@@ -312,29 +312,29 @@ Mixing Dynamic Range Limits: the ''dynamic-range-limit-mix()'' function {#dynami
312312 <dfn>dynamic-range-limit-mix()</dfn> = dynamic-range-limit-mix( [ <<ident>> && <<percentage [0,100]>> ]+)
313313</pre>
314314
315- If the sum of all percentages is 0%, then the function is invalid.
315+ If the sum of all percentages is 0%, then the function is invalid.
316316
317317<h3 id="computing-dynamic-range-limit">
318- Computed Value for 'dynamic-range-limit'
318+ Computed Value for 'dynamic-range-limit'
319319</h3>
320320
321- If the specified value is ''standard'' , ''constrained-high'' , or ''high'' , then the computed value is the specified value.
321+ If the specified value is ''standard'' , ''constrained-high'' , or ''high'' , then the computed value is the specified value.
322322
323- If the specified value is ''dynamic-range-limit-mix()'' , then the computed value is determined by the following algorithm:
323+ If the specified value is ''dynamic-range-limit-mix()'' , then the computed value is determined by the following algorithm:
324324
325- 1. Let <var> v1</var> , ..., <var> vN</var> be the computed values for the parameters to be mixed.
326- 2. Let <var> p1</var> , ..., <var> pN</var> be the mixing percentages, normalized to sum to 100%.
327- 3. Define the contributing percentages as:
325+ 1. Let <var> v1</var> , ..., <var> vN</var> be the computed values for the parameters to be mixed.
326+ 2. Let <var> p1</var> , ..., <var> pN</var> be the mixing percentages, normalized to sum to 100%.
327+ 3. Define the contributing percentages as:
328328 * Let <var> p1_standard</var> ,...,<var> pN_standard</var> be the percentages for ''standard'' in <var> v1</var> ,...,<var> vN</var>
329329 * Let <var> p1_constrained_high</var> ,...,<var> pN_constrained_high</var> be the percentages for ''constrained-high'' in <var> v1</var> ,...,<var> vN</var>
330330 * Let <var> p1_high</var> ,...,<var> pN_high</var> be the percentages for ''high'' in <var> v1</var> ,...,<var> vN</var>
331- 4. Compute the weighted sums as:
331+ 4. Compute the weighted sums as:
332332 * <var> p_standard</var> =(<var> p1_standard</var> *<var> p1</var> +...+<var> pN_standard</var> *<var> pN</var> )/100.
333333 * <var> p_constrained_high</var> =(<var> p1_constrained_high</var> *<var> p1</var> +...+<var> pN_constrained_high</var> *<var> pN</var> )/100.
334334 * <var> p_high</var> =(<var> p1_high</var> *<var> p1</var> +...+<var> pN_high</var> *<var> pN</var> )/100.
335- 5. If <var> p_standard</var> , <var> p_constrained_high</var> , or <var> p_high</var> equals 100%, then
335+ 5. If <var> p_standard</var> , <var> p_constrained_high</var> , or <var> p_high</var> equals 100%, then
336336 the computed value is ''standard'' , ''constrained-high'' , or ''high'' , respectively.
337- 6. Otherwise, the computed value is ''dynamic-range-limit-mix()'' , with parameters
337+ 6. Otherwise, the computed value is ''dynamic-range-limit-mix()'' , with parameters
338338 ''standard'' , ''constrained-high'' , and ''high'' , in that order, and percentages
339339 <var> p_standard</var> , <var> p_constrained_high</var> , and <var> p_high</var> ,
340340 omitting parameters with a percentage equal to 0%.
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