Aveva E3d Macros ✦ Pro & Essential

AVEVA E3D macros are primarily written using PML (Programmable Macro Language), the same engine used in its predecessor, PDMS. Macros allow you to automate repetitive tasks, create custom forms, and extend the software's native capabilities. 1. Getting Started with PML

Macros in E3D are typically saved as .pmlmac or simple .txt files containing a series of command lines.

Variable Types: Use STRING, REAL, BOOLEAN, or ARRAY to store data.

Basic Syntax: Commands are generally written exactly as they would be typed into the Command Window.

Comments: Use $( ... $) for block comments or $-- for single-line comments to document your code. 2. Creating and Running a Macro

Write the Code: Open a text editor (like Notepad++ or VS Code) and type your sequence of E3D commands.

Save the File: Save it to a directory included in your PML Search Path (defined by the PMLLIB environment variable).

Register the File: If you added a new file to the PML library, run the command PML REHASH in E3D to refresh the index.

Execute: Run the macro by typing $M /C:\path\to\yourmacro.txt or simply the filename if it is in your search path. 3. Key Automation Concepts

Collections & Filters: Use COLLECT commands to gather specific elements (e.g., all Pipes or Valves) into a list for bulk modification.

Forms & Menus: You can design custom GUI windows using setup form !!MyForm to give users a visual interface for your automation.

Error Handling: Use handle ANY blocks to prevent the macro from crashing if a command fails during execution. 4. Helpful Resources

Official Documentation: Look for the "Software Customization Reference Manual" within your AVEVA installation folder or on the AVEVA Support Portal.

Community Snippets: Sites like 3D Software Customization offer free sample macros for learning tasks like clash detection or attribute modification.

Video Tutorials: Brief visual guides for setting up productivity tools can be found on YouTube. E3D Productivity : Quick Macro

Unlocking Efficiency: A Beginner’s Guide to AVEVA E3D Macros If you’ve spent any significant time in AVEVA E3D Design

, you know that repetitive tasks are the silent killers of productivity. Whether it’s renaming hundreds of elements or consistently setting up complex equipment, doing it manually is a recipe for boredom—and errors. The solution?

. In E3D, macros allow you to bundle sequences of commands into a single executable file, turning minutes of clicking into seconds of processing. What Exactly is an AVEVA E3D Macro? At its simplest, a macro is a text file (usually with a

extension) containing a list of commands that you would normally type into the Command Line. When you run the macro, E3D executes these lines in order. For more advanced logic, E3D uses PML (Programmable Macro Language)

. While basic macros follow a linear path, PML allows for loops, "if-then" logic, and custom user forms. Why You Should Start Using Macros Today Consistency:

Ensure every designer on your team follows the same naming conventions or modeling standards.

Automate bulk updates to attributes (UDAs) across entire sites or zones. Eliminate the "human element" in tedious data entry tasks. How to Write Your First Macro

You don’t need a specialized IDE to start. A simple text editor like works perfectly—you can even find PML syntax highlighters online to make the code easier to read. A simple example:

Imagine you want to create a standard equipment primitive and set its color. Your macro file might look like this: NEW BOX XLEN 1000 YLEN 1000 ZLEN 1000 COLOUR RED Use code with caution. Copied to clipboard Running Your Macros

Once your file is saved, you can run it inside E3D by typing followed by the file path in the command window: $m /C:/Macros/MyFirstMacro.mac Pro Tip: Record to Learn

If you aren't sure what the command syntax is for a specific action, use the Command Logger

. Perform the action manually in the 3D canvas, and watch the Command Line or log file to see exactly what code E3D generated. Copy, paste, and tweak that code into your macro! Moving Beyond the Basics Once you’re comfortable with basic files, explore

to create custom UI buttons and forms. This turns your scripts into professional tools that anyone on your project can use with a single click. Ready to automate your workflow?

Start by identifying the one task you hate doing manually every day—that’s your first macro candidate. Do you have a specific PML logic problem custom form you're trying to build in E3D right now?

