Hull and Outfitting

Defaults

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Defaults

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Last UpdatedDec 15, 2023
30 minute read

Default information (defaults) consists of system parameters and default values controlling the overall performance of the system, giving the users the possibility to adapt the system to different working conditions and different workshop cutting procedures.

The default system stores the default information in default files identified by their file names (device name, name of directory and name of file). The length of a file name should not exceed 75 characters. The default information is stored as one assignment statement per row in the default file. An assignment statement consists of a keyword identifying the variable followed by an equal sign, followed by the default value. Since the default information is identified by a keyword, the order of the default information in the default file is irrelevant.

The default system is divided into two levels with one default file each. The higher, superior level (the system manager level) consists of global default variables that may not be changed by the operator. The inferior level consists of default variables that may be changed by the operator.

The superior default file must be assigned to the logical variable SBH_NEST_DEF1 and the inferior default file to the logical variable SBH_NEST_DEF2.

The keywords of the default variables are given below in alphabetic order.

ACCURACY_OF_RAW_PLATE_LENGTH	Accuracy in mm used when optimizing the length of the rawplate. 0 means that no rounding will be applied to the length.
ACCURACY_OF_RAW_PLATE_WIDTH	Accuracy in mm used when optimizing the width of the rawplate. 0 means that no rounding will be applied to the width.
ACT_AFTER_LABELLING	Code for activity after labelling:
	0 =		Continue with idle movement to next start.
	1 =		Make an idle movement to an explicitly defined position.
ADDITIONAL_EXCESS	The values of the additional excess in the u- and v-direction, respectively, which are applied for some plate parts.
ALL_STARTS_TYPE	The type of starts to be treated when the start sequence is added in the burning sketch: All starts • All burning starts
ALL_STARTS_COLOUR	The colour for the start sequence information in the burning sketch.
ALL_STARTS_HEIGHT	The text height for the start sequence in the burning sketch.
ALT_LONG_NAME	Option of how to present longitudinal name in burning sketch.
ALT_TRANS_NAME	Option of how to present transversal name in burning sketch.
	Yes =		<prefix><long number> <trans number>
	No =		Use longitudinal part name transversal
ANGLE_CHECK	This code controls if the angle between consecutive segments shall be checked in the VERIFY function. With this check it is possible to detect direction changes that are too large.
	0 =		No check made.
	1 =		Check the angle.
ATTACHMENTINFO_COLOUR	Colour of attachment information.
ANG_CONSEC_SEG	The smallest angle between consecutive segments which is accepted in VERIFY when the angle is checked.
AUTO_GRINDING_INFO	Code for adding grinding information automatically in the Nesting burning sketch:
	No =		Not automatic.
	Yes =		Automatic
AUTONEST_ASSEMBLY_LEVEL	The assembly level for the parts. Ignored if zero.
AUTONEST_CLUSTER	This code controls the clustering in the Automatic nesting function.
	No =		No clustering
	Yes =		Clustering
AUTONEST_CUSTNAME_CTRL	customized part name control:
	No =		Do not use customized part name
	Yes =		Use customized part name
AUTONEST_FILL_TYPE	Fill type of automatic nesting:
	1 =		Normal, fill exclusively with parts as defined by the parameter AUTONEST_PART_SET.
	2 =		Add also parts from another set (same quality and thickness but different assembly or production date).
AUTONEST_FORMNAME	The name of the nesting form to be used automatically when a form is inserted. The user will be prompted to give the formname if no name has been given.
AUTONEST_IN_HOLE	Code for automatic nesting of parts in holes:
	No =		Do not use holes.
	Yes =		Use holes.
AUTONEST_LAYOUT_ONLY	Code for sketch creation in automatic batch nesting:
	No =		Create an automatic sketch after the layout.
	Yes =		Stop after the layout.
AUTONEST_MAXSCRAP_MIRROR	Maximum allowed scrap for mirrored single part nesting.
AUTONEST_MAXSCRAP_MULTI	Maximum allowed scrap for multi part nesting.
AUTONEST_MAXSCRAP_SINGLE	Maximum allowed scrap for single part nesting.
AUTONEST_OPT_TYPE	Code for optimization type to be used in automatic batch nesting:
	0 =		Do not optimize.
	1 =		Press down all parts towards the lower left corner.
AUTONEST_PART_ANGLE	The rotation angle increment of the autonested parts.
AUTONEST_PART_SELECTION	The minimum area in mm2 for the parts to be nested 'large parts first'. If < 0, then the parts are not nested by area.
AUTONEST_PART_SET	Code for the part set used in automatic batch nesting:
	1 =		Normal, based on part quality and thickness.
	2 =		Based on part assembly.
	3 =		Based on part production date.
	4 =		Based on part assembly and production date.
AUTONEST_ROTATION_CTRL	Rotation control:
	No =		No control, any rotation angle can be used.
	Yes =		Only rotation angles which are a multiple of 90 degrees are used.
AUTONEST_STOP_MULTIPLE	The time limit in milliseconds for a multiple nest.
AUTONEST_STOP_SINGLE	The time limit in milliseconds for a single nest.
AUTOSCALE_SKETCH	This code controls how the drawing sketch should be scaled.
	0 =		Half automatic scaling. A scale is suggested, the operator is prompted to decide the scale and to place the shop drawing in the form.
	1 =		Automatic scaling. The scaling of the shop drawing and placing of it is made automatically. Shop drawing is scaled to best fit the drawing area.
	2 =		Automatic scaling, same as for 1, but scale is adjusted to be even, for example, 1:10, 1:20
AUTO_ATTACHMENT_INFO	Automatic attachment information in burning sketch
	= Yes
	= No
AUTO_BEVEL_INFO	Code for adding bevel information automatically in the Nesting burning sketch:
	No =		Not automatic.
	Yes =		Automatic.
AUTO_COMPENSATION_INFO	Automatic compensation information in burning sketch.
	= Yes
	= No
AUTO_CUTSEQ_INFO	Automatic cutting sequence information in burning sketch also required to get detailed sketches.
	= Yes
	= No
AUTO_EXCESS_INFO	Code for adding excess information automatically in the Nesting burning sketch:
	No =		Not automatic.
	Yes =		Automatic.
AUTO_GEN_COUNR	This code controls how the counting number for restplates is to be given.
	No =		Key in.
	Yes =		Automatically.
