Synchronising for Rémi

Classes/BuboArray.sc

@@ -10,98 +10,70 @@
     ^Pindex(pat, this[1], repeats)
   }
 
-	findShortcuts {
-    arg pattern;
-    var short, correctedPattern;
-    correctedPattern = List.new();
-    short = Dictionary.newFrom([
-      // Instrument
-      \i, \instrument,
-      // Notes
-      \n, \note,
-      \mn, \midinote,
-      \vel, \velocity,
-      \deg, \degree,
-      \off, \timingOffset,
-      \o, \octave,
-      \f, \freq,
-      \det, \detune,
-      // Durations
-      \d, \dur,
-      \l, \legato,
-      // Amplitude
-      \p, \pan,
-      // Envelope
-      \a, \attack,
-      \d, \decay,
-      \s, \sustain,
-      \r, \release,
-      // Filter control
-      \r, \resonance,
-      \ff, \ffreq,
-      // Modulation
-      \m, \mod,
-      \mo, \midout,
-      \c, \midichan,
-      \st, \stretch,
-      \rt, \root,
-      \scl, \scale,
-  	]);
-
-		// shortcuts are turned into regular keys;
-		pattern.do({| element |
-			if (short.includesKey(element),
-				{correctedPattern.add(short[element])},
-				{correctedPattern.add(element)}
-			);
-		});
-		^correctedPattern;
-	}
-
   pat {
     arg quant=4, fade=0.05;
     var proxyName = this[0];
     var newArray = this[1..] ++ [\type, \buboEvent];
     currentEnvironment.at(proxyName.asSymbol).quant_(quant);
     currentEnvironment.at(proxyName.asSymbol).fadeTime = fade;
-    currentEnvironment.at(proxyName.asSymbol)[0] = Pbind(*(this.findShortcuts(newArray)));
+    currentEnvironment.at(proxyName.asSymbol)[0] = Pbind(*(EventShortener.findShortcuts(newArray)));
     ^currentEnvironment.at(proxyName.asSymbol);
   }
 
+  pwrap {
+    arg maxIndex, startIndex=0, repeats=inf;
+    ^PwrapSeq(this, maxIndex, startIndex, repeats)
+  }
+
+
 	p {
-		^Pbind(*(this.findShortcuts(this)))
+		^Pbind(*(Eventshortener.findShortcuts(this)))
 	}
 
-  euclid {
+  eu {
     arg repeats=inf;
-    ^Pbjorklund2(this[0], this[1], repeats);
+    var divisor = 1;
+    if (this[3] != nil, { divisor = this[3] });
+    ^Pbjorklund2(this[0], this[1], repeats, this[2]) / divisor;
   }
 
-  pseq { arg repeats=inf, offset=0;
-    ^Pseq(this, repeats, offset);
+  pseq {
+    arg repeats=inf;
+    ^Pseq(this, repeats);
   }
 
-  pshuf { arg repeats=1;
+  pshuf {
+    arg repeats=1;
     ^Pshuf(this, repeats);
   }
 
-  prand { arg repeats=inf;
+  prand {
+    arg repeats=inf;
     ^Prand(this, repeats);
   }
 
-  pxrand { arg repeats=inf;
+  pxrand {
+    arg repeats=inf;
     ^Pxrand(this, repeats);
   }
 
-  pwrand { arg weights, repeats=1;
+  pwrand {
+    arg weights, repeats=1;
     ^Pwrand(this, weights.normalizeSum, repeats);
   }
 
-  pwhite { arg repeats=inf;
+  pwhite {
+    arg repeats=inf;
     ^Pwhite(this[0], this[1], repeats);
   }
 
-  pseries { arg repeats=inf;
+  pseries {
+    arg repeats=inf;
     ^Pseries(this[0], this[1], repeats);
   }
+
+  pbrown {
+    arg repeats=inf;
+    ^Pbrown(this[0], this[1], this[2], repeats);
+  }
 }