Exploring the Enhanced Metafile (EMF) Format: A Practical Guide for Developers

As software developers, we constantly seek efficient and versatile tools to enhance our applications’ capabilities. One such tool that often flies under the radar but holds immense potential is the Enhanced Metafile (EMF) format. EMF serves as a bridge between applications and printers, enabling the creation and manipulation of graphics in a device-independent manner. In this article, we delve into the intricacies of the EMF format, uncover its benefits, and explore how it can elevate your development process.

Understanding the Basics of EMF

EMF is a graphical file format developed by Microsoft, designed primarily for storing vector-based images. Unlike raster formats like JPEG or PNG, which store images as a collection of pixels, EMF files contain graphical elements represented as a series of drawing commands. These commands, such as lines, curves, and shapes, are stored in a structured manner, making EMF files scalable and resolution-independent.

The Power of Device Independence

One of the most significant advantages of EMF is its device independence. This means that EMF files can be created and manipulated on one system and then rendered on another without losing quality or consistency. This feature is particularly valuable in cross-platform development scenarios, where ensuring uniformity across different environments is crucial.

Seamless Integration with Printing

EMF’s close relationship with printing technology makes it an invaluable asset for developers working on applications that involve generating or manipulating print-ready content. EMF files can be easily printed on physical printers or virtual printers, offering developers a convenient way to incorporate printing functionalities into their software solutions.

Customizability and Extensibility

Another key aspect of EMF is its flexibility and extensibility. Developers can leverage EMF’s structure to include custom data and metadata, allowing for the storage of additional information alongside graphical content. This capability opens up a world of possibilities for creating tailored solutions that meet specific application requirements.

Leveraging EMF Virtual Printers

For developers seeking to harness the power of EMF within their applications, EMF virtual printers offer a convenient and efficient solution. By integrating an EMF virtual printer into your software stack, you can seamlessly convert documents, images, or other content into EMF format, enabling further manipulation or processing.

Use Cases and Applications

The versatility of EMF makes it suitable for a wide range of applications across various industries. From document management systems and graphic design software to CAD/CAM applications and reporting tools, EMF finds its place wherever precise, scalable graphics are required.


In conclusion, the Enhanced Metafile (EMF) format stands as a powerful tool for software developers looking to enhance their applications’ graphical capabilities. With its device independence, seamless integration with printing technology, and customizability, EMF offers a versatile solution for a multitude of use cases. By leveraging EMF virtual printers and understanding the intricacies of the format, developers can unlock new possibilities and elevate their software to new heights of performance and functionality. Embrace the power of EMF and empower your applications with superior graphics capabilities.

Our EMF Virtual Printer Driver uses the power of EMF format. Virtual Printer Driver is a royalty free virtual printer for software developers with custom name and features.


– Virtual Printer Driver –

Exploring ActiveX Technology: Overview for Developers

ActiveX technology has been a cornerstone in the development landscape, offering developers a powerful and flexible framework to create dynamic and interactive software components. This article explores the history, pros, and cons of ActiveX technology, shedding light on its relevance in the contemporary development world.

The Birth of ActiveX

ActiveX, short for Active eXtended, emerged in the early 1990s as a Microsoft-led initiative to provide a set of reusable software components for building interactive and visually rich applications. The technology was introduced as an extension of the Component Object Model (COM), enabling developers to create objects that could be easily shared and reused across different applications.

Pros of ActiveX Technology

1. Reusability and Interoperability

ActiveX components are designed to be reusable across different applications, promoting code efficiency and reducing development time. The technology’s emphasis on interoperability allows developers to seamlessly integrate components into various environments.

2. Rich User Interface

ActiveX facilitates the creation of visually appealing and interactive user interfaces. With support for multimedia elements, animations, and other advanced features, developers can craft applications that engage users on a whole new level.

3. Browser Integration

ActiveX controls can be embedded in web pages, enabling developers to build browser-based applications with enhanced functionality. This capability was particularly revolutionary in the early days of web development.

4. Versatility

ActiveX technology is not limited to a specific programming language. Developers can create components using languages like C++, Visual Basic, and others, ensuring a broad range of language compatibility.

Cons of ActiveX Technology

1. Security Concerns

ActiveX controls have faced criticism for potential security vulnerabilities. When embedded in web pages, they can pose a security risk if not properly managed, leading to potential exploits and malicious attacks.

