Summary
- Create a Assembly Unit by importing information written in a predefined Text format.
- The text file format is CSV (Comma-Separated Values) in UTF-8 format, so you must save it in that format before importing.
How to Run
[Base Mode]
- Ribbon Menu > [Base] Tab > [Library] Group > Assembly > Text File
Explanation
*SETTING
*CONSTRAINT_PLANE
*MAIN_CONSTRAINT_PATH
*RIGID_CONSTRAINT_PATH
*SUB_CONSTRAINT_PATH
*CONSTRAINT_POINT
*CONSTRAINT_ARRAY_POINT
*PRE_PARAM_LIBRARY
*BASE_PARAMETER_FOR_LIBRARY
*POINT_LIBRARY
*CURVE_LIBRARY
*TENDON_GROUP
*TENDON_PATH
*TENDON_ANCHORAGE
*TENDON_PROPERTY
*TENDON_PROFILE
*BASE_PARAMETER
*ASSIGNED_PARAMETER
*SETTING
| ;NAME | UNIT LENGTH | DIRECTION | ALIGN TYPE |
|---|---|---|---|
| Assembly unit-1 | 0 | (blank) | auto |
NAME : Name of Assembly Unit
UNIT LENGTH : Unit length of Assembly Unit
DIRECTION : Direction of Default Constraint Path
blank condition
Assembly unit is always blank
ALIGN TYPE : Set the Global-Z Axis Orientation of the Assembly Unit space
value (default : auto)
tangential
parallel
auto
*CONSTRAINT_PLANE
| ;NAME | LOCATION | MEASURE | ALIGN ORIGIN | RATIO | SKEW | REFERENCE POINT | ROTATION ANGLE |
|---|---|---|---|---|---|---|---|
| Plane-1 | 0 | by distance | start | (blank) | 0 | (blank) | (blank) |
| Plane-2 | 0 | by ratio | (blank) | (blank) | 1 | start | angle |
| Plane-3 | 0 | by distance | user | 0 | 1 | end | parallel |
NAME : Name of Constraint Plane
LOCATION : Location of the Constraint Plane (Distance from Default Constraint Path start point)
MEASURE : Calculating method of position of Constraint Plane
value
by distance
by ratio
ALIGN ORIGIN : Base Points for Calculating Constraint Plane Positions
value
start
end
user
blank condition
MEASURE = “by ratio”
RATIO : Position of the reference point (Ratio)
blank condition
MEASURE = “by ratio”
ALIGN ORIGIN = “start” or “end”
SKEW : Skew Option when assigning to layout
value
0
Non-Skew
1
Applied Skew
REFERENCE POINT : Reference point for Skew value (relative to the assigned Segment)
value
start
end
blank condition
SKEW = “0”
ROTATION ANGLE : Applied method of Skew
value (default : angle)
angle
Rotates the reference point by its skew value
parallel
Rotates in a direction parallel to the Plane of the reference point.
blank condition
SKEW = “0”
*MAIN_CONSTRAINT_PATH
| ;NAME | PLANE (START) |
PLANE (END) |
VARIABLE PATH | OFFSET-Y (START) |
OFFSET-Z (START) |
OFFSET-Y (END) |
OFFSET-Z (END) |
VARIATION TYPE (Y-AXIS) |
ORDER (Y-AXIS) |
RADIUS (Y-AXIS) |
CONVEXITY (Y-AXIS) |
VARIATION TYPE (Z-AXIS) |
ORDER (Z-AXIS) |
RADIUS (Z-AXIS) |
CONVEXITY (Z-AXIS) |
REFERENCE POINT | CALCULATION POINT |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Main path-1 | default(start) | default(end) | 0 | 0 | 0 | (blank) | (blank) | (blank) | (blank) | (blank) | (blank) | (blank) | (blank) | (blank) | (blank) | 0 | 0 |
| Main path-2 | Plane-1 | Plane-2 | 1 | 0 | 0 | 0 | 0 | linear | (blank) | (blank) | (blank) | parabolic | (blank) | (blank) | 0 | 0 | 0 |
| Main path-3 | Plane-1 | Plane-2 | 1 | 0 | 0 | 0 | 0 | cubic | (blank) | (blank) | 0 | polynomial | 0 | (blank) | 0 | 0 | 0 |
| Main path-4 | Plane-1 | Plane-2 | 1 | 0 | 0 | 0 | 0 | arc | (blank) | 0 | 0 | arc | (blank) | 0 | 0 | 0 | 0 |
NAME : Name of Main Constraint Path
PLANE(START), PLANE(END) : Name of the constraint plane to which the start and end points of the Main Constraint Path are constrained.
