https://www.tiny.cloud/tinymce/.'; $GLOBALS['TL_LANG']['XPL']['insertTags'][1][0] = 'Insert tags'; $GLOBALS['TL_LANG']['XPL']['insertTags'][1][1] = 'For more information on insert tags, please visit https://docs.contao.org/dev/framework/insert-tags/.'; $GLOBALS['TL_LANG']['XPL']['insertTags'][2][0] = 'Code editor'; $GLOBALS['TL_LANG']['XPL']['insertTags'][2][1] = 'For more information on Ace, please visit https://ace.c9.io.'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][0][0] = 'colspan'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][0][1] = 'Contao supports all date and time formats that can be parsed with the PHP date() function. However, to ensure that any input can be transformed into a UNIX timestamp, you can only use numeric date and time formats (j, d, m, n, y, Y, g, G, h, H, i, s) in the back end.

You can enter variant front end formats in the site structure (website root pages).

Here are some examples of valid date and time formats:'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][1][0] = 'Y-m-d'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][1][1] = 'YYYY-MM-DD, international ISO-8601, e.g. 2005-01-28'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][2][0] = 'm/d/Y'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][2][1] = 'MM/DD/YYYY, English format, e.g. 01/28/2005'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][3][0] = 'd.m.Y'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][3][1] = 'DD.MM.YYYY, German format, e.g. 28.01.2005'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][4][0] = 'y-n-j'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][4][1] = 'YY-M-D, without leading zeros, e.g. 05-1-28'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][5][0] = 'Ymd'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][5][1] = 'YYYYMMDD, timestamp, e.g. 20050128'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][6][0] = 'H:i:s'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][6][1] = '24 hours, minutes and seconds, e.g. 20:36:59'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][7][0] = 'g:i'; $GLOBALS['TL_LANG']['XPL']['dateFormat'][7][1] = '12 hours without leading zeros and minutes, e.g. 8:36'; $GLOBALS['TL_LANG']['XPL']['imageSizeDensities'][0][0] = 'Sizes attribute'; $GLOBALS['TL_LANG']['XPL']['imageSizeDensities'][0][1] = 'The HTML attribute sizes defines the intended layout width of the image, optionally combined with a media query. You can use any CSS length value in this attribute.

E.g. (max-width: 600px) 100vw, 50vw means the image‘s width is 100% of the viewport for small screens and 50% of the viewport for larger screens.

And (max-width: 600px) calc(100vw - 20px), 500px means the image‘s width is 20px smaller than the viewport for small screens and 500px for larger screens.

The sizes attribute shouldn’t be used for styling, use CSS instead. The sizes attribute does not necessarily have to match up exactly with the actual image width as specified in the CSS.

For more information about the sizes attribute please visit w3.org.'; $GLOBALS['TL_LANG']['XPL']['imageSizeDensities'][1][0] = 'Pixel densities/
scale factors'; $GLOBALS['TL_LANG']['XPL']['imageSizeDensities'][1][1] = 'If the sizes attribute is not defined, this setting simply defines the pixel densities you want to support. The dimensions of the images are adjusted automatically. E.g. 1x, 1.5x, 2x creates the following HTML code: <img srcset="img-a.jpg 1x, img-b.jpg 1.5x, img-c.jpg 2x">

If the sizes attribute is defined, the same image sizes are generated but width descriptors are used for the srcset attribute. E.g. a 200 pixel wide image with the densities 1x, 1.5x, 2x creates the following HTML code: <img srcset="img-a.jpg 200w, img-b.jpg 300w, img-c.jpg 400w">

For more information about the srcset attribute please visit w3.org.';