AUTO_HULL_MARK_INFO	Code for adding names of Hull Marks automatically in the Nesting burning sketch:
	No =		Not automatic.
	Yes =		Automatic.
AUTO_NEST_NAME	Code for automatic naming of nested plates:
	No =		Key in.
	Yes =		Automatic.
AUTO_POSNO	This code controls the usage of automatic position numbering in the nesting burning sketch.
	No =		No automatic position numbering.
	Yes =		Automatic position numbering.
AUTO_POSNO_DIST	The relative distance from the marking line start where the position number symbols and text is placed.
AUTO_POSNO_PART	This code controls the type of position number to be put for the plate part.
	0 =		The long part name.
	1 =		The position number.
AUTO_POSNO_POSITION	Parameters to control how much the origin of the position number symbol shall be moved from COG. The values (du & dv) are given as factors of the position number height ( 0.5 means half the position number symbol height).
AUTO_RECT_PART_MEASURE	Control for automatic dimensioning of rectangular parts.
	No =		Not automatic.
	Yes =		Automatic.
AUTO_SIDE_INFO	Code for adding side information automatically in the Nesting burning sketch:
	No =		Not automatic.
	Yes =		Automatic.
AUX_COLOUR	The colour for auxiliary functions.
AUX_VALID_START_POS	Text presented for auxiliary functions valid in the starting position.
AUX_VALID_END_POS	Text presented for auxiliary functions valid in the ending position.
AUTO_VERT_MARK_MEASURE	Control for dimensioning of first vertical marking.
	No =		Not automatic.
	Yes =		Automatic.
AUX_FUNC_RANGE	Auxiliary functions range. This value allows the creation of auxiliary functions at a start, that has been created at an arbitrary point on a contour. When a start is processed, an auxiliary function is considered to belong to the start provided the distance between the two items is less than the default range.
AUX_COLOUR	The colour for auxiliary functions.
BEVELINFO_COLOUR	The colour of the bevel information in the burning sketch.
BEVELINFO_LINTYPE	Linetype For bevel information.
BEVEL_LIMIT_TAG_LENGTH	The length of the tags indicating the limits of a bevel interval (CVBA only).
BEV_OS_COLOUR	Colour for those parts of the plate part contour which have bevel defined on the other side.
BEV_TS_COLOUR	Colour for those parts of the plate part contour which have bevel defined on this side.
BRIDGE_COLOUR	The colour for bridges.
BRIDGE_NODE	Node point preference for bridge creation. Very often, a bridge is wanted between the corners of two plate parts, for example, at a common cut. However, it is difficult to exactly indicate the corner when the bridge is created. This default value controls whether the closest node should be preferred to the closest foot point of a segment when a cursor position indicates the position for a bridge. The code can control the following activities:
	< -1	Closest foot point is always chosen.
	-1 to 0	Closest node is always chosen
	> 0	Closest node is chosen provided the distance from the given cursor position to the node is less than the default value, else closest foot point is chosen.
BRIDGE_RADIUS	The radius to be used in bridges to avoid sharp corners. If 0, no radius will be used.
BRIDGE_WIDTH	Width of bridge. This is the default bridge width.
BRIDGE_WIDTH_HOLE	The bridge width in holes.
BRIDGE_YDIR	Bridge direction code. This code controls if forced vertical y-direction is wanted or not, when creating a bridge.
	0 =	Not wanted
	1 =	Wanted
BURN_BEVEL_I	Code for burning I-bevel:
	No =	Not supported
	Fixed =	Fixed value
BURN_BEVEL_MIN_SEG_LENGTH	Minimum length of segment to be included in the bevel interval statistics.
BURN_BEVEL_X	Code for burning X-bevel:
	No =	Not supported
	Fixed =	Fixed value
	VBA =	Varying Bevel Angle
	CVBA =	Continuously Varying Bevel Angle.
BURN_LEVEL_Y	Code for burning Y-bevel:
	No =	Not supported.
	Fixed =	Fixed value.
	VBA =	Varying Bevel Angle.
	CVBA =	Continuously Varying Bevel Angle.
	Fixed (V only) =	Fixed value, only V-bevel.
	VBA (V only) =	Varying Bevel Angle, only V-bevel.
	CVBA (V only) =	Continuously Varying Bevel Angle, only V-bevel.
BURN_BEVEL_X_MAX_ANGLE_OS	Maximum supported angle for Y-bevel, other side.
BURN_BEVEL_X_MAX_ANGLE_TS	Maximum supported angle for Y-bevel, this side.
BURN_BEVEL_X_MIN_ANGLE_OS	Minimum supported angle for Y-bevel, other side.
BURN_BEVEL_X_MIN_ANGLE_TS	Minimum supported angle for Y-bevel, this side.
BURN_BEVEL_Y		Code for burning Y-bevel:
	No =	Not supported.
	Fixed =	Fixed value.
	VBA =	Varying Bevel Angle.
	CVBA =	Continuously Varying Bevel Angle.
BURN_BEVEL_Y_MAX_ANGLE_OS	Maximum supported angle for Y-bevel, other side.
BURN_BEVEL_Y_MAX_ANGLE_TS	Maximum supported angle for Y-bevel, this side.
BURN_BEVEL_Y_MIN_ANGLE_OS	Minimum supported angle for Y-bevel, other side.
BURN_BEVEL_Y_MIN_ANGLE_TS	Minimum supported angle for Y-bevel, this side.
BURN_NO_BEVEL_TEXT	Text automatically placed in the burning sketch when the bevel is not supported.
CF_RESTART	Gap restart code for gap including cut free geometry (cf. GAP_RESTART).
CHANGE_SHIP_NR	Defines if the ship number is changeable by the user or not.
	No =	Ship number not changeable
	Yes =	Ship number changeable
CHANGE_OPERATOR	Defines if the operator name is changeable by the user or not.
	No =	Operator name not changeable
	Yes =	Operator name changeable
CLIP_GRINDING_SIDE	Defines how the grinding side of the clip should be displayed. Possible values are UP, DOWN or NONE.
	UP =	The clip will automatically be mirrored if the clip is located on the non-moulded side of the panel.
	DOWN =	The clip will automatically be mirrored if the clip is located on the moulded side of the panel.
	NONE =	The clip will be displayed as it is defined.
COLOURS_IN_SKETCH	Yes =	Use colour settings in sketch. Allows selection of colours for different type of actions.
	No =	No colours.
COMPENSATIONINFO_COLOUR	Colour for compensation. information in burning sketch.