2. Limited Cross-Platform Support

ActiveX is primarily a Microsoft technology, which means its support is limited in non-Windows environments. This can be a drawback for developers aiming to create cross-platform applications.

3. Dependence on Internet Explorer

In the context of web applications, ActiveX controls are closely associated with Internet Explorer. With the decline of Internet Explorer’s popularity, developers may face challenges in achieving consistent support across modern browsers.

The Evolution Beyond ActiveX: Modern Alternatives and Advancements

In recent years, ActiveX technology has seen a decline in popularity, giving way to more modern and versatile alternatives. One prominent successor is WebAssembly (Wasm), a binary instruction format that enables high-performance execution of code on web browsers. Unlike ActiveX, WebAssembly is designed to be platform-independent, providing a more secure and efficient solution for running complex applications directly in the browser without the need for browser plugins.

Another noteworthy successor is JavaScript-based frameworks such as React, Angular, and Vue.js. These frameworks have gained widespread adoption for building dynamic and responsive user interfaces. Unlike the platform-dependent nature of ActiveX, JavaScript frameworks offer cross-browser compatibility and improved security, ensuring a consistent and safer user experience across different web environments.


ActiveX technology has played a pivotal role in shaping the development landscape, providing developers with a powerful framework for creating dynamic and interactive software components. While it has its share of pros and cons, the technology’s versatility and reusability continue to make it relevant in certain development scenarios. Read more about ActiveX technology on Wikipedia.

ActiveX Technology is used in our libraries PDF Creator Pilot and HTML2PDF-X Pilot. This simplifies the usage of the library in various programming languages: Visual Basic, Visual Basic.NET, ASP, ASP.NET, Visual C++, Visual C#, and VBScript.


– PDF Creator Pilot-                        – HTML2PDF-X Pilot –

The Strategic Investment: Why Purchase Virtual Printer Source Code

In the realm of software development, the realm of virtual printers has emerged as an indispensable technology, streamlining document management and enhancing workflow efficiency. As developers, you may find yourself at a crossroads, considering whether to purchase the source code of a virtual printer. In this article, we will explore the scenarios where such an investment makes strategic sense.

1. Understanding the Inner Workings: Unveiling the Components

One of the primary reasons to acquire the source code of a virtual printer lies in the opportunity to delve into its intricate workings. A virtual printer is not a monolithic entity but comprises distinct components such as the Virtual Printer Agent, Document Converter, and POS Emulator. By acquiring the source code, developers gain invaluable insights into the architecture and functionality of each of these components. This not only facilitates a deeper understanding of the technology but also serves as an educational resource for developers aiming to master the nuances of virtual printer development.

2. Customization for Tailored Solutions

Off-the-shelf virtual printers often come with a predefined set of features designed to cater to a broad user base. However, businesses are dynamic, each with its unique set of challenges and requirements. Acquiring the source code empowers developers to customize the virtual printer independently, tailoring it to address specific tasks and challenges faced by the organization. Whether it’s adding industry-specific integrations or enhancing compatibility with existing software, having the source code at your disposal provides the flexibility to adapt the virtual printer to meet the precise needs of your project.

3. Mitigating Risks: Future-Proofing Your Project

In the fast-paced world of technology, the landscape is constantly evolving, and companies may find themselves heavily dependent on third-party solutions. Acquiring the source code of a virtual printer acts as a strategic move to mitigate risks associated with dependency. In the event that the original developer exits the market or discontinues support, having the source code ensures the project’s viability. Some organizations adopt a policy of purchasing critical components with source code to maintain control over their technological infrastructure, safeguarding against unforeseen disruptions and ensuring business continuity.


By securing the source code, businesses can safeguard their investments and ensure the longevity of their projects in the face of market uncertainties.

– More information to our Virtual Printer Driver Source Code –

Virtual Printer vs. Traditional Printer: A Comprehensive Comparison

In the dynamic landscape of modern technology, printing has evolved beyond the traditional realm of physical printers. Virtual printers have emerged as innovative solutions, offering a range of features that set them apart from their traditional counterparts. In this article, we will delve into the distinctions between virtual printers and traditional printers, exploring the advantages and disadvantages of each method to assist potential customers in making informed decisions.

Physical Presence and Hardware Requirements:

  • Traditional Printer: Requires a physical device, taking up space in the office or home. Users need to invest in the printer hardware, paper, and ink or toner cartridges.
  • Virtual Printer: Operates as a software application, eliminating the need for physical space and additional hardware. This makes virtual printers a cost-effective and space-saving alternative.

