 512) - (16 * 512) - (65536) - (65536) - (65536);
uint tmpb = (32 * 1024 * 1024) - (768) - (65536) - (65536) - (65536) - (65536) - (16 * 512) - (16 * 512) - (16 * 512) - (65536) - (65536) - (65536) - (65536);
// tmp1 1abb0b0 64k [out] temp
// tmp2 1abb590 64k [in] st1
// tmp3 1ac7410 64k [out] temp
// tmp4 1acad50 64k [out] (4x4 matrix for mdlx bone calc)
// tmp5 1abb6d0 8k [out] (Sxyz)
// tmp6 1abc520 8k [out] (Rxyz)
// tmp7 1abd370 8k [out] (Txyz)
// tmp8 3b1870 64k [out] (4x4 matrix) size=64*(cnt2-cnt1)
// tmp9 3b5eb0 64k [out] (4x4 matrix) size=64*(cnt2-cnt1)
// tmpa 3b6bb0 64k [out] (4x4 matrix) size=64*(cnt2-cnt1)
// tmpb 3b78b0 64k [out] (s.r.t.?)
uint Sxyz = tmp5;
uint Rxyz = tmp6;
uint Txyz = tmp7;
uint offMdlxRoot = 20 * 1024 * 1024;
if (cntPass == 0)
{
fsMdlx.Read(ee.ram, (int)offMdlxRoot, 5 * 1024 * 1024);
offMdlx04 = new RelocMdlx(ee.ram, (int)offMdlxRoot, (int)offMdlxRoot, 0x354398, 0, tmp2, 1).Run();
}
uint s4 = tmp1; // temp;
uint s2 = tmp2; // st1;
uint a1 = s2;
for (int w = 0; w < 65536; w++)
{
ee.ram[w] = 0;
}
if (true)
{
MemoryStream wri = new MemoryStream(ee.ram, true)
{
Position = s2
};
BinaryWriter wr = new BinaryWriter(wri);
uint[] st1al = new uint[] {
0x0, 0, 0, 0,
0x0, offMdlx04, 0x0, Sxyz,
Rxyz, Txyz, tmp3, tmp4,
0x0, 0x0, 0x0, 0,
};
foreach (uint ui in st1al)
{
wr.Write(ui);
}
}
uint offMsetRoot = 25 * 1024 * 1024;
if (cntPass == 0)
{
fsMset.Read(ee.ram, (int)offMsetRoot, 5 * 1024 * 1024);
RelocMset RM = new RelocMset(ee.ram, offMsetRoot, offMsetRoot, new uint[] { 0, 0, tmp8, tmp9, tmpa, tmpb, });
RM.Run();
}
//uint offMset = 0x009E0340 + 0x1D390;
//uint offMset = offMsetRoot + 0x3370;
uint offMset = offMsetRoot + offMsetRxxx;
// s0, s1, s2, s4, a1
uint s1 = offMset;
uint a0 = offMset;
uint s0 = offMset + 0x90;
ee.VF[0].w = 1;
// Opt3
if (true)
{
//ee.r0.UD0 = 0U;
ee.at.UD0 = 0U;
ee.v0.UD0 = 0U;
ee.v1.UD0 = 0U;
ee.a0.UD0 = a0; // mset +0x00
ee.a1.UD0 = a1; // info tbl
ee.a2.UD0 = 0U;
ee.a3.UD0 = 0U;
ee.t0.UD0 = 0U;
ee.t1.UD0 = 0U;
ee.t2.UD0 = 0U;
ee.t3.UD0 = 0U;
ee.t4.UD0 = 0U;
ee.t5.UD0 = 0U;
ee.t6.UD0 = 0U;
ee.t7.UD0 = 0U;
ee.s0.UD0 = 0U; // s0; // mset +0x90
ee.s1.UD0 = 0U;
ee.s2.UD0 = 0U;
ee.s3.UD0 = 0U;
ee.s4.UD0 = s4; // temp?
