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}
38 <p class=
"p1"><b>Array
</b></p>
39 <p class=
"p2"><br></p>
40 <p class=
"p3"><span class=
"s1"><b>Inherits from:
</b><a href=
"../Core/Object.html"><b>Object
</b></a><b> :
</b><a href=
"Collection.html"><b>Collection
</b></a></span><span class=
"s2"><b> :
</b></span><span class=
"s1"><b> </b><a href=
"SequenceableCollection.html"><b>SequenceableCollection
</b></a></span><span class=
"s2"><b> </b></span><span class=
"s1"><b>:
</b><a href=
"ArrayedCollection.html"><b>ArrayedCollection
</b></a></span></p>
41 <p class=
"p2"><br></p>
42 <p class=
"p4">Arrays are ArrayedCollections whose slots may contain any object. Arrays have a fixed maximum size beyond which they cannot grow. For expandable arrays, use the
<a href=
"List.html"><span class=
"s2">List
</span></a> class.
</p>
43 <p class=
"p2"><br></p>
44 <p class=
"p4">An array can be created with a fixed maximum capacity:
</p>
45 <p class=
"p2"><span class=
"Apple-tab-span"> </span></p>
46 <p class=
"p5"><span class=
"Apple-tab-span"> </span>z =
<span class=
"s2">Array
</span>.new(size);
</p>
47 <p class=
"p2"><br></p>
48 <p class=
"p4">Which will return an array of size
0, but the capability to add up to
32</p>
49 <p class=
"p4">objects.
<span class=
"Apple-converted-space"> </span></p>
50 <p class=
"p2"><br></p>
51 <p class=
"p5"><span class=
"Apple-tab-span"> </span>z = z.add(obj);
</p>
52 <p class=
"p2"><br></p>
53 <p class=
"p4">z now has a size of
1.
</p>
54 <p class=
"p2"><br></p>
55 <p class=
"p4">For Arrays, the 'add' method may or may not return the same Array object. It will add the argument to the receiver if there is space, otherwise it returns a new Array object with the argument added. Thus the proper usage of 'add' with an Array is to always assign the result as follows:
</p>
56 <p class=
"p2"><br></p>
57 <p class=
"p5"><span class=
"Apple-tab-span"> </span>z = z.add(obj);
</p>
58 <p class=
"p2"><br></p>
59 <p class=
"p4">This allows an efficient use of resources, only growing the array when it needs to.
<span class=
"Apple-converted-space"> </span>The
<a href=
"List.html"><span class=
"s2">List
</span></a><span class=
"s3"> </span>class manages the Array for you, and in many cases in more suitable.
</p>
60 <p class=
"p2"><br></p>
61 <p class=
"p4">An array can be created with all slots filled with nils:
</p>
62 <p class=
"p2"><br></p>
63 <p class=
"p5"><span class=
"Apple-tab-span"> </span>z =
<span class=
"s2">Array
</span>.newClear(size);
</p>
64 <p class=
"p2"><br></p>
65 <p class=
"p4">Elements can be put into an existing slot:
</p>
66 <p class=
"p2"><br></p>
67 <p class=
"p5"><span class=
"Apple-tab-span"> </span>a.put(
2,obj);
</p>
68 <p class=
"p2"><br></p>
69 <p class=
"p4">And accessed :
</p>
70 <p class=
"p2"><br></p>
71 <p class=
"p6"><span class=
"s1"><span class=
"Apple-tab-span"> </span>a.at(
2);
</span>// these are equivalent
</p>
72 <p class=
"p5"><span class=
"Apple-tab-span"> </span>a[
2];
</p>
73 <p class=
"p2"><br></p>
74 <p class=
"p4">See
<a href=
"ArrayedCollection.html"><span class=
"s2">ArrayedCollection
</span></a> for the principal methods:
</p>
75 <p class=
"p4"><span class=
"Apple-tab-span"> </span>at
</p>
76 <p class=
"p4"><span class=
"Apple-tab-span"> </span>put
</p>
77 <p class=
"p4"><span class=
"Apple-tab-span"> </span>clipAt, wrapAt etc.
