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Getting started
User guide
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dev
dev
0.15 (stable)
0.14
0.13
Older versions
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Application and solvers
Desktop
Hfss
activate_variable_optimization
activate_variable_sensitivity
activate_variable_statistical
activate_variable_tuning
add_3d_component_array_from_json
add_error_message
add_from_toolkit
add_info_message
add_stackup_3d
add_warning_message
analyze
analyze_setup
archive_project
assign_coating
assign_current_source_to_sheet
assign_febi
assign_hybrid_region
assign_impedance_to_sheet
assign_lattice_pair
assign_lumped_rlc_to_sheet
assign_material
assign_perfecte_to_sheets
assign_perfecth_to_sheets
assign_primary
assign_radiation_boundary_to_faces
assign_radiation_boundary_to_objects
assign_secondary
assign_symmetry
assign_voltage_source_to_sheet
assignmaterial_from_sherlock_files
auto_assign_lattice_pairs
autosave_disable
autosave_enable
change_automatically_use_causal_materials
change_design_settings
change_material_override
change_property
change_validation_settings
check_beta_option_enabled
check_if_project_is_loaded
circuit_port
clean_proj_folder
cleanup_solution
close_desktop
close_project
copy_design_from
copy_project
copy_solid_bodies_from
create_boundary
create_current_source_from_objects
create_dataset
create_dataset1d_design
create_dataset1d_project
create_dataset3d
create_floquet_port
create_impedance_between_objects
create_linear_count_sweep
create_linear_step_sweep
create_lumped_rlc_between_objects
create_new_project
create_open_region
create_output_variable
create_perfecte_from_objects
create_perfecth_from_objects
create_qfactor_report
create_sbr_antenna
create_sbr_chirp_i_doppler_setup
create_sbr_chirp_iq_doppler_setup
create_sbr_custom_array_file
create_sbr_file_based_antenna
create_sbr_linked_antenna
create_sbr_pulse_doppler_setup
create_sbr_radar_from_json
create_scattering
create_setup
create_single_point_sweep
create_source_excitation
create_spiral_lumped_port
create_voltage_source_from_objects
dataset_exists
deactivate_variable_optimization
deactivate_variable_sensitivity
deactivate_variable_statistical
deactivate_variable_tuning
delete_design
delete_project
delete_separator
delete_setup
delete_table
delete_unused_variables
delete_variable
design_variation
duplicate_design
edit_notes
edit_source_from_file
edit_sources
evaluate_expression
export_3d_model
export_antenna_metadata
export_convergence
export_design_preview_to_jpg
export_element_pattern
export_mesh_stats
export_parametric_results
export_profile
export_results
export_touchstone
export_touchstone_on_completion
export_variables_to_csv
flatten_3d_components
generate_temp_project_directory
generate_unique_setup_name
get_all_conductors_names
get_all_dielectrics_names
get_all_insertion_loss_list
get_all_return_loss_list
get_all_source_modes
get_all_sources
get_antenna_data
get_component_variables
get_evaluated_value
get_fext_xtalk_list
get_hdm_plotter
get_module
get_monitor_data
get_next_xtalk_list
get_nominal_variation
get_object_material_properties
get_oo_name
get_oo_object
get_oo_properties
get_oo_property_value
get_output_variable
get_profile
get_property_value
get_rcs_data
get_registry_key_int
get_registry_key_string
get_setup
get_setups
get_sweeps
get_touchstone_data
get_traces_for_plot
hertzian_dipole_wave
hidden_variable
identify_touching_conductors
import_3d_cad
import_dataset1d
import_dataset3d
import_dxf
import_gds_3d
import_table
insert_design
insert_infinite_sphere
insert_near_field_box
insert_near_field_line
insert_near_field_points
insert_near_field_rectangle
insert_near_field_sphere
list_of_variations
load_project
lumped_port
parse_hdm_file
plane_wave
plot
read_design_data
read_only_variable
release_desktop
remove_all_unused_definitions
rename_design
sar_setup
save_project
set_active_design
set_active_dso_config_name
set_auto_open
set_differential_pair
set_export_touchstone
set_impedance_multiplier
set_license_type
set_material_threshold
set_mesh_fusion_settings
set_oo_property_value
set_phase_center_per_port
set_radiated_power_calc_method
set_registry_from_file
set_registry_key
set_sbr_current_sources_options
set_sbr_txrx_settings
set_source_context
set_temporary_directory
solve_in_batch
stop_simulations
submit_job
thicken_port_sheets
validate_full_design
validate_simple
value_with_units
wave_port
Position
SimulationSetupTypes
SolutionTypes
active_setup
aedt_version_id
are_there_simulations_running
available_variations
axis_directions
boundaries
boundaries_by_type
components3d
composite
configurations
default_solution_type
design_datasets
design_excitations
design_list
design_name
design_properties
design_setups
design_type
desktop_class
desktop_install_dir
excitation_names
excitations_by_type
existing_analysis_sweeps
field_setup_names
field_setups
get_all_sparameter_list
hybrid
imported_solution_names
info
layouteditor
library_list
lock_file
logger
materials
mesh
modeler
native_component_names
native_components
nominal_adaptive
nominal_sweep
oanalysis
oboundary
ocomponent_manager
odefinition_manager
odesign
odesktop
oeditor
oexcitation
ofieldsreporter
oimport_export
omaterial_manager
omatrix
omaxwell_parameters
omeshmodule
omodel_manager
omodelsetup
omonitor
onetwork_data_explorer
ooptimetrics
ooutput_variable
opadstack_manager
oproject
optimizations
oradfield
oreportsetup
osolution
osymbol_manager
output_variables
parametrics
personallib
ports
post
project_datasets
project_file
project_list
project_name
project_path
project_properties
project_time_stamp
project_timestamp_changed
pyaedt_dir
results_directory
settings
setup_names
setup_sweeps_names
setups
solution_type
src_dir
syslib
table_names
temp_directory
toolkit_directory
units
userlib
valid_design
variable_manager
working_directory
Q3d
Q2d
Maxwell2d
Maxwell3d
Icepak
Hfss3dLayout
Mechanical
Rmxprt
Circuit
MaxwellCircuit
Emit
TwinBuilder
Material and stackup
3D modeler
2D modeler
Primitives
Modeler in HFSS 3D Layout
Modeler and components Circuit
Boundary objects
Mesh operations
Setup
Visualization
Logger
Optimetrics
Variable
Constants
Configuration files
Setup templates
Cable modeling
Filter design
Generic
PyAnsys
API reference
Application and solvers
Hfss
identify_touching_conductors
identify_touching_conductors
#
Hfss.
identify_touching_conductors
(
*
args
,
**
kwargs
)
#
On this page
identify_touching_conductors()
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