Flexibility and Mobility:

  • Traditional Printer: Tethered to a specific physical location, restricting mobility. Printing is often limited to the immediate vicinity of the printer.
  • Virtual Printer: Enables printing from anywhere with an internet connection. This flexibility is particularly beneficial for businesses with remote or mobile workforce.

Cost Considerations:

  • Traditional Printer: Involves upfront costs for the printer, consumables, and maintenance. Ongoing expenses include paper and ink/toner replacements.
  • Virtual Printer: Generally more cost-effective in terms of hardware and consumables. Users pay for the software, but ongoing costs are often lower compared to traditional printing.

Customization and Features:

  • Traditional Printer: Limited to the features provided by the physical device. Upgrading or adding features may require purchasing a new printer.
  • Virtual Printer: Highly customizable with the ability to add specific features through software updates. This adaptability ensures that the virtual printer can evolve with changing needs.

Integration with Workflow and Software:

  • Traditional Printer: May require specific drivers and software for compatibility. Integration into existing workflows can be challenging.
  • Virtual Printer: Seamless integration with various software applications and workflows. Virtual printers are often designed to work with a range of document types and formats.


  • Traditional Printer: Potential security risks, especially if the printer is shared among multiple users. Printed documents may be susceptible to unauthorized access.
  • Virtual Printer: Enhanced security features, such as encryption and access controls, can be implemented to protect sensitive information. Virtual printing can contribute to a more secure document workflow.

Environmental Impact:

  • Traditional Printer: Consumes physical resources like paper and ink, contributing to environmental concerns. Maintenance and disposal of hardware can also be environmentally impactful.
  • Virtual Printer: Reduces paper consumption and waste. The absence of physical hardware minimizes electronic waste, making virtual printing a more environmentally friendly option.


As technology continues to advance, virtual printers present an innovative and efficient alternative to traditional printing methods. The choice between virtual and traditional printers ultimately depends on specific needs, budget constraints, and the desired level of customization. Virtual printers offer a forward-looking solution that aligns with the demands of the modern, digital era while providing cost-effective, flexible, and environmentally conscious printing options for businesses and individuals alike.

 Are you a software developer? Take a look at our Virtual Printer with custom name and features. Royalty free. Pay only for the options you need.


– Virtual Printer Driver SDK for Windows –

Benefits of Virtual Printing in Document Management

In today’s fast-paced digital world, businesses of all sizes rely heavily on efficient document management processes. Virtual printing is a technology that has emerged as a valuable tool to streamline these processes, improve efficiency, and enhance overall productivity. This article will explore the benefits of virtual printing in document management, using examples from well-known manufacturers to illustrate its practical applications.

What is Virtual Printing?

Virtual printing, often referred to as PDF or virtual printer, is a software-based technology that allows users to create digital documents by “printing” them from any application that supports the print function. Instead of generating physical paper copies, virtual printing converts documents into electronic formats, typically PDF files. These digital files can be easily stored, shared, and organized, making document management more efficient and environmentally friendly.

Benefits of Virtual Printing in Document Management

Paper Reduction and Environmental Impact:

One of the most significant benefits of virtual printing is the substantial reduction in paper usage. This not only saves money on printing and storage costs but also contributes to a greener environment by reducing the need for paper production and disposal. For example, Adobe PDF virtual printer (which is a part of Adobe Acrobat) enables users to convert any file into a PDF document, reducing the reliance on physical printouts and ultimately reducing the carbon footprint.

Improved Document Accessibility:

Virtual printing enhances document accessibility by creating digital files that are easy to share and distribute electronically. This is especially important for businesses with remote or distributed teams. Microsoft’s “Microsoft Print to PDF” option is a built-in feature in Windows that allows users to convert documents into PDF simply by selecting the appropriate item from the list:

Microsoft Print to PDF option

This function facilitates the seamless sharing of documents across various devices and platforms.

Enhanced Document Security:

Protecting sensitive and confidential information is a top priority for businesses. Virtual printing helps safeguard documents by allowing users to add encryption, passwords, or digital signatures to their PDF files. Manufacturers like Nitro Software provide robust security features in their program Nitro PDF Pro, making it an ideal choice for organizations that require enhanced document protection.

