how I organize my life in org-mode - using column view
This is how looks my habits or actions calendar. It helps me to monitor, discourage or embrace some actions.
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Let's try to describe what it is and what parts it is made of. I use Emacs & org-mode to create it. I assume you have a basic knowledge of these tools.
1. reverse date tree format
Calendar is based on simple 'date tree' format.
It's just a set of headings arrange in a hierarchical structure:
- level 1 - year
- level 2 - week number
- level 3 - day
- level 2 - week number
I use slightly modify format. For example:
* 2024 (year) ** 18 (week number) *** [2024-05-05 Sun] (inactive timestamp) *** [2024-05-04 Sat] *** [2024-05-03 Fri] *** [2024-05-02 Thu] *** [2024-05-01 Wed] *** [2024-04-30 Tue] *** [2024-04-29 Mon] ** 17 *** [2024-04-28 Sun] *** [2024-04-27 Sat] ...
For the designation of days I use inactive timestamps. Because for me
they are easier to generate then strings from 'date tree' format e.g.
'2022-10-08 Saturday'. Additionally, I can query some data from timestamps using org-ql. E.g. find me days when I
did more than 10 push-ups.
Inactive because I don't want them to be display in org-agenda. Reverse because the newest dates are
on the top.
The biggest advantage of such a structure is the possibility of folding - the ability to collapse days into week and weeks into year.
1.1. divide time into years, weeks and days, skip months
I recommend to not include months because not all months are equal. A month has 30 or 31 days, and February can have 28 or 29. Most of the time a new month begins in the middle of the week - this completely mess up folding. For example:
* 2024 (year) ** may (month) *** 18 (week) - (and we are left with 5 days left from previous week) **** [2024-05-05 Sun] **** [2024-05-04 Sat] **** [2024-05-03 Fri] **** [2024-05-02 Thu] **** [2024-05-01 Wed] ** april (month) *** 18 (week) - (this week have only 2 days because - [2024-04-30 Tue] is last day of the month) **** [2024-04-30 Tue] **** [2024-04-29 Mon] *** 17 **** [2024-04-28 Sun] **** [2024-04-27 Sat] ...
Therefore, I think it is much wiser to rely on the weeks. Week always starts on Monday and ends on Sunday and always consists of the same number of days - 7. So no surprises.
2. column view
So we have a 'reverse date tree' structure that allows us folding.
Now we can initialize column view. This creates a special
view: a tabel where our days, weeks and years are turns into rows, and
in columns we can display selected data (properties) from days
(e.g. number of push-ups), which are automatically calculated for
weeks, and years.
We just need to add property :COLUMNS: to year heading. You can just
copy-paste example below to your org-mode buffer and invoke command
`org-columns' (C-c C-x C-c).
* 2024 :PROPERTIES: :COLUMNS: %37ITEM(time) %WEIGHT(weight){mean;%.1f} %9EXCERCISE(excercise){X/} %S-FOOD-CHECK(s-food-10:00){X/} %POMODORO(pomodoro){X/} %NO-YOUTUBE-TILL-DONE(no-news-till){X/} %8RUN(run){X/} %E-FOOD-CHECK(e-food-19:00){X/} %TIME-TO-SLEEP-CHECK(sleep-23:00){X/} %NOCOFFE(no-coffe){X/} %10CLEAN(no-alcohol){X/} %NORMAL-FOOD(no-sweets){X/} :END: ** 18 *** [2024-05-05 Sun] *** [2024-05-04 Sat] *** [2024-05-03 Fri] *** [2024-05-02 Thu] *** [2024-05-01 Wed] *** [2024-04-30 Tue] *** [2024-04-29 Mon]
Most of the columns above are based on checkboxes. While in 'column view,' you can add an unchecked or checked checkbox to a specific row and column by pressing '1' or '2' on the keyboard.
To better understand how the 'column view' works and how to customize columns, I recommend the tutorial available at: Org Column View Tutorial.
