public VCM86Processor()
: base(InstructionSets.VCM86)
{
Coprocessor = new Coprocessor();
for (byte i = RegistersCount; i < RegistersCount + 8; i++)
{
RegistersContainer.Add(i, Coprocessor.GetRegister(i - 10));
}
}
private void FUN_484()
{
bool bVar2;
long lVar3;
long lVar4;
long lVar5;
uint uVar7;
int iVar8;
uint uVar9;
uint uVar10;
int iVar11;
Wheel wVar11;
uint uVar12;
int iVar13;
uint uVar14;
uint uVar16;
int iVar17;
BufferedBinaryReader brVar17;
int iVar18;
Wheel wVar18;
Vehicle vVar18;
uint uVar19;
uint uVar22;
Vector3Int local_168;
Vector3Int local_158;
Vector3Int local_128;
Vector3Int local_118;
Vector3Int local_100;
Vector3Int local_f0;
Vector3Int local_e0;
Vector3Int local_d0;
Vector3Int local_c0;
Vector3Int local_b0;
Vector3Int local_a0;
Vector3Int local_80;
Vector3Int local_70;
Vector3Int local_68;
Vector3Int local_58;
TileData local_48;
uint local_28;
int local_24;
int local_20;
VigTransform auStack328;
Vector3Int auStack272;
Vector3Int auStack144;
vVar18 = DAT_C0;
if (vVar18 == null)
{
vCollider.reader.Seek(4, SeekOrigin.Current);
FUN_2B4F8(vCollider.reader);
vCollider.reader.Seek(-4, SeekOrigin.Current);
physics1.X = physics1.X * 4032 >> 12;
physics1.Y = physics1.Y * 4032 >> 12;
physics1.Z = physics1.Z * 4032 >> 12;
}
else
{
if (((vVar18.flags | flags) & 0x4000000) == 0)
{
if ((vVar18.flags & 0x4000) != 0)
{
auStack328 = FUN_2AEAC();
auStack272 = Utilities.FUN_24148(vVar18.vTransform, DAT_B4);
local_100 = Utilities.FUN_24304(vTransform, auStack272);
local_f0 = Utilities.FUN_24148(auStack328, DAT_A8);
local_f0.x = (local_100.x - DAT_A8.x) * 128 - local_f0.x;
if (local_f0.x < 0)
{
local_f0.x += 7;
}
local_158 = new Vector3Int();
local_158.x = local_f0.x >> 3;
local_f0.y = (local_100.y - DAT_A8.y) * 128 - local_f0.y;
if (local_f0.y < 0)
{
local_f0.y += 7;
}
local_158.y = local_f0.y >> 3;
local_f0.z = (local_100.z - DAT_A8.z) * 128 - local_f0.z;
if (local_f0.z < 0)
{
local_f0.z += 7;
}
local_158.z = local_f0.z >> 3;
iVar17 = local_158.x;
if (local_158.x < 0)
{
iVar17 = -local_158.x;
}
local_e0 = local_158;
if (iVar17 < 0xee681)
{
iVar17 = local_158.y;
if (local_158.y < 0)
{
iVar17 = -local_158.y;
}
if (iVar17 < 0xee681)
{
iVar17 = local_158.z;
if (local_158.z < 0)
{
iVar17 = -local_158.z;
}
if (iVar17 < 0xee681 && vVar18.wheelsType != _WHEELS.Air &&
vVar18.wheelsType != _WHEELS.Sea)
{
local_158 = local_e0;
Coprocessor.rotationMatrix.rt11 = (short)(DAT_A8.x >> 3);
Coprocessor.rotationMatrix.rt12 = (short)(DAT_A8.x >> 3 >> 16);
Coprocessor.rotationMatrix.rt22 = (short)(DAT_A8.y >> 3);
