Demo Documentation
3/8/12 5:33 PM
Package Summary
ej
Package ej
Interface Summary
ListOperator interface used to perform any math operation
Class Summary
dx2x take a list of intervals and generate a new list with a new origin
ej
fplay Multi function editor (like ej.function.js without the graphics)
ftom Convert frequency to midi.
getejiesversion Returns the current installed version and the current available version (Internet connection).
l2buffer store a list into a buffer~
lchange aware of list change
lclip clip the values of a list
ldrunk give beers to a list...
linterp list interpolator
ListAbs ListAbs: interface used to perform ListAbs math operation
ListAbsDiff ListAbsDiff: interface used to perform ListAbsDiff math operation
ListAcos ListAcos: interface used to perform ListAcos math operation
ListAddition ListAddition: interface used to perform ListAddition math operation
ListAsin ListAsin: interface used to perform ListAsin math operation
ListAtan ListAtan: interface used to perform ListAtan math operation
ListAtan2 ListAtan2: interface used to perform ListAtan2 math operation
ListAtodb ListAtodb: interface used to perform ListAtodb math operation
ListAverage ListAverage: interface used to perform ListAverage math operation
ListCeil ListCeil: interface used to perform ListCeil math operation
ListCos ListCos: interface used to perform ListCos math operation
ListDbtoa ListDbtoa: interface used to perform ListDbtoa math operation
ListDivision ListDivision: interface used to perform ListDivision math operation
ListEqual ListEqual: interface used to perform ListEqual math operation
ListEqualPass ListEqualPass: interface used to perform ListEqualPass math operation
ListExp ListExp: interface used to perform ListExp math operation
ListFloor ListFloor: interface used to perform ListFloor math operation
ListGT ListGT: interface used to perform ListGT math operation
ListGTOE ListGTOE: interface used to perform ListGTOE math operation
ListGTOEPass ListGTOEPass: interface used to perform ListGTOEPass math operation
ListGTPass ListGTPass: interface used to perform ListGTPass math operation
ListIntDiv ListIntDiv: interface used to perform ListIntDiv math operation
ListInvDivision ListInvDivision: interface used to perform ListInvDivision math operation
ListInvIntDiv ListInvIntDiv: interface used to perform ListInvIntDiv math operation
ListInvModulo ListInvModulo: interface used to perform ListInvModulo math operation
ListInvSoustraction ListInvSoustraction: interface used to perform ListInvSoustraction math operation
ListLn ListLn: interface used to perform ListLn math operation
ListLog10 ListLog10: interface used to perform ListLog10 math operation
ListLog2 ListLog2: interface used to perform ListLog2 math operation
ListLT ListLT: interface used to perform ListLT math operation
ListLTOE ListLTOE: interface used to perform ListLTOE math operation
ListLTOEPass ListLTOEPass: interface used to perform ListLTOEPass math operation
ListLTPass ListLTPass: interface used to perform ListLTPass math operation
ListMaximum ListMaximum: interface used to perform ListMaximum math operation
ListMinimum ListMinimum: interface used to perform ListMinimum math operation
ListModulo ListModulo: interface used to perform ListModulo math operation
ListNotEqual ListNotEqual: interface used to perform ListNotEqual math operation
ListNotEqualPass ListNotEqualPass: interface used to perform ListNotEqualPass math operation
ListPow ListPow: interface used to perform ListPow math operation
ListProduit ListProduit: interface used to perform ListProduit math operation
ListRound ListRound: interface used to perform ListRound math operation
ListSin ListSin: interface used to perform ListSin math operation
ListSoustraction ListSoustraction: interface used to perform ListSoustraction math operation
ListSqrt ListSqrt: interface used to perform ListSqrt math operation
ListTan ListTan: interface used to perform ListTan math operation
ListTrunc ListTrunc: interface used to perform ListTrunc math operation
lop list operator: perform calculation on lists.
lquant Quantize a list (aka rounding to the nearest subdivision).
lscale Scale list.
lslide smooth a list.
mmmm min, median, mean and max on a stream of values.
mtof Convert MIDI to frequency.
urn random sequence generator (like the standart urn object)
x2dx extract deltas from a list of values.
Class dx2x
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.dx2x
public class dx2x
extends ej
take a list of intervals and generate a new list with a new origin
See Also:
x2dx, ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
dx2x()
create a dx2x object
dx2x(float f)
create a dx2x object with specified origin
Method Summary
void
 bang()
re-trigger the calculation
void
 inlet(float f)
specify the origin of the serie
void
 inlet(int i)
specify the origin of the serie
void
 list(double[] args)
set the list of intervals, and trigger the calculation
void
 set(double[] args)
set the list of intervals whithout triggering the calculation
Methods inherited from class ej.ej
anything, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
dx2x
public dx2x()
create a dx2x object
dx2x
public dx2x(float f)
create a dx2x object with specified origin
Parameters:
f - specify the origin value
Method Detail
bang
public void bang()
re-trigger the calculation
Overrides:
bang in class ej
inlet
public void inlet(int i)
specify the origin of the serie
Overrides:
inlet in class ej
Parameters:
i - if the value arrives in the rightmost inlet, it specify the origin.
if the value arrives in the leftmost inlet, it specify the first interval (not the normal use)
inlet
public void inlet(float f)
specify the origin of the serie
Overrides:
inlet in class ej
Parameters:
f - if the value arrives in the rightmost inlet, it specify the origin.
if the value arrives in the leftmost inlet, it specify the first interval (not the normal use)
list
public void list(double[] args)
set the list of intervals, and trigger the calculation
Parameters:
args - the list of intervals
set
public void set(double[] args)
set the list of intervals whithout triggering the calculation
Parameters:
args - the list of intervals
Class ej
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
Direct Known Subclasses:
dx2x, fplay, ftom, getejiesversion, l2buffer, lchange, lclip, ldrunk, linterp, lop, lquant, lscale, lslide, mmmm, mtof, urn, x2dx
abstract public class ej
extends com.cycling74.max.MaxObject
See Also:
ejies
