// 
// sub_5D78C from 0x5d78c to 0x5d92c (416 bytes)
// 
// 2 xrefs:
// > sub_5EFBC @ 0x5f078
// > sub_5EFBC @ 0x5f080
// 
// This function is hookable on this platform!
// 
// Using BromaIDA 8.0.0 @ https://github.com/Stazzical/BromaIDA
// Using bindings at commit ba9f177b at Thu Jul 16 22:52:06 2026 from https://github.com/geode-sdk/bindings
// 

bool __fastcall sub_5D78C(__int64 a1, float32x2_t *a2)
{
  float v2; // s0
  float v3; // s20
  float v4; // s4
  float v5; // s1
  float v6; // s2
  float v7; // s5
  float v8; // s17
  float v9; // s7
  float v10; // s16
  float v11; // s18
  float v12; // s6
  float v13; // s19
  bool v14; // nf
  float v15; // s20
  float v16; // s6
  __int64 v17; // x8
  unsigned __int64 v18; // x9
  float *v19; // x11
  float v20; // s3
  float v21; // s4
  float v22; // s5
  __int64 v23; // x13
  __int64 v24; // x14
  float *v25; // x14
  float v26; // s6
  float v27; // s7
  float v28; // t1
  float32x2_t v29; // d0
  float32x2_t v30; // d1
  float v31; // s2

  v3 = *(float *)(a1 + 160);
  v2 = *(float *)(a1 + 164);
  v4 = a2->n64_f32[1];
  v5 = *(float *)(a1 + 168);
  v6 = *(float *)(a1 + 172);
  v7 = a2[1].n64_f32[0];
  v8 = a2[1].n64_f32[1];
  v10 = a2[2].n64_f32[0];
  v9 = a2[2].n64_f32[1];
  v11 = (float)((float)(a2->n64_f32[0] * v2) + (float)(v4 * v5)) + (float)(v7 * v6);
  v12 = v11 - v3;
  v13 = (float)((float)(v8 * v2) + (float)(v10 * v5)) + (float)(v9 * v6);
  v14 = (float)(v11 - v3) < 0.0;
  v15 = v13 - v3;
  if ( !v14 && v15 >= 0.0 || v12 <= 0.0 && v15 <= 0.0 || v12 > 0.0 && (*(_DWORD *)(a1 + 184) & 0x10000) == 0 )
    return 1;
  v16 = v12 / (float)(v11 - v13);
  v17 = 0;
  v18 = (unsigned __int16)*(_DWORD *)(a1 + 184);
  v19 = (float *)(a1 + 196);
  v20 = a2->n64_f32[0] + (float)(v16 * (float)(v8 - a2->n64_f32[0]));
  v21 = v4 + (float)(v16 * (float)(v10 - v4));
  v22 = v7 + (float)(v16 * (float)(v9 - v7));
  do
  {
    v23 = v17;
    if ( v18 == v17 )
      break;
    ++v17;
    v24 = v23 + 1 < v18 ? v23 + 1 : 0LL;
    v25 = (float *)(a1 + 188 + 12 * v24);
    v26 = *(v19 - 2);
    v27 = *(v19 - 1);
    v28 = *v19;
    v19 += 3;
  }
  while ( (float)((float)((float)((float)-(float)((float)(v5 * (float)(v25[2] - v28))
                                                - (float)(v6 * (float)(v25[1] - v27)))
                                * (float)(v20 - v26))
                        + (float)((float)-(float)((float)(v6 * (float)(*v25 - v26)) - (float)(v2 * (float)(v25[2] - v28)))
                                * (float)(v21 - v27)))
                + (float)((float)-(float)((float)(v2 * (float)(v25[1] - v27)) - (float)(v5 * (float)(*v25 - v26)))
                        * (float)(v22 - v28))) <= 0.0 );
  if ( (_DWORD)v18 != (_DWORD)v23 )
    return 1;
  v29.n64_f32[0] = 1.0 - *(float *)(a1 + 176);
  if ( (*(_BYTE *)(**(_QWORD **)(a2[4].n64_u64[0] + 24) + 122LL) & 4) != 0 )
  {
    v30.n64_u32[0] = a2[3].n64_u32[0];
    v31 = 1.0 - *(float *)(a1 + 180);
    if ( v29.n64_f32[0] < v30.n64_f32[0] || v29.n64_f32[0] == v30.n64_f32[0] && v31 < a2[3].n64_f32[1] )
    {
      a2[3].n64_u32[0] = v29.n64_u32[0];
      a2[3].n64_f32[1] = v31;
      v30.n64_u32[0] = v29.n64_u32[0];
    }
  }
  else
  {
    v29.n64_f32[1] = 1.0 - *(float *)(a1 + 180);
    v30.n64_u64[0] = vmul_f32(a2[3], v29).n64_u64[0];
    a2[3].n64_u64[0] = v30.n64_u64[0];
  }
  return v30.n64_f32[0] >= 0.05 || a2[3].n64_f32[1] >= 0.05;
}