From yesterday. Will post also to pagedmedia.org
Bulk upload of MS Word files into Editoria. It takes the selected files, puts them in the right sections in the book and in the right order (at this moment this is determined by filename), converts each to HTML and populates the book with this content…all automagic! (thanks to Alex Theg for making the vid).
Much is going on in the Coko world at the moment and a lot of news coming out soon about various collaborations. Much of the attention has been around xpub, the journal system we have been working on built on top of PubSweet.
PubSweet is, of course, a component based system so you can ‘roll your own’ journal or book platform from existing components. We are making a lot of components for both Editoria and xpub and publishing them for reuse with an open source (MIT) license.
Some of the components we are generating for xpub are coming out of the work we are doing with Collabra, the UCP Psychology Journal. Today the Managing Editor, Dan Morgan, and I met for another session working out the logic of the components and how they fit together.
We started by working through the flow from the perspectives of each of the major stakeholders – Managing Editor, Senior Editor, Handling Editor, Author, Reviewer. We worked out what they each needed to see on the dashboard and then went through their workflow and what they needed from each component.
We then took each of these small mappings and transferred them to larger pieces of paper. Drawing the interfaces in basic form.
Each of the diagrams are detailed below.
We had already worked out this structure. Today was about running through the logic from each actor’s point of view. Good news is, the logic held up and validated the architecture. Good news! So, what you see in these pics is more or less what we will build. It is a thin horizontal slice that covers the complete lifecycle of a manuscript going through the Collabra process. We’ll build it and test it, and then layer on additional functionality.
Next I’ll recreate these in digital graphics and add a page of bullet points for explanation. We will then meet with the Coko team and talk it through and start building! It’s a good way to design systems, way better than endless months gathering pages and pages of product requirements. It’s a lightweight and fun process. Software is a conversation after all!
The past two posts I wrote on this topic looked at defining the difference between a text editor and a word processor. The posts in this series represent me ‘thinking out loud’ about what word processing needs to evolve into in the age of the web. So far, in my opinion we haven’t seen an evolution from the desktop given that Google Docs, as the premier example, looks and thinks pretty much like MS Word.
For this post I’m going to look at the first obvious visual differentiator between a text editor and a word processor. You notice this immediately when you open a word processor document, and you are skilled at manipulating its characteristics, but you might not think of it as a ‘feature’ as it is so present to almost be invisible – I’m talking about pagination. The first thing you notice when you open an existing document or start a new one is pagination, the boundaried space that makes your digital interface look like a piece of paper. Its not the sort of thing we think of when we think about a ‘feature’ but it is probably the strongest differentiating characteristic that separates the two categories of software.
Why do we need pagination in a word processor? What purpose does it serve?
There are a number of purposes. Picking them off one by one:
- navigation. We can generate navigational schemas if the content is paginated. These can either be inline references to page numbers or it might be in the form of a table of contents.
- position in document. Related to (1) above – knowing what page number you are on, and the total number of pages, is an important function of pagination.
- boundaried read/write space. In the print world it has long been considered a best practice to have between 45-75 characters per line (commonly abbreviated as CPL). Various arguments have been made that this number is optimum for speed of reading and comprehension (although I haven’t found any research about this, if you know of any please let me know!). Robert Bringhurst, the author of The Elements of Typographic Style (a goto for many book designers), goes even further to suggest the ideal number of characters for optimum legibility is 66. That is pretty specific. As it happens writing environments have always been around this range. Typewriters, for example, were generally around 80-90 CPL, teletype around 70-72 CPL, and this WordPress editor in which I am writing this has 72 CPL. Bounded spaces in Word Processors generally limit the CPL to around the same amount. Google docs is somewhere around 70-80 CPL, and LibreOffice is around 80. The area of 70-80 seems to be quite standard for Word Processors but laptops and larger screens can easily accommodate hundreds of characters per line so we need a bounded space to limit the CPL. Pages are a handy, and familiar, way to boundary the text area to limit CPL.
- ‘how much’ metrics. Word count is one indicator of how long a work is, but page count is often used both formally (ie. funding applications or job applications require a fixed number of pages) and intuitively by the writer to get a sense of how long their work is as they create it. Academics, in particular, often think of a works length in terms of page count.