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
ej()
print the ejies copyright message once
Method Summary
protected void
 anything(String message, com.cycling74.max.Atom[] args)
protected void
 bang()
void
 dblclick()
display the copyright while you dblclick on a object from the ej package (with version number)
protected String[]
 findVersion()
protected void
 inlet(float f)
protected void
 inlet(int i)
boolean
 isNumber(com.cycling74.max.Atom a)
test if an Atom is a number
protected void
 list(com.cycling74.max.Atom[] a)
void
 post(boolean b)
redefinition to accept a boolean value as argument
void
 post(com.cycling74.max.Atom a)
redefinition to accept an atom
void
 post(com.cycling74.max.Atom[] a)
redefinition to accept an array of Atoms
void
 post(double d)
redifinition to accept a float/double value
void
 post(double[] d)
redefinition to accept an array of double
void
 post(long l)
redefinition to accept a long as argument
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
ej
public ej()
print the ejies copyright message once
Method Detail
dblclick
public void dblclick()
display the copyright while you dblclick on a object from the ej package (with version number)
Overrides:
dblclick in class com.cycling74.max.MaxObject
findVersion
protected String[] findVersion()
isNumber
public boolean isNumber(com.cycling74.max.Atom a)
test if an Atom is a number
Returns:
true if it's a number; false otherwise
bang
protected void bang()
Overrides:
bang in class com.cycling74.max.MaxObject
inlet
protected void inlet(int i)
Overrides:
inlet in class com.cycling74.max.MaxObject
inlet
protected void inlet(float f)
Overrides:
inlet in class com.cycling74.max.MaxObject
list
protected void list(com.cycling74.max.Atom[] a)
Overrides:
list in class com.cycling74.max.MaxObject
anything
protected void anything(String message,
                        com.cycling74.max.Atom[] args)
Overrides:
anything in class com.cycling74.max.MaxObject
post
public void post(boolean b)
redefinition to accept a boolean value as argument
Parameters:
b - boolean value
post
public void post(long l)
redefinition to accept a long as argument
Parameters:
l - long value
post
public void post(double d)
redifinition to accept a float/double value
Parameters:
d - float/double value
post
public void post(com.cycling74.max.Atom a)
redefinition to accept an atom
Parameters:
a - the atom
post
public void post(com.cycling74.max.Atom[] a)
redefinition to accept an array of Atoms
Parameters:
a - array of atoms
post
public void post(double[] d)
redefinition to accept an array of double
Parameters:
d - array of double
Class fplay
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.fplay
public class fplay
extends ej
Multi function editor (like ej.function.js without the graphics)
See Also:
"ej.function.js"
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
fplay(com.cycling74.max.Atom[] args)
create a fplay object
Method Summary
void
 addfunction()
Method used to add a bpf to the object, then send the names of the bpf to the dumpout outlet in u(bu)menu format
void
 addfunction(String s)
Method used to add a bpf to the object, then send the names of the bpf to the dumpout outlet in u(bu)menu format
void
 addpoints(double[] val)
Fast method to add points
void
 all(com.cycling74.max.Atom[] args)
Send a message to eveery bpf
void
 anything(String s, com.cycling74.max.Atom[] args)
Look at any message to know if it's a name of a bpf, or a method's name of this ej.fplay object
void
 autodomain()
Change the domain depending on the position of the first and last points (lowest and highest x value)
void
 autorange()
Change the range depending on the position of the first and last points (lowest and highest y value)
void
 bang()
Output all breakpoints of the current function in line format (initial value followed by a list of deltatime-value pairs)
void
 clear()
Remove all the points of the current bpf
void
 clear(int[] idx)
Remove the specified points
void
 clearsustain()
Remove the sustain state of every point of the current bpf
void
 dblclick()
Display functions informations when you double click on the object
void
 deletefunction(int i)
Delete a bpf, then send the names of the bpf to the dumpout outlet in u(bu)menu format
void
 deletefunction(String s)
Delete a bpf, then send the names of the bpf to the dumpout outlet in u(bu)menu format
void
 display(int idx)
Change the current bpf to...
void
 display(String s)
Change the current bpf to...
void
 domain(double max)
Change the domain (x axis) dimensions
void
 domain(double min, double max)
Change the domain (x axis) dimensions
void
 domainAndRange(com.cycling74.max.Atom[] args)
used internally...
void
 dump()
send all points to the dump outlet as pair of x y
void
 dump(String s)
Send all points to a receive object as pair of x y
void
 dumpmatrix()
Send all points to the dump outlet as a Jitter Matrix (1 plane, 2 dim, type float32)
void
 dumpmatrix(String s)
Send all points to a receive object as a Jitter Matrix (1 plane, 2 dim, type float32)
void
 fix(int idx, int state)
Prevents the user from moving a point.
void
 flip()
flip the function on both axis
void
 flip_x()
flip the function on the x axis
void
 flip_y()
flip the function on the y axis
void
 fswitch()
Change the current function to the next one availlable, then send a message to the dumpout outlet.
void
 getcurrent()
Send the current function name to the dumpout outlet.
void
 getdisplay()
Send the function index to the dumpout outlet.
void
 getdomain()
Send the range limits of the current function to the dumpout outlet.
void
 getfix()
Get the list of the fixed points of the current function to the dumpout outlet.
void
 getname()
Send the name of the functions to the dumpout outlet (in umenu format).
void
 getnbpoints()
Send the number of point of the current function to the dumpout outlet.
void
 getrange()
Send the domain limits of the current function to the dumpout outlet.
void
 getsustain()
Get the list of the sustained points of the current function to the dumpout outlet.
void
 inlet(float f)
Send the interpolated y for this x for the current function at left outlet
void
 inlet(int i)
Send the interpolated y for this x for the current function at left outlet
void
 insertfunction()
inert a bpf at the current location, then send the names of the bpf to the dumpout outlet in u(bu)menu format
void
 insertfunction(String s)
insert a bpf at the current location, then send the names of the bpf to the dumpout outlet in u(bu)menu format
void
 jit_matrix(String s)
