Component Statements
- Last UpdatedDec 02, 2025
- 6 minute read
All component statements can have attributes to control the line type or the colour. The attributes are listed below:
|
/LT='value' |
The attribute controls which line type to use for a specific component. The line type value is given as a string. |
|
/COL_DESIGN='value' |
The attribute controls which colour to use for a specific component on a Design Panel. The colour value is given as a string. |
|
/COL_PROD='value' |
The attribute controls which colour to use for a specific component on a Production Panel. The colour value is given as a string. |
|
/LAYER=<Layer number> |
The attribute controls which layer number to assign to a specific hull component. The layer value is given as an integer value. |
The following statements represents how the hull components can be controlled:
|
PAN |
Used to control a panel in a view plane. |
|
PAN_INT |
Used to control a panel intersected by the view plane. |
|
PAN_TS |
Used to control a panel intersected by the view plane. The panel is on this side of the view plane. |
|
PAN_OS_NORM |
Used to control a panel intersected by the view plane. The panel is on the other side of the view plane and is typed as normal. |
|
PAN_OS WT |
Used to control a panel intersected by the view plane. The panel is on the other side of the view plane and is typed as watertight. |
|
PAN_OS_NOWT |
Used to control a panel intersected by the view plane. The panel is on the other side of the view plane and is type is non watertight. |
|
PAN_OS_DT |
This statement is given with a panel data type as parameter. It is used to control a panels with this given data type that are intersected by the view plane and is on the other side of the view plane. Five of these statements can be given. |
|
PAN_OS_FD |
This statement is given with a functional description code as parameter. It is used to control panels with this given functional description that are intersected by the view plane and is on the other side of the view plane. Five of these statements can be given. In case a panel fulfils more than one statement, the order to fulfil the intentions is first PAN_OS_FD, second PAN_OS_DT and third the statements for normal, watertight or none watertight. |
|
STI |
Used to control a stiffener in the view plane. |
|
STI_INT |
Used to control a stiffener intersected by the view plane resulting in a cross section geometry representation of the stiffener. |
|
STI_ABUT_TS |
Used to control a stiffener intersected by the view plane resulting in a cross section geometry representation of the stiffener. The stiffener is abutting on this side of the view plane. |
|
STI_ABUT_OS |
Used to control a stiffener intersected by the view plane resulting in a cross section geometry representation of the stiffener. The stiffener is abutting on the other side of the view plane. |
|
STI_FICT |
Used to control a fictitious stiffener. |
|
STI_UNSYM |
Used to control an unsymmetric stiffener. |
|
STI_TS |
Used to control a stiffener intersected by the view plane. The stiffener is on this side of the view plane. |
|
STI_OS |
Used to control a stiffener intersected by the view plane. The stiffener is on the other side of the view plane. |
|
FLA |
Used to control a flange in a planar view. |
|
FLA_INT |
Used to control a flange intersected by the view plane resulting in a cross section geometry representation of the flange. |
|
FLA_ABUT_TS |
Used to control a flange intersected by the view plane resulting in a cross section geometry representation of the flange. The flange is abutting on this side of the view plane. |
|
FLA_ABUT_OS |
Used to control a flange intersected by the view plane resulting in a cross section geometry representation of the flange. The flange is abutting on the other side of the view plane. |
|
FLA_FOLD_DEV |
Used to control a folded flange presented developed. |
|
FLA_FOLD_TS |
Used to control a folded flange intersected by the view plane. The flange is on this side of the view plane. |
|
FLA_FOLD_OS |
Used to control a folded flange intersected by the view plane. The flange is on the other side of the view plane. |
|
FLA_TS |
Used to control a flange intersected by the view plane. The flange is on this side of the view plane. |
|
FLA_OS |