Coprocessor.rotationMatrix.rt23 = (short)(DAT_A8.y >> 3 >> 16);
Coprocessor.rotationMatrix.rt33 = (short)(DAT_A8.z >> 3);
local_f0.x >>= 6;
iVar17 = -0x8000;
if (-0x8001 < local_f0.x)
{
iVar17 = 0x7fff;
if (local_f0.x < 0x8000)
{
iVar17 = local_f0.x;
}
}
local_f0.y >>= 6;
iVar8 = -0x8000;
if (-0x8001 < local_f0.y)
{
iVar8 = 0x7fff;
if (local_f0.y < 0x8000)
{
iVar8 = local_f0.y;
}
}
local_f0.z >>= 6;
iVar13 = -0x8000;
if (-0x8001 < local_f0.z)
{
iVar13 = 0x7fff;
if (local_f0.z < 0x8000)
{
iVar13 = local_f0.z;
}
}
Coprocessor.accumulator.ir1 = (short)iVar17;
Coprocessor.accumulator.ir2 = (short)iVar8;
Coprocessor.accumulator.ir3 = (short)iVar13;
Coprocessor.ExecuteOP(12, false);
local_168 = new Vector3Int(
Coprocessor.mathsAccumulator.mac1,
Coprocessor.mathsAccumulator.mac2,
Coprocessor.mathsAccumulator.mac3);
local_d0 = Utilities.FUN_24094(vTransform.rotation, local_e0);
local_d0.x = -local_d0.x;
local_d0.y = -local_d0.y;
local_d0.z = -local_d0.z;
vVar18.FUN_2B370(local_d0, auStack272);
local_118 = new Vector3Int();
local_118.x = vVar18.vTransform.rotation.V02;
local_118.y = vVar18.vTransform.rotation.V12;
local_118.z = vVar18.vTransform.rotation.V22;
local_118 = Utilities.FUN_24238(vTransform.rotation, local_118);
if (local_118.z < 0)
{
vVar18.physics2.Y += local_118.x * -4;
}
uVar10 = 0;
if (vTransform.rotation.V11 < 0)
{
brVar17 = vCollider.reader;
uVar7 = 0;
do
{
local_c0 = new Vector3Int();
if (uVar7 == 0)
{
local_c0.x = brVar17.ReadInt32(4);
}
else
{
local_c0.x = brVar17.ReadInt32(16);
}
if ((uVar10 & 4) == 0)
{
local_c0.y = brVar17.ReadInt32(8);
}
else
{
local_c0.y = brVar17.ReadInt32(20);
}
if ((uVar10 & 2) == 0)
{
local_c0.z = brVar17.ReadInt32(12);
}
else
{
local_c0.z = brVar17.ReadInt32(24);
}
local_c0 = Utilities.FUN_24148(vVar18.vTransform, local_c0);
iVar8 = FUN_2CFBC(local_c0);
if (0 < local_c0.y - iVar8)
{
iVar13 = -physics1.X;
if (0 < physics1.X)
{
iVar13 += 3;
}
iVar13 >>= 2;
local_b0 = new Vector3Int();
if (iVar13 < -2880)
{
local_b0.x = -2880;
}
else
{
local_b0.x = 2880;
if (iVar13 < 2881)
{
local_b0.x = iVar13;
}
}
iVar13 = -physics1.Z;
if (0 < physics1.Z)
{
iVar13 += 3;
}
iVar13 >>= 2;
if (iVar13 < -2880)
{
local_b0.z = -2880;
}
else
{
local_b0.z = 2880;
if (iVar13 < 2881)
{
local_b0.z = iVar13;
}
}
local_b0.y = -(local_c0.y - iVar8);
if (0 < vVar18.physics1.Y)
{
local_b0.y -= vVar18.physics1.Y >> 2;
}
Coprocessor.rotationMatrix.rt11 = (short)(vTransform.position.x >> 3);
Coprocessor.rotationMatrix.rt12 = (short)(vTransform.position.x >> 3 >> 16);