- expected ‘look’. Placement of headers and footers, page numbers etc are added to a document to make it conform to an expected look and feel. A letter of application for a job, for example, needs these elements as they are generally considered to add an air of formality to the document. This is obviously inherited from the age of paper but interestingly we still do this regardless of whether the content is printed, distributed as a word processor file, or rendered to paginated PDF.
- design canvas. Interestingly, word processors are used as design environments. Think of the times you have played with fonts, tried to get the right spacing between a heading and the following paragraphs, added images and tweaked with the text flow to make the image sit well in the page etc. A boundaried ‘page’ presents a known canvas within which we can apply our implicit document design skills honed over many years of using word processors.
- to print, or the possibility of print. There always is the possibility that the documents we create will be printed. If not by us, then those we share the documents with. We implicitly understand that if it looks fine on the screen then anyone printing it ‘sometime later’ will get a tidy outcome. In many cases we don’t think about it much, it’s more of an implicit assumption that covers us ‘just in case’ it is printed.
So, what to make of this. First, pagination is pretty essential to how many people use a Word Processor. It’s hard to think we can do without it. We might be able to achieve some of the above without a page paradigm. We could probably reasonably easily overcome the first 4 issues above – for example, we could provide word counts + ‘approximate page count’ indicators to give an idea of ‘how much’ content there is, provide a hierarchal navigation view of headings instead of page numbers for navigating around a document and as a ‘table of contents’ as Google Docs and eLife Lens (based on Substance.io) does.
In addition, there are a number of ways to indicate the reading position in a document that do not require page numbers – check out this example (thanks to Julien Taquet for this tip), and it is also possible to limit the CPL without providing page boundaries in the design as Wax Editor does.
However…the show stoppers really are the last 3 from the list above (to summarise again) –
- expected look – many documents are expected to have page-based design elements regardless of whether we actually print them
- design canvas – we know how (from years of banging around on ugly Word Processors) how to design documents using Word Processors, and
- to print, or the possibility of print – we never know when something might be printed so knowing it looks ok on a ‘virtual page’ is a nice guarantee that it will look fine if printed.
Are we stuck with pagination?
It is difficult to argue that we could easily, or completely, throw away the page based paradigm based on these three items. So…does that mean Word Processors will be forever tied to the rather ugly page that you see floating like an existentially blank canvas every time you start a new document? Will web-based word processors forever be stuck in this paper paradigm?
My argument is no. We don’t need the page. Or at least, right now, in many use cases we can throw it away. The examples I used above provided clear cases where we need to directly correlate what you see when you create a document to the final result – whether for screen-based display, or print. But not every use case is like this. What is one of the biggest situations where you do not require a strict co-relation like this? Publishing.
I think I might hear you thinking ‘huh’? Afterall, if there is one industry that actually does require pagination it is the publishing industry (thinking in terms of the book and journal publishing sector for now, excluding newspapers, magazines etc).
That is true. However, the publishing industry doesn’t distribute to their readers a journal article as an MS Word file, or a book as a directory of MS Word files. They distribute unpaginated (usually) HTML files on the web, paginated PDF, EPUB files with various approaches to pagination, or paper. They generate these files by sending their source files (often MS Word) to an external vendor or in-house designer, who imports them into any number of design environments and converts this into the required formats.
Pagination comes ‘at the end of the line’ so to speak. Hence, unlike the typical home or office environment, there is no 1:1 correlation between what you see in word processors and what is finally distributed. So the needs of a word processor for a general user might be different to the needs of publisher. That, in itself, is pretty interesting. What if we could imagine specific word processors for specific use cases….
However, you will notice that word processors take a one-size-fits-all approach. We don’t have one word processor for book authors, one for publishers, one for lawyers (etc etc etc)…that is not to say we don’t need to differentiate these use cases and look at the specific needs of each. Interestingly, developing web based environments takes a lot less work that developing desktop applications and things have moved on since MS Word first hit the shelves. The web gives us substantially more room for modularity and customisation. With web-based word processors, every feature can be a configurable option. Don’t want or need track changes? That’s ok… remove it… Need a Diacritics interface? Easy… add it. Don’t want pagination? Remove it.
The point is, we can start building web based word processors that are highly customisable and can be configured to meet individual use cases. We haven’t seen that so far in word processing, Google Docs has also chosen a one size fits all – the only real difference here between GDocs and MS Word is that their ‘all’ is a smaller group. But that doesn’t mean we can’t do it if it makes sense. Technically it is very feasible and, as it happens, it’s the approach we are taking with the Wax Editor.