Set points from a Jitter matrix.
void
 list(float[] args)
Add or move a point
void
 listdump()
Send all points to the dump outlet as an unique list which contains pairs of x y
void
 listdump(String s)
Send all points to a receive object as an unique list which contains paris of x y
void
 name(String name)
Change the name of the current bpf.
void
 name(String[] names)
Change the names of the functions
void
 next()
The next message continues a list output from the sustain point where the output of the last bang or next message ended.
void
 normalize()
Normalize all the points of the current function.
void
 normalize_x()
Normalize points of the current function depending on the domain.
void
 normalize_y()
Normalize points of the current function depending on the range.
void
 nth(int i)
Send the y value of the point (index) to the leftmost outlet.
void
 range(double min, double max)
Change the range (y axis) dimensions
void
 read()
Display a dialog box to select the file to read.
void
 read(String s)
Attempt to read a text file
void
 redrawoff()
Does nothing, it's just here for compatibility reasons...
void
 redrawon()
Does nothing, it's just here for compatibility reasons...
void
 removeduplicate()
Delete every contigus points with the same y value.
void
 save()
used internaly...
void
 setdomain(double max)
change the domain (change the point's values to fit the domain)
void
 setdomain(double min, double max)
change the domain (change the point's values to fit the domain)
void
 setrange(double min, double max)
change the range (change the point's values to fit the range)
void
 smooth()
Smooth the y values with the neighboors...
void
 sustain(int idx, int state)
Set the sustain state of the point index
void
 sync()
Send to the dump outlet every informations to synchronize the contents of this ej.fplay with another object like ej.fplay or ej.function.js.
void
 sync(String sendName)
Send to a receive object every information to synchronize the contents of this ej.fplay with another object like ej.fplay or ej.function.js.
void
 synccurrent()
Send to the dump outlet every informations to synchronize the current function.
void
 synccurrent(String sendName)
Send to a receive object every informations to synchronize the current function.
void
 syncfunctions(com.cycling74.max.Atom[] args)
Message used for the synchronisation.
void
 syncpoints(double[] val)
Message used for the synchronisation.
void
 unfix()
Set the fix state of every points of the current function to false
void
 write()
Display a dialog box to write the contents of the object as a text file.
void
 write(String s)
Write the contents of the objects as a text file
Methods inherited from class ej.ej
findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
fplay
public fplay(com.cycling74.max.Atom[] args)
create a fplay object
Parameters:
args - optional an int specify the number of functions
Method Detail
dblclick
public void dblclick()
Display functions informations when you double click on the object
Overrides:
dblclick in class ej
bang
public void bang()
Output all breakpoints of the current function in line format (initial value followed by a list of deltatime-value pairs)
Overrides:
bang in class ej
inlet
public void inlet(int i)
Send the interpolated y for this x for the current function at left outlet
Overrides:
inlet in class ej
Parameters:
i - X value
inlet
public void inlet(float f)
Send the interpolated y for this x for the current function at left outlet
Overrides:
inlet in class ej
Parameters:
f - X value
list
public void list(float[] args)
Add or move a point
Overrides:
list in class com.cycling74.max.MaxObject
Parameters:
args -
2 elements (x, y): add the new point at the location x y
3 elements (idx, x, y): move the point idx to the location x y. idx starts at 0.
anything
public void anything(String s,
                     com.cycling74.max.Atom[] args)
Look at any message to know if it's a name of a bpf, or a method's name of this ej.fplay object
Overrides:
anything in class ej
all
public void all(com.cycling74.max.Atom[] args)
Send a message to eveery bpf
Parameters:
args - quite any message
addfunction
public void addfunction()
Method used to add a bpf to the object, then send the names of the bpf to the dumpout outlet in u(bu)menu format
addfunction
public void addfunction(String s)
Method used to add a bpf to the object, then send the names of the bpf to the dumpout outlet in u(bu)menu format
Parameters:
s - name of the bpf
insertfunction
public void insertfunction()
inert a bpf at the current location, then send the names of the bpf to the dumpout outlet in u(bu)menu format
insertfunction
public void insertfunction(String s)
insert a bpf at the current location, then send the names of the bpf to the dumpout outlet in u(bu)menu format
Parameters:
s - name of the bpf
deletefunction
public void deletefunction(int i)
Delete a bpf, then send the names of the bpf to the dumpout outlet in u(bu)menu format
Parameters:
i - bpf index (start at 0)
deletefunction
public void deletefunction(String s)
Delete a bpf, then send the names of the bpf to the dumpout outlet in u(bu)menu format
Parameters:
s - bfp name
addpoints
public void addpoints(double[] val)
Fast method to add points
Parameters:
val - list of pairs x y
jit_matrix
public void jit_matrix(String s)
Set points from a Jitter matrix.
Parameters:
s - matrix name (~ address)
read
public void read()
Display a dialog box to select the file to read.
read
public void read(String s)
Attempt to read a text file
Parameters:
s - file name (if in search path), or file path
write
public void write()
Display a dialog box to write the contents of the object as a text file.
write
public void write(String s)
Write the contents of the objects as a text file
Parameters:
s - file name (if in the search path), file path
fswitch
public void fswitch()
Change the current function to the next one availlable, then send a message to the dumpout outlet.
display
public void display(int idx)
Change the current bpf to...
Parameters:
idx - index of the new current bpf
display
public void display(String s)
Change the current bpf to...
Parameters:
s - name of the new current bpf
nth
public void nth(int i)
Send the y value of the point (index) to the leftmost outlet.
Parameters:
i - index of the point
next
public void next()
The next message continues a list output from the sustain point where the output of the last bang or next message ended.
dump
public void dump()
send all points to the dump outlet as pair of x y