Coprocessor.rotationMatrix.rt22 = (short)(vTransform.position.y >> 3);
Coprocessor.rotationMatrix.rt23 = (short)(vTransform.position.y >> 3 >> 16);
Coprocessor.rotationMatrix.rt33 = (short)(vTransform.position.z >> 3);
Coprocessor.accumulator.ir1 = (short)(local_b0.x >> 3);
Coprocessor.accumulator.ir2 = (short)(local_b0.y >> 3);
Coprocessor.accumulator.ir3 = (short)(local_b0.z >> 3);
Coprocessor.ExecuteOP(12, false);
local_158.x += local_b0.x;
local_158.y += local_b0.y;
local_158.z += local_b0.z;
iVar8 = Coprocessor.mathsAccumulator.mac1;
local_168.x += iVar8;
iVar8 = Coprocessor.mathsAccumulator.mac2;
local_168.y += iVar8;
iVar8 = Coprocessor.mathsAccumulator.mac3;
local_168.z += iVar8;
}
uVar10++;
uVar7 = uVar10 & 1;
} while ((int)uVar10 < 8);
local_168 = Utilities.FUN_2426C(vVar18.vTransform.rotation,
new Matrix2x4(local_168.x, local_168.y, local_168.z, 0));
iVar17 = 0;
do
{
wVar11 = DAT_C4[iVar17];
iVar13 = wVar11.physics2.Z;
wVar11.screen.y = wVar11.physics1.Y;
iVar8 = iVar13;
if (iVar13 < 0)
{
iVar8 = iVar13 + 63;
}
iVar13 -= iVar8 >> 6;
wVar11.physics2.Z = iVar13;
if (wVar11.physics2.Y != 0)
{
if (iVar13 < 0)
{
iVar13 += 4095;
}
iVar8 = (iVar13 >> 12) * wVar11.physics2.Y;
if (iVar8 < 0)
{
iVar8 += 0x7ffff;
}
wVar11.vr.x -= iVar8 >> 19;
}
wVar11.ApplyTransformation();
iVar17++;
} while (iVar17 < 2);
}
else
{
local_70 = new Vector3Int();
local_a0 = new Vector3Int();
do
{
wVar18 = DAT_C4[uVar10];
local_a0.x = wVar18.screen.x;
local_a0.y = wVar18.screen.y + wVar18.physics2.X;
local_a0.z = wVar18.screen.z;
local_68 = Utilities.FUN_24148(auStack328, local_a0);
auStack144 = Utilities.FUN_24148(vTransform, local_a0);
auStack144.y = FUN_2CFBC(auStack144, ref local_70, out local_48);
local_80 = Utilities.FUN_24304(vTransform, auStack144);
local_80.y -= wVar18.physics2.X;
if (local_80.y < wVar18.physics1.Y)
{
uVar19 = (uint)(local_70.x << 16 >> 16);
uVar7 = (uint)physics1.X;
lVar3 = (long)((ulong)uVar19 * uVar7);
uVar16 = (uint)(local_70.y << 16 >> 16);
uVar9 = (uint)physics1.Y;
lVar4 = (long)((ulong)uVar16 * uVar9);
uVar22 = (uint)lVar4;
uVar12 = (uint)(local_70.z << 16 >> 16);
uVar14 = (uint)physics1.Z;
lVar5 = (long)((ulong)uVar12 * uVar14);
local_28 = (uint)lVar5;
local_20 = (int)uVar19 * ((int)uVar7 >> 31);
local_24 = (int)((ulong)lVar5 >> 32) + (int)uVar12 * ((int)uVar14 >> 31) +
(int)uVar14 * ((int)((uint)local_70.z << 16) >> 31);
uVar14 = (uint)lVar3 + uVar22;
uVar12 = uVar14 + local_28;
iVar8 = (int)((ulong)lVar3 >> 32) + local_20 +
(int)uVar7 * ((int)((uint)local_70.x << 16) >> 31) +
