Category: Colour Management

  • Picture It Right: An Introduction to Colour Management for Photographers

    Picture It Right: An Introduction to Colour Management for Photographers

    In the digital age of photography, the quest for accurate colour representation has become a top concern for photographers. Have you ever marveled at an image on your screen, only to be disappointed by its different appearance in print? Or experienced the frustration of editing photos that don’t quite capture the vividness you envisioned? In this guide, I’ll unravel the intricacies of colour management and its pivotal role in professional photo editing.

    Why is colour management so important for photographers?

    I often say this in my workshops: You can’t edit what you can’t see. At its core, colour management is about ensuring that the colours you see on your monitor accurately translate to your final work – be it screen or print.

    Imagine a scenario where a photograph’s colours are rendered inaccurately due to an uncalibrated monitor, a mismatched printer profile, or a flawed colour workflow. These discrepancies can lead to disappointment and frustration, undermining the photographer’s creative intent. Colour management strives to bridge the gap between the digital and physical realms, making certain that the vibrancy and richness of your images are preserved throughout the editing and printing processes.

    What does colour management entail?

    The journey of colour management begins the moment an image is captured and saved as a file. Whether in RAW or JPEG format, a colour profile is attached to the image. Understanding the distinctions between these formats is crucial: RAW captures a broader spectrum of colours, enabling more flexibility during editing.

    Next, your computer workspace and monitor have their respective colour profiles, impacting the way you perceive and edit images. The type of monitor you use further influences your colour editing capabilities, as not all monitors can reproduce the full range of colours. This is what is known as the device’s gamut.

    Finally, to complicate matters, each printer and paper combination boasts its own unique colour profile, demanding meticulous alignment to achieve accurate results if you’re printing your work. Colour management involves harmonizing these profiles to maintain consistent colour fidelity from start to finish.

    The science of colour and gamut

    The gamut is the defined boundary of colours that a device can reproduce. The human eye’s colour gamut is captured within a horseshoe-shaped diagram, encompassing all perceivable colours. Monitors and devices adhere to colour spaces like SRGB or Adobe RGB, which can reproduce a strictly limited range of colour.

    A comparison of the larger Adobe RGB (grey) vs sRGB colour space

    Straying beyond a monitor’s colour reproduction capacity can result in colours that cannot be accurately displayed, leading to clipping and print discrepancies. How do you know this? By calibrating your monitor.

    Note: If you’re undertaking colour management for videography, you’ll work with a different set of standard colour spaces.

    ICC profiles: the digital passport for colours

    Think of ICC profiles as the passports of the digital colour world. Just as a passport verifies your identity and origin, ICC profiles identify the colour space and characteristics of your images. These profiles ensure that your editing software and devices interpret colours accurately, facilitating seamless translation between different devices and applications.

    Whether it’s a camera, scanner, monitor, or printer, ICC profiles play a pivotal role in maintaining colour fidelity throughout the editing and printing processes.

    Navigating the colour managed workflow: the steps

    1

    Monitor Calibration

    Before proceeding further, ensure that your monitor is properly calibrated. This step guarantees that your edits align with industry standards and your creative intent.

    2

    Importing and Editing

    Import your RAW files into a capable editing software like Lightroom or Capture One. Edit your images in the appropriate colour space (Adobe RGB or sRGB) and bit depth (16-bit) to ensure optimal colour accuracy. Do not resize your images smaller while editing or you’ll lose detail.

    3

    Exporting Edited Files

    After meticulous editing, export your files in PSD or TIFF format, maintaining the chosen colour space and bit depth. This step preserves the depth and vibrancy of your colours.

    4

    Sharing Digitally

    When sharing your images digitally, convert them to SRGB 8-bit and save as JPEG files. This format is widely supported by browsers and most devices, ensuring that your images appear as intended across various platforms.

    5

    Preparing for Printing

    If you intend to print your images, maintain the PSD or TIFF format and adhere to the chosen colour space and bit depth. This step ensures that your printer receives the necessary colour information for accurate reproduction.

    6

    Collaborating with Printers

    When collaborating with professional printmakers or labs, communicate your preferences and provide them with the appropriately formatted files. Discussing your requirements ensures that your prints accurately reflect your artistic vision.

    1. Calibrating your monitor: the foundation of accurate colour

    Put your phone next to your computer monitor and open the same image on each one. You’ll likely see that the image looks different on each screen. Which screen do you trust to show the right colours?

    Calibrating your monitor is crucial for photographers who seek consistent and reliable results, whether editing for personal satisfaction or professional endeavors. This step establishes a baseline for accurate colour representation, ensuring that the colours you perceive closely align with industry standards. Learn how to calibrate your monitor with our detailed guide.