So, let’s imagine we have our own word processor made specifically for publishers. Do we need pagination? What role does it play in publisher workflows?
It is true that relative to the total number of publishers out there I’ve seen inside a small % of publishers’ workflows. However, interestingly, with each new publisher I work with I am seeing, more or less, the same workflows and from what I have seen so far, MS Word files are used widely to support a kind of early page-prep workflow. Publishers check and improve the content of course, but they also make sure certain elements are in place that will affect the final design. They check, for example, if all paragraphs are correctly indented. They check if images are in the right place, they check if headings are marked correctly and that no levels have been jumped etc. These all affect the final paginated outcomes, but none of this requires working within, or manipulating, pagination as it appears in the word processor. Checking the results of pagination (including page numbers, running heads, widows and orphans etc) comes when publishers do their page proofs ie. when they check the PDF before print or distribution (sadly, many publishers don’t check EPUB very thoroughly but just accept that it ‘is what it is’). Publishers don’t currently check the results of pagination, as it will appear in their final distributable form, in the word processor. So pagination in the word processor, at least on this point, is a little redundant.
So… my point is, if we get down to it, pagination features in a word processor are not required when you are working inside a publisher to prepare a document for publishing. We could instead use an unpaginated environment with a navigation based on document structure (not pages), word count as a metric for how much content there is, and simple constraints on CPL that do not look like a boxed, bounded, page.
But…what about the need to print on your office or home printer? Interestingly, I think this gets to the crux of the matter. Unbounded, flowable text, in a word processor does not mean you can’t print. It only means what you see in the word processor won’t have a one-to-one co-relation, with regard to pagination, to what is printed. But the big question is – is this acceptable to publishing staff? Can we get them to let go of thinking, a product of many years of legacy word processing user experience design, that the pagination in the browser ‘must’ correlate to the pagination that comes out of their home or office printer. My experience designing such systems alongside publishing staff leads me to believe his is possible. In fact, the University of California staff designed the Editoria system which features the Wax Editor which displays content sans pagination. The challenge is – it is up to us to show them that throwing pagination out works in their favour.
Before I go on to why throwing out pagination can be a convincing argument, I want to indulge in a rather lengthy aside and state that throwing out pagination is not the same as ‘not printing’. The results of printing from an ‘unpaginated’ form in a web-based word processor can be beautiful and a more consistent experience than printing off ‘any old’ word file. This is because we can use CSS print styles to make beautiful looking results that come out of your home printer. The point is only that the pagination will not correlate to what you see in the word processor. But you can have other things – for example, you could render pages for printing at any time that look like your final output. Quite probably this statement is news, or confusing, to you. It needs extensive explanation. But the idea, in basic form, is that content in HTML based word processors can be shaped by CSS into paginated form in the browser. This process allows you to automatically format the content into book or article form including running heads, page numbers, widow and orphan control, multiple columns (if desired) while also generating the table of contents and even indexes. This can be achieved, for example, by platforms that leverage tools like Vivliostyle. I’ll get to this in subsequent posts, maybe even the next one (in the meantime, you may wish to read this). For now, I want to leave this issue to the side but make the simple point that content that is not bounded by a page in the word processor can still be printed and, further, the results can be more beautiful and consistent than what you get by printing from Google Docs or MS Word today. However, the process of printing will feel slightly different because ‘how you print’ will be to first render a view that is conformant with your printer and then print. It’s not much different to how it is done now because this is how print-preview works in word processors today. When we print, we commonly choose the page format at print time, although most of the time we leave it at its defaults because we know that what we have seen in the word processor is the same as what will come out of the printer. ‘The new way’ would mean you will need to pay more attention to the second step – checking the formating in print preview before printing. Which is why I emphasise that the process will feel slightly different, the actual change in behaviour is minimal, if anything at all. But it would be a mistake to conflate user experience with user behaviour. The experience of the software is nothing to be brushed lightly aside, it can be a very strong impediment to new ways of working. So how things feel need to be taken into account. Which is why I think, ultimately, we will need other arguments to help many (not all) ‘get across the line’.
Which brings us back to the question – what is the advantage of not having pagination? If we can do away with it we have far more options for making beautiful experiences. The bounded page that all word processors commonly present is, in my opinion, hideous. It constrains how you construct a user interface, how people feel about that interface, and how people work. If we can free ourselves from it I think we open the door for much better experiences and innovations on what a word processor can do and be which also means, in the publishing industry, we can start innovating around word processor workflow.