(int)((ulong)lVar4 >> 32) + (int)uVar16 * ((int)uVar9 >> 31) +
(int)uVar9 * ((int)((uint)local_70.y << 16) >> 31) +
(uVar14 < uVar22 ? 1 : 0) + local_24 + (uVar12 < local_28 ? 1 : 0);
iVar17 = FUN_1BC0(uVar12, iVar8, 0, 0);
if (iVar17 < 1)
{
uVar12 += 0x7fff;
iVar8 += (uVar12 < 0x7fff ? 1 : 0);
}
uVar7 = uVar12 >> 15 | (uint)iVar8 << 17;
local_58 = Utilities.FUN_24210(vTransform.rotation, local_70);
iVar17 = -local_58.x * (int)uVar7;
if (iVar17 < 0)
{
iVar17 += 4095;
}
iVar8 = 0;
if (local_a0.x - local_80.x < 0)
{
iVar8 = local_a0.x - local_80.x;
}
iVar13 = -local_58.z * (int)uVar7;
if (iVar13 < 0)
{
iVar13 += 4095;
}
local_b0 = new Vector3Int();
local_b0.z = 0;
if (local_a0.z - local_80.z < 0)
{
local_b0.z = local_a0.z - local_80.z;
}
local_b0.z = (iVar13 >> 12) - local_b0.z;
iVar13 = wVar18.physics1.X;
if (wVar18.physics1.X < local_80.y)
{
iVar13 = local_80.y;
}
if (wVar18.physics1.X < local_80.y || wVar18.screen.y < local_80.y)
{
local_b0.y = (local_80.y - wVar18.screen.y) * wVar18.physics1.M7;
if (local_b0.y < 0)
{
local_b0.y += 31;
}
local_b0.y >>= 5;
}
else
{
local_b0.y = (local_80.y - wVar18.screen.y) * 16;
}
local_b0.y = ((wVar18.physics1.Y - iVar13) * wVar18.physics1.M6 * 128) / local_58.y + local_b0.y;
wVar18.screen.y = local_80.y;
if (local_48 == null || local_48.DAT_10[0] == 0)
{
iVar13 = local_b0.y * -2;
}
else
{
iVar11 = -local_b0.y * (0x100 - local_48.DAT_10[0]);
iVar13 = iVar11 >> 7;
if (iVar11 < 0)
{
iVar13 = iVar11 + 127 >> 7;
}
}
iVar11 = local_68.x;
if (local_68.x < 0)
{
iVar11 = local_68.x + 31;
}
local_b0.x = -(iVar11 >> 5);
if (iVar11 >> 5 < 1)
{
bVar2 = iVar13 < local_b0.x;
}
else
{
iVar13 = -iVar13;
bVar2 = local_b0.x < iVar13;
}
if (bVar2)
{
local_b0.x = iVar13;
}
local_b0.x = ((iVar17 >> 12) - iVar8) + local_b0.x;
Coprocessor.rotationMatrix.rt11 = (short)(local_a0.x >> 3);
Coprocessor.rotationMatrix.rt12 = (short)(local_a0.x >> 3 >> 16);
Coprocessor.rotationMatrix.rt22 = (short)(local_a0.y >> 3);
Coprocessor.rotationMatrix.rt23 = (short)(local_a0.y >> 3 >> 16);
Coprocessor.rotationMatrix.rt33 = (short)(local_a0.z >> 3);
iVar17 = local_b0.x >> 3;
if (iVar17 < -0x8000)
{
iVar8 = -0x8000;
}
else
{
iVar8 = 0x7fff;
if (iVar17 < 0x8000)
{
iVar8 = iVar17;
}
}
iVar17 = local_b0.y >> 3;
if (iVar17 < -0x8000)
{
iVar13 = -0x8000;
}
else
{
iVar13 = 0x7fff;
if (iVar17 < 0x8000)
{
iVar13 = iVar17;
}
}
iVar17 = local_b0.z >> 3;
if (iVar17 < -0x8000)
{
iVar11 = -0x8000;
}
else
{
iVar11 = 0x7fff;
if (iVar17 < 0x8000)
{
iVar11 = iVar17;
}
}
Coprocessor.accumulator.ir1 = (short)iVar8;
Coprocessor.accumulator.ir2 = (short)iVar13;