Macros in AVEVA Everything3D (E3D) are powerful automation scripts designed to streamline design tasks, reduce repetitive work, and enhance project efficiency

. By utilizing PML (Programmable Macro Language), users can automate complex 3D modeling, modifications, and drawing production within the E3D environment. ASTS Global Core Features of AVEVA E3D Macros PML Automation (Programmable Macro Language):

Macros use PML to perform automated tasks, which can range from simple design changes to complex procedures that would take hours to do manually. Command Line Interaction:

Macros allow users to run commands directly from a text file, allowing for the automation of command-line sequences that are commonly used, such as show !!TDSmacassist to access macro assistance. Workflow Efficiency:

Macros reduce manual input, helping to minimize design errors and significantly increase productivity, particularly in high-precision, detailed 3D modeling projects. PML Rehash Command: PML REHASH

command is a key feature used to update the PML index, allowing the system to recognize new macro files instantly without restarting the application. Customizable User Directory:

Users can define and switch between different PML directories ( PDMS user directory ) to organize their macros effectively. How to Use E3D Macros (Simple Workflow) Create a Text File: Write the desired commands in a plain text file. Register Macros: Use the command PML REHASH aveva e3d macros

in the E3D command window to update the macro library and recognize the new file. Run Macros: show !!TDSmacassist

to open the Macro Assistant, then click on the required file from the list to execute the commands. Directory Selection:

The macro assistant allows navigating to specific folders to choose macros, with an option to refresh the library. Benefits of E3D Macros Error Reduction: Automating repetitive tasks leads to fewer human errors. Increased Productivity:

Enables faster design turnaround for complex plant projects. Consistency:

Ensures that repetitive tasks (like structural modeling or piping placement) follow the same standard, as described in. ASTS Global

AVEVA E3D macros are powered by the Programmable Macro Language (PML)

, a domain-specific language used to automate complex modeling tasks and customize the user interface. Below is a look into the core features and advanced capabilities of macros in the E3D environment. AVEVA™ Documentation Core Macro Features Command Automation

: Users can store frequently used command sequences in text files (often with a extension) to execute them with a single click. Variable Management : PML supports both local variables global variables

), which can be assigned types such as REAL, STRING, BOOLEAN, or ARRAY. Arguments and Parameters

: Macros can be written in a generalized form using parameters for dimensions or part numbers, allowing users to input specific values only at runtime. Legacy Compatibility : The traditional

mechanism for invoking macros remains available, and most existing PML code from older versions (like PDMS) works unmodified. Advanced Customization Capabilities UI Form Design

: You can create custom graphical forms, gadgets, and menus using PML to overcome limitations of standard software interfaces. System Integration

: Macros can be used to export data to external formats, such as generating

(for Navisworks) or importing Excel files directly into E3D tables. Error Handling

: Advanced macros use error-handling blocks to manage cases where selected elements lack specific attributes, such as missing "P points" on a model. PML Rehash : A critical administrative feature where the PML rehash

command is used to scan libraries and register new macro files or forms in the system index. AVEVA Learning Academy Typical Use Cases Bulk Modeling

: Automating the creation of repetitive structures like tanks, holes, or gratings.

: Generating custom reports for missing components or verifying model weights. Workflow Optimization

: Using tools like "Quick Macro" to manage and sort frequently used scripts for daily design tasks.

AVEVA E3D (Everything3D) macros are powerful automation tools used to streamline workflows in 3D design for plant, marine, and power industries . These macros are primarily written using PML (Programmable Macro Language) , the native scripting language for AVEVA software. What are AVEVA E3D Macros?

Macros are scripts that execute a sequence of commands to perform repetitive tasks, customize the user interface, or handle complex data operations. They allow users to go beyond standard software features by automating: Repetitive Modeling

: Creating multiple standard components (like equipment or pipe runs) with consistent parameters. Data Management

: Reading or writing data between E3D and external files such as Custom Interface Elements

: Creating bespoke forms, toolbars, and menus to improve designer efficiency. System Administration

: Bulk renaming of elements, moving hierarchies, or managing database attributes. Key Components of PML

PML is the engine behind E3D macros and is typically categorized into two levels:

: A simpler command-driven syntax used for basic automation and executing standard E3D commands.

: An object-oriented version that supports complex logic, including variables, arrays, loops, and object-oriented forms Common Use Cases Bulk ISO Creation : Automating the generation of piping isometrics. Inter-Software Integration

: Linking E3D data with external engineering databases or Excel spreadsheets for reporting. Custom Design Rules

: Implementing company-specific design checks that trigger automatically during the modeling process. For those looking to start, resources like the AVEVA Customisation Guide

provide formal documentation on PML syntax and error handling. sample PML script

for a specific task, such as creating a standard equipment block? PML Macros for 3D Software Users | PDF - Scribd

Unlocking the Power of Aveva E3D Macros: A Comprehensive Guide

In the world of engineering and design, software tools play a crucial role in streamlining workflows, enhancing productivity, and driving innovation. One such powerful tool is Aveva E3D, a cutting-edge 3D design and engineering solution widely used in various industries, including oil and gas, power, and marine. To further extend the capabilities of E3D, Aveva E3D macros come into play, offering users a way to automate repetitive tasks, customize their workflow, and unlock new levels of efficiency. In this article, we will delve into the world of Aveva E3D macros, exploring their benefits, applications, and best practices for implementation.