Additionally, removing pagination from the word processor in publishing workflows is better aligned with how publishing works. Publishing formats do not share the same pagination. An EPUB page is not going to be the same page as the content displayed on the net, in a Kindle, in a PDF, or in a book. Might as well let that one go. If we need pagination at all, it needs to look like the final output and we need to get it earlier in the workflow than what currently occurs. Currently, publishers only see this after the content has been through their workflow and gets ingested and output to various formats by a designer, production staff, or external vendor. However…. HTML based word processors that leverage tools like Vivliostyle (mentioned above) enable the content to be paginated to all these formats on the fly. That means you can have ‘page proofs’ anytime you want in the process. So, letting go of pagination in the word processor, coupled with the ability to create these various paginated forms at any time, is an advantage to publishers. Publishers don’t need to wait for page proofs from a designer before they can tweak elements in the content (eg placement of images) to make the pages flow better in the final output. They can render, check, and tweak at any moment. From this point of view seeing one kind of pagination in the browser, especially one that conforms to a generic printed page coming out of the office printer, as it does now, is counter intuitive. But, I don’t expect many publishing staff to accept this by argument alone. We have to first get most people to experience this, and other benefits of a pagination free experience in a word processor, before they can start moving the way they work forward.
My conclusions? Well, I think it will be a while before we can convince the general user to drop pagination. But web based web processors allow us to build much more customisable experiences and avoid the ‘one size fits all’ approach. We can build to meet publishers’ specific needs and it is because of this that I believe we can produce software that will convince publishers to make the conversion sooner. This is because we can make the experience for them better if we drop pagination. The pages, which they look at for hours on end, can be cleaner, easier to read, and less tiring over long periods of time. We can also start using space more effectively by removing borders around pages (with their attendant inner and outer margins). And lastly, I think it is important to remove pagination from word processors for publishing workflows because it helps disambiguate what you see in the word processor from the final, designed and paginated, results. This latter point has positive knock-on effects that I will come to in other posts. Couple all this with the ability to ‘paginate on the fly’ (so to speak) at print time (for domestic/office printers) or to generate ‘page proofs’ of many target formats, and we have a winner.
More thoughts coming in later posts!
To the end user these platforms appear ‘as one thing’ but in effect, they are made of multiple standalone moving parts which are mostly all legitimately within the same namespace (editoria-*)
Which brings about a few interesting questions – the first is regarding versions, the second about what exactly it is that we are building.
First – how do you version something like Editoria when the ‘bona fide’ Editoria repository is ‘just glue’ code that brings the other Editoria components together? Each of those components has different version numbers that advance in a rather traditional semver way, but the actual Editoria glue code won’t move much at all. Hence we need to find a good way to think about versioning that communicates forward movement to the outside world.
So, for this situation, we have decided to simply advance the minor number of the version for each significant feature (or group of features) added to the system at large. So, for example, Editoria is now at 1.0. When we add the multiple MS Word import and the diacritics interface we will advance it to 1.1 – this is kind of arbitrary but as long as we correctly version the other components I think its the best way to do it.
xpub offers a different challenge. xpub started as the working title of journal platform (Manuscript Submission System) built on top of PubSweet. However, we quickly realised that xpub is actually more of a ‘ecology’ of components that can be used to build a journal workflow than it is a journal platform. Our thinking is moving this way because we aren’t really building platforms so much as components that can be assembled into platforms. So we don’t wish to have a single ‘xpub journal platform’, rather we will build many components (just like Editoria) and name them with the xpub-* prefix eg. xpub-dash, xpub-submission etc. These components can then be ‘glued together’ to make the journal platform of your dreams…
Just to make it more complex….we are also breaking down what we now call components into UI libraries…so we will also have an xpub-UI-library which contains ‘sub components’ that are then assembled into a component. For example, what we would call xpub-dash is a component, but it is assembled from several xpub-UI-library sub-components like ‘upload button’, ‘article list’ etc…
When we assemble xpub parts into a journal we will then name it something like xpub-collabra (the first assemblage we will be working on)…
So…you can see the difficulty! How to think about what it is you are building, and, how to version something like xpub-collabra when it is really nothing but the glue code which connects a lot of separate xpub-components which in themselves are assembled from xpub-UI-library sub-components!!!!