void Resolver::ResolveStand( AimPlayer* data, LagRecord* record ) { // for no-spread call a seperate resolver. if( !g_hooks.b[ XOR( "antiUntrusted" ) ] ) { StandNS( data, record ); return; } // get predicted away angle for the player. float away = GetAwayAngle( record ); // pointer for easy access. LagRecord* move = &data->m_walk_record; // we have a valid moving record. if( move->m_sim_time > 0.f && !move->dormant( ) && !record->dormant( ) ) { vec3_t delta = move->m_origin - record->m_origin; // check if moving record is close. if( delta.length_2d( ) <= 128.f ) { // indicate that we are using the moving lby. data->m_moved = true; } } LagRecord* previous_record = nullptr; // check if (data->m_records.size() >= 2) previous_record = data->m_records[1].get(); if (previous_record && record->m_body != previous_record->m_body) { // only shoot the LBY flick 3 times. // if we happen to miss then we most likely mispredicted if (data->m_body_index < 2) { // set angles to current LBY. record->m_eye_angles.y = record->m_body; // predict next body update. data->m_body_update = record->m_anim_time + 1.1f; // set the resolve mode. resolver_state[record->m_player->index()] = XOR("LBY UPDATE"); record->m_mode = Modes::RESOLVE_BODY; return; } } // a valid moving context was found if(data->m_moved) { record->m_mode = Modes::RESOLVE_STAND; ang_t ang; bool is_backwards_test = fabsf(math::angle_diff(move->m_body, away + 180.0f)) <= 22.f; if (data->m_stand_index == 0) { auto& freestanding = data->freestanding; if (freestanding.available && IsYawSideways(record, move->m_body)) { if (freestanding.left_damage <= 0 && freestanding.right_damage <= 0) { if (freestanding.right_fraction < freestanding.left_fraction) freestanding.yaw = away + 90.f; else if (freestanding.right_fraction > freestanding.left_fraction) freestanding.yaw = away - 90.f; } else { if (freestanding.left_damage > freestanding.right_damage) freestanding.yaw = away + 90.f; else if (freestanding.left_damage < freestanding.right_damage) freestanding.yaw = away - 90.f; } record->m_eye_angles.y = math::NormalizedAngle(freestanding.yaw); resolver_state[record->m_player->index()] = XOR("FREESTANDING"); } else { is_backwards_test ? resolver_state[record->m_player->index()] = XOR("BACKWARDS") : g_hvh.DoEdgeAntiAim(data->m_player, ang) ? resolver_state[record->m_player->index()] = XOR("EDGE") : resolver_state[record->m_player->index()] = XOR("LASTMOVING LBY"); is_backwards_test ? record->m_eye_angles.y = away + 180.f : g_hvh.DoEdgeAntiAim(data->m_player, ang) ? record->m_eye_angles.y = ang.y : record->m_eye_angles.y = move->m_body; } } if( data->m_stand_index > 0 ) { switch( data->m_stand_index % 6 ) { case 0: record->m_eye_angles.y = away + 70.f; resolver_state[ record->m_player->index( ) ] = XOR( "1" ); break; case 1: record->m_eye_angles.y = away - 70.f; resolver_state[ record->m_player->index( ) ] = XOR( "2" ); break; case 2: record->m_eye_angles.y = away; resolver_state[ record->m_player->index( ) ] = XOR( "3" ); break; case 3: record->m_eye_angles.y = record->m_body; resolver_state[ record->m_player->index( ) ] = XOR( "4" ); break; case 4: record->m_eye_angles.y = record->m_body + 180.f; resolver_state[ record->m_player->index( ) ] = XOR( "5" ); break; case 5: record->m_eye_angles.y = move->m_body + 180.f; resolver_state[ record->m_player->index( ) ] = XOR( "6" ); break; default: break; } } return; } else { record->m_mode = Modes::RESOLVE_STAND2; switch (data->m_stand_index2 % 7) { case 0: AntiFreestand(record); resolver_state[record->m_player->index()] = XOR("FREESTAND"); break; case 1: record->m_eye_angles.y = away + 180.f; resolver_state[record->m_player->index()] = XOR("BACKWARDS"); break; case 2: record->m_eye_angles.y = data->m_body; resolver_state[record->m_player->index()] = XOR("LBY"); break; case 3: record->m_eye_angles.y = data->m_body + 180.f; resolver_state[record->m_player->index()] = XOR("REVERSED LBY"); break; case 4: record->m_eye_angles.y = data->m_body + 90.f; resolver_state[record->m_player->index()] = XOR("LBY(+)"); break; case 5: record->m_eye_angles.y = data->m_body - 90.f; resolver_state[record->m_player->index()] = XOR("LBY(-)"); break; case 6: record->m_eye_angles.y = away; resolver_state[record->m_player->index()] = XOR("EDGE"); break; default: break; } } }