listdump
public void listdump()
Send all points to the dump outlet as an unique list which contains pairs of x y
dumpmatrix
public void dumpmatrix()
Send all points to the dump outlet as a Jitter Matrix (1 plane, 2 dim, type float32)
dump
public void dump(String s)
Send all points to a receive object as pair of x y
Parameters:
s - name of the receive object you want to send it to.
listdump
public void listdump(String s)
Send all points to a receive object as an unique list which contains paris of x y
Parameters:
s - name of the receive object you want to send it to.
dumpmatrix
public void dumpmatrix(String s)
Send all points to a receive object as a Jitter Matrix (1 plane, 2 dim, type float32)
Parameters:
s - name of the receive object you want to send it to.
clear
public void clear()
Remove all the points of the current bpf
clear
public void clear(int[] idx)
Remove the specified points
Parameters:
idx - index (starting at 0) of the points of the current bpf to be deleted
name
public void name(String name)
Change the name of the current bpf.
Parameters:
name - new name for the function
name
public void name(String[] names)
Change the names of the functions
Parameters:
names - names of the functions
domain
public void domain(double max)
Change the domain (x axis) dimensions
Parameters:
max - maximum value (minimum will be 0)
domain
public void domain(double min,
                   double max)
Change the domain (x axis) dimensions
Parameters:
min - minimum value
max - maximum value
range
public void range(double min,
                  double max)
Change the range (y axis) dimensions
Parameters:
min - minimum value
max - maximum value
setdomain
public void setdomain(double max)
change the domain (change the point's values to fit the domain)
Parameters:
max - domain maximum value (minimum will be 0)
setdomain
public void setdomain(double min,
                      double max)
change the domain (change the point's values to fit the domain)
Parameters:
min - domain minimum value
max - domain maximum value
setrange
public void setrange(double min,
                     double max)
change the range (change the point's values to fit the range)
Parameters:
min - range minimum value
max - range maximum value
autodomain
public void autodomain()
Change the domain depending on the position of the first and last points (lowest and highest x value)
autorange
public void autorange()
Change the range depending on the position of the first and last points (lowest and highest y value)
normalize
public void normalize()
Normalize all the points of the current function. This will strech the points to Òfill" the domain and the range.
normalize_x
public void normalize_x()
Normalize points of the current function depending on the domain. This will strech the points to Òfill" the domain.
normalize_y
public void normalize_y()
Normalize points of the current function depending on the range. This will strech the points to Òfill" the range.
flip
public void flip()
flip the function on both axis
flip_x
public void flip_x()
flip the function on the x axis
flip_y
public void flip_y()
flip the function on the y axis
removeduplicate
public void removeduplicate()
Delete every contigus points with the same y value.
smooth
public void smooth()
Smooth the y values with the neighboors...
sustain
public void sustain(int idx,
                    int state)
Set the sustain state of the point index
Parameters:
idx - number of the point (starting at 0)
state - 1 if the point is sustained, 0 otherwise.
fix
public void fix(int idx,
                int state)
Prevents the user from moving a point.
Parameters:
idx - index of the point (starting at 0)
state - 1 for fix, 0 for unfix
getname
public void getname()
Send the name of the functions to the dumpout outlet (in umenu format).
getdomain
public void getdomain()
Send the range limits of the current function to the dumpout outlet.
getrange
public void getrange()
Send the domain limits of the current function to the dumpout outlet.
getcurrent
public void getcurrent()
Send the current function name to the dumpout outlet.
getdisplay
public void getdisplay()
Send the function index to the dumpout outlet.
getsustain
public void getsustain()
Get the list of the sustained points of the current function to the dumpout outlet.
getfix
public void getfix()
Get the list of the fixed points of the current function to the dumpout outlet.
clearsustain
public void clearsustain()
Remove the sustain state of every point of the current bpf
unfix
public void unfix()
Set the fix state of every points of the current function to false
getnbpoints
public void getnbpoints()
Send the number of point of the current function to the dumpout outlet.
sync
public void sync()
Send to the dump outlet every informations to synchronize the contents of this ej.fplay with another object like ej.fplay or ej.function.js.
synccurrent
public void synccurrent()
Send to the dump outlet every informations to synchronize the current function.
sync
public void sync(String sendName)
Send to a receive object every information to synchronize the contents of this ej.fplay with another object like ej.fplay or ej.function.js.
Parameters:
sendName - name of the receive object you'll send the values to
synccurrent
public void synccurrent(String sendName)
Send to a receive object every informations to synchronize the current function.
Parameters:
sendName - name of the receive object you'll send the values to
syncfunctions
public void syncfunctions(com.cycling74.max.Atom[] args)
Message used for the synchronisation.
Parameters:
args - [function index] [function name] domain and range
syncpoints
public void syncpoints(double[] val)
Message used for the synchronisation.
Parameters:
val - [function index] [val_x val_y state]*
save
public void save()
used internaly... to store parameters in the patch.
Overrides:
save in class com.cycling74.max.MaxObject
domainAndRange
public void domainAndRange(com.cycling74.max.Atom[] args)
used internally... don't use it!
redrawon
public void redrawon()
Does nothing, it's just here for compatibility reasons...
redrawoff
public void redrawoff()
Does nothing, it's just here for compatibility reasons...
Class ftom
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.ftom
public class ftom
extends ej
Convert frequency to midi. This works for list, and allows you to define tuning and pitch reference.
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
ftom()
