Changeset 908 for trunk/data/doc/manual_en.docbook
- Timestamp:
- 03/13/09 00:05:15 (4 years ago)
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- 1 modified
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trunk/data/doc/manual_en.docbook (modified) (7 diffs)
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trunk/data/doc/manual_en.docbook
r906 r908 815 815 Attack/Decay/Sustain/Release envelope generator. After you 816 816 trigger a note, Hydrogen 817 will <emphasis role="italics">attack</emphasis> the note by817 will <emphasis>attack</emphasis> the note by 818 818 increasing its volume from 0 to the full velocity of the 819 819 note. After reaching full velocity, it 820 will <emphasis role="italics">decay</emphasis> the note by820 will <emphasis>decay</emphasis> the note by 821 821 lowering the volume until it reaches 822 the <emphasis role="italics">sustain</emphasis> level. When823 the note is <emphasis role="italics">released</emphasis>,822 the <emphasis>sustain</emphasis> level. When 823 the note is <emphasis>released</emphasis>, 824 824 Hydrogen reduces the volume from the sustain level back down 825 825 to 0.</para></listitem> … … 1208 1208 <glossdef> 1209 1209 <para>This is the first phase of an ADSR envelope, and is the amount 1210 of <emphasis role="italics">time</emphasis> to turn the parameter up from1210 of <emphasis>time</emphasis> to turn the parameter up from 1211 1211 0 to full velocity after triggering the note.</para> 1212 1212 … … 1270 1270 <glossdef> 1271 1271 <para>After reaching full velocity from the attack, this is the amount 1272 of <emphasis role="italics">time</emphasis> to turn the parameter down1272 of <emphasis>time</emphasis> to turn the parameter down 1273 1273 from full velocity to the sustain level.</para> 1274 1274 … … 1367 1367 <para>Suppose you have a sample of a floor tom being struck 1368 1368 softly. If you simply play the sample louder — it 1369 will <emphasis role="italics">not</emphasis> sound the same as a1369 will <emphasis>not</emphasis> sound the same as a 1370 1370 real tom that has been struck very hard. If you wish to mimic 1371 1371 this in your instrument, you can load one sample for soft … … 1426 1426 240 Hz, and 575 Hz to 1150 Hz. While the frequency differences are very 1427 1427 different (20 Hz, 120 Hz, and 575 Hz, respectively), to the human ear 1428 they <emphasis role="italics">sound</emphasis> like the same1428 they <emphasis>sound</emphasis> like the same 1429 1429 distance.</para> 1430 1430 </glossdef> … … 1441 1441 <glossdef> 1442 1442 <para>After the note is released, this is the amount 1443 of <emphasis role="italics">time</emphasis> to reduce the parameter from1443 of <emphasis>time</emphasis> to reduce the parameter from 1444 1444 the sustain level to 0.</para> 1445 1445 … … 1506 1506 <glossterm>Sustain</glossterm> 1507 1507 <glossdef> 1508 <para>The <emphasis role="italics">level</emphasis> to hold the parameter1508 <para>The <emphasis>level</emphasis> to hold the parameter 1509 1509 after finishing the decay time. This level will be maintained until the 1510 1510 not is released.</para>