</p>
78 <p class=
"p2"><br></p>
79 <p class=
"p4">Literal Arrays can be created at compile time, and are very efficient. See
<a href=
"../Language/Literals.html"><span class=
"s2">Literals
</span></a> for information.
</p>
80 <p class=
"p2"><br></p>
81 <p class=
"p7"><b>Class Methods
</b></p>
82 <p class=
"p2"><br></p>
83 <p class=
"p4"><b>*with(... args)
</b></p>
84 <p class=
"p8">Create a new Array whose slots are filled with the given arguments.
<span class=
"Apple-converted-space"> </span></p>
85 <p class=
"p8">This is the same as the method in
<a href=
"ArrayedCollection.html"><span class=
"s2">ArrayedCollection
</span></a>, but is reimplemented here to be more efficient.
</p>
86 <p class=
"p9"><br></p>
87 <p class=
"p10"><span class=
"s2">Array
</span>.with(
7,
<span class=
"s4">'eight'
</span>,
<span class=
"Apple-converted-space"> </span>9).postln;
</p>
88 <p class=
"p11"><br></p>
89 <p class=
"p7"><b>Instance Methods
</b></p>
90 <p class=
"p2"><br></p>
91 <p class=
"p4"><b>reverse
</b></p>
92 <p class=
"p8">Returns a new Array whose elements are reversed. The receiver is unchanged.
</p>
93 <p class=
"p9"><br></p>
94 <p class=
"p10">[
1,
2,
3].reverse.postln;
</p>
95 <p class=
"p11"><br></p>
97 <p class=
"p10">x = [
1,
2,
3];
</p>
98 <p class=
"p10">z = x.reverse;
</p>
99 <p class=
"p10">x.postln;
</p>
100 <p class=
"p10">z.postln;
</p>
102 <p class=
"p9"><br></p>
103 <p class=
"p4"><b>scramble
</b></p>
104 <p class=
"p8">Returns a new Array whose elements have been scrambled. The receiver is unchanged.
</p>
105 <p class=
"p9"><br></p>
106 <p class=
"p10">[
1,
2,
3,
4,
5,
6].scramble.postln;
</p>
107 <p class=
"p11"><br></p>
108 <p class=
"p4"><b>mirror
</b></p>
109 <p class=
"p8">Return a new Array which is the receiver made into a palindrome.
<span class=
"Apple-converted-space"> </span></p>
110 <p class=
"p8">The receiver is unchanged.
</p>
111 <p class=
"p9"><br></p>
112 <p class=
"p10">[
1,
2,
3,
4].mirror.postln;
</p>
113 <p class=
"p9"><br></p>
114 <p class=
"p4"><b>mirror1
</b></p>
115 <p class=
"p8">Return a new Array which is the receiver made into a palindrome with the last element removed.
<span class=
"Apple-converted-space"> </span></p>
116 <p class=
"p8">This is useful if the list will be repeated cyclically, the first element will not get played twice.
</p>
117 <p class=
"p8">The receiver is unchanged.
</p>
118 <p class=
"p9"><br></p>
119 <p class=
"p10">[
1,
2,
3,
4].mirror1.postln;
</p>
120 <p class=
"p9"><br></p>
121 <p class=
"p4"><b>mirror2
</b></p>
122 <p class=
"p8">Return a new Array which is the receiver concatenated with a reversal of itself.
<span class=
"Apple-converted-space"> </span></p>
123 <p class=
"p8">The center element is duplicated. The receiver is unchanged.
