andros/lirve.el
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Andros Fenollosa 2024-02-16 10:52:51 +01:00
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11
README.md
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@ -34,10 +34,19 @@ Only available in Spanish (at the moment).
(setq lirve--show-translation 'es)
```
I also recommend creating a function to make it easier to remember the command.
```elisp
(defun learning-irregular-verbs-in-english ()
"Start Lirve."
(interactive)
(lirve))
```
## Usage
```
M-x learning-irregular-verbs-in-english
M-x lirve
```
## Controls

4
lirve-verbs.el
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@ -1,4 +1,4 @@
;;; lirve-verbs.el --- Verb list for learning irregular verbs in English -*- lexical-binding: t; -*-
;;; lirve-verbs.el --- Verb list for learning irregular verbs in English
;;
;; Copyright © 2024 Andros Fenollosa
;; Authors: Andros Fenollosa <andros@fenollosa.email>
@ -11,7 +11,7 @@
;;; Code:
(defvar lirve--verbs '(
(defvar lirve-verbs--list '(
(
(infinitive . "beat")
(simple-past . "beat")

40
lirve.el
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@ -1,4 +1,4 @@
;;; lirve.el --- Application to learn and review irregular verbs in English. -*- lexical-binding: t -*-
;;; lirve.el --- Learn irregular verbs in English. -*- lexical-binding: t
;;
;; Copyright © 2024 Andros Fenollosa
;; Authors: Andros Fenollosa <andros@fenollosa.email>
@ -65,8 +65,7 @@
(defun lirve--it-have-decimals (num)
"Return t if NUM is have decimals."
(let ((my-num (if (and
(stringp num)
) ;; Return 0 if it is not a number
(stringp num)) ;; Return 0 if it is not a number
(string-to-number num) num)))
(when my-num (not (or (zerop my-num) ;; Check if it is 0
(integerp my-num) ;; Check if it is integer
@ -92,9 +91,8 @@ Example: (lirve--shuffle '(1 2 3 4 5)) => (3 1 5 2 4)"
(defun lirve--get-verb-for-infinitive (infinitive)
"Get the verb for the infinitive."
(car (seq-filter
(lambda (verb) (string= infinitive (alist-get 'infinitive verb)))
lirve--verbs
)))
(lambda (verb) (string= infinitive (cdr (assq 'infinitive verb))))
lirve-verbs--list)))
(defun lirve--is-win ()
"Return t if the state is win."
@ -139,17 +137,17 @@ Example: (lirve--shuffle '(1 2 3 4 5)) => (3 1 5 2 4)"
"Set the verb to learn."
;; If the list is empty, shuffle it
(when (null lirve--verbs-shuffle)
(setq lirve--verbs-shuffle (lirve--shuffle lirve--verbs)))
(setq lirve--verbs-shuffle (lirve--shuffle lirve-verbs--list)))
;; Get verb
(let* ((turn-unresolved (not (lirve--it-have-decimals (/ (float lirve--count-verbs) lirve--interval-unresolved)))) ;; Calculate if it is time to show unresolved verbs: Count / Interval. If it isn't a decimal, it is time to show unresolved verbs
(verb-to-learn
(if (and lirve--verbs-unresolved turn-unresolved)
(lirve--get-verb-for-infinitive (car lirve--verbs-unresolved))
(car lirve--verbs-shuffle))))
(setq lirve--verb-to-learn-infinitive (alist-get 'infinitive verb-to-learn))
(setq lirve--verb-to-learn-simple-past (alist-get 'simple-past verb-to-learn))
(setq lirve--verb-to-learn-past-participle (alist-get 'past-participle verb-to-learn))
(when (not (null (boundp 'learning-irregular-verbs-in-English--show-translation))) (setq lirve--translation (alist-get learning-irregular-verbs-in-English--show-translation (alist-get 'translations verb-to-learn))))
(setq lirve--verb-to-learn-infinitive (cdr (assq 'infinitive verb-to-learn)))
(setq lirve--verb-to-learn-simple-past (cdr (assq 'simple-past verb-to-learn)))
(setq lirve--verb-to-learn-past-participle (cdr (assq 'past-participle verb-to-learn)))
(when (not (null (boundp 'learning-irregular-verbs-in-English--show-translation))) (setq lirve--translation (cdr (assq learning-irregular-verbs-in-English--show-translation (cdr (assq 'translations verb-to-learn))))))
;; Remove the verb from the list
(when (not turn-unresolved)
(setq lirve--verbs-shuffle (cdr lirve--verbs-shuffle))))
@ -221,19 +219,16 @@ Example: (lirve--shuffle '(1 2 3 4 5)) => (3 1 5 2 4)"
;; Quit button
(setq lirve--widget-button-quit (widget-create 'push-button
:size 20
:notify (lambda (&rest ignore)
(lirve--kill-app))
:notify (lambda (&rest ignore) (lirve--kill-app))
lirve--text-button-quit))
(widget-backward 2)
)
(widget-backward 2))
(progn
(when (not (eq lirve--widget-item-space-before-success nil)) (widget-delete lirve--widget-item-space-before-success))
(when (not (eq lirve--widget-message-success nil)) (widget-delete lirve--widget-message-success))
(when (not (eq lirve--widget-item-space-after-success nil)) (widget-delete lirve--widget-item-space-after-success))
(when (not (eq lirve--widget-button-lirve--replay nil)) (widget-delete lirve--widget-button-lirve--replay))
(when (not (eq lirve--widget-item-space-between-buttons nil)) (widget-delete lirve--widget-item-space-between-buttons))
(when (not (eq lirve--widget-button-quit nil)) (widget-delete lirve--widget-button-quit))
)))
(when (not (eq lirve--widget-button-quit nil)) (widget-delete lirve--widget-button-quit)))))
(defun lirve--make-button-check ()
"Make the button check."
@ -334,18 +329,17 @@ Example: (lirve--shuffle '(1 2 3 4 5)) => (3 1 5 2 4)"
(insert (propertize (format "\n%s\n\n" lirve--text-title) 'face '(:height 1.2 :weight bold)))
;; Verb in infinitive
(setq lirve--widget-item-verb (widget-create 'item
:value ""))
:value ""))
;; Separator
(insert "\nSimple past ➡️ ")
;; Simple past
(setq lirve--widget-field-simple-past (widget-create 'editable-field
:size 8
:help-echo "Type a Simple past"
))
:size 8
:help-echo "Type a Simple past"))
;; Label check
(insert " ")
(setq lirve--widget-label-check-simple-past (widget-create 'item
(lirve--format-check-simple-past)))
(lirve--format-check-simple-past)))
;; Separator
(insert "\nPast participle ➡️ ")
;; Past participle
@ -369,7 +363,7 @@ Example: (lirve--shuffle '(1 2 3 4 5)) => (3 1 5 2 4)"
(widget-setup))
;; Init
(defun learning-irregular-verbs-in-english ()
(defun lirve ()
"Application to learn and review irregular verbs in English."
(interactive)
(lirve--load-verbs-unresolved)