Examples
{{Percentage | 1 | 3 | 0 }} yields 33%{{Percentage | 1 | 3 | 2 }} yields 33.33%
Negative values can be used:
{{Percentage | -1 | 3 }} yields -33%
Normal operation is to cut off all decimal zeroes from right in rounding:
{{Percentage | 1 | 5 | 2 }} yields 20%{{Percentage | 1111 | 10000 | 4 }} yields 11.11%
Add |pad=yes to always get as many decimals as specified, padding with zeroes where needed:
{{Percentage | 1 | 5 | 2 | pad=yes }} yields 20.00%{{Percentage | 1111 | 10000 | 4 | pad=yes }} yields 11.1100%
Third parameter can also be given through |pad=N:
{{Percentage | 111 | 1000 | pad=4 }} is same as {{Percentage | 111 | 1000 | 4 | pad=yes }} and yields 11.1000%
Default denominator is 100:
{{Percentage | 20 }} yields 20%
Default precision is zero:
{{Percentage | 1 | 3 }} yields 33%
Override the percent symbol
{{Percentage | 1 | 3 | % = percent}} yields 33 percent
Use a prescribed number of significant figures
{{Percentage | 1 | 4000 | sigfig = 3}} yields 0.0250%
Use a prescribed number of significant figures with small percentages
{{Percentage | 1 | 40000000 | sigfig = 3}} yields 00%
Use a prescribed number of significant figures with small percentages without scientific notation
{{Percentage | 1 | 40000000 | sigfig = 3 | nonscinote = y}} yields 00%
Use a prescribed number of significant figures with large percentages
{{Percentage | 40000000 | 2 | sigfig = 3}} yields 2.00×109%
Use a prescribed number of significant figures with large percentages without scientific notation
{{Percentage | 40000000 | 2 | sigfig = 3 | nonscinote = y}} yields 2000000000%
Dividing by zero will result in "nan" (undefined)
{{Percentage | 0 | 0 | 0 }} yields nan%