</p>
124 <p class=
"p9"><br></p>
125 <p class=
"p10">[
1,
2,
3,
4].mirror2.postln;
</p>
126 <p class=
"p9"><br></p>
127 <p class=
"p4"><b>stutter(n)
</b></p>
128 <p class=
"p8">Return a new Array whose elements are repeated
<b>n
</b> times. The receiver is unchanged.
</p>
129 <p class=
"p9"><br></p>
130 <p class=
"p10">[
1,
2,
3].stutter(
2).postln;
</p>
131 <p class=
"p9"><br></p>
132 <p class=
"p4"><b>rotate(n)
</b></p>
133 <p class=
"p8">Return a new Array whose elements are in rotated order. Negative n values rotate left, postive n values
</p>
134 <p class=
"p8">rotate right. The receiver is unchanged.
</p>
135 <p class=
"p9"><br></p>
136 <p class=
"p10">[
1,
2,
3,
4,
5].rotate(
1).postln;
</p>
137 <p class=
"p12"><br></p>
138 <p class=
"p10">[
1,
2,
3,
4,
5].rotate(-
1).postln;
</p>
139 <p class=
"p12"><br></p>
140 <p class=
"p10">[
1,
2,
3,
4,
5].rotate(
3).postln;
</p>
141 <p class=
"p9"><br></p>
142 <p class=
"p4"><b>pyramid
</b></p>
143 <p class=
"p8">Return a new Array whose elements have been reordered via one of
10 "counting" algorithms.
</p>
144 <p class=
"p8">The algorithms are numbered
1 through
10. Run the examples to see the algorithms.
</p>
145 <p class=
"p9"><br></p>
146 <p class=
"p10">[
1,
2,
3,
4].pyramid(
1).postln;
</p>
147 <p class=
"p11"><br></p>
149 <p class=
"p10">10.do({
<span class=
"s2">arg
</span> i;
</p>
150 <p class=
"p10"><span class=
"Apple-tab-span"> </span>[
1,
2,
3,
4].pyramid(i +
1).postcs;
</p>
151 <p class=
"p10">});
</p>
153 <p class=
"p12"><br></p>
154 <p class=
"p4"><b>pyramidg
</b></p>
155 <p class=
"p8">Like pyramid, but keep the resulting values grouped in subarrays.
</p>
156 <p class=
"p9"><br></p>
157 <p class=
"p13">// compare:
</p>
158 <p class=
"p10">[
1,
2,
3,
4].pyramid(
1).postln;
</p>
159 <p class=
"p10">[
1,
2,
3,
4].pyramidg(
1).postln;
</p>
160 <p class=
"p11"><br></p>
162 <p class=
"p10">10.do({
<span class=
"s2">arg
</span> i;
</p>
163 <p class=
"p10"><span class=
"Apple-tab-span"> </span>[
1,
2,
3,
4].pyramid(i +
1).postcs;
</p>
164 <p class=
"p10"><span class=
"Apple-tab-span"> </span>[
1,
2,
3,
4].pyramidg(i +
1).postcs;
</p>
165 <p class=
"p10">});
</p>
167 <p class=
"p9"><br></p>
168 <p class=
"p4"><b>sputter(probability, maxlen)
</b></p>
169 <p class=
"p8">Return a new Array of length
<b>maxlen
</b> with the items partly repeated (random choice of given
<b>probability
</b>).
</p>
170 <p class=
"p9"><br></p>
171 <p class=
"p13">// compare:
</p>
172 <p class=
"p10">[
1,
2,
3,
4,
5,
6,
7,
8,
9,
10].sputter(
0.5,
16).postln;
</p>
173 <p class=
"p10">[
1,
2,
3,
4,
5,
6,
7,
8,
9,
10].sputter(
0.8,
8).postln;
</p>
174 <p class=
"p9"><br></p>
175 <p class=
"p9"><br></p>
176 <p class=
"p4"><b>lace(length)
</b></p>
177 <p class=
"p8">Returns a new Array whose elements are interlaced sequences of the elements of the receiver's subcollections, up to size
<b>length
</b>. The receiver is unchanged.