3. monitor, discourage or embrace actions
I think actions can be broadly divided into two groups:
- good actions to take, such as exercising
- bad actions to avoid, such as eating sweets
I have listed the actions that I am currently using in the table below. I tried to describe them and specify their type. They are listed in chronological order, so the first action of the day is weighing, followed by exercise, and so on.
no. | name | desc | type | when? | field type |
---|---|---|---|---|---|
1 | weight | body weight in kg, first action in the morning | action | everyday | number |
2 | exercise | type and number of reps are avail in 'excercise view' | action | everyday except Sunday and day after run or training | checkbox |
3 | s-food-10:00 | start food eating 10:00, so don't eat before 10:00 | prevent-before-time | everyday | checkbox |
4 | pomodoro | number of [completed / planned] Pomodoros | action | it depends | number |
5 | no-news-till | don't check any news site or YouTube, until you finish pomodoro | prevent-before-action | if pomodoro present | checkbox |
6 | run | running for 1 hour | action | at least once a week | checkbox |
7 | e-food-19:00 | end food eating 19:00, so don't eat after 19:00 | prevent-after-time | everyday | checkbox |
8 | sleep-23:00 | go to sleep before 23:00 | action-before-time | everyday | checkbox |
9 | no-alcohol | don't drink any alcohol beverages | prevent-whole-day | everyday | checkbox |
10 | no-sweets | don't eat any sweets | prevent-whole-day | everyday | checkbox |
11 | no-coffe | don't drink caffeine | prevent-whole-day | everyday | checkbox |
In my experience, the 'don't break the chain' method works very well. It is a productivity technique where you commit to performing an action every day and check off a checkbox on a calendar once the action is completed. The idea is to maintain a continuous chain of completed actions, providing visual reinforcement of your progress and helping to build momentum and consistency.
4. exercise view - statistics of exercises performed
Using the column view, I noticed that it would be nice to also collect some basic statistics on exercises performed every day. Below is my simple set of everyday exercises:
no. | name | number of reps |
---|---|---|
1 | crunch | 20 |
2 | plank shoulder | 10 |
3 | birdie | 20 |
4 | plank | 1 minute |
5 | lying leg raise | 10 |
6 | push-up | 12 |
7 | pull-up | 3 |
But it's 7 exercises. If we add another 7 columns to our already crowded table, it would decrease readability and overload it with information.
5. column view with multiple views
So I wrote a little hack to be able to switch the column format line on the fly. To try it out copy-paste example below to your org-mode buffer.
* 2024 :PROPERTIES: :COLUMNS: %37ITEM(time) %WEIGHT(weight){mean;%.1f} %9EXCERCISE(excercise){X/} %S-FOOD-CHECK(s-food-10:00){X/} %POMODORO(pomodoro){X/} %NO-YOUTUBE-TILL-DONE(no-news-till){X/} %8RUN(run){X/} %E-FOOD-CHECK(e-food-19:00){X/} %TIME-TO-SLEEP-CHECK(sleep-23:00){X/} %NOCOFFE(no-coffe){X/} %10CLEAN(no-alcohol){X/} %NORMAL-FOOD(no-sweets){X/} :COLUMNS: %37ITEM(item) %CRUNCH(crunch){} %PLANK-SHOULDER(plank-shoulder){} %BIRDIE(birdie){} %PLANK(plank){} %LYING-LEG-RAISE(lying leg raise){} %PUSHUP(pushup){} %PULLUP(pullup){} :END: ** 18 *** [2024-05-05 Sun] *** [2024-05-04 Sat] *** [2024-05-03 Fri] *** [2024-05-02 Thu] *** [2024-05-01 Wed] *** [2024-04-30 Tue] *** [2024-04-29 Mon]
And evaluate code below or put in your Emacs initialization file.
