Method process_level_path

ogsr_engine/xrGame/movement_manager_level.cpp:21–110

#include "mt_config.h"

void CMovementManager::process_level_path()
{
    START_PROFILE("Build Path/Process Level Path");

    if (!level_path().actual() && (m_path_state > ePathStateBuildLevelPath))
        m_path_state = ePathStateBuildLevelPath;

    switch (m_path_state)
    {
    case ePathStateBuildLevelPath: {
        if (can_use_distributed_computations(mtLevelPath))
        {
            level_path_builder().setup(object().ai_location().level_vertex_id(), level_dest_vertex_id());

            break;
        }

        level_path().build_path(object().ai_location().level_vertex_id(), level_dest_vertex_id());

        if (level_path().failed())
            break;

        m_path_state = ePathStateContinueLevelPath;

        //			if (time_over())
        if (!m_build_at_once)
            break;
    }
    case ePathStateContinueLevelPath: {
        level_path().select_intermediate_vertex();

        m_path_state = ePathStateBuildDetailPath;

        //			if (time_over())
        //				break;
    }
    case ePathStateBuildDetailPath: {
        detail().set_state_patrol_path(extrapolate_path());
        detail().set_start_position(object().Position());
        detail().set_start_direction(Fvector().setHP(-m_body.current.yaw, 0));

        if (can_use_distributed_computations(mtDetailPath))
        {
            detail_path_builder().setup(level_path().path(), level_path().intermediate_index());

            break;
        }

        detail().build_path(level_path().path(), level_path().intermediate_index());

        on_build_path();

        if (detail().failed())
        {
            m_path_state = ePathStateBuildLevelPath;
            break;
        }