</p>
178 <p class=
"p9"><br></p>
180 <p class=
"p10">x = [ [
1,
2,
3],
6,
<span class=
"s2">List
</span>[
<span class=
"s5">"foo"</span>,
<span class=
"s4">'bar'
</span>]];
</p>
181 <p class=
"p10">y = x.lace(
12);
</p>
182 <p class=
"p10">x.postln;
</p>
183 <p class=
"p10">y.postln;
</p>
185 <p class=
"p9"><br></p>
186 <p class=
"p4"><b>permute(nthPermutation)
</b></p>
187 <p class=
"p8">Returns a new Array whose elements are the
<b>nthPermutation
</b> of the elements of the receiver. The receiver is unchanged.
</p>
188 <p class=
"p9"><br></p>
190 <p class=
"p10">x = [
1,
2,
3];
</p>
191 <p class=
"p10">6.do({|i| x.permute(i).postln;});
</p>
193 <p class=
"p12"><br></p>
194 <p class=
"p4"><b>allTuples(maxTuples)
</b></p>
195 <p class=
"p8">Returns a new Array whose elements contain all possible combinations of the receiver's subcollections.
</p>
196 <p class=
"p12"><br></p>
197 <p class=
"p10">[[
1,
2,
3,
4,
5], [
10,
20,
30]].allTuples;
</p>
198 <p class=
"p10">[[
1,
2,
3,
4,
5], [
10,
20,
30], [
5,
6]].allTuples;
</p>
199 <p class=
"p12"><br></p>
200 <p class=
"p9"><br></p>
201 <p class=
"p4"><b>wrapExtend(length)
</b></p>
202 <p class=
"p8">Returns a new Array whose elements are repeated sequences of the receiver, up to size
<b>length
</b>. The receiver is unchanged.
</p>
203 <p class=
"p9"><br></p>
205 <p class=
"p10">x = [
1,
2,
3,
<span class=
"s5">"foo"</span>,
<span class=
"s4">'bar'
</span> ];
</p>
206 <p class=
"p10">y = x.wrapExtend(
9);
</p>
207 <p class=
"p10">x.postln;
</p>
208 <p class=
"p10">y.postln;
</p>
210 <p class=
"p9"><br></p>
211 <p class=
"p4"><b>foldExtend(length)
</b></p>
212 <p class=
"p8">Same as
<b>wrapExtend
</b> but the sequences fold back on the list elements.
</p>
213 <p class=
"p12"><br></p>
215 <p class=
"p10">x = [
1,
2,
<span class=
"s5">"foo"</span>];
</p>
216 <p class=
"p10">y = x.foldExtend(
9);
</p>
217 <p class=
"p10">x.postln;
</p>
218 <p class=
"p10">y.postln;
</p>
220 <p class=
"p9"><br></p>
221 <p class=
"p4"><b>clipExtend(length)
</b></p>
222 <p class=
"p8">Same as
<b>wrapExtend
</b> but the sequences
"clip" (return their last element) rather than wrapping.
</p>
223 <p class=
"p12"><br></p>
225 <p class=
"p10">x = [
1,
2,
<span class=
"s5">"foo"</span>];
</p>
226 <p class=
"p10">y = x.clipExtend(
9);
</p>
227 <p class=
"p10">x.postln;
</p>
228 <p class=
"p10">y.postln;
</p>
230 <p class=
"p9"><br></p>
231 <p class=
"p4"><b>slide(windowLength, stepSize)
</b></p>
232 <p class=
"p8">Return a new Array whose elements are repeated subsequences from the receiver.
<span class=
"Apple-converted-space"> </span></p>
233 <p class=
"p8">Easier to demonstrate than explain.
