<!DOCTYPE html>
<
html
>
<
head
>
<
title
>Foundation CSS Smooth Scroll</
title
>
<
link
rel
=
"stylesheet"
href
=
crossorigin
=
"anonymous"
/>
<
script
src
=
</
script
>
<
script
src
=
crossorigin
=
"anonymous"
>
</
script
>
</
head
>
<
body
>
<
center
>
<
h1
style
=
"color: green"
>GeeksforGeeks</
h1
>
<
h3
>Foundation css smooth scroll</
h3
>
</
center
>
<
div
class
=
"grid-x grid-padding-x"
>
<
div
class
=
"cell"
>
<
a
href
=
"#foundation"
data-smooth-scroll>Foundation CSS</
a
>
</
div
>
</
div
>
<
div
class
=
"grid-x grid-padding-x"
>
<
div
class
=
"cell"
>
<
div
class
=
"sections"
>
<
section
id
=
"dummy"
>
<
h4
>Introduction</
h4
>
<
p
>
A Foundation is an open-source and responsive front-end framework
created by ZURB in September 2011 that makes it simple to create
stunning responsive websites, apps, and emails that operate on any
device. Many companies, like Facebook, eBay, Mozilla, Adobe, and
even Disney, use it. The framework is based on bootstrap, which is
similar to SaaS. It’s more complex, versatile, and configurable.
It also comes with a command-line interface, making it simple to
use with module bundlers. Email framework provides you with
responsive HTML emails, which can be read on any device.
Foundation for Apps allows you to build fully responsive web
applications.
</
p
>
</
section
>
</
div
>
</
div
>
</
div
>
<
div
class
=
"grid padding-gutters grid-padding-x"
>
<
div
class
=
"cell"
>
<
div
class
=
"sections"
>
<
section
id
=
"foundation"
>
<
h4
>Foundation CSS native meter</
h4
>
<
p
>
parameters: value: The numeric value that is currently in use. If
the lowest and maximum values (min and max attributes) are
defined, this must be between them. The value is 0 if the value is
undefined or faulty. The value is equal to the nearest end of the
range if supplied but not within the range defined by the min and
max attributes. Note on usage: Unless the value attribute's value
is between 0 and 1 (inclusive), the min and max attributes should
be used to specify the range such that the value attribute's value
is contained within it. min: The measured range's bottom numeric
bound. If the maximum value (max attribute) is supplied, this must
be smaller. The minimum value is 0 if none is given. low: The
lower numeric bound of the measured range's bottom end. If any are
supplied, this must be larger than the lowest value (min
attribute) and less than the high and maximum values (high
attribute and max attribute, respectively). The low value is equal
to the minimum value if it is undefined or less than the minimum
value. high: The lower numeric bound of the measured range's high
end. If any are supplied, this must be less than the maximum value
(max attribute) and larger than the low value and lowest value
(low attribute and min attribute, respectively). If the high value
is undefined or more than the maximum value, the high value equals
the maximum value. optimum: The ideal numeric value is indicated
by this characteristic. It has to be in the acceptable range (as
defined by the min attribute and max attribute). It indicates
where along the range is regarded ideal when combined with the low
and high attributes. For example, if the min attribute and the low
attribute are both available, the lower range is selected. max:
The measured range's top numeric bound. If a minimum value (min
attribute) is provided, this must be larger. The maximum value is
1 if no value is supplied.
</
p
>
</
section
>
</
div
>
</
div
>
</
div
>
</
body
>
</
html
>