COMPENSATIONINFO_SUFFIX	Suffix for compensation information in burning sketch.
CONT_DIRECTION	This code controls the cutting direction in outer contours.
	0 =	No check made.
	1 =	Forced cutting counter-clockwise.
	2 =	Forced cutting clockwise.
CORNER_ANGLE	The least knuckle angle that will be regarded as a corner.
CORN_LOOP_CTRL	Code for automatic creation of corner loops:
	-2 =	No corner loops are created.
	-1 =	As 0 but no corner loops are created inside cutouts.
	0 =	All corner loops are created.
	1 =	Corner loops are created only in corners where there is change in bevel.
	= 10	PLCM, as 0 but loops will be deleted when burning starts are created.
	= 11	PLCM. as 1 but loops will be deleted when burning starts are created.
	= 20	PLCM, as 0 but the corner loops will be symmetric with fixed length.
	= 21	PLCM, as 1 but the corner loos will be symmetric with fixed length.
CORN_LOOP_LENGTH	Corner loop length.
CORN_LOOP_MAXNO_AUXFUNC	The number of allowed auxiliary functions in the corner loop points P1, P2 and P3, respectively. -1 means an unlimited number.
CORN_LOOP_MINANGLE	The minimum angle for a knuckle between two segments to be treated as a corner.
CORN_LOOP_MODIFY_DIST	The corner loop modifying distance. If there exists a corner loop within this distance, the user gets the opportunity to modify its geometry.
CORN_LOOP_RADIUS	Corner loop radius.
CORN_LOOP_RECREATE	No =	Do not recreate corner loops when opening an existing nest (System default).
	Yes =	Recreate corner loops when opening an existing nesting.
CUTLINE_COLOUR	The colour for cutlines.
CUTSEQ_MIN_AREA	Minimum area of plate for which cutting sequence information are added to the sketch.
CUTSEQINFO_COLOUR	The colour for the cutting sequence information in the burning sketch.
CUTTING_SEQUENCE_SYMBOL	Symbol for cutting sequence information.
	S1 =	Symbol for burning sketch.
	S2 =	Symbol for detailed sketch.
CVBA_INTERVAL	The angle interval for continuously varying bevel angle.
CVBA_SKETCH_ANGLE	The code for the angle display in the burning sketch (CVBA only):
	Along =	End angle in burning direction
	Maximum =	The maximum of the start and end angles.
	Minimum =	The minimum of the start and end angles
	Average =	The average of the start and end angles
CVBA_TOLERANCE	The tolerance used in the interpolation of the continuously varying bevel angle.
DELETE_IDLE	Code for automatic deletion of the idle movement from the Nesting burning sketch after VERIFY:
	No =	Do not delete.
	Yes =	Delete.
DENSITY	The density. The current default value will be stored on the nested plate. The stored value is used in all calculations. The unit should be kg/mm3.
DETAILED_SKETCH	Show detailed sketch in form.
	No =	Do not show.
	Yes =	Show
DETAILED_SKETCH_AREA	Plate parts with area smaller than given value will be shown in a detailed sketch.
DETAILED_SKETCH_SCALE	Scale of detailed sketch, relative to the sketch scale.
DIRECTION_DEF	The default parameter DIRECTION_DEF indicates the directions that should be available when directions are inserted into the burning sketch. To get all directions the parameter shall have the value 1234567.
DIRECTION_MIN_AREA	Minimum area of plate for which side information texts are added to sketch.
DIRECTION_NAME1	= TOP
DIRECTION_NAME2	= BOTTOM
DIRECTION_NAME3	= FORE
DIRECTION_NAME4	= AFT
DIRECTION_NAME5	= CL
DIRECTION_NAME6	= PS
DIRECTION_NAME7	= SB
	If only TOP, AFT, CL and SB are to be shown then the value should be 1457. The order in which numbers are given is irrelevant.
DIRECTION_NO_DEF	The number of directions to be shown in the burning sketch. If value is equal to 2 and a cutting sequence symbol with two insertion points for texts will be added to symbol.
DIRECTION_TEXT	Height of direction texts.
DISPLAY_EXCESS_SYMBOL	This code controls if the excess symbol shall be displayed in the burning sketch.
	No =	Display only the excess text.
	Yes =	Display both excess text and excess symbol. If the excess symbol information is missing, the user will be prompted to select the symbol to be displayed.
DISPL_AUX	Code for auxiliary function display.
	No =	Auxiliary functions will not be displayed in the VERIFY function. No confirmation is needed
	Yes =	Auxiliary functions will be displayed in the VERIFY function.
	The result on the CL-file is independent of the value of DISPL_AUX.
DISPL_CODE	Parallel displacement code. This code controls if parallel displacement of contours will be performed when a plate part is brought up from the data bank and positioned on the parent plate (the functions NEST, OPEN NESTING JOB and PARTS MENU). If the code is set to 1, the outer contour is displaced outwards and all holes are displaced inwards. Marking lines are not modified.
DISPL_DIST	Parallel displacement outdistances is the default distance of the parallel displacement.
DISPLAY_EXCESS_SYMBOL	This code controls if the excess symbol shall be displayed in the burning sketch.
	No =	Display only the excess text.
	Yes =	Display both the excess text and excess symbol. If the excess symbol information is missing, the user will be prompted to select the symbol to be displayed.
DIST_BLAST_PLATE	Distance between blasting line and raw plate edge.
DIST_CF_PLATE	Distance between cut free geometry and raw plate edge.
DIST_MAIN_PARALLEL	The minimum distance between the main and parallel burner.
DIST_MARK_PLATE	Distance between marking line and raw plate edge.
DIST_PART_PART	Distance between parts. This distance is a minimum distance which is default for the transformation functions BUMP and PARALLEL. The functions transform plate parts in a way that the distance between the indicated parts is never less than the default distance.
DIST_PART_PLATE	Distance between parts and raw plate edge. This distance is a minimum distance which is default for the transformation functions BUMP and PARALLEL. The functions transform plate parts in a way that the distance between the part and the raw plate edge is never less than the default distance.
DIST_PLATE_DETSK	Distance from raw plate edge in burning sketch to detailed sketch.
DIST_PLATE_VERT_MARK	Distance from raw plate edge in burning sketch to dimension for first vertical marking.
DIST_PRODINFO_TEXTS	The minimum distance between production information texts generated automatically.