</p>
234 <p class=
"p9"><br></p>
235 <p class=
"p10">[
1,
2,
3,
4,
5,
6].slide(
3,
1).postcs;
</p>
236 <p class=
"p10">[
1,
2,
3,
4,
5,
6].slide(
3,
2).postcs;
</p>
237 <p class=
"p10">[
1,
2,
3,
4,
5,
6].slide(
4,
1).postcs;
</p>
238 <p class=
"p9"><br></p>
239 <p class=
"p4"><b>shift(n)
</b></p>
240 <p class=
"p8">Shift the values of the array
<b>n
</b> steps to the right (n positive) or to the left(n negative),
<span class=
"Apple-converted-space"> </span></p>
241 <p class=
"p8">dropping the excess and filling empty space with zero.
</p>
242 <p class=
"p9"><br></p>
243 <p class=
"p10">[
1,
2,
3,
4,
5,
6].shift(
3).postln;
</p>
244 <p class=
"p10">[
1,
2,
3,
4,
5,
6].shift(-
3).postln;
</p>
245 <p class=
"p9"><br></p>
246 <p class=
"p9"><br></p>
247 <p class=
"p4"><b>containsSeqColl
</b></p>
248 <p class=
"p8">Returns true if the receiver Array contains any instance of
<a href=
"SequenceableCollection.html"><span class=
"s2">SequenceableCollection
</span></a></p>
249 <p class=
"p9"><br></p>
250 <p class=
"p10">[
1,
2,
3,
4].containsSeqColl.postln
</p>
251 <p class=
"p10">[
1,
2, [
3],
4].containsSeqColl.postln
</p>
252 <p class=
"p12"><br></p>
253 <p class=
"p4"><b>powerset
</b></p>
254 <p class=
"p8">Returns all possible combinations of the array's elements.
</p>
255 <p class=
"p12"><br></p>
256 <p class=
"p10">[
1,
2,
3].powerset.postln
</p>
257 <p class=
"p10">[
1,
2,
3].powerset.sort({ |a, b| a.size
> b.size }); // sort by size, big first
</p>
258 <p class=
"p10">[
1,
2,
3].powerset.sort({ |a, b| a.size
> b.size }).reverse; // by size, small first
</p>
259 <p class=
"p12"><br></p>
260 <p class=
"p8">powerset is also supported in
<a href=
"Collection.html"><span class=
"s2">Collection
</span></a>:
</p>
261 <p class=
"p9"><br></p>
262 <p class=
"p10">Set[
1,
2,
3].powerset;
</p>
263 <p class=
"p10">List[
1,
2,
3].powerset
</p>
264 <p class=
"p10">(a:
1, b:
2, c:
3).powerset;
</p>
265 <p class=
"p12"><br></p>
266 <p class=
"p4"><b>envirPairs
</b></p>
267 <p class=
"p8">Given an array of symbols, this returns an array of pairs of (symbol, value) from the current environment.
</p>
268 <p class=
"p8">This can then be used as arguments for a
<a href=
"../ServerArchitecture/Synth.html"><span class=
"s2">Synth
</span></a>, or in an OSC message.
</p>
269 <p class=
"p12"><br></p>
271 <p class=
"p10">e = (freq:
340, amp:
0.001, strangeness:
0.85);
</p>
272 <p class=
"p10">e.use {
</p>
273 <p class=
"p14"><span class=
"s1"><span class=
"Apple-tab-span"> </span>[
</span>\amp
<span class=
"s1">,
</span>\taste
<span class=
"s1">,
</span>\strangeness
<span class=
"s1">].envirPairs;
</span></p>
275 <p class=
"p10">);
</p>
276 <p class=
"p12"><br></p>
277 <p class=
"p4"><b>flop
</b></p>
278 <p class=
"p8">Invert rows and colums in a two dimensional Array (turn inside out).
</p>
279 <p class=
"p15"><span class=
"s1">See also:
<a href=
"../Core/Kernel/Function.html"><span class=
"s6">Function
</span></a>,
<a href=
"SequenceableCollection.html"><span class=
"s6">SequenceableCollection
</span></a>.