(defun org-columns-switch-columns () (interactive) (save-excursion (org-columns-goto-top-level) (re-search-forward ":PROPERTIES:") (let* ((folded-p (org-fold-folded-p)) (beg (re-search-forward ":COLUMNS:")) (end (re-search-forward ":END:")) (num-of-columns (count-matches ":COLUMNS:" beg end))) (when folded-p (org-fold-hide-drawer-toggle)) (goto-char beg) (dotimes (_ num-of-columns) (org-metadown)) (re-search-backward ":PROPERTIES:") (when folded-p (org-fold-hide-drawer-toggle)) (org-columns)))) (with-eval-after-load 'org-colview (org-defkey org-columns-map "x" #'org-columns-switch-columns)) (defun my/org-columns-get-format (&optional fmt-string) "Return columns format specifications. When optional argument FMT-STRING is non-nil, use it as the current specifications. This function also sets `org-columns-current-fmt-compiled' and `org-columns-current-fmt'." (interactive) (let ((format (or fmt-string (progn (save-excursion (re-search-forward ":COLUMNS:\\s-*.*" nil t) (replace-regexp-in-string ":COLUMNS:\\s-*" "" (buffer-substring-no-properties (line-beginning-position) (line-end-position))))) (org-with-wide-buffer (goto-char (point-min)) (catch :found (let ((case-fold-search t)) (while (re-search-forward "^[ \t]*#\\+COLUMNS: .+$" nil t) (let ((element (org-element-at-point))) (when (org-element-type-p element 'keyword) (throw :found (org-element-property :value element))))) nil))) org-columns-default-format))) (setq org-columns-current-fmt format) (org-columns-compile-format format) format)) (with-eval-after-load 'org (advice-add 'org-columns-get-format :override 'my/org-columns-get-format))
I decided to set the default keybinding for invoking the command as
'x'. Initially, I wanted it to be the letter 's', which would align
with the name of the command `org-columns-switch-columns' - 's' for
switch. However, that keybinding was already in use. So, I opted for
'x', which could suggest 'eXchange'.
So to switch to another 'view' for column view just press 'x'.
To see exactly which lines have changed I'm also attaching a diff below:
diff --git a/lisp/org-colview.el b/lisp/org-colview.el index e934ae67a..b5ef993e7 100644 --- a/lisp/org-colview.el +++ b/lisp/org-colview.el @@ -188,6 +188,7 @@ See `org-columns-summary-types' for details.") (org-cycle-overview) (org-cycle-content)) +(org-defkey org-columns-map "x" #'org-columns-switch-columns) (org-defkey org-columns-map "c" #'org-columns-content) (org-defkey org-columns-map "o" #'org-overview) (org-defkey org-columns-map "e" #'org-columns-edit-value) @@ -830,6 +831,25 @@ around it." (org-columns-goto-top-level) fmt)) +(defun org-columns-switch-columns () + (interactive) + (save-excursion + (org-columns-goto-top-level) + (re-search-forward ":PROPERTIES:") + (let* ((folded-p (org-fold-folded-p)) + (beg (re-search-forward ":COLUMNS:")) + (end (re-search-forward ":END:")) + (num-of-columns (count-matches ":COLUMNS:" beg end))) + (when folded-p + (org-fold-hide-drawer-toggle)) + (goto-char beg) + (dotimes (_ num-of-columns) + (org-metadown)) + (re-search-backward ":PROPERTIES:") + (when folded-p + (org-fold-hide-drawer-toggle)) + (org-columns)))) + (defun org-columns-get-format (&optional fmt-string) "Return columns format specifications. When optional argument FMT-STRING is non-nil, use it as the @@ -839,7 +859,11 @@ current specifications. This function also sets (interactive) (let ((format (or fmt-string - (org-entry-get nil "COLUMNS" t) + (progn + (save-excursion (re-search-forward ":COLUMNS:\\s-*.*" nil t) + (replace-regexp-in-string ":COLUMNS:\\s-*" "" + (buffer-substring-no-properties + (line-beginning-position) (line-end-position))))) (org-with-wide-buffer (goto-char (point-min)) (catch :found --
That's all!
I hope that the information presented will be useful to you. If you
have any questions, I'll be happy to answer them. I suggest asking
them on Reddit.