Time and Cost Savings:

Virtual printing saves time and money in various ways. It eliminates the need for physical printing equipment, such as printers, ink, and paper. This reduces maintenance and operational costs. Additionally, it accelerates document management processes by simplifying tasks like archiving, retrieval, and sharing. Foxit PDF Editor, for instance, offers a virtual printer feature that enables rapid PDF creation and optimization, making it an efficient and cost-effective solution for document management.

Integration with Document Management Software:

Many document management systems and software applications are compatible with virtual printing technology. This seamless integration allows for the creation of searchable and well-organized digital document repositories. For example, Adobe Acrobat integrates with popular document management systems like SharePoint, offering a comprehensive solution for organizations to streamline their document management workflows.

Improved Collaboration:

Virtual printing fosters collaboration by making it easy to share and collaborate on digital documents. Google Drive, a cloud-based document management and collaboration tool, offers virtual printing capabilities, allowing users to convert documents to PDF and collaborate in real-time, enhancing team productivity.

Our Solution: Empowering Developers for Document Management Excellence

For software developers seeking a comprehensive solution to revolutionize document management, our custom Virtual Printer Driver stands out as the ultimate tool. This innovative product is designed to seamlessly integrate with various software applications, enabling developers to create tailored solutions for their clients.

With features customized to your specific needs, our Virtual Printer Driver offers reduced paper usage, streamlined document accessibility, enhanced security, and unparalleled time and cost savings. This means that, with our product, you have the ability to create unique and efficient document management workflows that can set your software apart from the competition. As developers, you hold the power to unlock the full potential of this technology and offer your clients a solution that caters to their exact requirements, making our custom Virtual Printer Driver a valuable asset in your toolkit.

Our virtual printer is royalty free. Choose the options that suit you best, and only pay for what you truly need.


– Virtual Printer Driver SDK for Windows –

Unlocking the Power of Virtual Printer Drivers: A Game-Changer for Developers

In the ever-evolving landscape of software development, there’s a hidden gem that can streamline your application’s functionality and boost user experience: virtual printer drivers. These versatile tools offer a wealth of possibilities, especially when they come packed with custom features and a personalized touch. Let’s dive into the world of virtual printer drivers and explore how they can revolutionize your software solutions.

What is a Virtual Printer Driver?

A virtual printer driver, also known as a virtual printer, is a software component that emulates the functionality of a physical printer but operates in a digital environment. Essentially, it enables your application to generate print output as a file or a digital format rather than sending it to a physical printer. This opens the door to a wide array of innovative possibilities for your software.

The Difference Between a Virtual Printer and a Regular Printer

While traditional printers produce hard copies of documents, virtual printers convert digital content into various formats such as PDFs, images (BMP, TIFF, JPEG, and PNG), and text (ANSI, UTF-8, or Unicode). This key distinction offers unparalleled flexibility to developers and end-users.

Advantages of Virtual Printers

The features described below are fully presented by our Virtual Printer Driver.

1. Enhanced Document Management

Virtual printers allow you to generate searchable PDFs, making text content within the document easily accessible. This feature simplifies document retrieval and organization.

2. Versatile Output Formats

With the ability to produce images, text, and other formats, virtual printers cater to a diverse range of user preferences, from graphic designers who need high-quality images to data analysts who rely on plain text files.

3. Print Server Capabilities

Virtual printer drivers can serve as print servers, facilitating shared printing, supporting terminal services, and seamlessly integrating into a domain network. This ensures efficient collaboration in any work environment.

4. Print Job Control

Manage print jobs with ease. Modify documents, cancel print requests, and even redirect print jobs to physical printers, adding a layer of control and efficiency.

5. Watermarking

Protect your documents with customizable watermarks, adding a layer of security to your digital files. Virtual printers offer a wide array of configuration options to ensure your documents are well-protected.

6. Document Uploads

Seamlessly integrate document uploads into your workflow with support for FTP, FTPS, and SFTP. This feature is particularly valuable for file-sharing and archiving needs.

7. ESC/POS Receipt Parsing

For businesses in the retail sector, virtual printer drivers can act as virtual POS printers, facilitating the parsing of ESC/POS receipts, which is essential for smooth transaction processing.

8. Early Access

Accelerate document processing with early access, which allows you to obtain converted files right after a user initiates the print process.

9. N-Up Printing

Efficiently use paper resources by printing 2, 4, 6, 9, or 16 pages on a single sheet, reducing waste and saving costs.

10. Multilingual Support

For a global audience, virtual printer drivers often offer multilingual interfaces, ensuring accessibility to users worldwide.