create a ftom object with default parameters (tuning 440 Hz, pitch reference 69)
ftom(float tuning)
create a ftom object with tuning specified as argument (pitch reference will be the default 69 value)
ftom(float tuning, int pitch_reference)
create a ftom object with specified tuning and pitch reference.
Method Summary
void
 inlet(float f)
Calculate the result.
void
 inlet(int i)
Calculate the result.
void
 list(float[] list)
Calculate the result of the list.
Methods inherited from class ej.ej
anything, bang, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
ftom
public ftom()
create a ftom object with default parameters (tuning 440 Hz, pitch reference 69)
ftom
public ftom(float tuning)
create a ftom object with tuning specified as argument (pitch reference will be the default 69 value)
Parameters:
tuning - tuning reference (Hz)
ftom
public ftom(float tuning,
            int pitch_reference)
create a ftom object with specified tuning and pitch reference.
Parameters:
tuning - tuning reference (Hz)
pitch_reference - pitche reference (MIDI note)
Method Detail
inlet
public void inlet(int i)
Calculate the result.
Overrides:
inlet in class ej
inlet
public void inlet(float f)
Calculate the result.
Overrides:
inlet in class ej
list
public void list(float[] list)
Calculate the result of the list.
Overrides:
list in class com.cycling74.max.MaxObject
Class getejiesversion
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.getejiesversion
public class getejiesversion
extends ej
Returns the current installed version and the current available version (Internet connection).
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
getejiesversion()
create a getejiesversion object
Method Summary
void
 bang()
returns installed version number and current available version
Methods inherited from class ej.ej
anything, dblclick, findVersion, inlet, inlet, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
getejiesversion
public getejiesversion()
create a getejiesversion object
Method Detail
bang
public void bang()
returns installed version number and current available version
Overrides:
bang in class ej
Class l2buffer
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.l2buffer
public class l2buffer
extends ej
store a list into a buffer~
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
l2buffer(com.cycling74.max.Atom[] args)
create a l2buffer object
Method Summary
void
 dblclick()
Post some information about the object to the Max window when you dble clik on the object.
void
 inlet(int i)
When coming form the right inlet, set the channel index.
void
 list(float[] args)
Store the list to the buffer.
void
 set(String s)
The message set followed by a symbol specify the name of the buffer~.
void
 set(String s, int i)
Set the buffer~ and the channel at once.
Methods inherited from class ej.ej
anything, bang, findVersion, inlet, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
l2buffer
public l2buffer(com.cycling74.max.Atom[] args)
create a l2buffer object
Parameters:
args - 1st argument is the name of the buffer~ 2nd argument is the channel index (starting at 1)
Method Detail
dblclick
public void dblclick()
Post some information about the object to the Max window when you dble clik on the object.
Overrides:
dblclick in class ej
list
public void list(float[] args)
Store the list to the buffer.
Overrides:
list in class com.cycling74.max.MaxObject
Parameters:
args - the list
inlet
public void inlet(int i)
When coming form the right inlet, set the channel index.
Overrides:
inlet in class ej
Parameters:
i - channel index (starting at 1)
set
public void set(String s)
The message set followed by a symbol specify the name of the buffer~.
Parameters:
s - name of the buffer~
set
public void set(String s,
                int i)
Set the buffer~ and the channel at once.
Parameters:
s - name of the buffer~
i - channel index (starting at 1)
Class lchange
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.lchange
public class lchange
extends ej
aware of list change
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
lchange(com.cycling74.max.Atom[] mode)
create a lchange object
Method Summary
void
 anything(String s, com.cycling74.max.Atom[] args)
Anything to be test, can be symbol or list...
void
 inlet(float f)
Float to be tested
void
 inlet(int i)
Int to be tested
void
 set(com.cycling74.max.Atom[] a)
Replace the stored "anything" without triggering the output.
Methods inherited from class ej.ej
bang, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
lchange
public lchange(com.cycling74.max.Atom[] mode)
create a lchange object
Parameters:
mode - attribute to set the lchange's behavior (thru, int, bang)
Method Detail
inlet
public void inlet(int i)
Int to be tested
Overrides:
inlet in class ej
inlet
public void inlet(float f)
Float to be tested
Overrides:
inlet in class ej
anything
public void anything(String s,
                     com.cycling74.max.Atom[] args)
Anything to be test, can be symbol or list...
Overrides:
anything in class ej
Parameters:
s - messagename
args - arguments (optional)
set
public void set(com.cycling74.max.Atom[] a)
Replace the stored "anything" without triggering the output.
Class lclip
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.lclip
public class lclip
extends ej
clip the values of a list
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
lclip(float clipMin, float clipMax)
Create a lclip object.
Method Summary
void
 bang()
Re-Trigger the calculation.
void
 inlet(float f)
If the value arrives in the leftmost inlet : clip the int/float value ( for that matter you may have to try the standart change object, which works quite well in fact :-))
void
 inlet(int i)
If the value arrives in the leftmost inlet : clip the int/float value ( for that matter you may have to try the standart change object, which works quite well in fact :-))
void
 list(float[] args)
clip the list.
Methods inherited from class ej.ej
anything, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
lclip
public lclip(float clipMin,
             float clipMax)
Create a lclip object. The arguments sets the limits.
Parameters:
clipMin - define the lowest value of the resulting list
clipMax - define the highest value of the resulting list
Method Detail
bang
public void bang()
Re-Trigger the calculation.
Overrides:
bang in class ej
inlet
public void inlet(int i)
If the value arrives in the leftmost inlet : clip the int/float value ( for that matter you may have to try the standart change object, which works quite well in fact :-))