    2. Importing and editing images

    Capturing images in RAW empowers photographers to preserve a vast spectrum of colours from the real-world scene, enhancing the richness of their images. However, the challenge arises when choosing the appropriate colour space: how do you strike a balance between the device’s capabilities and the intended output?

    In the realm of colour management, the right colour space and bit depth serve as the building blocks of accurate image editing. By choosing a colour space that suits your creative intent and output, you pave the way for consistent colour representation. Similarly, a higher bit depth, such as 16-bit, enhances the smoothness of colour gradients in your images, preserving details and nuances that contribute to visual richness.

    Choosing the right colour space and bit depth is essential for colour management when editing photos like this vivid dusk in Kawasaki Industrial Area (Japan).

    This is why the general advice is to use the SRGB colour space when editing photos for screens, and Adobe RGB when editing photos for print – assuming your monitor is capable of displaying the full Adobe RGB gamut.

    Editing is one of the most exciting and creative steps in the photography process. Learn more with our in-depth guides on colour grading in photography and advanced editing techniques.

    3. Exporting edited files

    Your edited file should now be saved in a working file format, such as PSD or TIFF, that enables you to make further tweaks in future. Maintain your chosen colour space and bit depth – you’ll only need to change it when creating copies that cannot be edited.

    4. Sharing digitally

    If your final output is a digital file, you’ll want to change the bit depth to 8-bit and save your images in the JPEG file format. This is the most widely supported format on digital devices and viewing software (such as photo galleries and web browsers).

    If you forget to adjust the bit depth of your image, you’ll know once you open the saved JPEG file in a file viewer or web browser: the image’s colours will typically appear washed-out and poorly balanced as compared to your working file, and you may also notice banding or other aberrations.

    As an additional final step, you may want to vet your images on a target device – whether it’s a mobile phone or a large TV screen – to ensure it looks good at a different scale.

    5. Preparing for print

    If your images are meant to be printed, it’s best to maintain the PSD or TIFF format from your working file and maintain the chosen bit depth. This ensures that your printer receives all the colour information needed to accurately reproduce your image.

    Printing is arguably the most complicated step in the photography workflow, with a ton of variables that will affect the final physical picture: printing process, ink, and choice of medium being the main considerations.

    6. Collaborating with printers

    If you’re working with professional printmakers or labs to print your photos, communication is key. Simply giving a printmaker the files and print dimensions won’t be enough, especially if you already have a clear idea of how your work should be brought to life.

    For instance, when I make prints for photographers, each project begins with a call where we’ll discuss the choice of paper or other medium, the planned framing style, whether the work is being sold, made into a book, or put on exhibition, and so on.

    A good printer will be willing to spend time collaborating with you, so make sure you make the most of this last stage to produce photographs that showcase your artistic vision.

  • James Tan Advanced Printmaking Workshop 25-26 April 2019

    James Tan Advanced Printmaking Workshop 25-26 April 2019

    Comparing a print to what is seen on the EIZO calibrated monitor.

    It’s not done till it’s printed.

    Ansel Adams once said “The negative is the equivalent of the composer’s score, and the print the performance.” Anyone who’s serious in photography would have made 100,000 exposures or more within the span of 5 years.

    In this “Age of Instagram”, countless images are made every day – some with more thought than others, most with a lot less. How many scores have we written and how many have been played and performed?


    James Tan advanced printmaking workshop is supported by: Ilford, Canon, EIZO

    In close partnership with Ilford, Canon, Eizo, and supported by Broncolor SG and Cathay Photo, James has created this small-group 2-day printmaking workshop to guide those who are serious about the photography to the next level of the craft.


    Participants calibrating their monitors

    Master the Craft

    You will learn to master the foundational concepts of digital image editing that is behind every single imaging software, enabling you to expertly navigate and use them in creation of your work.

    A complete printing workflow with Wacom Mobilestudio Pro tablet, EIZO monitor, and Canon Pixma Pro printers

    Optimize Workflow

    Having an incomplete understanding of the digital workflow which compromises image quality is one of the greatest problem photographers face today. Discover how to bring the most out of your equipment with the least guesswork.

    Workshop participants comparing the details of different prints

    Refine your Vision

    Learn what makes a good image “good” from a Master Photographers Association Qualified Photography Judge, and how to connect with your personal unique creative vision.

    Express your Art

    “It’s the image that chooses its paper”. Learn about all the different types of fineart paper available and how to choose the best one to give life to your image.