Examples of Using Virtual Printers in Specific Industries

  1. Archiving and Document Management: Legal and financial institutions rely on virtual printers for converting critical documents into searchable PDFs for efficient record-keeping and retrieval.
  2. Graphic Design and Publishing: Graphic designers and publishers often use virtual printers to produce high-quality images for brochures, magazines, and marketing materials.
  3. Retail and POS Systems: Virtual printers play a pivotal role in processing receipts and sales documents in the retail sector, ensuring smooth transactions and customer satisfaction.
  4. Software Development: Developers benefit from virtual printers when they need to convert and manage documentation, error logs, and code snippets in different formats.

In conclusion, virtual printer drivers offer developers a wealth of opportunities to enhance their applications’ capabilities and improve user experiences. Whether you’re in document management, graphic design, retail, or software development, a custom virtual printer with unique features can be a game-changer for your software solutions, making them more versatile and user-friendly than ever before. Don’t miss out on the advantages and possibilities that virtual printer drivers can bring to your software development journey.


– Virtual Printer Driver SDK for Windows –

Your favorite text editor + spell check = is possible!

Not every text editor has a spell checker. But this is not a reason to give up your favorite text editor: Type Pilot will allow you to create a spell checker and use it wherever you want: in any text editor, mailing program, web browser etc.


What Type Pilot actually does is automatically replace any word with a phrase or a paragraph. So if you tell it to replace a misspelled word with a correct one, it will become a spellchecker!

Here are the steps you should take:

1) Download, install and start Type Pilot.

2) Download the Autocorrect file. This file contains 926 entries of misspelled words and their correct spellings.

3) Double-click the downloaded autocorrect.phr file to import the words into Type Pilot. The AutoCorrect folder will appear in the program.

4) Now you can type in any text editor. Type Pilot will be looking over your typing to see if there are any misspelled words. It will automatically correct them.

If you use a different language, you can use this tutorial to export Microsoft Autocorrect from MS Office into Type Pilot.


Type Pilot – main page

Things you need to know about JPEG and RAW formats

Humans perceive most information visually. We process thousands of images in our lifetime. Their number has dramatically increased with the gaining popularity of Internet technologies. Image files on the web and our personal devices exist in various formats.

Each format is optimized for a particular purpose. Some pictures serve the needs of online users. The others get printed and turn into material objects, such as clothes, books, etc. The variety of formats helps us make images look exactly how they are meant to. Selecting the best-fitting image format is a prerequisite for a first-class customer experience, be it online or offline.

For non-graphic designers, this article will shed light on some basics of image formatting. For professionals from the industry, it might bring several insights into never-ending debates about the most comfortable and flexible image formats. So, if you’ve ever thought about becoming a photo editor (that, by the way, is often done remotely and gives you much freedom and flexibility), it could be a robust introduction to the topic. We’ve put together a brief guide on the pros and cons of RAW and JPEG formats. When should you use them, and what purposes do they serve?

What is JPEG?

Saving the picture on your device, you will most likely discover that its format is JPEG. It is the first and the most common format photographers use to store digital images. Its popularity can be traced back to the time of early Internet times when small sizes of photos were a thing. To download and transfer image files faster, users had to sacrifice the quality of the picture.

Why is JPEG still popular? The time of the slow Internet is long gone. Yet, this format is still popular due to pretty much the same reasons. People have started producing way more visual content and actively using mobile devices. The latter can’t process visuals as effectively as computers do. The abundance of images requires some compression. For example, photographers, bloggers, and publishers from various media prefer JPEG because it ensures quick loading and better access to content.

Therefore, JPEG files are compatible with all possible types of software, applications, and browsers. Yet, while being a space-saver, this format seriously limits the quality of images. As a result, posterization occurs, i.e. loss of smooth color transition. If you want people to comprehend the whole abundance of color and shades, you need an alternative.

What is RAW?

“Baby, don’t hurt me! Don’t hurt me, no more”, – that is exactly what your fresh stunning photo of the wild nature or a monumental building would have said if they had been able to speak. Indeed, saving pictures in this format doesn’t hurt their quality at all. Jokes aside, a RAW file is a viable solution if you want to leave your image uncompressed and unprocessed. Nothing gets lost because the RAW format can store and biggest amount of details. Professional photographers usually edit such high-quality images using various Photoshop modifications. They usually improve white and color balances, exposure, and other settings. However, the picture ultimately gets resized and compressed because otherwise, it will take an eternity to download it.