DRAW_RAW_PLATE_CORN	This code controls if the raw plate corners should be drawn in the burning sketch.
	No =	Do not draw the corners.
	Yes =	Draw the corners.
DRAW_RAW_PLATE_RECT	This code controls if the rectangle of the raw plate should be drawn as a solid line in the burning sketch or not.
	No =	Do not draw rectangle.
	Yes =	Draw rectangle.
DWGNO_ASK	This code controls if the system should ask for the drawing number in NEW NESTING JOB and OPEN NESTING JOB.
	No =	Do not ask for drawing number.
	Yes =	Ask for drawing number.
EDIT_NEST_FILTER	This code controls if the filter file can be updated by the user.
	No =		Update not possible
	Yes =		Update possible
EDIT_PRODUCTION_TEXTS	Code for editing production texts in burning sketch using Right-Click:
	No =		Editing is not possible
	Yes =		Editing is possible
END_MARK_POS	End marking position. This is the explicitly given position between marking and burning connected to the start/end position code.
END_POS	End position. This is the explicitly given end position (u- and v-coordinates) connected to the start/end position code.
EQ1_MAX_X	Maximum x value for equipment 1.
EQ1_MAX_Y	Maximum y value for equipment 1.
EQ1_MIN_X	Minimum x value for equipment 1.
EQ1_MIN_Y	Minimum y value for equipment 1.
EQ2_MAX_X	Maximum x value for equipment 2.
EQ2_MAX_Y	Maximum y value for equipment 2.
EQ2_MIN_X	Minimum x value for equipment 2.
EQ2_MIN_Y	Minimum y value for equipment 2.
EXCESSINFO_COLOUR	The colour for the excess information in the burning sketch.
EXCHANGE_BURNER	Code for exchanging the burner id for old nests:
	No =		User not allowed to exchange the burner id
	Yes =		User allowed to exchange the burner id
EXPORT_FORMAT	Code for the type of output file from VERIFY:
	XML =		XML format
	Generic =		Generic file format.
GAP_IN_HOLE_START	Code for automatically creating a gap in a hole start:
	No =	Do not create a gap
	Yes =	Create a gap
GAP_RESTART	Gap restart code. The system includes a feature for restart at every gap encountered in the tool path. The restart includes an ending hook at the beginning of the gap, a starting hook at the end of a gap and resumed burning.
	0 =	No automatic restart in gaps.
	1 =	Automatic restart in gaps.
GEN_REST_PLATE	This code controls how to generate restplates when the total quantity of the parent plate is larger than one.
	0 =	One restplate with n copies.
	1 =	n restplates with one copy each having a unique name.
GET_STORE_FORM	This code controls if forms can be updated by the user.
	0 =	Update not possible.
	1 =	Update possible.
GET_STORE_HOOK	This code controls if hooks can be updated by the user.
	0 =	Update not possible.
	1 =	Update possible.
GPP_3AX_RESTRICTION_FILE	Restriction file for 3-axis burning machine.
GPP_BLAST_COLOUR	The colour used in the presentation of the blasting.
GPP_BLAST_PARALLEL_COLOUR	The colour used in the presentation of the parallel blasting.
GPP_BURN_BEVEL_BOTH	The line type used in the presentation of bevel burning (BOTH sides).
GPP_BURN_BEVEL_CVBA	The line type used in the presentation of bevel burning (Continuously Varying Bevel Angles).
GPP_BURN_BEVEL_OS	The line type used in the presentation of bevel burning (other side).
GPP_BURN_BEVEL_OS_COLOUR	Colour for contours denoting bevel other side in function check generic post processor.
GPP_BURN_BEVEL_TS	The line type used in the presentation of bevel burning (this side).
GPP_BURN_BEVEL_TS_COLOUR	Colour for contours denoting bevel this side in function check generic post processor.
GPP_BURN_COLOUR	The colour used in the presentation of the burning.
GPP_BURN_PARALLEL_COLOUR	The colour used in the presentation of the parallel burning.
GPP_CHECK	Run check postprocessor command verify process.
	Yes =	Run.
	No =	Do not run.
GPP_CTRL_FILE	Default file for generic post processor. Must be in SB_SHIP directory.
GPP_IDLE	Line type denoting idle movements in function check generic post processor.
GPP_IDLE_COLOUR	Colour for lines denoting idle movements in function check generic post processor.
GPP_IDLE_PARALLEL_COLOUR	Colour for lines denoting parallel idle movements in function check generic post processor.
GPP_KERF_FILE	Kerf file for generic post processor. Contains kerf and speed information, must be placed in SB_SHIP directory.
GPP_LABEL_SYMBOL_COLOUR	The colour used in the presentation of labelled symbols.
GPP_LABEL_TEXT_COLOUR	The colour used in the presentation of labelled text.
GPP_MARK	Line type denoting the marking movements In function check generic post processor.
GPP_MARK_BLAST_COLOUR	The colour used in the presentation of the simultaneous marking-blasting.
GPP_MARK_COLOUR	The colour used in the presentation of the marking.
GPP_MARK_PARALLEL_COLOUR	The colour used in the presentation of the parallel marking.
GPP_RUN	Run generic post processor after verify process.
	Yes =	IRun.
	No =	Do not run.
GRINDING_BEVEL_CODES	Edge grinding should be done when any of the following bevel codes are defined.
GRINDING_COLOUR	Colour for grinding information in burning Sketch.
GSD_IN_MARK_TRACE	Code for the option to include GSD geometry in the marking line trace:
	No =	Do not include.
	Yes =	Include.
HOLE_BURNING_DIRECTION	Code for the direction of burning holes on plate.
	None =		None.
	X-direction =		x-direction.
	Y-direction =		y-direction.
HOLE_BURNING_TOLERANCE	The tolerance for determining the direction when sorting the holes centre points.
HOLE_DIRECTION	This code controls the cutting direction in holes.
	0 =		No check made.
	1 =		Forced cutting counter-clockwise.
	2 =		Forced cutting clockwise.
HOOK_END	Ending hook. This is the standard hook number for the hook to be used at the end of a tool path on an outer contour. -1 indicates that no hook shall be used.
HOOK_END_GAP	The number of the ending hook when the restart gap facility is used.
HOOK_END_HOLE	Ending hook in holes. This is the standard hook number to be used at the end of a tool path on a hole. -1 indicates that no hook shall be used.
HOOK_START	Starting hook. This is the standard hook number for the hook to be used at the start on an outer contour. -1 indicates that no hook shall be used.