    Workshop Fee: SGD$800/pax

    Limited to 10 participants. (4 seats remaining)

    Course Outline:

    Day 1

    1. Understanding the digital workflow and color management – “a straight and narrow path with landmines on the sides”
    2. Knowing your monitor and how to control it properly with calibration – moving from “P mode” to “M mode”
    3. The foundation of all digital imaging – mastering the core concept that enables you to use all digital imaging softwares
    4. Technical foundations of colour grading

    Day 2

    1. The art of seeing – lessons from a photography judge
    2. The printing workflow – understanding the printer and paper
    3. Polishing your image
    4. Making your own print

    [vc_button size=”btn-xl” border_width=”1″ link=”url:https%3A%2F%2Fgoo.gl%2Fc3wnNs||target:%20_blank|”]Reserve your seat now![/vc_button]

    Advanced Printmaking 3-day Class in Guangzhou, China, 2018
    Advanced Printmaking 3-day Class in Guangzhou, China, 2018

    James is one of the top printmakers in the Far East, being highly sought after by international artists and photographers.

    Starting out in early 2000 as an apprentice in a commercial photography studio, James quickly rose through the ranks to be formally promoted to a full-fledged commercial photographer.

    He became an Associate in the Master Photographers Association by way of double promotion in Architectural photography in 2007 and in 2 years was awarded MPA’s Fellowship Rank as the first and only Certified Printmaker in the MPA, a special honor created for him in recognition of his contribution and mastery in the craft.

    Following that, he was invited to be trained in qualifications and competition judging at the MPA HQ, and then went on to do the final judging of The MPA’s prestigious International Photography Competition. Later he was also invited to Las Vegas to judge in the WPPI Annual Print Competition.

    His current role is the MPA Deputy Ambassador and Chair of Qualifications for the Far East region, helping to maintain and improve the quality of photographers through strict and careful guidance to its members and potential candidates on image making and business practices.

    Hope to see you there!

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  • 3D printed footplate mod for i1IO v1 to fit i1pro2

    3D printed footplate mod for i1IO v1 to fit i1pro2

    The i1io from xrite is a wonderful machine for printmakers. It is basically a robotic arm which holds the i1pro spectrophotometer and automatically takes readings of color patch charts.
    Making good printer/paper profiles is time consuming work, and to do that, we have to go beyond the 912 patch chart provided by basic i1match packages. I generally use charts that are over 3000 patches in order to build a good profile, and trying to hand scan them line by line with the basic slider provided with the spectrophotometer will take up a lot of time.
    So what the i1io does is it holds the spectro at the end of its arm, and does the the sliding/scanning for me in a quick and precise manner, saving me a whole load of time and swearing (errors happens when you scan manually, either going too fast or too slow).

    Basically I’ve been using the i1io for about 1 year before the i1pro2 came out. Due to certain hardware changes, the i1pro2 wasn’t able to fit the foot plate. And Xrite wants a shitload of money to make a small plastic upgrade (they told me the circuitboard had to be replaced too, which I thought was bullshit), plus shipping the entire i1io around will cost another bomb. So I searched around a bit to see what other solutions are on the net.
    First promising link turned out to be a hack done by Argyll CMS founder Graeme Gill. It also turns out that it’s the ONLY option around.

    For a week or so I was seriously contemplating to break out my dremel and make the cut, then it suddenly dawned on me since I had 2 3D printers in the office, I might as well make a totally new footplate. #hack :]
    IMG_9739

    After a bit of measurements and about 6 prototypes, I ended up with one that fits well and is structurally strong enough to support the spectro.
    Here’s the final version
    i1io2

    Getting printed

    Finished printing
    IMG_9191

    Mounting
    IMG_9189

    IMG_9188

    The black patches are thick PTFE stickers to raise the plate slightly and make it glide around without scratching the charts.
    IMG_9738

    In action

    *update* Due to morons exploiting my work to glorify themselves, no re-distribution is allowed. Please link back to this article if you want your folks to access the file. I’m embarrassed to even mention this but I’ve no choice but to do so or risk losing the motivation to share and give back to the community due to unscrupulous pigs.
    *update2* still way too many folks ripping off my page without so much as a word of thanks. So I’m taking the file down.
    If you like my efforts and would like to donate as a form of appreciation, here’s the link. Thank you! 😉

    *update 13-10-2014*
    I’ve signed up with shapeways and made the print available there for anyone who wants to try their hand at retrofitting their i1io.
    https://www.shapeways.com/model/2759936/i1io-footplate-to-fit-i1pro2-head.html?materialId=6
    They make pretty good prints and are fast in delivery so I hope it works for everyone. 🙂