If the value arrives in the middle inlet : set the lowest value

If the value arrives in the rightmost inlet : set the highest value

Overrides:
inlet in class ej
inlet
public void inlet(float f)
If the value arrives in the leftmost inlet : clip the int/float value ( for that matter you may have to try the standart change object, which works quite well in fact :-))

If the value arrives in the middle inlet : set the lowest value

If the value arrives in the rightmost inlet : set the highest value

Overrides:
inlet in class ej
Parameters:
f - the value
list
public void list(float[] args)
clip the list.
Overrides:
list in class com.cycling74.max.MaxObject
Class ldrunk
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.ldrunk
public class ldrunk
extends ej
give beers to a list...
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
ldrunk(float maxRange, float stepSize)
Create a ldrunk object with specified maximum and step.
ldrunk(float minRange, float maxRange, float stepSize)
Create a ldrunk object with specified minimum, maximum and step.
ldrunk(float minRange, float maxRange, float stepSize, float proba)
Create a ldrunk object with specified minimum, maximum, step and probapility.
Method Summary
void
 bang()
Trigger the randomisation.
void
 inlet(float f)
If the floating point value arrives in the left inlet, try using drunk instead...
void
 inlet(int i)
If the integer point value arrives in the left inlet, try using drunk instead...
void
 list(float[] args)
List to be drunked.
void
 notifyDeleted()
used internal to free the clock.
Methods inherited from class ej.ej
anything, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
ldrunk
public ldrunk(float maxRange,
              float stepSize)
Create a ldrunk object with specified maximum and step.
Parameters:
maxRange - define the maximum of the range
stepSize - define the step (randomness will be ± step/2)
ldrunk
public ldrunk(float minRange,
              float maxRange,
              float stepSize)
Create a ldrunk object with specified minimum, maximum and step.
Parameters:
minRange - define the minimum of the range
maxRange - define the maximum of the range
stepSize - define the step (randomness will be ± step/2)
ldrunk
public ldrunk(float minRange,
              float maxRange,
              float stepSize,
              float proba)
Create a ldrunk object with specified minimum, maximum, step and probapility.
Parameters:
minRange - define the minimum of the range
maxRange - define the maximum of the range
stepSize - define the step (randomness will be ± step/2)
proba - probability of randomness (percentage)
Method Detail
notifyDeleted
public void notifyDeleted()
used internal to free the clock.
Overrides:
notifyDeleted in class com.cycling74.max.MaxObject
bang
public void bang()
Trigger the randomisation.
Overrides:
bang in class ej
inlet
public void inlet(int i)
If the integer point value arrives in the left inlet, try using drunk instead...

If the integer point value arrives in the second inlet: set the minimum of the range

If the integer point value arrives in the third inlet: set the maximum of the range

If the integer point value arrives in the fourth inlet: set the step size

If the integer point value arrives in the fifth inlet: set the probability

Overrides:
inlet in class ej
inlet
public void inlet(float f)
If the floating point value arrives in the left inlet, try using drunk instead...

If the floating point value arrives in the second inlet: set the minimum of the range

If the floating point value arrives in the third inlet: set the maximum of the range

If the floating point value arrives in the fourth inlet: set the step size

If the floating point value arrives in the fifth inlet: set the probability

Overrides:
inlet in class ej
list
public void list(float[] args)
List to be drunked.
Overrides:
list in class com.cycling74.max.MaxObject
Class linterp
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.linterp
public class linterp
extends ej
list interpolator
See Also:
ej, lop
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
linterp(com.cycling74.max.Atom[] args)
Create a linterp object.
Method Summary
void
 bang()
Re-Trigger the calculation.
void
 inlet(float args)
Define "where" we are in the interpolation (mode 1D only).
void
 list(float[] args)
If the list arrives from the left most inlet: define "where" we are in the interpolation.
Methods inherited from class ej.ej
anything, dblclick, findVersion, inlet, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
linterp
public linterp(com.cycling74.max.Atom[] args)
Create a linterp object.
Parameters:
args - none or "quad", "cube", "weight" specify linterp behavior
Method Detail
bang
public void bang()
Re-Trigger the calculation.
Overrides:
bang in class ej
inlet
public void inlet(float args)
Define "where" we are in the interpolation (mode 1D only).
Overrides:
inlet in class ej
list
public void list(float[] args)
If the list arrives from the left most inlet: define "where" we are in the interpolation.

else set the list to be interpolated.