</span></p>
280 <p class=
"p12"><br></p>
281 <p class=
"p10">[[
1,
2,
3], [
4,
5,
6]].flop;
</p>
282 <p class=
"p10">[[
1,
2,
3], [
4,
5,
6], [
7,
8]].flop;
<span class=
"s3">// shorter array wraps
</span></p>
283 <p class=
"p13"><span class=
"s1">[].flop;
</span>// result is always
2-d.
</p>
284 <p class=
"p9"><br></p>
285 <p class=
"p4"><b>multiChannelExpand
</b></p>
286 <p class=
"p8">Used by UGens to perform multi channel expansion. Same as flop.
</p>
287 <p class=
"p9"><br></p>
288 <p class=
"p4"><b>source
</b></p>
289 <p class=
"p8">Some UGens return Arrays of
<a href=
"../UGens/Multichannel/OutputProxy.html"><span class=
"s2">OutputProxy
</span></a> when instantiated. This method allows you to
</p>
290 <p class=
"p8">get at the source UGen.
</p>
291 <p class=
"p9"><br></p>
293 <p class=
"p10">z =
<span class=
"s2">Pan2
</span>.ar;
</p>
294 <p class=
"p10">z.postln;
</p>
295 <p class=
"p10">z.source.postln;
</p>
297 <p class=
"p9"><br></p>
298 <p class=
"p4"><b>fork(join, clock, quant, stackSize)
</b></p>
299 <p class=
"p8">Used within
<a href=
"../Core/Kernel/Routine.html"><span class=
"s2">Routine
</span></a>s and assumes an array of functions, from which subroutines are created. The subroutines are played while the outer Routine carries on. The
<b>join
</b> parameter expresses after how many subroutines complete the outer Routine is allowed to go on. By default this happens after all subroutines have completed.
</p>
300 <p class=
"p9"><br></p>
301 <p class=
"p16"><br></p>
302 <p class=
"p13">// an array of routine functions:
</p>
304 <p class=
"p10">a = [
</p>
305 <p class=
"p10"><span class=
"Apple-tab-span"> </span>{
1.wait;
<span class=
"s4">\done_one
</span>.postln },
</p>
306 <p class=
"p10"><span class=
"Apple-tab-span"> </span>{
0.5.wait;
<span class=
"s4">\done_two
</span>.postln },
</p>
307 <p class=
"p10"><span class=
"Apple-tab-span"> </span>{
0.2.wait;
<span class=
"s4">\done_three
</span>.postln }
</p>
308 <p class=
"p10">];
</p>
310 <p class=
"p12"><br></p>
311 <p class=
"p13">// join after
0</p>
313 <p class=
"p17">Routine
<span class=
"s1"> {
<span class=
"Apple-converted-space"> </span></span></p>
314 <p class=
"p18"><span class=
"s1"><span class=
"Apple-tab-span"> </span></span>"join = 0."<span class=
"s1">.postcln;
</span></p>
315 <p class=
"p10"><span class=
"Apple-tab-span"> </span>a.fork(
0);
<span class=
"s4">\doneAll
</span>.postln;
</p>
316 <p class=
"p10">}.play;
</p>
318 <p class=
"p13">// join after
1</p>
320 <p class=
"p17">Routine
<span class=
"s1"> {
<span class=
"Apple-converted-space"> </span></span></p>
321 <p class=
"p18"><span class=
"s1"><span class=
"Apple-tab-span"> </span></span>"join = 1."<span class=
"s1">.postcln;
</span></p>
322 <p class=
"p10"><span class=
"Apple-tab-span"> </span>a.fork(
1);
<span class=
"s4">\doneAll
</span>.postln;
</p>
323 <p class=
"p10">}.play;
</p>
325 <p class=
"p13">// join after all
</p>
327 <p class=
"p17">Routine
<span class=
"s1"> {
<span class=
"Apple-converted-space"> </span></span></p>
328 <p class=
"p18"><span class=
"s1"><span class=
"Apple-tab-span"> </span></span>"join = a.size (default)."<span class=
"s1">.postcln;
</span></p>
329 <p class=
"p10"><span class=
"Apple-tab-span"> </span>a.fork;
<span class=
"s4">\doneAll
</span>.postln;
</p>
330 <p class=
"p10">}.play;
</p>
332 <p class=
"p9"><br></p>
333 <p class=
"p4"><b>poll(trig, label, trigid)
</b></p>
334 <p class=
"p8">apply an array of
<a href=
"../UGens/Triggers/Poll.html"><span class=
"s2">Poll
</span></a> units to an array of
<a href=
"../UGens/UGen.html"><span class=
"s2">UGen
</span></a>s (see those helpfiles for more details).