value
default(start)
Start point Constraint Plane of Default Constraint Path
default(end)
End point Constraint Plane of Default Constraint Path
*CONSTRAINT_PLANE > NAME
VARIABLE PATH : Options for applying offset values to the start and end points of the Main Constraint Pathvalue
0
Apply the same Offset value to the start and end points
1
Apply different Offset values to start and end points
OFFSET-Y(START), OFFSET-Z(START) : Offset values in the Y- and Z-axis directions from the start point
OFFSET-Y(END), OFFSET-Z(END) : Offset values in the Y- and Z-axis directions from the end point
blank condition
VARIABLE PATH = “0”
VARIATION TYPE(Y-AXIS), VARIATION TYPE(Z-AXIS): Types of changes in curves by Y- and Z-axis direction
value
linear
parabolic
cubic
polynomial
arc
ORDER(Y-AXIS), ORDER(Z-AXIS) : Degree of curve by Y- and Z-axis direction
blank condition
VARIATION TYPE ≠ “polynomial”
RADIUS(Y-AXIS), RADIUS(Z-AXIS) : Radius of curve (Arc) by Y- and Z-axis direction
blank condition
VARIATION TYPE ≠ “arc”
CONVEXITY(Y-AXIS), CONVEXITY(Z-AXIS) : Shape of curves by Y- and Z-axis direction
value
0
Concave curve
1
Convex curve
blank condition
VARIATION TYPE = “linear”
REFERENCE POINT : Reference point for Horizontal Distance to apply Super Elevation (coordinates in Global-Y direction)
CALCULATION POINT : Calculation point for Horizontal Distance for applying Super Elevation (Offset distance from Path)
*RIGID_CONSTRAINT_PATH
| ;NAME | PATH | REF. LOCATION TYPE | REF. POINT | REF. PLANE | DISTANCE TARGET | DISTANCE FROM REF. | LENGTH BETWEEN COINCIDENCE | EXTRA LENGTH (START) |
EXTRA LENGTH (END) |
DIFFERENT OFFSET | OFFSET-Y (START) |
OFFSET-Z (START) |
OFFSET-Y (END) |
OFFSET-Z (END) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Rigid path-1 | default | by point | Point-1 | (blank) | start | 0.0000 m | 0.0000 m | 0.0000 m | 0.0000 m | 0 | 0.0000 m | 0.0000 m | (blank) | (blank) |
| Rigid path-2 | Main path-1 | by plane | (blank) | Plane-1 | start | 0.0000 m | 0.0000 m | 0.0000 m | 0.0000 m | 1 | 0.0000 m | 0.0000 m | 0.0000 m | 0.0000 m |
NAME : Name of Rigid Constraint Path
PATH : Name of the constraint path that the rigid constraint path is constrained.
value
default
*MAIN_CONSTRAINT_PATH > NAME
REFERENCE LOCATION TYPE : Types of Reference Locations for Calculating Rigid Constraint Paths
value
by point
by plane
REFERENCE POINT : Name of the Constraint Point corresponding to the reference position
value
*CONSTRAINT_POINT > NAME
blank condition
REFERENCE LOCATION TYPE = “by plane”
REFERENCE PLANE : Name of the Constraint Plane corresponding to the reference position
value
default(start)
Start point Constraint Plane of Default Constraint Path
default(end)
End point Constraint Plane of Default Constraint Path
*CONSTRAINT_PLANE > NAME
blank condition
REFERENCE LOCATION TYPE = “by point”
DISTANCE TARGET : Coincident Point to apply the distance from the reference location.
value
start
end
DISTANCE FROM REFERENCE : The distance from the reference location to the Coincident Point.
LENGTH : The length between the Start Coincident Point and the End Coincident Point.
EXTRA LENGTH(START), EXTRA LENGTH(END) : The additional length from the Coincident Point.
DIFFERENT OFFSET : Option to apply Offset values for the start and end points of the Rigid Constraint Path.
value
0
Apply the same Offset value to the start and end points
1
Apply different Offset values to start and end points
OFFSET-Y(START), OFFSET-Z(START) : Offset values in the Local Y-axis direction and Global Z-axis direction of the Rigid Constraint Path for the start point.