Overrides:
list in class com.cycling74.max.MaxObject
Class ListAbs
ej
java.lang.Object
  ej.ListAbs
All Implemented Interfaces:
ListOperator
public class ListAbs
extends Object
implements ListOperator
ListAbs: interface used to perform ListAbs math operation
See Also:
lop
Constructor Summary
ListAbs()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListAbs math operation
float[]
 operate(float[] a, float b)
perform the ListAbs math operation
float[]
 operate(float[] a, float[] b)
perform the ListAbs math operation
Constructor Detail
ListAbs
public ListAbs()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListAbs math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListAbs math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListAbs math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListAbsDiff
ej
java.lang.Object
  ej.ListAbsDiff
All Implemented Interfaces:
ListOperator
public class ListAbsDiff
extends Object
implements ListOperator
ListAbsDiff: interface used to perform ListAbsDiff math operation
See Also:
lop
Constructor Summary
ListAbsDiff()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListAbsDiff math operation
float[]
 operate(float[] a, float b)
perform the ListAbsDiff math operation
float[]
 operate(float[] a, float[] b)
perform the ListAbsDiff math operation
Constructor Detail
ListAbsDiff
public ListAbsDiff()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListAbsDiff math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListAbsDiff math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListAbsDiff math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListAcos
ej
java.lang.Object
  ej.ListAcos
All Implemented Interfaces:
ListOperator
public class ListAcos
extends Object
implements ListOperator
ListAcos: interface used to perform ListAcos math operation
See Also:
lop
Constructor Summary
ListAcos()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListAcos math operation
float[]
 operate(float[] a, float b)
perform the ListAcos math operation
float[]
 operate(float[] a, float[] b)
perform the ListAcos math operation
Constructor Detail
ListAcos
public ListAcos()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListAcos math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListAcos math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListAcos math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListAddition
ej
java.lang.Object
  ej.ListAddition
All Implemented Interfaces:
ListOperator
public class ListAddition
extends Object
implements ListOperator
ListAddition: interface used to perform ListAddition math operation
See Also:
lop
Constructor Summary
ListAddition()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListAddition math operation
float[]
 operate(float[] a, float b)
perform the ListAddition math operation
float[]
 operate(float[] a, float[] b)
perform the ListAddition math operation
Constructor Detail
ListAddition
public ListAddition()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListAddition math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListAddition math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListAddition math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListAsin
ej
java.lang.Object
  ej.ListAsin
All Implemented Interfaces:
ListOperator
public class ListAsin
extends Object
implements ListOperator
ListAsin: interface used to perform ListAsin math operation
See Also:
lop
Constructor Summary
ListAsin()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListAsin math operation
float[]
 operate(float[] a, float b)
perform the ListAsin math operation
float[]
 operate(float[] a, float[] b)
perform the ListAsin math operation
Constructor Detail
ListAsin
public ListAsin()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListAsin math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListAsin math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListAsin math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListAtan
ej
java.lang.Object
  ej.ListAtan
All Implemented Interfaces:
ListOperator
public class ListAtan
extends Object
implements ListOperator
ListAtan: interface used to perform ListAtan math operation
See Also:
lop
Constructor Summary
ListAtan()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListAtan math operation
float[]
 operate(float[] a, float b)
perform the ListAtan math operation
float[]
 operate(float[] a, float[] b)
perform the ListAtan math operation
Constructor Detail
ListAtan
public ListAtan()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListAtan math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListAtan math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListAtan math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListAtan2
ej
java.lang.Object
  ej.ListAtan2
All Implemented Interfaces:
ListOperator
public class ListAtan2
extends Object
implements ListOperator
ListAtan2: interface used to perform ListAtan2 math operation
See Also:
lop
Constructor Summary
ListAtan2()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListAtan2 math operation
float[]
 operate(float[] a, float b)
perform the ListAtan2 math operation
float[]
 operate(float[] a, float[] b)
perform the ListAtan2 math operation
Constructor Detail
ListAtan2
public ListAtan2()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListAtan2 math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListAtan2 math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListAtan2 math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListAtodb
ej
java.lang.Object
  ej.ListAtodb
All Implemented Interfaces:
ListOperator
public class ListAtodb
extends Object
implements ListOperator
ListAtodb: interface used to perform ListAtodb math operation
See Also:
lop
Constructor Summary
ListAtodb()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListAtodb math operation
float[]
 operate(float[] a, float b)
perform the ListAtodb math operation
float[]
 operate(float[] a, float[] b)
perform the ListAtodb math operation
Constructor Detail
ListAtodb
public ListAtodb()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListAtodb math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListAtodb math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListAtodb math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListAverage
ej
java.lang.Object
  ej.ListAverage
All Implemented Interfaces:
ListOperator
public class ListAverage
extends Object
implements ListOperator
ListAverage: interface used to perform ListAverage math operation
See Also:
lop
Constructor Summary
ListAverage()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListAverage math operation
float[]
 operate(float[] a, float b)
perform the ListAverage math operation
float[]
 operate(float[] a, float[] b)
perform the ListAverage math operation
Constructor Detail
ListAverage
public ListAverage()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListAverage math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListAverage math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListAverage math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListCeil
ej
java.lang.Object
  ej.ListCeil
All Implemented Interfaces:
ListOperator
public class ListCeil
extends Object
implements ListOperator
ListCeil: interface used to perform ListCeil math operation
See Also:
lop
Constructor Summary
ListCeil()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListCeil math operation
float[]
 operate(float[] a, float b)
perform the ListCeil math operation
float[]
 operate(float[] a, float[] b)
perform the ListCeil math operation
Constructor Detail
ListCeil
public ListCeil()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListCeil math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListCeil math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListCeil math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListCos
ej
java.lang.Object
  ej.ListCos
All Implemented Interfaces:
ListOperator
public class ListCos
extends Object
implements ListOperator
ListCos: interface used to perform ListCos math operation
See Also:
lop
Constructor Summary
ListCos()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListCos math operation
float[]
 operate(float[] a, float b)
perform the ListCos math operation
float[]
 operate(float[] a, float[] b)
perform the ListCos math operation
Constructor Detail
ListCos
public ListCos()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListCos math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListCos math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListCos math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListDbtoa
ej
java.lang.Object
  ej.ListDbtoa
All Implemented Interfaces:
ListOperator
public class ListDbtoa
extends Object
implements ListOperator
ListDbtoa: interface used to perform ListDbtoa math operation
See Also:
lop
Constructor Summary
ListDbtoa()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListDbtoa math operation
float[]
 operate(float[] a, float b)
perform the ListDbtoa math operation
float[]
 operate(float[] a, float[] b)
perform the ListDbtoa math operation
Constructor Detail
ListDbtoa
public ListDbtoa()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListDbtoa math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListDbtoa math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListDbtoa math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListDivision
