An Interactive Guide to Creating a Simple LabVIEW Program
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The document provides instructions for creating a simple LabVIEW program to calculate the area of a triangle in 12 steps. It will guide the user to open LabVIEW, add numeric controls for the base and height, multiply them together, multiply that result by 0.5, and display the final area in a numeric indicator.
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T12019: ICT104 Program Design and Development
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Assessment type: Programming Assignment
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ICT104: Programming Assignment Compiled By: Divya Leekha T1 2019 Page |
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LabVIEW Assignment
Demo Due Today (in class)
Report Due at the beginning of class on September 10, 2015 (Thursday)
In this assignment, you need to do the following:
1. Using LabVIEW, generate and display a square wave
2. Modify the program from step 1 and add a ‘knob’ to control the amplitude of the square wave that
you generated in step 1 above. Verify that the amplitude of the square wave changes when you
turn the ‘knob’. Save two copies your program with filenames as Square.vi and HiSquare.vi
3. Now, modify the program in HiSquare.vi to scale (i.e. multiply) the amplitude of the square
wave by 10 using a ‘Formula’ VI. Verify the results and save the program file.
(You must complete steps 1, 2 and 3 in 30 minutes)
4. Demonstrate the results corresponding to part 2 (Square.vi ) and part 3 (HiSquare.vi) to the
instructor before the end of class today
5. Turn in a 1-page hard-copy report at the beginning of class on September 10, 2015 (Thursday).
Use Times New Roman font; size 11; 1.5 line spacing to type your report. Your report should
include descriptions for the following:
• The goal(s) of the assignment
• The procedure that you followed in order to complete the assignment
• Challenges/difficulties faced (if any) and how you overcame them
• What you were able to accomplish at the end?
• Conclusion
P.S. Nair
EGGN 100: Introduction to Engineering
LabVIEW Tutorial
Dr. Pradeep Nair
Associate Professor, Computer Engineering
Objectives of the Tutorial:
To generate, display and modify a desired signal shape using
LabVIEW graphical programming
LabVIEW Description:
• LabVIEW is the abbreviation for Laboratory Virtual
Instrumentation Engineering Workbench
• LabVIEW is a product from National Instruments
Corporation (NI)
• LabVIEW is a system design platform that makes use of
Visual Programming/Graphical Programming
• In visual programming, we make use of visual
programming elements known as Virtual Instruments,
or VIs, instead of writing programs/code using
traditional text-based instructions
P.S. Nair
• In other words, we can say that a LabVIEW program is
a collection of VIs
• Visual/Graphical Programming makes the
programming task easier because it allows you to drag-
and-drop icons that represent programming constructs
• Some of the things that LabVIEW can do (it is a
powerful design platform!):
Generate inputs (also known as input signals)
Create a virtual system that meets a set of required
specifications
Analyze the behavior of the system (outputs/output
signals) for a set of inputs
Record/store behavior-related data of the system
Acquire data from external hardware instruments
Communicate with external hardware instruments
Components of a LabVIEW Program:
• User Interface bui ...
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Vaibhav Gupta
Cofounder @ Boundary
in/vaigup
boundaryml/baml
Imagine if every API call you made
failed only 5% of the time
boundaryml/baml
Imagine if every LLM call you made
failed only 5% of the time
boundaryml/baml
Imagine if every LLM call you made
failed only 5% of the time
boundaryml/baml
Fault tolerant systems are hard
but now everything must be
fault tolerant
boundaryml/baml
We need to change how we
think about these systems
Aaron Villalpando
Cofounder @ Boundary
Boundary
Combinator
boundaryml/baml
We used to write websites like this:
boundaryml/baml
But now we do this:
boundaryml/baml
Problems web dev had:
boundaryml/baml
Problems web dev had:
Strings. Strings everywhere.
boundaryml/baml
Problems web dev had:
Strings. Strings everywhere.
State management was impossible.
boundaryml/baml
Problems web dev had:
Strings. Strings everywhere.
State management was impossible.
Dynamic components? forget about it.
boundaryml/baml
Problems web dev had:
Strings. Strings everywhere.
State management was impossible.
Dynamic components? forget about it.
Reuse components? Good luck.
boundaryml/baml
Problems web dev had:
Strings. Strings everywhere.
State management was impossible.
Dynamic components? forget about it.
Reuse components? Good luck.
Iteration loops took minutes.
boundaryml/baml
Problems web dev had:
Strings. Strings everywhere.
State management was impossible.
Dynamic components? forget about it.
Reuse components? Good luck.
Iteration loops took minutes.
Low engineering rigor
boundaryml/baml
React added engineering rigor
boundaryml/baml
The syntax we use changes how we
think about problems
boundaryml/baml
We used to write agents like this:
boundaryml/baml
Problems agents have:
boundaryml/baml
Problems agents have:
Strings. Strings everywhere.
Context management is impossible.
Changing one thing breaks another.
New models come out all the time.
Iteration loops take minutes.
boundaryml/baml
Problems agents have:
Strings. Strings everywhere.
Context management is impossible.
Changing one thing breaks another.
New models come out all the time.
Iteration loops take minutes.
Low engineering rigor
boundaryml/baml
Agents need
the expressiveness of English,
but the structure of code
F*** You, Show Me The Prompt.
boundaryml/baml
<show don’t tell>
Less prompting +
More engineering
=
Reliability +
Maintainability
BAML
Sam
Greg Antonio
Chris
turned down
openai to join
ex-founder, one
of the earliest
BAML users
MIT PhD
20+ years in
compilers
made his own
database, 400k+
youtube views
Vaibhav Gupta
in/vaigup
[email protected]
boundaryml/baml
Thank you!
An Interactive Guide to Creating a Simple LabVIEW Program
- 1. An Interactive Guide to Creating a Simple LabVIEW Program
- 2. Overview • This presentation is designed to be paired with the instructions titled “How to Create a Simple LabVIEW Program.” • Each slide corresponds to a single step of the instructions, providing an animation of how to complete that step of the program.
- 3. Summary of Steps 1. Open a blank LabVIEW document. 2. Open the function palette. 3. Insert a numeric control for the base of the triangle. 4. Insert a numeric control for the height of the triangle. 5. Insert the multiply function. 6. Wire the base and height controls to the multiplier. 7. Insert constant of 0.5. 8. Insert second multiply function. 9. Wire constant and product of base and height to second multiplier. 10. Insert a numeric indicator to display the final answer. 11. Wire result to indicator. 12. Run program.
- 4. Step 1 Open a blank LabVIEW document.
- 5. Step 2 Open the function palette.
- 6. Step 3 Insert a numeric control for the base of the triangle.
- 7. Step 4 Insert a numeric control for the height of the triangle.
- 8. Step 5 Insert the multiply function.
- 9. Step 6 Wire the base and height controls to the multiplier.
- 10. Step 7 Insert constant of 0.5.
- 11. Step 8 Insert second multiply function.
- 12. Step 9 Wire constant and product of base and height to second multiplier.
- 13. Step 10 Insert a numeric indicator to display the final answer.
- 14. Step 11 Wire result to indicator.