OFFSET-Y(END), OFFSET-Z(END) : Offset values in the Local Y-axis direction and Global Z-axis direction of the Rigid Constraint Path for the end point.
blank condition
DIFFERENT OFFSET = “0”
*SUB_CONSTRAINT_PATH
| ;NAME | POINT (START) |
POINT (END) |
HORIZ. (START) |
VERT. (START) |
HORIZ. (END) |
VERT. (END) |
GEOMETRY TYPE |
X (START) |
Y (START) |
Z (START) |
X (END) |
Y (END) |
Z (END) |
X (OTHER) |
Y (OTHER) |
Z (OTHER) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Sub path-1 | Point-1 | Point-2 | 0 | 0 | 0 | 0 | line | 0 | 0 | 0 | 0 | 0 | 0 | (blank) | (blank) | (blank) |
| Sub path-2 | Point-3 | Point-4 | 1 | 1 | 1 | 1 | arc | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 |
NAME : Name of Sub Constraint Path
POINT(START), POINT(END) : Name of the Constraint Point to which the start and end points of the Sub Constraint Path are constrained.
value
*CONSTRAINT_POINT > NAME
HORIZONTAL(START), VERTICAL(START) : Options for calculating coordinates at the point of the Sub Constraint Path.
value
0
Applies the coordinate system of the Segment start point to which the Assembly unit is assigned.
1
Applies the Path coordinate system of the location where the constraint point is placed.
HORIZONTAL(END), VERTICAL(END) : Options for calculating the coordinates of the Sub Constraint Path endpoints.
value
0
1
GEOMETRY TYPE : Geometry type of Sub Constraint Path
value
line
arc
X(START), Y(START), Z(START) : Coordinates of the Sub Constraint Path start point.
X(END), Y(END), Z(END) : Coordinates of the Sub Constraint Path end point.
X(OTHER), Y(OTHER), Z(OTHER) : Coordinates of the point inside the Sub Constraint Path.
blank condition
GEOMETRY TYPE = “line”
*CONSTRAINT_POINT
| ;NAME | PATH TYPE | PATH | LOCATION | MEASURE | ALIGN ORIGIN | RATIO |
|---|---|---|---|---|---|---|
| Point-1 | main | default | 0 | by distance | start | (blank) |
| Point-2 | main | Main path-1 | 0 | by ratio | (blank) | (blank) |
| Point-3 | rigid | Rigid path-1 | 0 | by distance | user | 0 |
NAME : Name of Constraint Point
PATH TYPE : The type of Constraint Path that the Constraint Point is constrained.
value
main
rigid
PATH : Name of the Constraint Path to which the Constraint Point is constrained.
value
If PATH TYPE is "main"
default
*MAIN_CONSTRAINT_PATH > NAME
If PATH TYPE is "rigid"
*RIGID_CONSTRAINT_PATH > NAME
LOCATION : Location of the Constraint Point (distance from the Constraint Path point).
MEASURE : Calculating method of position of Constraint Point.
value
by distance
by ratio
ALIGN ORIGIN : The base point for calculating the position of the Constraint Point.
value
start
end
user
blank condition
MEASURE = “by ratio”
RATIO : Position of the reference point (Ratio).
blank condition
MEASURE = “by ratio”
ALIGN ORIGIN = “start” or “end”
*CONSTRAINT_ARRAY_POINT
| ;NAME | PATH TYPE | PATH | MIN. CLEARANCE (START) | MIN. CLEARANCE (END) | ARRAY TYPE | DIRECTION | SPACING / DIVISION |
|---|---|---|---|---|---|---|---|
| Array point-1 | main | default | 0 | 0 | pattern spacing | positive | 0 |
| Array point-3 | rigid | Rigid path-1 | 0 | 0 | uniform division | positive | 0 |
NAME, PATH TYPE, PATH
See *CONSTRAINT_POINT
MINIMUM CLEARANCE(START), MINIMUM CLEARANCE(END) : Clearance lengths for the Constraint Path start and end points to adjust the Array segments.
ARRAY TYPE : Arrangement Method for Constraint Array Point.
value
pattern spacing
uniform division
uniform max.spacing
uniform min.spacing
user defined
by segment
by layout
DIRECTION : Array direction of the Constraint Point.
value
positive
negative
SPACING / DIVISION : The array spacing, or number, of constraint points.