Used to control a flange intersected by the view plane. The flange is on the other side of the view plane. |
|
PIL |
Used to control a pillar. |
|
PIL_INT |
Used to control a pillar intersected by the view plane resulting in a cross section geometry representation of the pillar. |
|
PIL_ABUT_TS |
Used to control a pillar intersected by the view plane resulting in a cross section geometry representation of the pillar. The pillar is abutting on this side of the view plane |
|
PIL_ABUT_OS |
Used to control a pillar intersected by the view plane resulting in a cross section geometry representation of the pillar. The pillar is abutting on the other side of the view plane. |
|
BRA |
Used to control a bracket in the view plane. |
|
BRA_INT |
Used to control a bracket intersected by the view plane. |
|
BRA_TS |
Used to control a bracket intersected by the view plane. The bracket is on this side of the view plane. |
|
BRA_OS |
Used to control a bracket intersected by the view plane. The bracket is on the other side of the view plane. |
|
DPLATE_TS |
Used to control a doubling plate in the view plane. The doubling plate is on this side of the plate it is attached to. |
|
DPLATE_OS |
Used to control a doubling plate in the view plane. The doubling plate is on the other side of the plate it is attached to. |
|
CLIP_INT |
Used to control a clip intersected by the view plane. |
|
CLIP_TS |
Used to control a clip plate in the view plane. The clip plate is on this side of the plate it is attached to. |
|
CLIP_OS |
Used to control a clip plate in the view plane. The clip plate is on the other side of the plate it is attached to. |
|
HOLE |
Used to control a hole. |
|
HOLE_FICT |
Used to control a fictitious hole. |
|
HOLE_CROSS |
Used to control a cross mark in a hole. |
|
RSO |
Used to control an RSO of type compartment limit. |
|
RSO_INNER |
Used to control an RSO of type inner structure limit. |
|
RSO_BLOCK |
Used to control an RSO of type block limit. |
|
RSO_GENERAL |
Used to control an RSO of type general limit. |
|
RSO_GA |
Used to control an RSO in a GA view, of type compartment limit. |
|
RSO_GA_INNER |
Used to control a RSO, in a GA view, of type inner structure limit. |
|
RSO_GA_BLOCK |
Used to control a RSO, in a GA view, of type block limit. |
|
RSO_GA_GENERAL |
Used to control a RSO, in a GA view, of type general limit. |
|
COMP |
Used to control a compartment. |
|
COMP_CROSS |
Used to control the cross mark of a compartment. |
|
BLO |
Used to control blocks drawn in views. |
|
SHELL |
Used to control shell curves drawn in the view plane. |
|
SPRO |
Used to control shell profiles in the view plane. |
|
SPRO_INT |
Used to control shell profiles intersected by the view plane resulting in a cross section geometry representation of the shell profile. |
|
SPRO_ABUT_TS |
Used to control shell profiles intersected by the view plane resulting in a cross section geometry representation of the shell profile. The shell profile is abutting on this side of the view plane |
|
SPRO_ABUT_OS |
Used to control shell profiles intersected by the view plane resulting in a cross section geometry representation of the shell profile. The shell profile is abutting on the other side of the view plane. |
|
SPRO_TS |
Used to control shell profiles intersected by the view plane. The shell profile is on this side of the view plane. |
|
SPRO_OS |
Used to control shell profiles intersected by the view plane. The shell profile is on the other side of the view plane. |
|
SEAM |
Used to control seams in the view plane. |
|
SEAM_INT |
Used to control seams intersected by the view plane. |
|
SEAM_SECT |
Used to control section seams in the view plane. |
|
SEAM_SECT_INT |
Used to control section seams intersected by the view plane. |
|
SSEAM |
Used to control shell seams in the view plane. |
|
SSEAM_INT |
Used to control shell seams intersected by the view plane. |
|
SSEAM_SECT |
Used to control section shell seams in the view plane. |
|
SSEAM_SECT_INT |
Used to control section shell seams intersected by the view plane. |
|
SPLA |
Used to control shell plates in the view plane. |
|
JIG_ROW |
Used to control line generated in a jig row. |
|
JIG_COL |
Used to control line generated in a jig column. |
|
JIG_HEIGHT |
Used to control jig mark end height. |