What are Aveva E3D Macros?

Aveva E3D macros are small programs or scripts that can be created and used within the E3D environment to automate tasks, modify data, and interact with the software's various components. These macros are typically written in a programming language, such as Visual Basic (VB) or C#, and can be used to perform a wide range of functions, from simple data manipulation to complex geometric calculations.

Benefits of Using Aveva E3D Macros

The use of Aveva E3D macros offers numerous benefits to designers, engineers, and organizations, including:

1. Increased Productivity: By automating repetitive tasks, macros can significantly reduce the time spent on routine activities, freeing up users to focus on more complex and creative tasks.
2. Improved Accuracy: Macros can help minimize errors by performing tasks with precision and consistency, reducing the likelihood of human mistakes.
3. Customization: Macros allow users to tailor their E3D experience to their specific needs, creating a more personalized and efficient workflow.
4. Enhanced Collaboration: Macros can be shared across teams and organizations, promoting collaboration and standardization of processes.

Common Applications of Aveva E3D Macros

Aveva E3D macros can be applied to a variety of tasks and industries, including:

1. Design Automation: Macros can automate the creation of standard design elements, such as piping and instrumentation diagrams (P&IDs), or generate reports and documentation.
2. Data Management: Macros can be used to manage and manipulate large datasets, such as material takeoffs or equipment lists.
3. Geometric Calculations: Macros can perform complex geometric calculations, such as interference detection or clearance checks.
4. Integration with Other Tools: Macros can be used to integrate E3D with other software tools, such as enterprise resource planning (ERP) systems or computer-aided manufacturing (CAM) software.

Creating and Using Aveva E3D Macros

To create and use Aveva E3D macros, users typically follow these steps:

1. Familiarize yourself with the E3D API: The E3D API (Application Programming Interface) provides a set of libraries and tools for developing macros. Users should familiarize themselves with the API and its documentation.
2. Choose a programming language: Users can choose a programming language, such as VB or C#, to write their macros.
3. Write and test the macro: Users write and test their macro, using the E3D API and programming language of their choice.
4. Deploy and share the macro: Once tested, the macro can be deployed and shared across the organization, either through a central repository or via a network share.

Best Practices for Aveva E3D Macros

To get the most out of Aveva E3D macros, users should follow best practices, including:

1. Document your macros: Clearly document your macros, including their purpose, functionality, and any assumptions or dependencies.
2. Test thoroughly: Test your macros thoroughly to ensure they work as expected and do not introduce errors or bugs.
3. Use version control: Use version control systems to manage changes to your macros and ensure that all users have access to the latest versions.
4. Follow security guidelines: Follow security guidelines and best practices to ensure that your macros do not compromise the integrity of your E3D system or data.

Conclusion

Aveva E3D macros offer a powerful way to extend the capabilities of E3D, automating tasks, customizing workflows, and driving innovation. By understanding the benefits, applications, and best practices for creating and using macros, users can unlock new levels of efficiency, productivity, and collaboration. Whether you are a seasoned E3D user or just starting to explore the world of macros, this article has provided a comprehensive guide to getting started with Aveva E3D macros.

In AVEVA E3D Design, macros are automated scripts written in Programmable Macro Language (PML). They allow you to automate repetitive modeling tasks, customize the user interface, and manage complex database operations. 1. Getting Started with PML

PML is the core language for creating E3D macros. It exists in two primary versions:

PML1: Primarily used for simple command sequences and legacy macros.

PML2: An object-oriented version used for complex logic, custom forms, and advanced data handling. 2. Creating a Basic Macro

A macro is essentially a text file containing a series of valid E3D commands.

Write the Script: Use a text editor (like Notepad++) to list commands exactly as you would type them in the command window.

Save the File: Save your file with a .mac extension (e.g., create_site.mac). Run the Macro:

Drag and Drop: Drag the file directly into the Command Window in E3D.

