- html - Is #160; a replacement of nbsp;? - Stack Overflow
#160; is the numeric entity reference (meant to be easily parseable by machines) They are the same except for the fact that the latter does not need another lookup table to find its actual value The lookup table is called a DTD, by the way You can read more about character entity references in the offical W3C documents
- What is the difference between #x00A0; and #160;?
#160; is a non-breaking space ( nbsp;) #xa0; is just the same, but in hexadecimal (in HTML entities, the x character shows that a hexadecimal number is coming) There is basically no difference, A0 and 160 are the same numbers in a different base You should decide whether you really need a non-breaking space, or a simple space would suffice
- Difference between breaking and non breaking space ascii characters
Having said that, the code 160 is actually outside of the range of regular (7-bit) ASCII The interpretation of 160 as a non-breaking space (or NBSP) character comes from the Latin1 (ISO8859-1) character set (In Extended ASCII, the code for the NBSP character is 255!) References:
- What does char 160 mean in my source code? - Stack Overflow
The answer is to look in Unicode Code Charts - where you'll find the Latin-1 supplement chart; this shows that U+00A0 (160 as per your title, not 167 as per the body) is a non-breaking space Share Improve this answer
- Whats the difference between nbsp; and - Stack Overflow
The regular space has the character code 32, while the non-breaking space has the character code 160 For example when you display numbers with space as thousands separator: 1 234 567, then you use non-breaking spaces so that the number can't be split on separate lines
- html - How to use nbsp; in HTML5 - Stack Overflow
In HTML using amp;nbsp; for space, I get one space in the output If my requirement needs more spaces say 100, then how to make that tag efficient? Should I type amp;nbsp; 100 times?
- How do I change the size of figures drawn with Matplotlib?
Adjust the figsize= parameter in matplotlib pyplot figure, which is similar to this answer, but uses the standard plt import alias, and doesn't directly import figure from the pyplot namespace
- Image resolution for mdpi, hdpi, xhdpi and xxhdpi
so if I get this straight, the DP is calculated dividing a 160 DPI screen (which is the mdpi base) and the screen DPI, which gives the factors of 0 75, 1,1 5, 2, 3 and 4 and those are used to scale the resolution of the desired image right?
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