Coprocessor.accumulator.ir3 = (short)iVar11;
Coprocessor.ExecuteOP(12, false);
local_158.x += local_b0.x;
local_158.y += local_b0.y;
local_158.z += local_b0.z;
iVar17 = Coprocessor.mathsAccumulator.mac1;
local_168.x += iVar17;
iVar17 = Coprocessor.mathsAccumulator.mac2;
local_168.y += iVar17;
iVar17 = Coprocessor.mathsAccumulator.mac3;
local_168.z += iVar17;
}
else
{
wVar18.screen.y = wVar18.physics1.Y;
}
iVar17 = local_68.z * wVar18.physics2.Y;
wVar18.physics2.Z = local_68.z;
if (iVar17 < 0)
{
iVar17 += 0x7ffff;
}
wVar18.vr.x -= iVar17 >> 19;
uVar10++;
wVar18.ApplyTransformation();
} while ((int)uVar10 < 2);
local_158 = Utilities.FUN_24094(vTransform.rotation, local_158);
}
local_158.y += GameManager.instance.gravityFactor;
FUN_2AFF8(local_158, local_168);
iVar17 = physics2.X;
iVar18 = iVar17;
if (iVar17 < 0)
{
iVar18 = iVar17 + 31;
}
iVar8 = physics2.Y;
physics2.X = iVar17 - (iVar18 >> 5);
iVar18 = iVar8;
if (iVar8 < 0)
{
iVar18 = iVar8 + 31;
}
iVar17 = physics2.Z;
physics2.Y = iVar8 - (iVar18 >> 5);
iVar18 = iVar17;
if (iVar17 < 0)
{
iVar18 = iVar17 + 31;
}
physics2.Z = iVar17 - (iVar18 >> 5);
return;
}
}
}
}
DAT_C0 = null;
type = 4;
id = 0;
GameManager.instance.FUN_30CB0(this, 300);
vVar18.DAT_A6 -= DAT_A6;
}
else
{
flags ^= 0x4000000;
local_128 = new Vector3Int();
local_128.x = DAT_B4.x - DAT_A8.x;
local_128.y = DAT_B4.y - DAT_A8.y;
local_128.z = DAT_B4.z - DAT_A8.z;
vTransform = vVar18.vTransform;
vTransform.position = Utilities.FUN_24148(vVar18.vTransform, local_128);
physics1.X = vVar18.physics1.X;
physics1.Y = vVar18.physics1.Y;
physics1.Z = vVar18.physics1.Z;
physics2.X = vVar18.physics2.X;
physics2.Y = vVar18.physics2.Y;
physics2.Z = vVar18.physics2.Z;
uVar10 = flags;
if (((uVar10 ^ vVar18.flags) & 0x4000000) != 0)
{
flags = uVar10 ^ 0x4000000;
uVar10 = flags;
}
if (((uVar10 ^ vVar18.flags) & 2) != 0)
{
flags = uVar10 ^ 2;
}
}
}
}
//private void FUN_244()
private void FUN_558(List <VigTuple> param1, List <Matrix4x4> param2, Mesh param3)
{
VigTuple ppiVar2;
int iVar3;
ConfigContainer ccVar3;
ConfigContainer ccVar4;
uint uVar8;
VigObject oVar9;
int puVar11;
VigTransform auStack56;
Vector3Int local_78;
Vector3Int local_68;
Vector3Int local_58;
Vector3Int local_48;
Vector3 vert1, vert2, vert3, vert4;
int tFactor = GameManager.instance.translateFactor2;
puVar11 = 0;
local_68 = new Vector3Int(); //not in the original code
local_78 = new Vector3Int(); // - || -
vert3 = new Vector3();
vert4 = new Vector3();
for (int i = 0; i < param1.Count; i++)
{
ppiVar2 = param1[i];
