SELECT ffi.id, ffi.model_3d_id, m3.`name` model3dName, ffi.mach_number, ffi.flow_velocity_x, ffi.flow_velocity_y, ffi.flow_velocity_z, ffi.flow_direction_x, ffi.flow_direction_y, ffi.flow_direction_z, ffi.flow_temperature, ffi.flow_pressure, ffi.flow_density, ffi.flight_altitude, ffi.co2_mass_fraction, ffi.co_mass_fraction, ffi.h2o_mass_fraction, ffi.fluent_grid_file, ffi.fluent_grid_file_path, ffi.fluent_cas_file, ffi.fluent_cas_file_path, ffi.fluent_dat_file, ffi.fluent_dat_file_path, ffi.exhaust_system_connotation_temperature, ffi.exhaust_system_intrinsic_temperature, ffi.exhaust_system_connotation_pressure, ffi.exhaust_system_intrinsic_pressure, ffi.exhaust_system_connotation_flow, ffi.exhaust_system_intrinsic_flow, ffi.remark, ffi.create_by, ffi.create_time, ffi.update_by, ffi.update_time FROM bz_flow_field_input_t ffi LEFT JOIN bz_model_3d_t m3 ON ffi.model_3d_id = m3.id and model_3d_id = #{model3dId} and mach_number = #{machNumber} and flow_direction_x = #{flowDirectionX} and flow_direction_y = #{flowDirectionY} and flow_direction_z = #{flowDirectionZ} and flow_velocity_x = #{flowVelocityX} and flow_velocity_y = #{flowVelocityY} and flow_velocity_z = #{flowVelocityZ} and flow_temperature = #{flowTemperaure} and flow_pressure = #{flowPressure} and flow_density = #{flowDensity} and flight_altitude= #{flightAltitude} and co2_mass_fraction = #{co2MassFraction} and co_mass_fraction = #{coMassFraction} and h2o_mass_fraction = #{h2oMassFraction} and fluent_grid_file = #{fluentGridFile} and fluent_grid_file_path = #{fluentGridFilePath} and fluent_cas_file = #{fluentCasFile} and fluent_cas_file_path = #{fluentCasFilePath} and fluent_dat_file = #{fluentDatFile} and fluent_dat_file_path = #{fluentDatFilePath} and exhaust_system_connotation_temperature = #{exhaustSystemConnotationTemperature} and exhaust_system_intrinsic_temperature = #{exhaustSystemIntrinsicTemperature} and exhaust_system_connotation_pressure = #{exhaustSystemConnotationPressure} and exhaust_system_intrinsic_pressure = #{exhaustSystemIntrinsicPressure} and exhaust_system_connotation_flow = #{exhaustSystemConnotationFlow} and exhaust_system_intrinsic_flow = #{exhaustSystemIntrinsicFlow} and remark = #{remark} where ffi.id = #{id} insert into bz_flow_field_input_t model_3d_id, mach_number, flow_direction_x, flow_direction_y, flow_direction_z, flow_velocity_x, flow_velocity_y, flow_velocity_z, flow_temperature, flow_pressure, flow_density, flight_altitude, co2_mass_fraction, co_mass_fraction, h2o_mass_fraction, fluent_grid_file, fluent_grid_file_path, fluent_cas_file, fluent_cas_file_path, fluent_dat_file, fluent_dat_file_path, exhaust_system_connotation_temperature, exhaust_system_intrinsic_temperature, exhaust_system_connotation_pressure, exhaust_system_intrinsic_pressure, exhaust_system_connotation_flow, exhaust_system_intrinsic_flow, remark, create_by, create_time, update_by, update_time, #{model3dId}, #{machNumber}, #{flowDirectionX}, #{flowDirectionY}, #{flowDirectionZ}, #{flowVelocityX}, #{flowVelocityY}, #{flowVelocityZ}, #{flowTemperature}, #{flowPressure}, #{flowDensity}, #{flightAltitude}, #{co2MassFraction}, #{coMassFraction}, #{h2oMassFraction}, #{fluentGridFile}, #{fluentGridFilePath}, #{fluentCasFile}, #{fluentCasFilePath}, #{fluentDatFile}, #{fluentDatFilePath}, #{exhaustSystemConnotationTemperature}, #{exhaustSystemIntrinsicTemperature}, #{exhaustSystemConnotationPressure}, #{exhaustSystemIntrinsicPressure}, #{exhaustSystemConnotationFlow}, #{exhaustSystemIntrinsicFlow}, #{remark}, #{createBy}, #{createTime}, #{updateBy}, #{updateTime}, update bz_flow_field_input_t model_3d_id = #{model3dId}, mach_number = #{machNumber}, flow_direction_x = #{flowDirectionX}, flow_direction_y = #{flowDirectionY}, flow_direction_z = #{flowDirectionZ}, flow_velocity_x = #{flowVelocityX}, flow_velocity_y = #{flowVelocityY}, flow_velocity_z = #{flowVelocityZ}, flow_temperature = #{flowTemperature}, flow_pressure =#{flowPressure}, flow_density =#{flowDensity}, flight_altitude =#{flightAltitude}, co2_mass_fraction = #{co2MassFraction}, co_mass_fraction = #{coMassFraction}, h2o_mass_fraction = #{h2oMassFraction}, fluent_grid_file = #{fluentGridFile}, fluent_grid_file_path = #{fluentGridFilePath}, fluent_cas_file = #{fluentCasFile}, fluent_cas_file_path = #{fluentCasFilePath}, fluent_dat_file = #{fluentDatFile}, fluent_dat_file_path = #{fluentDatFilePath}, exhaust_system_connotation_temperature = #{exhaustSystemConnotationTemperature}, exhaust_system_intrinsic_temperature= #{exhaustSystemIntrinsicTemperature}, exhaust_system_connotation_pressure= #{exhaustSystemConnotationPressure}, exhaust_system_intrinsic_pressure= #{exhaustSystemIntrinsicPressure}, exhaust_system_connotation_flow= #{exhaustSystemConnotationFlow}, exhaust_system_intrinsic_flow= #{exhaustSystemIntrinsicFlow}, remark= #{remark}, create_by = #{createBy}, create_time = #{createTime}, update_by = #{updateBy}, update_time = #{updateTime}, where id = #{id} delete from bz_flow_field_input_t where id = #{id} delete from bz_flow_field_input_t where id in #{id} select id from bz_flow_field_input_t order by id desc select distinct model_3d_id from bz_flow_field_input_t where bz_flow_field_input_t.model_3d_id in #{id} group by model_3d_id having count(0) > 0