Summary

• Create a Curve Library 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

[Curve Library Mode]

• Ribbon Menu > [Curve Library] Tab > [Import] Group > Text File

Explanation

• DIRECTION: Direction of the Default Constraint Path

  • value

    • x+

    • y+

    • z+

    • x-

    • y-

    • z-

  • default

    • x+

See *CONSTRAINT_PLANE in the https://midasuser.atlassian.net/wiki/x/E4ONTg

See *MAIN_CONSTRAINT_PATH in the https://midasuser.atlassian.net/wiki/x/E4ONTg

See *CONSTRAINT_POINT in the https://midasuser.atlassian.net/wiki/x/E4ONTg

See *CONSTRAINT_ARRAY_POINT in the https://midasuser.atlassian.net/wiki/x/E4ONTg

• NAME : Name of Path Linked Entity

• PATH : Path Name of the Constraint Path to which the Linked Entity is constrained

  • value

    • default

    • *MAIN_CONSTRAINT_PATH > NAME

• TAPERED SECTION : Options for tapered section

  • value

    • 0

      • Not applied Tapered Section

    • 1

      • Applied Tapered Section

• SECTION(START) : Name of the start point User Section of the Path Linked Entity

  • value

    • Name of the User Section that is registered in Curve Library mode.

• X(START), Y(START), Z(START) : Coordinates of the origin of the start point User Section.

  • blank condition of X(START)

    • *SETTING > DIRECTION = “X+” or “X-”

  • blank condition of Y(START)

    • SETTING > DIRECTION = “Y+” or “Y-”

  • blank condition of Z(START)

    • SETTING > DIRECTION = “Z+” or “Z-”

• VXX(START), VXY(START), VXZ(START) : Direction vector on the X-axis of the start point User Section.

  • blank condition of VXX(START)

    • SETTING > DIRECTION = “X+” or “X-”

  • blank condition of VXY(START)

    • SETTING > DIRECTION = “Y+” or “Y-”

  • blank condition of VXZ(START)

    • SETTING > DIRECTION = “Z+” or “Z-”

• VYX(START), VYY(START), VYZ(START) : Direction vector on the Y-axis of the start point User Section.

  • blank condition of VYX(START)

    • SETTING > DIRECTION = “X+” or “X-”

  • blank condition of VYY(START)

    • SETTING > DIRECTION = “Y+” or “Y-”

  • blank condition of VYZ(START)

    • SETTING > DIRECTION = “Z+” or “Z-”

• SECTION(END), X(END), Y(END), Z(END), VXX(END), VXY(END), VXZ(END), VYX(END), VYY(END), VYZ(END)

  • Data for the end point User Section, with the same content as the star tpoint User Section

  • User Section

    • TAPERED SECTION = “0”

• PARAMETER(START): Parameter Set Name of the start point User Section.

  • value

    • Parameter Set Name of *ASSIGNED_PARAMETER

  • Note!

    • If there is no value, apply the Default Assigned Parameter.

• PARAMETER(END): Parameter Set Name of the end point User Section.

  • value

    • Parameter Set Name of *ASSIGNED_PARAMETER

  • blank condition

    • TAPERED SECTION = “0”

  • Note!

    • If there is no value, apply the Default Assigned Parameter.

• NAME : Name of Path Linked Entity

  • value

    • *PATH_LINKED_ENTITY > NAME

      • *PATH_LINKED_ENTITY > TAPERED SECTIOThe *PATH_LINKED_ENTITY > TAPERED SECTION column must have a value of "1"

• VARIATION ORIGIN : Base position of Variation

  • value

    • lb

      • Left-Bottom

    • cb

      • Center-Bottom

    • rb

      • Right-Bottom

    • lc

      • Left-Center

    • cc

      • Center-Center

    • rc

      • Right-Center

    • lt

      • Left-Top

    • ct

      • Center-Top

    • rt

      • Right-Top

    • path

      • Path Location

• VARIATION TYPE(Y), VARIATION TYPE(Z) : Types of changes in curves by Y- and Z-axis direction

  • value

    • linear

    • parabolic

    • cubic

    • polynomial

    • arc

• ORDER(Y), ORDER(Z) : Degree of curve by Y- and Z-axis direction

  • blank condition

    • VARIATION TYPE ≠ “polynomial”

• RADIUS(Y), RADIUS(Z) : Radius of curve (Arc) by Y- and Z-axis direction

  • blank condition

    • VARIATION TYPE ≠ “arc”

• CONVEXITY(Y), CONVEXITY(Z) : Shape of curves by Y- and Z-axis direction

  • value

    • 0

      • Concave curve

    • 1

      • Convex curve

  • blank condition

    • VARIATION TYPE = “linear”

• NAME: Name of Path Linked Entity

  • value

    • *PATH_LINKED_ENTITY > NAME

• MEMBER TYPE: Member Type for Path Linked Entitiy

  • value

    • structural

    • nonstructural

    • void

• MATERIAL TYPE: Material Type for Path Linked Entitiy

  • value

    • concrete

    • steel

  • Note!

    • Properties that do not appear in the Path Linked Entity's property pane UI.(The Material Type that currently appears in the Property Pane UI is the data for calculating the quantity).

    • The data below is for validation purposes.

      • *PATH_LINKED_ENTITY > SECTION(START), SECTION(END)

        • If MATERIAL TYPE is "concrete" : Only the User Section of Concrete Type is valid.

        • If MATERIAL TYPE is "steel" : Only User Section of Steel Type is valid.

      • *PATH_LINKED_ENTITY_PROPERTY > MATERIAL

        • If MATERIAL TYPE is "concrete" : Only Material of Concrete Type is valid.

        • If MATERIAL TYPE is "steel": Only Material of Steel Type is valid.

• MATERIAL: Material Name for Path Linked Entitiy

• CUTTING GROUP: Name of the Cutting Group the Path Linked Entity belongs to

  • value

    • default

      • Apply Default Group

  • Note!

    • If there is no value, the Cutting Property is not applied.

• CUTTING TYPE: Role in Cutting Groups

  • value

    • target

    • tool

  • blank condition

    • CUTTING GROUP = (blank)

See *BASE_PARAMETER in the https://midasuser.atlassian.net/wiki/x/E4ONTg

See *ASSIGNED_PARAMETER in the https://midasuser.atlassian.net/wiki/x/E4ONTg

Reference Materials

Enter Curve Library Mode, load the Usersection of the archive, and run Text format.

• Ribbon Menu > [Base] Tab > [Library] Group > Curve > Create

• Ribbon Menu > [Base] Tab > [Property] Group > User Section > Import