*PRE_PARAM_LIBRARY
| ;LIBRARY NAME | TYPE | RENAME LIBRARY | PARAMETER |
|---|---|---|---|
| CLB-1 | curve | CLB-1_P1 | Param-1 |
| PLB-1 | point | PLB-1_P2 | Param-2 |
| PLB-1 | point | PLB-1_P3 | Param-3 |
LIBRARY NAME : The name of the Library to import.
The name of the Library to import that exists in the same folder as the csv.
TYPE : Type of Library
value
curve
curve library
point
Point library
RENAME LIBRARY : The name of the change after applying the parameter.
Note
Do not apply the same name as LIBRARY NAME.
PARAMETER : Name of the Parameter Set to apply to the assigned library
value
*BASE_PARAMETER_FOR_LIBRARY의 Parameter Set Name
Note
If there is no value, apply the Default Assigned Parameter.
*BASE_PARAMETER_FOR_LIBRARY
Note
Create a *BASE_PARAMETER_FOR_LIBRARY for each parameter set.
Write the Name of the Parameter Set in the cell to the right of Keyword (*BASE_PARAMETER_FOR_LIBRARY) (Column B).
| ;PARAMETER NAME | VALUE |
|---|---|
| Width | 0 |
| Height | 0 |
| Thckness | 0 |
PARAMETER NAME : Name of the parameter
Enter the same name as the Parameter Name defined in Base Parameter for the Library to import.
VALUE : The value of the variable in Parameter.
Value has the following units.
LENGTH : m
ANGLE : deg
COORDINATE : m
*POINT_LIBRARY
| ;NAME | POINT | HORIZ. | VERT. | X | Y | Z | VXX | VXY | VXZ | VYX | VYY | VYZ | PARAMETER |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Point library-1 | Point-1 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | Parameter-1 |
NAME : Name of the Point Library to assign.
value
Point Library registered in Base mode
POINT : Name of the Constraint (Array) Point to which the origin of the Point Library is constrained.
value
*CONSTRAINT_POINT > NAME
*CONSTRAINT_ARRAY_POINT > NAME
HORIZONTAL, VERTICAL : Options for calculating the coordinates of the Point Library origin.
value
0
Applies the coordinate system of the Segment start point to which the Assembly unit is assigned.
1
Applies the Path coordinate system of the location where the constraint point is placed.
X, Y, Z : The X, Y, and Z coordinates of the Point Library ori
VXX, VXY, VXZ : A vector value in the X-axis direction from the Point Library.
VYX, VYY, VYZ : A vector value in the Y-axis direction from the Point Library.
PARAMETER : Name of the Parameter Set to apply to the assigned library
value
*ASSIGNED_PARAMETER의 Parameter Set Name
Note
If there is no value, apply the Default Assigned Parameter.
*CURVE_LIBRARY
| ;NAME | PATH | DIRECTION | OFFSET-Y | OFFSET-Z | ROTATION TYPE |
ANGLE | SECTION VARIATION | RIGID TYPE | REF. POINT | REF. POINT-1 | REF. POINT-2 | PARAMETER |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Curve library-1 | default | from start | 0 | 0 | all | 0 | rigid | level | (blank) | (blank) | (blank) | Parameter-1 |
| Curve library-2 | path-1 | from start | (blank) | (blank) | all | 0 | deformed | (blank) | 1 | 0 | (blank) | Parameter-2 |
| Curve library-3 | path-2 | from start | (blank) | (blank) | all | 0 | deformed | (blank) | 2 | 0 | 0 | Parameter-3 |
NAME : Name of the Curve Library to assign.
value
Curve Library registered in Base mode.
PATH : Name of the Constraint Path to which the Curve Library is constrained.
value
default
*MAIN_CONSTRAINT_PATH > NAME
*RIGID_CONSTRAINT_PATH > NAME
*SUB_CONSTRAINT_PATH > NAME
DIRECTION : Assignment direction in the Curve Library.
value
from start
from end
OFFSET-Y, OFFSET-Z : The offset distance in the Local Y and Local Z axis directions from the Constraint Path.
blank condition
PATH ≠ default
ROTATION TYPE : The type of additional rotation to apply.
value
all
Rotate both the offset direction and geometry.
offset
Rotate offset direction only.
object
Rotate geometry only.