</p>
335 <p class=
"p9"><br></p>
336 <p class=
"p10">s.boot;
</p>
338 <p class=
"p10">x = {
</p>
339 <p class=
"p10"><span class=
"Apple-tab-span"> </span><span class=
"s2">SinOsc
</span>.ar([
0.1,
0.2],
0).poll *
0.1</p>
340 <p class=
"p10">}.play;
</p>
342 <p class=
"p13"><span class=
"s1">x.trace;
</span>// By tracing the Synth you can see the two Poll units we created
</p>
343 <p class=
"p10">x.free
</p>
344 <p class=
"p9"><br></p>
345 <p class=
"p4"><b>dpoll(trig, label, trigid)
</b></p>
346 <p class=
"p8">apply an array of
<a href=
"../UGens/Synth control/Demand Rate/Dpoll.html"><span class=
"s2">Dpoll
</span></a> units to an array of
<a href=
"../UGens/UGen.html"><span class=
"s2">UGen
</span></a>s (see those helpfiles for more details).
</p>
347 <p class=
"p9"><br></p>
348 <p class=
"p4"><b>atIdentityHash(argKey)
</b></p>
349 <p class=
"p8">This method is used by IdentitySet to search for a key among its members.
</p>
350 <p class=
"p9"><br></p>
351 <p class=
"p4"><b>atIdentityHashInPairs(argKey)
</b></p>
352 <p class=
"p8">This method is used by IdentityDictionary to search for a key among its members.
</p>
353 <p class=
"p9"><br></p>
354 <p class=
"p4"><b>asShortString
</b></p>
355 <p class=
"p8">Returns a short string representing the Array that only shows how many elements it contains
</p>
356 <p class=
"p9"><br></p>
357 <p class=
"p4"><b>asString
</b></p>
358 <p class=
"p8">Returns a string representing the Array. May not be compileable due to ellision (...) of excessive arguments.
<span class=
"Apple-converted-space"> </span></p>
359 <p class=
"p9"><br></p>
360 <p class=
"p4"><b>asCompileString
</b></p>
361 <p class=
"p8">Returns a string that will compile to return an Array equal to the receiver.
</p>
362 <p class=
"p9"><br></p>
363 <p class=
"p4"><b>isValidUGenInput
</b></p>
364 <p class=
"p8">Returns true. Arrays are valid UGen inputs.
</p>
365 <p class=
"p9"><br></p>
366 <p class=
"p9"><br></p>
367 <p class=
"p4"><b>asRawOSC
</b></p>
368 <p class=
"p8">Returns the OSC measse as an Int8Array. Receiver must be a bundle.
</p>
369 <p class=
"p9"><br></p>
370 <p class=
"p10">[
0.1, [
<span class=
"s4">\s_new
</span>,
<span class=
"s4">\default
</span>, -
1,
1,
1,
<span class=
"s4">\freq
</span>,
1961]].asRawOSC;
</p>
371 <p class=
"p9"><br></p>
