Everything you should know about word count
Text, PDF and Word: tips, use cases, and best practices.
About this word counter tool
This online word counter helps you quickly analyze any content:
plain text, articles, assignments, professional documents, and also PDF files and Word documents.
You instantly get the number of words, characters, sentences, lines, and paragraphs,
plus an estimated reading time and readability information.
The tool is completely free. No sign-up, no subscription, no usage limits.
You can use it as much as you want.
Word count for PDF
The PDF word count feature lets you measure a PDF document in seconds.
Click Import PDF, choose your file, and the text is automatically extracted
into the editor. Then the counter shows word count, character count, and paragraph count,
just like with normal text.
This is useful for checking the length of a report, thesis, contract, or any PDF you receive,
without manually converting it.
Word count for Word (.docx)
You can also count words in a .docx file by importing it directly.
Click Import Word, and the content is analyzed and displayed in the tool.
As with text and PDF, you get all key stats: words, characters, sentences, paragraphs, and reading time.
Word word count is handy for checking the length of an assignment, chapter, article,
or any document written in a word processor.
What is word count used for?
The counter helps you:
- Check text length before publishing
- Improve style and readability
- Match a target length (SEO, school, work, etc.)
- Spot the most used keywords
- Balance sentence and paragraph length
Who is it for?
This tool is for anyone who writes:
- Web writers and bloggers
- Students, teachers, and researchers
- Journalists, authors, and screenwriters
- Copywriters and marketing professionals
- Content creators (social media, e-learning, newsletters…)
- People learning a language or improving their writing
How to use it
It’s simple, whether you count words from text, a PDF, or a Word file.
- Paste your text or use Import PDF / Import Word.
- The tool automatically counts words, characters, sentences, and paragraphs.
- Check the stats: words, characters, readability, reading time, and detected keywords.
- Edit your text if needed: rewrite, expand, shorten, or restructure paragraphs.
- The count updates automatically as you change the text or import a new file.
With instant stats and automatic analysis, you get a clear and accurate word count,
with no conversion, no installation, and no sign-up. Everything runs in your browser.
: For those who need to automate their research, the ovito Python module allows you to run complex post-processing scripts on high-performance computing (HPC) clusters without even opening the graphical interface. Choosing Your Version: Basic vs. Pro
In the realm of materials science, molecular dynamics (MD), and atomistic simulations, stands as the industry-standard software for data analysis and 3D visualization. Among its various window panes and camera configurations, the OVITO Top viewport or Top View setting serves as a foundational vantage point. Looking directly down onto the XY plane, it transforms complex, multi-layered 3D crystal lattices and molecular structures into clear, structural projections.
Perfectly visualizes surface reconstructions, adatom diffusion pathways, and catalyst surfaces.
+-------------------------------------------------------------+ | OVITO TOP VIEWPORT | | [Y-Axis] | | ^ | | | (•) (•) (•) <-- Surface Adatoms | | | (•) (•) (•) (•) | | | (•) (•) (•) <-- Perfectly aligned XY grid | | +---------------------------> [X-Axis] | | | | * Orthographic Projection (No depth distortion) | | * Ideal for 2D Materials & Surface Mapping | +-------------------------------------------------------------+ Coordination Analysis and Filtering
Constructs continuous geometric surfaces around particle clusters to calculate volumes and surface areas.
The "Top" functionality is primarily accessed through the modifier in OVITO. Here is the typical workflow:
Working with the Top view panel inside the OVITO Desktop Application relies on several critical interaction tips:
Allows users to write proprietary math routines directly into the data pipeline.
The software is available in two editions: , which is free and open-source, and OVITO Pro , a professional edition that unlocks exclusive features for advanced research and industry applications.
At the core of OVITO is a unique pipeline-based workflow. Users apply "modifiers" to their data in a sequence that can be reordered or adjusted at any time without losing original data, allowing for real-time interactive exploration.
This "top-down" view allows researchers to instantly identify defects. For example, in a perfect FCC crystal, a stacking fault appears as a distinct plane of HCP atoms. OVITO makes this invisible defect visible at the "top" level of the visualization window.
: When rendering thin films, 2D layers, or surface planes, perspective views add unnecessary distortion. The Top viewport generates uniform, journal-ready orthographic animations.
Switch the rendering engine from OpenGL to an advanced engine like OSPRay to get realistic shadows, ambient occlusion, and precise depth rendering. Even in a 2D orthographic top view, ambient occlusion adds a subtle shadow beneath upper layers, providing a powerful sense of structural relief.
If you are looking for a clothing item, "Ovito" might be a typo for a different model or brand. Some current popular tops include: Esha Knit Crop Shell Top Love, Bonito International
pipeline = import_file("trajectory.dump") pipeline.modifiers.append(CoordinationAnalysisModifier(cutoff=3.0)) pipeline.modifiers.append(ClusterAnalysisModifier(cutoff=3.0, sort_by_size=True)) data = pipeline.compute() # access per-atom properties: data.particles['Coordination'] export_file(pipeline, "processed.dump", "lammps/data")
(Open Visualization Tool) is a high-performance software for visualizing and analyzing atomistic simulation data, such as results from LAMMPS , GROMACS, or AMBER. The VoroTop modifier specifically enables the identification of local atomic structures by analyzing the topology of Voronoi cells. 1. Installation and Getting Started