ANGLE : Rotation angle
SECTION VARIATION : The type of cross-sectional change for Path Linked Entities in the Curve Library based on Super Elevation.
value (default : rigid)
rigid
The geometry of the user section does not change.
deformed
The geometry of the user section has changed
RIGID TYPE : Rotation of a fixed cross-sectional shape by Super Elevation.
value (default : level)
level
Section does not rotate with Super Elevation
rotation
Section rotates based on Super Elevation
blank condition
SECTION VARIATION = "deformed"
REFERENCE POINT : Number of reference points to apply when changing the cross-sectional shape based on Super Elevation.
value (default : 1)
1
2
blank condition
SECTION VARIATION = "rigid"
REFERENCE POINT-1 : Location of the first reference point (offset distance from the path to which the Curve Library is assigned).
blank condition
SECTION VARIATION = "rigid"
REFERENCE POINT-2 : Location of the second reference point (offset distance from the Path to which the Curve Library is assigned).
blank condition
SECTION VARIATION = “rigid"
REFERENCE POINT = "1"
PARAMETER : Name of the Parameter Set to apply to the assigned library.value
Parameter Set Name of *ASSIGNED_PARAMETER
Note
If there is no value, apply the Default Assigned Parameter.
*TENDON_GROUP
| ;NAME | START POINT | X-DIR.(VX) | X-DIR.(VY) | X-DIR.(VZ) | OFFSET(HORIZ.) | OFFSET(VERT.) | ALIGN TYPE |
|---|---|---|---|---|---|---|---|
| Tendon group-1 | start | 0 | 0 | 0 | 0 | 0 | tangential |
NAME : Name of Tendon Group
START POINT : The starting location of the path.
value
start
end
X-DIRECTION(VX), X-DIRECTION(VY), X-DIRECTION(VZ) : Vector value in the X axis direction of the cross section.
OFFSET(HORIZONTAL), OFFSET(VERTICAL) : Horizontal and vertical offset distance of reference points
ALIGN TYPE : Direction to track the location of the Tendon Profile Point from the Tendon Path.
value
tangential
parallel
*TENDON_PATH
| ;GROUP | PATH-1 | PATH-2 | PATH-3 | PATH-4 | PATH-5 | PATH-6 | PATH-7 | PATH-8 | PATH-9 | PATH-10 |
|---|---|---|---|---|---|---|---|---|---|---|
| Tendon group-1 | default |
GROUP : Name of the Tendon Group
value
*TENDON_GROUP > NAME
PATH-# : Name of the Constraint Path to which the Tendon Group is constrained.value
default
*MAIN_CONSTRAINT_PATH > NAME
*RIGID_CONSTRAINT_PATH > NAME
*SUB_CONSTRAINT_PATH > NAME
*TENDON_ANCHORAGE
| ;NAME | USE DB | MANUFACTURER | ANCHORAGE TYPE | DB LIST |
|---|---|---|---|---|
| Anchorage-1 | 1 | Dywidag | dead end | Dywidag P 5-4 |
NAME : Name of Tendon Anchorage
USE DB : Applicability of DB
value
0
Not applying DB.
1
Applied DB
MANUFACTURER : Manufacturer's Name
value
List of folders in the path below
CIM installation folder\Tendon Anchorage\
blank condition
USE DB = “0”
ANCHORAGE TYPE : Types of Tendon Anchorage
value
dead end
flat
plate
DB LIST : Name of DB
value
ex. if "MANUFACTURER = Dywidag", "ANCHORAGE TYPE = dead end"
“CIM installation folder\Tendon Anchorage\Dywidag” The value in the first column from the "dead end.anc" file in the folder.
