Sm-ART is a software suite from Sodick-America Corporation that allows middle users to create graphical user interfaces for CNC controllers. It consists of four main parts: Sm-ART Builder for designing interfaces, Sm-ART Interface for running them, Sm-ART Language for translation, and Sm-ART Assistant for help. The interfaces can communicate directly with CNC controllers and be customized through style sheets and components. Sm-ART also allows visualizing NC programs and creating interfaces with QML technology.

1. Version 3
Sodick-America Corporation

2. Abstract
1) What is Sm-ART?
2) Sm-ART Builder
3) Sm-ART Interface
4) Sm-ART Language
5) Sm-ART Assistant
6) Sm-ART Possibilities

3. What is Sm-ART?
 A collective software to help middle users
create and implement their own Graphical
User Interface for Sodick America’s CNC
Controllers.
 Sodick Machine Automated Real-Time
Tuning (Sm-ART) Software consists of
Sm-ART Builder, Sm-ART Interface, Sm-
ART Language, and Sm-ART Assistant

4. Sm-ART Builder
 Graphical User Interface (GUI)
Integrated Design Environment
(IDE)
 Provides the tools necessary
to create the user interface
 Create Forms and Components
that have the ability to
communicate with
our CNC Controllers

5. Sm-ART Interface
 Takes the project created by Sm-ART B and loads the
interface
 Directly communicates with
our CNC Controllers
 Has an adaptive environment
that changes properties of
components with “Sm-ART
Programs”

6. Sm-ART Language
 Translator Program that allows the user to change the
language of a selected project
 Captures the “Caption”
property of each
component and puts them in
an easy to read and edit table

7. Sm-ART Assistant
 A convenient Help Manual

8. What is possible with Sm-ART?
 Create Basic Widgets
 Customize “Style Sheet”
 Visualize Numerical Control (NC) Program
 Utilize Qt Meta Language (QML)

9.  Create basic Widgets such as Buttons, Checkboxes, Labels,
Line Edits, and much more.

10.  Fully
customize the
look of each
component
with “Style
Sheets”

11.  Visualize NC
Programs
before
physically
machining the
work-piece
with the
Graphic
component

12.  Utilize “QML”
technology,
a declarative
language, to
create
interactive
and stunning
user
interfaces