RAW files keep all the details of the photo. It adds much work while editing. Yet, you present the fullest picture to the audience. The secret behind such high-quality images is the number of colors RAW files can contain, millions more than are available for JPEG images. Also, you don’t lose this quality and diversity of colors when compressing the image. Specialists easily modify contrast, color, brightness, and gamma correction in RAW files.

However, large sizes of pictures require additional storage space. Not every software can read the RAW files. Converting process takes more time than usual. Before sharing the files, one has to compress them. Without the necessary software, it, again, may take much time. Judging by the characteristics, the RAW format is a better fit for professionals who value freedom and flexibility while processing images.

Here is a point when we need to introduce another feature of this format. Don’t forget that each manufacturer has its own RAW format, and in addition, RAW has its own modification for each camera model. Therefore, to work with the RAW format, it is better to use programs from the manufacturer of the photo camera. To be able to process images in different programs, it is recommended to convert them to the most common formats, such as JPG. Again, we see that working with RAW format requires more.


Having acquainted with RAW and JPEG formats, we conclude that they can both be of great service, however, for different purposes. Professionals, as well as amateurs, benefit from the unprecedented quality of RAW files and the adaptability of the JPEG ones.

Nowadays, more devices (including smartphones) can record raw photos. This feature makes the RAW format more available. Yet, due to the lack of literature and the necessity to process such pictures every time, many photographers still prefer good old JPEG alternatives. Shooting in RAW format is not enough. You have to get exposure correct and possess some sophisticated editing instruments and artsy filters.

The size is another pain point. If one doesn’t have enough storage space, working with huge files might put you in trouble and slow down your personal device. Another problem is timing. On one hand, if you’re a professional photographer who produces several brilliant rare pictures, shooting RAW is your choice because it helps expose all the beauty and complexity of the picture.

On the other hand, if you must take dozens of photos every day (for example, working as a sports photographer and filming people in motion), JPEG is undoubtedly better. Thus, the whole debate over the formats is rather a discussion which one can be a one-size-fits-all solution. The answer is simple: none. Their use strongly depends on the ultimate purpose of shooting, your professional background, and technical support. Therefore, you have to answer this question yourself. Don’t hesitate to experiment!

Author: Glenn Corvera

Document2PDF Pilot now converts text with right to left writing direction

While left-to-right is the usual direction for most scripts (particularly Latin and Cyrillic), there are many other writing systems. For example, right-to-left writing systems are: Arabic, Hebrew, Persian.

The new BETA version of Document2PDF Pilot 2.28.0 now works with documents that contain text of these languages.

Let us say, we have a .docx document that contains the following Hebrew text:

Convert hebrew text to pdf with Document2PDF Pilot

To convert this document to PDF, open Document2PDF Pilot and select the file by clicking the “Add file” button.

How to convert hebrew to pdf

Click “Convert…” Result:

Hebrew text converted to pdf

You are welcome to test the newest beta version! Feel free to drop us comments about any issues related to this version.

Examples of languages written from right to left:

Arabic languageArabic
Hebrew languageHebrew
Persian languagePersian
Urdu languageUrdu

Read more about right-to-left script on Wikipedia…

Where is right-to-left writing used in the world (yellow):

Where is right-to-left writing used


Document2PDF Pilot – main page

Perspective correction of an architectural block

If you make photos of architectural buildings or rectangular pieces of architecture, our Perspective Pilot will help you to fix the perspective.

One of our users writes:

“I am from the U.S. and am currently in Egypt photographing walls of Karnak Temple. I will be using perspective correction to display the walls without distortion for a book I am writing.”
Bill Petty, author of book
“Hieroglyphic Dictionary”

Below is a photo of a block – an example that Bill sent to us to illustrate his work:


Here is how to correct the perspective of the block in Perspective Pilot

1. Open the image in Perspective Pilot. Select the “Perspective correction on reference lines” tool. Make sure the “Auto Cropping” radiobutton is active.

2. Draw a line along the left vertical bar of the block:

The program will rotate the image accordingly:

3. Draw a line along the right vertical bar of the block:


4. Now, we have to restore proportions. Choose the “Resize” tool. Uncheck “Lock aspect ratio”. Change the “Width” value:

5. Click “Ok” to resize. Result:


Watch this example as video

(we recommend using full screen mode)


Perspective Pilot – main page