This package provides a new org-mode table is automatically updated, based on another table acting as a data source and user-given specifications for how to perform aggregation. Example: Starting from a source table of activities and quantities (whatever they are) over several days, #+TBLNAME: original | Day | Color | Level | Quantity | |-----------+-------+-------+----------| | Monday | Red | 30 | 11 | | Monday | Blue | 25 | 3 | | Tuesday | Red | 51 | 12 | | Tuesday | Red | 45 | 15 | | Tuesday | Blue | 33 | 18 | | Wednesday | Red | 27 | 23 | | Wednesday | Blue | 12 | 16 | | Wednesday | Blue | 15 | 15 | | Thursday | Red | 39 | 24 | | Thursday | Red | 41 | 29 | | Thursday | Red | 49 | 30 | | Friday | Blue | 7 | 5 | | Friday | Blue | 6 | 8 | | Friday | Blue | 11 | 9 | an aggregation is built for each day (because several rows exist for each day), typing C-c C-c #+BEGIN: aggregate :table original :cols "Day mean(Level) sum(Quantity)" | Day | mean(Level) | sum(Quantity) | |-----------+-------------+---------------| | Monday | 27.5 | 14 | | Tuesday | 43 | 45 | | Wednesday | 18 | 54 | | Thursday | 43 | 83 | | Friday | 8 | 22 | #+END A wizard can be used: M-x orgtbl-aggregate-insert-dblock-aggregate Full documentation here: https://github.com/tbanel/orgaggregate/blob/master/README.org

`company-wordfreq is a company backend intended for writing texts in a human language. The completions it proposes are words already used in the current (or another open) buffer and matching words from a word list file. This word list file is supposed to be a simple list of words ordered by the frequency the words are used in the language. So the first completions are words already used in the buffer followed by matching words of the language ordered by frequency. `company-wordfreq does not come with the word list files directly, but it can download the files for you for many languages from <https://github.com/hermitdave/FrequencyWords>. I made a fork of that repo just in case the original changes all over sudden without my noticing. The directory where the word list files reside is determined by the variable `company-wordfreq-path', default `~/.emacs.d/wordfreq-dicts'. Their names must follow the pattern `<language>.txt where language is the `ispell-local-dictionary value of the current language. You need =grep= in your =$PATH= as =company-wordfreq= uses it to grep into the word list files. Should be the case by default on any UNIX like systems. On windows you might have to tweak it somehow. `company-wordfreq is supposed to be the one and only company backend and `company-mode should not transform or sort its candidates. This can be achieved by setting the variables `company-backends and `company-transformers buffer locally in `text-mode buffers by (add-hook text-mode-hook (lambda () (setq-local company-backends (company-wordfreq)) (setq-local company-transformers nil))) Usually you don't need to configure the language picked to get the word completions. `company-wordfreq uses the variable `ispell-local-dictionary'. It should work dynamically even if you use `auto-dictionary-mode'. To download a word list use M-x company-wordfreq-download-list You are presented a list of languages to choose. For some languages the word lists are huge, which can lead to noticeable latency when the completions are build. Therefore you are asked if you want to use a word list with only the 50k most frequent words. The file will then be downloaded, processed and put in place.

This package contains extra functions for easy-kill/easy-mark: * easy-mark-word * easy-mark-sexp * easy-mark-to-char * easy-mark-up-to-char These are shorthand commands for easy-marking an aimed string at point. * easy-kill-er-expand * easy-kill-er-unexpand These work like `er/expand-region and `er/contract-region', respectively, using the functionality of the `expand-region package. It also provides the following easy-kill/easy-mark targets: * `buffer This selects the whole buffer. * `buffer-before-point * `buffer-after-point These work like vi's gg/G commands, respectively. * `backward-line-edge * `forward-line-edge The former is like vi's ^/0 commands, and the latter is just like that in the opposite direction. * `string-to-char-forward * `string-to-char-backward * `string-up-to-char-forward * `string-up-to-char-backward These work like vi's f/F/t/T commands, respectively. Experimental ace-jump integration into easy-kill is enabled by default. `ace-jump-*-mode can be invoked for selection when in easy-kill/easy-mark mode. You can disable this feature via a customize variable `easy-kill-ace-jump-enable-p'. Experimental multiple-cursors-mode support for easy-kill is enabled by default. `easy-kill and `easy-mark will mostly work in `multiple-cursors-mode'. Suggested settings are as follows: ;; Upgrade `mark-word and `mark-sexp with easy-mark ;; equivalents. (global-set-key (kbd "M-@") easy-mark-word) (global-set-key (kbd "C-M-@") easy-mark-sexp) ;; `easy-mark-to-char or `easy-mark-up-to-char could be a good ;; replacement for `zap-to-char'. (global-set-key [remap zap-to-char] easy-mark-to-char) ;; Integrate `expand-region functionality with easy-kill (define-key easy-kill-base-map (kbd "o") easy-kill-er-expand) (define-key easy-kill-base-map (kbd "i") easy-kill-er-unexpand) ;; Add the following tuples to `easy-kill-alist', preferrably by ;; using `customize-variable'. (add-to-list easy-kill-alist (?^ backward-line-edge "")) (add-to-list easy-kill-alist (?$ forward-line-edge "")) (add-to-list easy-kill-alist (?b buffer "")) (add-to-list easy-kill-alist (?< buffer-before-point "")) (add-to-list easy-kill-alist (?> buffer-after-point "")) (add-to-list easy-kill-alist (?f string-to-char-forward "")) (add-to-list easy-kill-alist (?F string-up-to-char-forward "")) (add-to-list easy-kill-alist (?t string-to-char-backward "")) (add-to-list easy-kill-alist (?T string-up-to-char-backward ""))

Documentation at https://melpa.org/#/virtualenvwrapper

Interactive align-regexp command in Emacs

Documentation at https://melpa.org/#/actionscript-mode

Documentation at https://melpa.org/#/danneskjold-theme

Documentation at https://melpa.org/#/fancy-compilation

Documentation at https://melpa.org/#/electric-operator

Documentation at https://melpa.org/#/string-inflection

Documentation at https://melpa.org/#/programmer-dvorak

Documentation at https://melpa.org/#/eyebrowse-restore

Documentation at https://melpa.org/#/japanese-holidays

Documentation at https://melpa.org/#/minimal-dashboard

Documentation at https://melpa.org/#/vertico-prescient

Documentation at https://melpa.org/#/flycheck-apertium

Documentation at https://melpa.org/#/elixir-yasnippets

Documentation at https://melpa.org/#/flycheck-drstring

Documentation at https://melpa.org/#/flycheck-plantuml

Documentation at https://melpa.org/#/flycheck-coverity

Documentation at https://melpa.org/#/zetteldesk-remark

Documentation at https://melpa.org/#/readline-complete