LIST OF PROGRAMS

(As of August 1998)

A. SHEET METAL

A. Rectangle to Rectangle Transition

TRANA

Generates Layout of Rectangle to Rectangle Transition without offset.

TRANAO

Generates Layout of Rectangle to Rectangle Transition with offset.

TRANAOO

Generates Layout of Rectangle to Rectangle Transition with offset and top rectangle inclined at an angle.

B. Rectangle to Circle Transition

TRANB

Generates Layout of Rectangle to Circle Transition.

TRANBXO

Generates Layout of Rectangle to Circle Transition with offset.

TRANBAO

Generates Layout of Rectangle to Circle Transition with offset and circle inclined at an angle.

C. Cones Development

STCONE (Single Truncated Cone)

This program generates a flat layout of a single truncated cone that is cut at an angle at the top.

DTCONE (Double Truncated Cone)

This program generates a flat layout of a double truncated cone that is cut at an angle at the top and at the bottom.

CONE-S

Generates Layout of a CONE, in several predefined number of pieces and cutting allowance, along the length of a rectangular sheet.

CONE-60
Generates Layout of a CONE in two identical pieces along the diagonal of a rectangular piece.

CONE-2PS

Generates Layout of a CONE in two identical pieces along the length of a rectangular sheet.

CONE-1P

Generates Layout of a CONE in a single piece.

CONE-OF

Generates Single Piece Layout of a CONE with offset.

CONE-2OF

Generates Single Piece Layout of a CONE with offset and Cut Top.

D. Cone-Cylinder Intersection

CONCYLP

Generates Layout of CYLINDER for Cone-Cylinder intersection with parallel axis.

CONCYLPX

Generates Layout of HOLE in the Cone, for Cone-Cylinder Intersection with parallel axis.

CONCYLT

Generates Layout of CYLINDER for Cone-Cylinder intersection with the axis at 90 Degrees.

CONCYLTX

Generates Layout of HOLE in the Cone, for Cone-Cylinder intersection with the axis at 90 degrees.

E. Cylinder - Sphere Intersection

CYLSPHR

Generates Layout of CYLINDER for Sphere Cylinder intersection.

F. Cylinder - Cylinder Intersection

CYLCYLB

Generates Layout of CYLINDER for a Cylinder-Cylinder intersection when the cylinders are at an angle without any offset.

CYLCYLC

Generates Layout of CYLINDER for a Cylinder-Cylinder intersection when the cylinders are offset and are intersecting at 90 degrees.

CYLCYLD

Generates Layout of CYLINDER for Cylinder-Cylinder intersection when the cylinders are offset and intersecting at an angle.

CYLCYLF

Generates Layout of Cylinder for Cylinder-Cylinder intersection when the cylinders intersect at their ends, like a picture frame.

CYLHOLE

Generate flat layout of hole in a cylinder for cylinder-cylinder intersection. The cylinders can be offset and intersecting at an angle

CYLCFLAT

Generates Layout of Cylinder when the cylinder intersects with a flat surface.

CYLFLATH

This program generates the shape of the hole in the flat plate for a cylinder to flat plate intersection.

THSELL1

This program generates flat layout of a cylindrical tank shell and the hole: a hole where the pipe intersects with the tank shell.

G. Pyramid Development

PYRAMID1

Generates a Single Piece Layout of a multi sided PYRAMID with offset.

PYRAMID2

Generates a Single Piece Layout of a multi sided PYRAMID with offset and cut top.

H. Boxes and Elbows Development

BOXR

Generates Layout of a Rectangular Box.

ELBOW1

Generates Layout of an ELBOW with a predefined elbow angle.

ELBOWPB (TAPERED ELBOW)

This program calculates various parameters for an elbow that is tapered. The program also draws the tapered elbow on the screen and automatically dimensions it.

B. TANK HEADS

FLATA

This program generates the strip layout of a flat circular plate with a hole in the center.

SHCONE1

This program generates the strip layout of a shallow cone with open top.

HEMIS1

This program generates the flat strip layout of a hemispherical dish.

DISH1

This program generates the flat strip layout of a spherical tank head.

DISHK

This program generates a flat strip layout of a spherical dish with a knuckle radius.

SPECIFICATIONS:

1. SMLayout is written in AutoLISP Programming Language.

2. SMLayout works with all versions of AutoCAD (versions 2.7 and up).

3. SMLayout works on all platforms that run AutoCAD.

4. SMLayout programs do not need any 2D or 3D drawings to generate flat layout.

5. The flat layout drawings, created by SMLayout, contain intelligent vector information like any AutoCAD drawing.

6. SMLayout programs provide a dimensioning option that automatically dimensions the flat layout.