Silence up scripty warnings

data/effects/rboctaveshift.xml

@@ -4,12 +4,15 @@
 	<description>Adjust the audio pitch using the Rubberband library.</description>
 	<author>Meltytech, LLC</author>
 	<parameter type="constant" name="octaveshift" max="3.3" min="-3.3" default="0" decimals="1">
-        <name>Octave Shift</name><comment>The octave shift. This is the octave shift of the source frequency. For example, a shift of +1 would double the frequency; -1 would halve the frequency and 0 would leave the pitch unaffected. To put this in frequency terms, a frequency shift f (where f greater than one for upwards shift and less than one for downwards) is: o = log(f) / log(2). Ignored if pitchscale is set.</comment>
+        <name>Octave Shift</name>
+        <comment>The octave shift. This is the octave shift of the source frequency. For example, a shift of +1 would double the frequency; -1 would halve the frequency and 0 would leave the pitch unaffected. To put this in frequency terms, a frequency shift f (where f greater than one for upwards shift and less than one for downwards) is: o = log(f) / log(2). Ignored if pitchscale is set.</comment>
 	</parameter>
         <parameter type="bool" name="stretch" default="0">
-            <name>Stretch </name><comment>Stretch the audio to fill the requested samples. This option will have no effect if the requested sample size is the same as the received sample size.</comment>
+            <name>Stretch</name>
+            <comment>Stretch the audio to fill the requested samples. This option will have no effect if the requested sample size is the same as the received sample size.</comment>
 	</parameter>
         <parameter type="constant" name="latency" max="2000" min="0" default="0" suffix=" ms">
-            <name> Latency </name><comment>The amount of delay for each sample from the input to the output.</comment>
+            <name>Latency</name>
+            <comment>The amount of delay for each sample from the input to the output.</comment>
 	</parameter>
 </effect>

data/effects/rbpitchscale.xml

@@ -4,12 +4,15 @@
 	<description>Adjust the audio pitch using the Rubberband library.</description>
 	<author>Meltytech, LLC</author>
         <parameter type="constant" name="pitchscale" max="10" min="0.1" default="1.0" decimals="3">
-            <name>Pitch Scale </name><comment>The pitch scaling ratio. This is the ratio of target frequency to source frequency. For example, a ratio of 2.0 would shift up by one octave; 0.5 down by one octave; or 1.0 leave the pitch unaffected. To put this in musical terms, a pitch scaling ratio corresponding to a shift of o octaves (where o is positive for an upwards shift and negative for downwards) is: f = pow(2.0, o). Overrides octaveshift.</comment>
+            <name>Pitch Scale</name>
+            <comment>The pitch scaling ratio. This is the ratio of target frequency to source frequency. For example, a ratio of 2.0 would shift up by one octave; 0.5 down by one octave; or 1.0 leave the pitch unaffected. To put this in musical terms, a pitch scaling ratio corresponding to a shift of o octaves (where o is positive for an upwards shift and negative for downwards) is: f = pow(2.0, o). Overrides octaveshift.</comment>
 	</parameter>
         <parameter type="bool" name="stretch" default="0">
-            <name>Stretch </name><comment>Stretch the audio to fill the requested samples. This option will have no effect if the requested sample size is the same as the received sample size.</comment>
+            <name>Stretch</name>
+            <comment>Stretch the audio to fill the requested samples. This option will have no effect if the requested sample size is the same as the received sample size.</comment>
 	</parameter>
         <parameter type="constant" name="latency" max="2000" min="0" default="0" suffix=" ms">
-            <name> Latency </name><comment>The amount of delay for each sample from the input to the output.</comment>
+            <name>Latency</name>
+            <comment>The amount of delay for each sample from the input to the output.</comment>
 	</parameter>
 </effect>