ee.s5.UD0 = 0U;
ee.s6.UD0 = 0U;
ee.s7.UD0 = 0U;
ee.t8.UD0 = 0U;
ee.t9.UD0 = 0U;
ee.k0.UD0 = 0U;
ee.k1.UD0 = 0U;
ee.gp.UD0 = 0U;
ee.sp.UD0 = 0x2000000U;
ee.s8.UD0 = 0U;
ee.ra.UD0 = 0xFFFFFFFFU;
ee.pc = 0x128260;
while (ee.pc != 0xFFFFFFFFU)
{
if (o1.pfns.ContainsKey(ee.pc) || MobRecUt.Rec1(ee.pc, o1.pfns, ee))
{
o1.pfns[ee.pc]();
}
else
{
throw new RecfnnotFound(ee.pc, "rc3");
}
}
}
// Opt2
if (true)
{
//ee.r0.UD0 = 0U;
ee.at.UD0 = 0U;
ee.v0.UD0 = 0U;
ee.v1.UD0 = 0U;
ee.a0.UD0 = a0; // mset +0x00
ee.a1.UD0 = a1; // info tbl
ee.a2.UD0 = 0U;
ee.a3.UD0 = 0U;
ee.t0.UD0 = 0U;
ee.t1.UD0 = 0U;
ee.t2.UD0 = 0U;
ee.t3.UD0 = 0U;
ee.t4.UD0 = 0U;
ee.t5.UD0 = 0U;
ee.t6.UD0 = 0U;
ee.t7.UD0 = 0U;
ee.s0.UD0 = s0; // mset +0x90
ee.s1.UD0 = s1;
ee.s2.UD0 = s2;
ee.s3.UD0 = 0U;
ee.s4.UD0 = s4; // temp?
ee.s5.UD0 = 0U;
ee.s6.UD0 = 0U;
ee.s7.UD0 = 0U;
ee.t8.UD0 = 0U;
ee.t9.UD0 = 0U;
ee.k0.UD0 = 0U;
ee.k1.UD0 = 0U;
ee.gp.UD0 = 0U;
ee.sp.UD0 = 0x2000000U;
ee.s8.UD0 = 0U;
ee.ra.UD0 = 0xFFFFFFFFU;
ee.fpr[12].f = tick;
ee.pc = 0x128918;
while (ee.pc != 0xFFFFFFFFU)
{
if (o1.pfns.ContainsKey(ee.pc) || MobRecUt.Rec1(ee.pc, o1.pfns, ee))
{
o1.pfns[ee.pc]();
}
else
{
throw new RecfnnotFound(ee.pc, "rc2");
}
}
}
// Opt1
if (false)
{
ee.at.UD0 = 0U;
ee.v0.UD0 = 0U;
ee.v1.UD0 = 0U;
ee.a0.UD0 = a0; // mset +0x00
ee.a1.UD0 = a1; // info tbl
ee.a2.UD0 = 0U;
ee.a3.UD0 = 0U;
ee.t0.UD0 = 0U;
ee.t1.UD0 = 0U;
ee.t2.UD0 = 0U;
ee.t3.UD0 = 0U;
ee.t4.UD0 = 0U;
ee.t5.UD0 = 0U;
ee.t6.UD0 = 0U;
ee.t7.UD0 = 0U;
ee.s0.UD0 = s0; // mset +0x90
ee.s1.UD0 = 0U;
ee.s2.UD0 = 0U;
ee.s3.UD0 = 0U;
ee.s4.UD0 = s4; // temp?
ee.s5.UD0 = 0U;
ee.s6.UD0 = 0U;
ee.s7.UD0 = 0U;
ee.t8.UD0 = 0U;
ee.t9.UD0 = 0U;
ee.k0.UD0 = 0U;
ee.k1.UD0 = 0U;
ee.gp.UD0 = 0U;
ee.sp.UD0 = 0x2000000U;
ee.s8.UD0 = 0U;
ee.ra.UD0 = 0xFFFFFFFFU;
ee.pc = 0x129A18;
while (ee.pc != 0xFFFFFFFFU)
{
if (o1.pfns.ContainsKey(ee.pc) || MobRecUt.Rec1(ee.pc, o1.pfns, ee))
{
o1.pfns[ee.pc]();
}
else
{
throw new RecfnnotFound(ee.pc, "rc1");
}
}
}
{
MemoryStream si = new MemoryStream(ee.ram, false);
BinaryReader br = new BinaryReader(si);
si.Position = Sxyz;
Svec = new float[4 * cnt1];
for (int a = 0; a < 4 * cnt1; a++)
{
Svec[a] = br.ReadSingle();
}
si.Position = Rxyz;
Rvec = new float[4 * cnt1];
for (int a = 0; a < 4 * cnt1; a++)
{
Rvec[a] = br.ReadSingle();
}
si.Position = Txyz;
Tvec = new float[4 * cnt1];
for (int a = 0; a < 4 * cnt1; a++)
{
Tvec[a] = br.ReadSingle();
}
}
cntPass++;
}