oVar9 = ppiVar2.vObject;
iVar3 = oVar9.vr.y;
if (iVar3 < 0)
{
iVar3 = -iVar3;
}
uVar8 = 0x8000;
if (0x400 < iVar3)
{
uVar8 = 0x8001;
}
ccVar4 = oVar9.FUN_2C5F4((ushort)uVar8);
uVar8 = 0x8000;
iVar3 = oVar9.vr.y;
if (iVar3 < 0)
{
iVar3 = -iVar3;
}
if (iVar3 < 0x401)
{
uVar8 = 0x8001;
}
ccVar3 = oVar9.FUN_2C5F4((ushort)uVar8);
auStack56 = Utilities.CompMatrixLV(GameManager.instance.DAT_F00, oVar9.vTransform);
Utilities.SetRotMatrix(auStack56.rotation);
Coprocessor.translationVector._trx = auStack56.position.x >> 8;
Coprocessor.translationVector._try = auStack56.position.y >> 8;
Coprocessor.translationVector._trz = auStack56.position.z >> 8;
Coprocessor.vector0.vx0 = (short)(ccVar4.v3_1.x >> 8);
Coprocessor.vector0.vy0 = (short)(ccVar4.v3_1.y >> 8);
Coprocessor.vector0.vz0 = (short)(ccVar4.v3_1.z >> 8);
vert1 = new Vector3(Coprocessor.vector0.vx0, -Coprocessor.vector0.vy0, Coprocessor.vector0.vz0) / tFactor;
vert1 = param2[i].MultiplyPoint3x4(vert1);
Coprocessor.ExecuteRTPS(12, false);
Coprocessor.vector0.vx0 = (short)(ccVar3.v3_1.x >> 8);
Coprocessor.vector0.vy0 = (short)(ccVar3.v3_1.y >> 8);
Coprocessor.vector0.vz0 = (short)(ccVar3.v3_1.z >> 8);
vert2 = new Vector3(Coprocessor.vector0.vx0, -Coprocessor.vector0.vy0, Coprocessor.vector0.vz0) / tFactor;
vert2 = param2[i].MultiplyPoint3x4(vert2);
local_58 = new Vector3Int(Coprocessor.accumulator.ir1, Coprocessor.accumulator.ir2, Coprocessor.accumulator.ir3);
Coprocessor.ExecuteRTPS(12, false);
local_48 = new Vector3Int(Coprocessor.accumulator.ir1, Coprocessor.accumulator.ir2, Coprocessor.accumulator.ir3);
if (ppiVar2 != param1[0])
{
newVertices[puVar11] = vert1;
newVertices[puVar11 + 1] = vert3;
newVertices[puVar11 + 2] = vert2;
newVertices[puVar11 + 3] = vert4;
newColors[puVar11] = new Color32(0, 0, 0, 255);
newColors[puVar11 + 1] = new Color32(0, 0, 0, 255);
newColors[puVar11 + 2] = new Color32(0, 0, 0, 255);
newColors[puVar11 + 3] = new Color32(0, 0, 0, 255);
newUVs[puVar11] = new Vector2(0, 0);
newUVs[puVar11 + 1] = new Vector2(0, 0);
newUVs[puVar11 + 2] = new Vector2(0, 0);
newUVs[puVar11 + 3] = new Vector2(0, 0);
newIndicies[puVar11] = puVar11;
newIndicies[puVar11 + 1] = puVar11 + 1;
newIndicies[puVar11 + 2] = puVar11 + 2;
newIndicies[puVar11 + 3] = puVar11 + 3;
puVar11 += 4;
}
local_68 = local_48;
local_78 = local_58;
vert3 = vert1;
vert4 = vert2;
}
param3.SetVertices(newVertices, 0, puVar11);
param3.SetColors(newColors, 0, puVar11);
param3.SetUVs(0, newUVs, 0, puVar11);
param3.SetIndices(newIndicies, 0, puVar11, MeshTopology.Lines, 0);
}