HOOK_START_GAP	The number of the starting hook when the restart gap facility is used.
HOOK_START_HOLE	Starting hook in holes. This is the standard hook number to be used at the start of a hole. -1 indicates that no hook shall be used.
IDLE_COLOUR	Idle colour in toolpath shown in burning sketch.
KEEP_NESTED_PART_IN_LIST	Code for controlling the behavior of the part names in the nest-by-name dialog:
	No =	The name of the nested part is removed from the dialog when the part has been nested.
	Yes =	The name of the nested part is kept in the dialog when the part has been nested.
KEEP_VERIFY_COLOUR	Code for the verification colour:
	No =	Do not keep the colour.
	Yes =	Keep the colour (the colour is automatically deleted when the VERIFY and STORE functions are used).
KERF_COMP	Kerf compensation. This is the value of the kerf compensation.
KNUCKLE_LINE_ANGLE	Controls which angle to show in burning sketch.
	Knuckle =	Show knuckle angle.
	Opening =	Show opening angle.
KNUCKLE_LINE_TEXT	Text to show with knuckle angle in burning sketch.
LABEL_BACKWARDS	This code controls if backwards labelling is supported.
	No =	Backwards labelling not supported.
	Yes =	Backwards labelling supported.
LABEL_BEVEL_DEGREE	Code for including the degree character in the labelling bevel text:
	No =	Do not include.
	Yes =	Include.
LABEL_EXCESS_SIGN	Code for including the +/- character in the labelling of the excess text:
	No =	Do not include.
	Yes =	Include
LABEL_POSNO_SYMBOL	Code for displaying the position number symbol in the burning sketch, for labelled position numbers:
	No =	Do not display
	Yes =	Display
LABEL_START_REF_SYMBOL	Code for drawing a reference symbol at alabelled start:
	No =	Do not draw.
	Yes =	Draw.
LABEL_SYMB_HEIGHT	Symbol height for labelled symbols.
LABEL_SYMB_ROTATION	Symbol rotation angle for labelled symbols.
LABEL_TEXT_GEOMETRY	Code for creating the labelled text geometry in the generic file:
	No =	Do not create.
	Yes =	Create.
LABEL_TEXT_HEIGHT	The height of the labelled text.
LABEL_TEXT_HGT_CODE	Value transferred into generic file, can be used to control labelling equipment.
LABEL_TEXT_LINE_DIST_FACT	Factor used in automatic placing of labelled position numbers (the corresponding Drafting default is multiplied with this parameter).
LABEL_TEXT_ROTATION	Text rotation angle for labelled text.
LABEL_TEXT_ROTATION_FIXED	Controlling the text rotation of labelled Position numbers.
	No =	Rotate position numbers to be aligned with marking lines.
	Yes =	Always put position numbers according to angle set by LABEL_TEXT_ROTATION.
LIST_BEVLEN_EXT	Extension of file containing list of bevel lengths for all plate parts in nest.
LOCATION_CL_DIST	Minimum distance across CL for an assembly part to be regarded as a CL part (used in the workshop lists).
LOCATION_CL_TEXT	Text used for indicating parts extending over CL in automatic labelled texts.
LOCATION_PS_TEXT	Text used for indicating for port side parts in automatic labelling.
LOCATION_SB_TEXT	Text used for indicating for starboard side parts in automatic labelling.
MARKING_ALL_FIRST	Code for the treatment of marking in the function AUTOMATIC START:
	No =	Partwise marking.
	Yes =	Platewise marking.
MARK_AUTO_OPPOSITE	Code describing which marking lines to treat in automatic marking:
	No =	Mark only this side.
	Yes =	Mark all.
MARK_COLOUR	The colour for marking lines.
MARK_COLOUR_OS	The colour for marking lines on the other side.
MARK_COLOUR_TS	The colour for marking lines on this side.
MARK_PART_USED	This code controls if the nested parts should be checked against the part file or not.
	No =	No check.
	Yes =	Check.
MARK_POSNO_SELECTION	This code controls how to determine if two parts can be considered to be equal.
	No =	Block and position number are checked..
	Yes =	GPS1-GPS4, position number and bevel are checked. If no GPS data are available, only the part names are compared.
MARK_POSNO_TEXT_OS	Text to be added in the burning sketch when a part is mirrored AND no starts have been put for the marking lines AND • all marking lines are on OS
MAX_SIZE_WELD_SYMBOL	Limiting part area for adding bevel symbols instead of bevel texts in the Nesting burning sketch. If the circumscribed area of the part is less than the parameter, symbols will be used.
MARK_TEXT	Marking text to be placed on marking lines caused by folded flanges.
MARK_TEXT_CODE	This code controls whether the text in MARK_TEXT shall be placed on marking lines caused by folded flanges.
	0 =	Do not place text
	1 =	Place text stored in MARK_TEXT
MARK_TEXT_COLOUR	Colour to apply to texts in burning sketch.
MARK_TEXT_NOM_HEIGHT	Code for adding the nominal height of a folded flange to the parameter MARK_TEXT:
	No =	Do not add
	Yes =	Add
MARK_TEXT_OS	Additional text for side of folded flange (other side).
MARK_TEXT_TS	Additional text for side of folded flange (this side).
MAX_CONTOUR	Maximum number of contours per plate part. For the purpose of dimensioning data structures, the maximum number of contours per plate part (that means, number of holes + number of marking lines + 1) must be decided in advance. There is a connection between this value and the maximum number of plate parts nested on the same parent plate: the product between the two maximum values must be less than 32768.
MENUE_SCALE	Parts menu scale factor. When a parts menu is created, each part is scaled with its scale factor to make it possible to have room for many parts on the menu. When a part is picked from the menu to be nested, it is automatically scaled with the reciprocal scale factor. The following 11 default parameters controls which types of plate parts that are accepted in the NEST and PARTS MENU functions. The following values are valid:
	No =	Not accepted
	Yes =	Accepted
MOVE_START_CONFIRM_OPPSITE	Code for confirmation when a marking start is moved to a marking line valid only on the opposite side:
	No =	Do not confirm
	Yes =	Confirm
MULTIPLE_NEST_NCOL	The number of Nested plates in each column in Multiple nesting.
NEST_ADD_DIRTEXT	Code for adding direction texts on plate parts automatically during nesting:
	No =		Do not add direction texts
	Yes =		Add direction texts
NEST_BEND_TEMP	Bending templates.