Command Line: Type $M /path/to/your/macro.mac in the command console. 3. Advanced Macro Features

To make your macros more dynamic and interactive, you can use advanced PML features: Programmable Macro Language - AVEVA™ Documentation

Table of Contents * Quick Access Toolbar. * Messages and Message Log. Messages in the Status Bar. Message Log. * Command Window. * AVEVA™ Documentation Publishing Using PML Macros - AVEVA™ Documentation

Note on "Make an Paper" (Generating a Document)

If your request was literal and you wanted to know how to make a report (paper document) within the software: E3D (and its parent suites like Safeti) typically has a "Report Generator" or "Summary Report" button. This function acts like a macro that compiles the input parameters, the 3D map view, and the consequence contours (e.g., explosion overpressure zones) into a printable document format or PDF. You generally access this via the File > Report menu.

AVEVA E3D macros are essential automation scripts written in Programmable Macro Language (PML) that allow plant designers and administrators to automate repetitive tasks, customize the user interface, and manage complex 3D data efficiently. By leveraging these macros, users can transform manual multi-step workflows—such as generating reports, creating equipment primitives, or exporting review files—into single-click actions. Understanding the Core Technology: PML

At the heart of AVEVA E3D macros is PML, a domain-specific language developed by AVEVA. It has evolved through several iterations to meet increasing project complexity:

PML1: The legacy version used for basic command sequences and simple forms.

PML2: An object-oriented upgrade that supports complex variables (Strings, Reals, Booleans, Arrays), control logic (IF/DO loops), and custom methods.

PML.NET: The most advanced tier, allowing integration with the .NET framework to create sophisticated custom add-ins and UI controls. Common Use Cases for E3D Macros

Macros are used across all engineering disciplines in E3D—Piping, Structural, and Mechanical—to solve specific bottleneck issues: Programmable Macro Language - AVEVA™ Documentation

The Programmable Macro Language (PML) is a domain specific language developed by AVEVA to customize AVEVA products. AVEVA™ Documentation AVEVA Programmable Macro Language Guide | PDF - Scribd

Jack stood over his workstation, staring at a complex piping manifold that refused to cooperate. In the world of AVEVA E3D Design, he was a master, but today, he was facing a deadline that even his fast clicking couldn't beat. He needed to update the attributes for three hundred valves across four different zones—manually, it would take him until dawn.

“Time for a little magic,” Jack whispered. He opened the Command Window and pulled up his library of PML (Programmable Macro Language) scripts.

He selected his favorite tool: update_valve_specs.pml. This wasn't just a command; it was a sequence of logic he’d spent weeks refining. With a few keystrokes, the macro sprang to life. It began scanning the hierarchy, identifying every valve that matched the project's new pressure rating.

On his screen, the 3D model started to flicker rhythmically. To an outsider, it looked like a glitch, but to Jack, it was a symphony. The macro was navigating the Design Explorer, opening each element, modifying the 'Spec' and 'Detail' attributes, and logging the changes in a text file.

Minutes passed. While his colleagues were still grinding through manual property windows, Jack leaned back and took a sip of cold coffee. Ding. The console read: 342 elements updated. 0 errors. AVEVA E3D macros are primarily written using PML

Jack ran a quick global update. The manifold, once a sea of mismatched colors, shifted into a uniform, compliant blue. He hadn't just saved his night; he’d ensured that when the fabrication team pulled the ISO drawings, every single bolt and gasket would be exactly where it belonged.

In the high-stakes world of plant engineering, Jack knew the secret: the best designers don't just model—they automate.

AVEVA E3D (Everything3D) macros are powerful tools used to automate repetitive tasks and extend the software's functionality. They are primarily written in PML (Programmable Macro Language). 1. Introduction to AVEVA PML

PML is the scripting language used across AVEVA's engineering software. It allows you to manipulate 3D objects, query attributes, and automate UI actions.

PML1: The older, basic macro style. Usually simple lists of commands saved in a .mac file.

PML2: The modern, object-oriented version. It supports complex logic, objects, and customized forms (UI). 2. Basic Macro Structure

A simple PML1 macro is just a text file with a sequence of E3D commands. File Extension: .mac or .pml.

Execution: Run it by typing $m /path/to/file.mac in the Command Window. Example: Creating a simple box NEW BOX XLEN 1000 YLEN 1000 ZLEN 1000 Use code with caution. Copied to clipboard 3. Key Macro Components

To build effective guides, you need to master these three areas: Variables: Used to store data. !name = 'Pump-01' (String) !count = 10 (Real) Queries: Fetching information from the 3D model. Q NAME (Query the name of the current element) !pos = POSITION (Store the coordinates) Control Logic: Using if statements and loops. if (!count gt 5) then $P The count is high! endif Use code with caution. Copied to clipboard 4. PML Forms and Menus

For professional tools, you will want a User Interface. PML allows you to define "Forms." Gadgets: Buttons, text boxes, and toggles within a form. Callbacks: Code that runs when a user clicks a button. 5. Best Practices for Writing Macros

Comments: Always use $( This is a comment $) to explain your logic.

