*CE_DetailSetDouble

Sets a double connector detail for a single connector.

Syntax

*CE_DetailSetDouble connector_id detail_name double_value reserved force_storage

Type

HyperMesh Tcl Modify Command

Description

Sets a double connector detail for a single connector.

Inputs

connector_id

The ID of connector to update.

detail_name

The name of the standard double detail, or user-defined double detail, to update. Standard double details include:

ce_appliedmass: The mass value to be applied.; Value ≥ 0
ce_areaconstthickness: The constant thickness (for area connectors).; Value ≥ 0
ce_aspect: Fail hexas with aspect ratio greater than this value.; Value ≥ 0
ce_bl_connection_ang: The maximum angle allowed between two shells for B connection.; Value ≥ 0
ce_bodylen: The bolt body length.; Value ≥ 0
ce_boltmaxdiameter: The maximum diameter to be considered a bolt hole.; Value ≥ 0
ce_boltmaxfeatureangle: The maximum feature angle to identify a solid bolt hole.; Value ≥ 0
ce_boltmindiameter: The minimum diameter to be considered a bolt hole.; Value ≥ 0
ce_boltminfeatureangle: The minimum feature angle to identify a solid bolt hole.; Value ≥ 0
ce_boltthread: The bolt thread length.; Value ≥ 0
ce_centered_quad_pos_tol: The quad position tolerance.; Value ≥ 0
ce_centered_quad_scale_tol: The quad scale tolerance.; Value ≥ 0
ce_centered_quad_size_tol: The quad size tolerance; Value ≥ 0
ce_centered_quad_translate_tol: The quad translate tolerance.; Value ≥ 0
ce_cylinder_diameter: Define cylinder using this value as diameter.; Value ≥ 0
ce_cylinder_diameter_factor: Define the cylinder using this value as a factor.; Value ≥ 0
ce_dia_factor: The cylinder bolt diameter factor.; Value ≥ 0
ce_diameter: The diameter required by the realization.; Value ≥ 0
ce_fe_capangle: The angle between an ending cap element face and shell edge.; Value ≥ 0
ce_fe_const_height: The hexa constant thickness.; Value ≥ 0
ce_fe_depth: The penta width.; Value ≥ 0
ce_fe_factor_a: The hexa thickness, by multiplying this value using the smallest shell thickness.; Value ≥ 0
ce_fe_factor_b: The hexa position, by adding this value using the half of the thickness.; Value ≥ 0
ce_fe_featureangle: The feature break angle for locating RBE3 nodes.; Value ≥ 0
ce_fe_hexa_to_washer_offset: The offset from the hexa boundary to the washer inner diameter.; Value ≥ 0
ce_fe_height: The quad position in the vertical direction.; Value ≥ 0
ce_fe_maint_gaps: The gap value between a hexa face and a shell.; Value ≥ 0
ce_fe_offsetangle: The angle between quad and vertical direction.; Value ≥ 0
ce_fe_rbe3radius: The radius defining the circular area for locating RBE3 nodes.; Value ≥ 0
ce_fe_runoffangle: The deviating angle of the quad next to an ending cap element.; Value ≥ 0
ce_fe_tapered_t_angle: The angle of the tapered T weld.; Value ≥ 0
ce_fe_tapered_t_d: The thickness of the tapered T weld.; Value ≥ 0
ce_fe_tapered_t_h: The height of the tapered T weld.; Value ≥ 0
ce_fe_tapered_t_h1: The height of the tapered T weld.; Value ≥ 0
ce_fe_tapered_t_h2: The width of the tapered T weld.; Value ≥ 0
ce_fe_width: The penta depth.; Value ≥ 0
ce_hexa_position_distance: Move hexa by this distance from default position.; Value ≥ 0
ce_jacobian: Fails hexas with Jacobian less than provided value.; Value ≥ 0
ce_l1: The cylinder bolt length for L1 direction.; Value ≥ 0
ce_l1d1: The cylinder bolt diameter for L1 direction.; Value ≥ 0
ce_l2: The cylinder bolt length for L2 direction.; Value ≥ 0
ce_l2d2: The cylinder bolt diameter for L2 direction.; Value ≥ 0
ce_lt_connection_ang: The minimum angle allowed between two shells for T connection.; Value ≥ 0
ce_new_diameter: The diameter value used for punching a new bolt hole during realization.; Value ≥ 0
ce_no_hole_diameter: The diameter value when there is no hole during realization.; Value ≥ 0
ce_normal_angle: The deviation angle allowed for normal projection.; Value ≥ 0
ce_offset: Line connector end offset value.; Value ≥ 0
ce_quad_size: The quad size for the quad transition.; Value ≥ 0
ce_seam_break_len: The break length before the next weld.; Value ≥ 0
ce_seam_elem_len: The hexa element length.; Value ≥ 0
ce_seam_discontinuity_lower_tol: The lower bound tolerance allowed by the weld length.; Value ≥ 0
ce_seam_discontinuity_upper_tol: The upper bound tolerance allowed by the weld length.; Value ≥ 0
ce_seam_weld_len: The weld length before the next break.; Value ≥ 0
ce_spacing: The spacing value for a line or seam connector.; Value ≥ 0
ce_tolerance: The tolerance value specified during connector FE realization.; Value ≥ 0
ce_washer_elem_size: The element size around a bolt hole.; Value ≥ 0
ce_washer_scale_1: The 1st washer's width using a scale of bolt radius.; Value ≥ 0
ce_washer_scale_2: The 2nd washer's width using a scale of bolt radius.; Value ≥ 0
ce_washer_width_1: The 1st washer's width using this value.; Value ≥ 0
ce_washer_width_2: The 2nd washer's width using this value.; Value ≥ 0

double_value

The double value to update for the detail.

reserved

Reserved for future use. Must be set to 0.

force_storage

0 - Do not store user-defined detail.

1 - Store user-defined detail.

Examples

To set the tolerance to 10.0 for connector 1:

*CE_DetailSetDouble 1 ce_tolerance 10.0 0 0

To set a user-defined double detail "test" to a value of 5.0 for connector 2:

*CE_DetailSetDouble 2 "test" 5.0 0 1

Errors

Incorrect usage results in a Tcl error. To detect errors, you can use the catch command:

if { [ catch {command_name...} ] } {
   # Handle error
}