NEST_BRA_PLA	Bracket plates.
NEST_CHAMFER_PARTS	Nest chamfer parts.
NEST_CLIPS	Nest clips.
NEST_CONV_PROFILES	Nest converted profiles.
NEST_DEV_DOU_CUR_PLA	Developed, double-curved plates.
NEST_DEV_SIN_CUR_PLA	Developed, single-curved plates.
NEST_DOUBLE_PLATES	Nest doubling plates.
NEST_EXISTING_SKETCH	Code controlling the default check box in the VERIFY dialog:
	Whole =		Recreate whole.
	Partial =		Recreate partially, only tool path and texts.
	Toolpath =		Recreate partially, only tool path.
NEST_JIG_PLA	Jig plates.
NEST_PLANE_PARTS	Plane parts.
NEST_STA_BRA_PLA	Standard bracket plates.
NEST_MAIN_COLOUR	The colour for the main part in parallel nesting.
NEST_PARALLEL_COLOUR	The colour for the parallel part in parallel nesting.
NEST_SINGLE_COLOUR	The colour for single nested plate parts.
NEST_TYPE_ASK	Code for asking for nesting type in New Nest Job:
	No =		Do not ask.
	Yes =		Ask.
	Automatic		Type =1.
NORM_STEEL_QUAL	The normal steel quality.
	The following parameters are leading texts for the text which is placed in the burning sketch for the normal steel quality restplates. An empty string will result in that this line is omitted. If all leading texts are empty strings no texts will be put in the burning sketch.
NSQ1_TEXT_1	= Ship number.
NSQ1_TEXT_2	= Drawing.
NSQ1_TEXT_3	= Restplate.
NSQ1_TEXT_4	= Rest code.
	The following parameter is a leading text for the text which is placed in the burning sketch for the normal steel quality workshop rests. An empty string will result in that no text will be put in the burning sketch.
NSQ2_TEXT_1	= Restplate.
OPERATOR_SUP_ADD	Defines if the new operator name, defined by SBB_USER_SIGNATURE, supersedes or is added to the old operator name.
	Supersede =			Supersede old operator with new
	Add =			Add new operator to old, separated with a slash (/)
	See also CHANGE_OPERATOR
OVERLAP_CHECK	Overlap check code. This code controls the action, if a plate part is overlapping another plate part or outside the standard parent plate. The check can be made in the functions NEST, TRANSFORM, OPEN NESTING JOB, EXCHANGE RAW PLATE and EXCHANGE PLATE PART. The code controls the following actions:
	0 =			No overlap check is performed at all
	1 =			The overlap is checked. If there is overlap a warning is given and the plate part must be moved before it is possible to continue
	2 =			The overlap is checked. The operator is prompted to decide whether the part shall be accepted or not
PARTCHECK_HOLE_MINSZ	The size of the largest hole in text bumping (part checking only)
PARTS_MENU_AUTOMATIC	Code for automatic generation of the parts menu:
	No =	No automatic generation.
	Yes =	Automatic generation.
PARTS_MENU_CURR	Current position in the parts menu (NIT only).
PARTS_MENU_EQUAL	Code for the presentation of identical parts in the parts menu:
	No =	Do not present identical parts together.
	Yes =	Present identical parts together.
PARTS_MENU_SELECTION	Code for the selection of plate parts:
	Part =	Select via block/panel name.
	Assembly =	Select via assembly name.
PARTS_MENU_SIZE	The parts menu size (NIT only).
PARTS_MENU_WIDTH	The width of the nesting parts menu when it is automatically generated. It should be given as a factor of the raw plate width.
PARTS_START_POS	Code for how to put the start on the outer contour (automatic starts only):
	0 =	Closest notch.
	1 =	Closest to the previous hole/marking/outer contour.
PLATE_ALIGNMENT_SYMBOLS	The symbol numbers for the symbols used in the plate alignment functions.
PLATE_ALIGNMENT_SYMBOL_HEIGHT	The height of the plate alignment symbols.
PLOT_WITHOUT_FORM	Plot the burning sketch without for
	Yes =
	No =
POSNO_COLOUR	Colour for position numbers.
POSNO_HEIGHT	The height of the position number symbols.
POSNO_SYMB	Symbol number in symbol font 2 of the symbol used for the position number of a plate part. The symbol numbers available are 60-79. Symbol number 0 indicates that no symbol at all shall be used.
POSNO_SYMB_BAR	Symbol number in symbol font 2 of the symbol used for the position number of a marking line caused by a bar. The symbol numbers available are 60-79. Symbol number 0 indicates that no symbol at all shall be used.
POSNO_SYMB_MARK	Symbol number in symbol font 2 of the symbol used for the position number of a marking line. The symbol numbers available are 60-79. Symbol number 0 indicates that no symbol at all shall be used.
QUAL_CHECK	Quality check code. This code controls the action, if an attempt is made to nest a plate part with one quality code on a parent plate with another. The code controls the following actions:
	0 =	No quality check is performed.
	1 =	The qualities are checked. If they do not match, the plate part is automatically rejected.
	2 =	The qualities are checked. The operator is prompted to decide whether the part shall be allowed or not.
	3 =	The qualities are checked according to the rules given in the file assigned to the logical variable SBH_QUALITY_EXCH. If they do not match, the plate part is automatically rejected.
QUICKNEST_ANGLE	The rotation angle increment in quick nesting.
QUICKNEST_CLUSTER	Code for clustering of parts in quick nesting:
	No =	No clustering
	Yes =	Clustering
QUICKNEST_CLUSTER_AREA	The maximum area in mm2 for parts to be considered in clustering. (Brackets, clips, converted profiles and doubling plates are always clustered if possible.)
QUICKNEST_CLUSTER_RATIO	Minimum area/perimeter ratio for the two parts to be clustered.
QUICKNEST_CONFIRM	Code for layout confirmation in quick nesting:
	No =	No confirmation.
	Yes =	Confirmation after each part.
QUICKNEST_IN_HOLE	Code for nesting in holes in quick nesting:
	No =	Do not use holes.
	Yes =	Use holes.
QUICKNEST_MIRROR	Code for mirroring parts in quick nesting:
	0 =	Do not mirror.
	1 =	Mirror only if the number of marking lines is equal on both sides
	2 =	Mirror always.
QUICKNEST_NEST_SELECTION	Criteria for best nest in quick nesting:
	MinimumX =	Minimize the extension in the x-direction.