Pathing: Store your macros in a directory included in the PMLLIB or PMLUI environment variables so E3D can find them automatically.

Error Handling: Use handle blocks to prevent the macro from crashing if it encounters a locked element or a missing attribute. 6. Helpful Learning Resources

PML Reference Manual: Located in the \Documentation folder of your E3D installation.

Command Window Log: Turn on logging (ALPHA LOG /C:/log.txt) to record your manual clicks and see what commands E3D is running in the background.

The world of AVEVA E3D is often one of rigid coordinates and strict engineering specs, but behind every massive industrial plant model is a "story" written in Programmable Macro Language (PML)

. Here is a story of how a single macro saved a project from certain doom. The Midnight "Clash"

It was 11:00 PM on a Friday. The deadline for the $2 billion refinery project was Monday morning, and the Lead Piping Designer, Sarah, just received the worst news: the structural team had shifted the main pipe rack by 150mm to the east.

In the 3D model, thousands of pipes were now "clashing"—intersecting through steel beams like ghosts. Manually moving each pipe, nozzle, and support would take weeks. Enter the Macro: "The Great Realignment" Sarah didn't panic. She opened her Command Window and reached for her secret weapon: a custom file she had written months ago called RackShift.txt

While others saw a disaster, the macro saw a series of logic steps: Identify the Targets

: It scanned the database for all elements within the "Zone" of the rack. Calculate the Delta : Using variables like !!deltaX = 150 , it prepared the movement. Execute the Move

: With a single command loop, it iterated through every pipe branch, equipment primitive, and support, shifting them exactly 150mm East. The Result

Sarah dragged the file into the E3D window. The screen flickered as the macro processed thousands of lines of data. Five minutes later, the model explorer refreshed. The pipes were perfectly aligned with the new steel. No clashes. No errors. She ran a final Simple Report to verify the new coordinates and exported an

for the morning review. By midnight, she was heading home, leaving her teammates to wonder if she was a wizard or just very good at PML. Want to write your own "Stories"?

If you're looking to automate your own E3D workflows, here are the essential building blocks: The Command Window

: Your stage. This is where you call macros using the syntax $m C:\Path\YourMacro.txt PML (Programmable Macro Language)

: Your script. You can use it to create custom forms, automate reporting, and even handle complex math like pipe slopes. Generalized Forms

: Use parameters instead of fixed numbers so your macro can handle different "stories" (like a 150mm shift today and a 300mm shift tomorrow). E3D Command Techniques and Tips | PDF - Scribd

Title: Unlocking Productivity: A Deep Dive into AVEVA E3D Macros

Subtitle: Automate repetitive tasks, enforce design standards, and slash modeling time with custom command scripting.

Reading Time: 4 minutes

If you have spent any significant time in AVEVA E3D (formerly PDMS), you know the drill. You repeat the same sequence of commands: NEW CE, CONN HEAD, SPREF O:100, CREATE. Over and over again. It is accurate, but it is slow.

Enter E3D Macros – the oldest, yet most underutilized, productivity booster in the software.

A macro is simply a text file (.txt or .mac) containing a list of native E3D commands. When you run the macro, E3D executes each line sequentially as if you typed it yourself. But when done right, macros are not just about speed; they are about standardization and error reduction.

4. Create a Master Macro Menu

Build a macro that presents a text menu: Common Applications of Aveva E3D Macros Aveva E3D

PML TEXT '1. Create Vessel'
PML TEXT '2. Create Pipe Support'
PML TEXT '3. Run Clash Report'
DEFINE CHOICE PROMPT 'Enter choice: '
IF (CHOICE EQ 1) THEN $M create_vessel.mac ENDIF

1. Establish a Macro Library Structure

Z:\E3D_Project\MACROS\
├── Equipment\
│   ├── columns.mac
│   └── pumps.mac
├── Structures\
│   ├── handrail.mac
│   └── ladder.mac
└── Utilities\
    ├── reset_views.mac
    └── attribute_check.mac

Part 6: Common Pitfalls and How to Fix Them