blank condition
USE DB = “0”
*TENDON_PROPERTY
| ;NAME | GROUP | TENDON TYPE | TENDON DIR. | LINE TYPE | ARRAY VALUE | ARRAY NUMBER | TENDON AREA | DUCT | DUCT TYPE | DUCT DIM. 1 | DUCT DIM. 2 | ANCHORAGE (START) |
ANCHORAGE (END) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Tendon-1 | Tendon group-1 | longitudinal | (blank) | spline | (blank) | (blank) | 0 | 0 | (blank) | (blank) | (blank) | ||
| Tendon-2 | Tendon group-1 | transverse | horizontal | spline | 0 | 0 | 0 | 1 | round | 0 | (blank) | Anchorage-1 | |
| Tendon-3 | Tendon group-1 | longitudinal | (blank) | spline | (blank) | (blank) | 0 | 1 | flat | 0 | 0 | Anchorage-1 | Anchorage-1 |
NAME : Name of Tendon
GROUP : Name of Tendon Group
value
*TENDON_GROUP > NAME
TENDON TYPE : Types of Tendons
value
longitudinal
transverse
TENDON DIRECTION : Tendon Creation Direction
value
horizontal
vertical
blank condition
TENDON TYPE = “longitudinal”
LINE TYPE : Curve Types for Tendons
value
spline
round
polygonal
ARRAY VALUE : Array Spacing for Transverse Tendons
blank condition
TENDON TYPE = “longitudinal”
ARRAY NUMBER : Number of arrays of Transverse Tendons
blank condition
TENDON TYPE = “longitudinal”
TENDON AREA : Tendon's Area
DUCT : DUCT application options
value
0
Not applying Duct
1
Duct applied
DUCT TYPE : Types of DUCTs
value
round
flat
blank condition
DUCT = “0”
DUCT DIM. 1 : The first dimension of the DUCT.
blank condition
DUCT = “0”
DUCT DIM. 2 : The second dimension of the DUCT.
blank condition
DUCT = “0”
DUCT TYPE = “round”
ANCHORAGE(START), ANCHORAGE(END) : Name of the Anchorage that is created at each end of the Tendon.
value
*TENDON_ANCHORAGE > NAME
If no value: Import as "None".
*TENDON_PROFILE
| ;NAME | STATION | SPAN STATION | OFFSET(HORIZ.) | OFFSET(VERT.) | STRAIGHT(START) | STRAIGHT(END) | RADIUS(HORIZ.) | RADIUS(VERT.) |
|---|---|---|---|---|---|---|---|---|
| Tendon-1 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 |
NAME : Name of Tendon
value
*TENDON_PROPERTY > NAME
STATION : The distance from the start of the path to the coordinate point.
SPAN STATION : Position of coordinate points in the Span (Ratio)
OFFSET(HORIZ.), OFFSET(VERT.) : The distance of a coordinate point in the horizontal and vertical directions from the Reference Point.
STRAIGHT(START), STRAIGHT(END) : Straight line length from start, end from coordinate points
RADIUS(HORIZONTAL), RADIUS(VERTICAL) : Horizontal and vertical radius from coordinate point
*BASE_PARAMETER
| ;TYPE | PARAMETER NAME | VARIABLE NAME | LENGTH | ANGLE | COORDINATE |
|---|---|---|---|---|---|
| length | Parameter-1 | a | 0 | (blank) | (blank) |
| angle | Parameter-2 | b | (blank) | 0 | (blank) |
| coordinate | Parameter-3 | c | (blank) | (blank) | 0 |
TYPE : Types of Parameters
value
length
angle
coordinate
PARAMETER NAME : Name of Parameter
VARIABLE NAME : Variable Name for Parameter
LENGTH : Length value of the parameter
blank condition
TYPE ≠ “length”
ANGLE : Angle value of the parameter
blank condition
TYPE ≠ “angle”
COORDINATE : Coordinate value of the parameter
blank condition
TYPE ≠ “coordinate”
*ASSIGNED_PARAMETER
Note
Create an *ASSIGNED_PARAMETER for each Parameter Set.
Write the Name of the Parameter Set in the cell to the right of the Keyword (*ASSIGNED_PARAMETER) (Column B).
| ;PARAMETER NUMBER | FUNCTIONAL | EQUATION | LENGTH | ANGLE | COORDINATE |
|---|---|---|---|---|---|
| 1 | 0 | (blank) | 0 | (blank) | (blank) |
PARAMETER NUMBER : Parameter's number
Note
The first Parameter is numbered "1".
FUNCTIONAL : Automatic calculation of Parameter values via Equation.
value
0
Entered a parameter value directly
1
Auto-calculate Parameter values via Equation
EQUATION : Automatic formulas for parameter values
blank condition
FUNCTIONAL = "0"
LENGTH : Length value of the parameter
blank condition
FUNCTIONAL = "1"
Parameter type of that number ≠ "length"
ANGLE : Angle value of the parameter
blank condition
FUNCTIONAL = "1"
Parameter type of that number ≠ "angle"
COORDINATE : Coordinate value of the parameter
blank condition
FUNCTIONAL = "1"
Parameter type of that number ≠ "coordinate"
Reference Materials
Unzip the file to a folder and run Text format.