	Scrap =	Minimize the scrap of the circumscribed rectangle.
QUICKNEST_PART_SELECTION	Criteria for part selection in quick nesting:
	Area =	Select the parts with decreasing area.
	Perimeter =	Select the parts with decreasing perimeter.
QUICKNEST_STARTPOS	The number of different starting positions used in quick nesting.
QUICKNEST_STRIPS	The number of area strips used in quick nesting in the calculation of the remaining available raw plate area.
RAW_PLATE_INFO	A string to be used in multiple nesting describing the contents of the line which is presented below each nesting. The following keywords are available: <NEST_NAME> <QUALITY> <LENGTH> <WIDTH> <THICKNESS> To present the information in 2 lines, the keyword <BR> should be given after the last keyword on the first line.
RECT_PART_DPREFIX	The leading text for the diagonal measure of rectangular parts.
RECT_PART_LENGTH	Minimum length of rectangular part to get control measure.
RECT_PART_WIDTH	Minimum width of rectangular part to get control measure.
RECT_PART_LPREFIX	The leading text for the length measure of rectangular parts.
RECT_PART_WPREFIX	The leading text for the width measure of rectangular parts.
REFERENCE_SYMB	Symbol number in symbol font 2 of the symbol used as reference symbol, that means, for pointing at a marking line in a position number entity. The symbol numbers available are 80-99.
REFLECT_ASSEMBLY_LENGTH	Code used to determine if the length or numberof marking lines shall be calculated, REFLECT_PART = 3 only.
	No =		Calculate the number of marking lines.
	Yes =		Calculate the length of the marking lines.
REFLECT_ON_ASSEMBLY	This code controls the automatic reflection when a plate part is read into the Nesting System. Only the assembly with the largest number of marking lines is treated. Cf. REFLECT_PART.
	No =		Do not reflect plate part on assembly.
	Yes =		Reflect plate part on assembly
REFLECT_PART	This code controls whether the plate part should be reflected in the x-axis if "opposite side" contains more marking contours than "this side".
	0 =		Do not reflect plate part.
	1 =		Reflect plate part.
	2 =		Reflect part according to the rules give by the logical variable SBH_MARKING SIDE (cf. User´s Guide Hull Prod Information.
	3 =		Reflect plate part if the length/number of the marking lines with the same assembly on the opposite side, is longer/larger.
	4 =		Reflect plate part according to: Number of marking lines + GSD' s except corner GSD's) If no marking lines exist, according to REFLECT_PART = 2.
REF_SYMB_PART	Symbol number in symbol font 2 of the symbol used for pointing at the detail in a position number entity. The symbol numbers available are 60-79.
RESTPLATE_NAME_PATTERN	The name format for restplates. Can contain any of substrings: <sclass><quality><thickness><year><month> and user defined strings.
REST_CLASSIFICATION	This code controls if the special steel quality restplates should be classified or not.
	No =		No classification.
	Yes =		Classification.
REST_MAXDEV_ANGLE	The maximum angle a line can deviate from horizontal/vertical direction without being considered to be horizontal/vertical
REST_PLATE_NAME	Code for the rest plate naming rule:
	1 =		Name is selected administrative name + 4 digit running number.
	2 =		Name auto generated administrative name + 3 digit running number.
REST_PLATE_SEP	Separator used for restplates.
REST_PLATE_SET	Code for rest plate types
	1 has types: 1 = Rectangle 2 = Circle 3 = Triangle 4 = Symmetrical T-form 5 = L-form 6 = Right angle trapezi-form 2 has types: 1 = Rectangle 2 = Right angle trapezi-form ("width") 3 = Triangle 4 = Right angle trapezi-form ("length") 5 = Truncated rectangle 6 = L-form
	Yes =		Classification.
RULER_DIST	Code for placing the meter ruler in the burning sketch:
	= 0.0		No ruler.
	0.0 < f <=1.0		The ruler is placed the distance f*w above the plate, where w is the width of the raw plate.
	> 1.0		The distance in mm.
SACHNR_MISS_EXIT	Code to handle the action if the raw plate is missing in the NP-file (NIT only):
	No =		Let the user decide.
	Yes =		Exit Nesting.
SELECT_RAWPLATE	Defines if rawplate name should be selected by quality and thickness or by keying in name.
	Yes =		Select by quality and thickness.
	No =		Key in name.
SHIP_NR_LENGTH	The length of the ship number to be presented in Nesting. The number is left padded with zeros up to the given length.
SIDEINFO_COLOUR	The colour for the side information in the burning sketch. The following parameters are leading texts for the text which is placed in the burning sketch for the special steel quality restplates. An empty string will result in that this line is omitted. If all leading texts are empty strings no texts will be put in the burning sketch.
SIDE_FOLDED_FLANGE	Code for reflecting parts with folded flanges:
	OS =		Folded flange at the other side.
	Automatic =		Automatic
	TS =		Folded flange at this side.
SIDE_SWEDGE_WALL	Code for reflecting parts with swedging:
	TS =		Swedge at this side
	OS =		Swedge at other side
SKETCH_SCALE	Predefined scale for burning sketch in form.
SSQ_TEXT_1	= Ship number.
SSQ_TEXT_2	= Drawing.
SSQ_TEXT_3	= Parent plate.
SSQ_TEXT_4	= Restplate.
SSQ_TEXT_5	= Counting number.
STAND_SYMB_HEIGHT	Standard height of symbols.
STAND_TEXT_HEIGHT	Standard height of texts.
START_ANGLE	Min node angle. This value is the preferred minimum angle for a node point where you place a start. It is only valid if closest node point is preferred. The angle has to be found within a given distance from the closest node point, Otherwise, the start will be placed in the closest node point.
START_BURN_AUTO	This is the explicitly given start position (u- and v-coordinates) for the burning. This parameter is only used in the optional programs AUTONEST (se016) and AUTONEST2 (SE021) and have no effect in the Nesting System.
START_CODE	Start code. This is a code controlling the standard way of defining the start and end of a burning start.
	0 =		Unknown
	1 =		Start in gap, end in next gap
	2 =		Start in arbitrary point on a contour, end in the same point or in the next gap whichever comes first in the tool path
	3 =		As 2 but end in an arbitrary point on the contour
START_COLOUR	The colour for starts.
START_DIR_HOLE	The angle used to determine the starting point in a hole in the function AUTOMATIC START. If the value is in the open interval [0.360[, the lines with the angles given by the parameter START_DIR_HOLE and START_DIR_HOLE + 90, are used to calculate 4 points in the hole contour. The point closest to a given point is selected. The following values can be used to force the start to be put in a certain direction: + X + Y - X - Y
START_DIR_HOLE_TYPE	The type of holes for which START_DIR_HOLE shall be used: None Circular Elliptical General All
START_END_ACT	Start/end position code. This code controls the action before the first start and after the last start of a plate. The following activities are possible:
	0 =		The tool path starts at the first start (no initial idle movement) and ends at the end position at the last start (no ending idle movement).
	1 =		The tool path starts at an explicitly defined position with an idle movement to the first start.
	2 =		The tool part ends with an idle movement to an explicitly defined position.
	3 =		Both start and end are explicitly defined.
	4 =		As 0 but also an idle movement between marking and burning to an explicitly defined position.
	5 =		As 1 but also an idle movement between marking and burning to an explicitly defined position.
	6 =		As 2 but also an idle movement between marking and burning to an explicitly defined position.
	7 =		As 3 but also an idle movement between marking and burning to an explicitly defined position.
START_MARK_AUTO	This is the explicitly given start position (u- and v-coordinates) for the marking. This parameter is only used in the optional programs AUTONEST (se016) and AUTONEST2 (se021) and have no effect in the Nesting System.
START_NODE	Node point preference for start creation. This is a default value analogous to the node point preference for bridge creation.
START_POS	Start position. This is the explicitly given start position (u- and v-coordinates) connected to the start/end position code.
STOP_BURN_OUTER	This code controls if a stop should be inserted after cutting an outer contour, and before the next idle movement.
	No =		No stop
	Yes =		Stop
SWEDGE_HEIGHT	Put swedge nominal height to swedging marking lines in burning sketch.
	= No
	= =Yes
SWEDGE_SIDE_OS	Swedge side orientation string for other side.
SWEDGE_SIDE_TS	Swedge side orientation string for this side.
SWEDGE_TEXT	Text for swedging marking line.
SYMB_HEIGHT	Height of symbols.
SYMB_HEIGHT_EXCESS	Symbol height for excess text in burning sketch.
SYMB_ROTATION	Rotation of symbols.
TEXT_HEIGHT	Height of texts.
TEXT_HEIGHT_COMPENSATION	Text height for the compensation texts in burning sketch.
TEXT_HEIGHT_EXCESS	Text height for the excess texts in burning sketch.
TEXT_LINE_DIST	The distance between the marking line (folded flange) and the placed marking text (MARK_TEXT) and the distance between the position number line and the position number symbol.
TEXT_ROTATION	Rotation of texts.
TEXT_FONT	The current text font number.
TEXT_TYPE	The text type for labelled texts to be defined:
	0 =	Texts to be Printed only.
	1 =	Texts to be labelled but not Printed.
	2 =	Texts to be labelled and Printed (default).
TEXT_TYPE1_COLOUR	The colour for labelled texts with TEXT_TYPE = 0.
TEXT_TYPE2_COLOUR	The colour for labelled texts with TEXT_TYPE = 1.
TEXT_TYPE3_COLOUR	The colour for labelled texts with TEXT_TYPE = 2.
THICK_CHECK	Thickness check code. This code controls the action, if an attempts is made to nest a plate part with one thickness on a parent plate with another. The code can control the following actions:
	0 =	No thickness check is performed.
	1 =	The thicknesses are checked. If they do not match, the plate part is automatically rejected.
	2 =	The thicknesses are checked. The operator is prompted to decide whether the part shall be allowed or not.
THICK_DIFF	Thickness check range. This is the allowed difference between the thickness of a parent plate and a part to be nested and is used in the thickness check (cf thickness check code).
THICK_DIFF_MAX	The upper limit of the thickness check range.
THICK_DIFF_MIN	The lower limit of the thickness check range. The allowed difference between the thickness of a parent plate and a part to be nested was earlier controlled by the parameter THICK_DIFF. If there is a need to have different values of the negative tolerance and the positive tolerance the two parameters above can now be used. These two parameters can of course have the same value.
THICK_MAIN_MAX	The maximum thickness for the main burner.
THICK_MAIN_MIN	The minimum thickness for the main burner.
THICK_PARALLEL_MAX	The maximum thickness for the parallel burner.
THICK_PARALLEL_MIN	The minimum thickness for the parallel burner.
THICK_PRECISION_MAX	The maximum thickness for the precision burner.
THICK_PRECISION_MIN	The minimum thickness for the precision burner.
TREATMENT_CHECK	The code for treatment check:
	0 =	No check
	1 =	Check
	2 =	Check and verify
	3 =	Check according to the rules in the file assigned to SBH_TREATMENT_CHECK
USE_BUMP_CONTOUR	Code for using the bump contour in the transformation of parts:
	No =		Do not use the bump contour
	Yes =		Use the bump contour
VERIFY_ABORT_ON_PATH_ERROR	Code for aborting VERIFY when the tool path is outside the allowed boundaries:
	No =	Continue VERIFY (with warning)
	Yes =	Abort verify
VERIFY_COLOUR	The colour used in the VERIFY function.
VERIFY_DELAY_TIME	The delay time in milliseconds between each segment in the tool path verification on the screen.
VERIFY_dialog_BOX	Code for displaying a question dialog box in VERIFY (starts and auxiliaries):
	No =	Do not display box, give ordinary message.
	Yes =	Display dialog box.
VERTICAL_SWEDGE_TEXT	Text for vertical swedging line.
VERTICAL_MARK_DIST	The limiting distance for the first vertical marking. If the distance is >=VERT_MARKDIST the measure is set.
WELD_TOLERANCE_CHAMFER	The welding tolerance used in nesting of chamfer parts.
WORKING_SEQUENCE	The working sequence to be used in the VERIFY function. The following keywords are available: Undefined BlastAll MarkAll BurnInner BurnOuter BurnAll LabelText LabelSymbol LabelAll If the working sequence shall be marking, labelling, burning of holes and burning of outer contour the sequence should be: ‘MarkAll LabelAll BurnInner BurnOuter'
WORKING_SEQUENCE_SORT	Code for sorting according to the sequence given in WORKING_SEQUENCE when the start order does not follow the given sequence:
	N =	Do not sort automatically.
	Y =	Sort automatically.

Hull and Outfitting

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