ej
java.lang.Object
  ej.ListDivision
All Implemented Interfaces:
ListOperator
public class ListDivision
extends Object
implements ListOperator
ListDivision: interface used to perform ListDivision math operation
See Also:
lop
Constructor Summary
ListDivision()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListDivision math operation
float[]
 operate(float[] a, float b)
perform the ListDivision math operation
float[]
 operate(float[] a, float[] b)
perform the ListDivision math operation
Constructor Detail
ListDivision
public ListDivision()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListDivision math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListDivision math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListDivision math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListEqual
ej
java.lang.Object
  ej.ListEqual
All Implemented Interfaces:
ListOperator
public class ListEqual
extends Object
implements ListOperator
ListEqual: interface used to perform ListEqual math operation
See Also:
lop
Constructor Summary
ListEqual()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListEqual math operation
float[]
 operate(float[] a, float b)
perform the ListEqual math operation
float[]
 operate(float[] a, float[] b)
perform the ListEqual math operation
Constructor Detail
ListEqual
public ListEqual()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListEqual math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListEqual math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListEqual math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListEqualPass
ej
java.lang.Object
  ej.ListEqualPass
All Implemented Interfaces:
ListOperator
public class ListEqualPass
extends Object
implements ListOperator
ListEqualPass: interface used to perform ListEqualPass math operation
See Also:
lop
Constructor Summary
ListEqualPass()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListEqualPass math operation
float[]
 operate(float[] a, float b)
perform the ListEqualPass math operation
float[]
 operate(float[] a, float[] b)
perform the ListEqualPass math operation
Constructor Detail
ListEqualPass
public ListEqualPass()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListEqualPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListEqualPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListEqualPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListExp
ej
java.lang.Object
  ej.ListExp
All Implemented Interfaces:
ListOperator
public class ListExp
extends Object
implements ListOperator
ListExp: interface used to perform ListExp math operation
See Also:
lop
Constructor Summary
ListExp()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListExp math operation
float[]
 operate(float[] a, float b)
perform the ListExp math operation
float[]
 operate(float[] a, float[] b)
perform the ListExp math operation
Constructor Detail
ListExp
public ListExp()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListExp math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListExp math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListExp math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListFloor
ej
java.lang.Object
  ej.ListFloor
All Implemented Interfaces:
ListOperator
public class ListFloor
extends Object
implements ListOperator
ListFloor: interface used to perform ListFloor math operation
See Also:
lop
Constructor Summary
ListFloor()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListFloor math operation
float[]
 operate(float[] a, float b)
perform the ListFloor math operation
float[]
 operate(float[] a, float[] b)
perform the ListFloor math operation
Constructor Detail
ListFloor
public ListFloor()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListFloor math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListFloor math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListFloor math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListGT
ej
java.lang.Object
  ej.ListGT
All Implemented Interfaces:
ListOperator
public class ListGT
extends Object
implements ListOperator
ListGT: interface used to perform ListGT math operation
See Also:
lop
Constructor Summary
ListGT()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListGT math operation
float[]
 operate(float[] a, float b)
perform the ListGT math operation
float[]
 operate(float[] a, float[] b)
perform the ListGT math operation
Constructor Detail
ListGT
public ListGT()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListGT math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListGT math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListGT math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListGTOE
ej
java.lang.Object
  ej.ListGTOE
All Implemented Interfaces:
ListOperator
public class ListGTOE
extends Object
implements ListOperator
ListGTOE: interface used to perform ListGTOE math operation
See Also:
lop
Constructor Summary
ListGTOE()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListGTOE math operation
float[]
 operate(float[] a, float b)
perform the ListGTOE math operation
float[]
 operate(float[] a, float[] b)
perform the ListGTOE math operation
Constructor Detail
ListGTOE
public ListGTOE()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListGTOE math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListGTOE math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListGTOE math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListGTOEPass
ej
java.lang.Object
  ej.ListGTOEPass
All Implemented Interfaces:
ListOperator
public class ListGTOEPass
extends Object
implements ListOperator
ListGTOEPass: interface used to perform ListGTOEPass math operation
See Also:
lop
Constructor Summary
ListGTOEPass()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListGTOEPass math operation
float[]
 operate(float[] a, float b)
perform the ListGTOEPass math operation
float[]
 operate(float[] a, float[] b)
perform the ListGTOEPass math operation
Constructor Detail
ListGTOEPass
public ListGTOEPass()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListGTOEPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListGTOEPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListGTOEPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListGTPass
ej
java.lang.Object
  ej.ListGTPass
All Implemented Interfaces:
ListOperator
public class ListGTPass
extends Object
implements ListOperator
ListGTPass: interface used to perform ListGTPass math operation
See Also:
lop
Constructor Summary
ListGTPass()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListGTPass math operation
float[]
 operate(float[] a, float b)
perform the ListGTPass math operation
float[]
 operate(float[] a, float[] b)
perform the ListGTPass math operation
Constructor Detail
ListGTPass
public ListGTPass()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListGTPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListGTPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListGTPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListIntDiv
ej
java.lang.Object
  ej.ListIntDiv
All Implemented Interfaces:
ListOperator
public class ListIntDiv
extends Object
implements ListOperator
ListIntDiv: interface used to perform ListIntDiv math operation
See Also:
lop
Constructor Summary
ListIntDiv()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListIntDiv math operation
float[]
 operate(float[] a, float b)
perform the ListIntDiv math operation
float[]
 operate(float[] a, float[] b)
perform the ListIntDiv math operation
Constructor Detail
ListIntDiv
public ListIntDiv()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListIntDiv math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListIntDiv math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListIntDiv math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListInvDivision
ej
java.lang.Object
  ej.ListInvDivision
All Implemented Interfaces:
ListOperator
public class ListInvDivision
extends Object
implements ListOperator
ListInvDivision: interface used to perform ListInvDivision math operation
See Also:
lop
Constructor Summary
ListInvDivision()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListInvDivision math operation
float[]
 operate(float[] a, float b)
perform the ListInvDivision math operation
float[]
 operate(float[] a, float[] b)
perform the ListInvDivision math operation
Constructor Detail
ListInvDivision
public ListInvDivision()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListInvDivision math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListInvDivision math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListInvDivision math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListInvIntDiv
ej
java.lang.Object
  ej.ListInvIntDiv
All Implemented Interfaces:
ListOperator
public class ListInvIntDiv
extends Object
implements ListOperator
ListInvIntDiv: interface used to perform ListInvIntDiv math operation
See Also:
lop
Constructor Summary
ListInvIntDiv()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListInvIntDiv math operation
float[]
 operate(float[] a, float b)
perform the ListInvIntDiv math operation
float[]
 operate(float[] a, float[] b)
perform the ListInvIntDiv math operation
Constructor Detail
ListInvIntDiv
public ListInvIntDiv()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListInvIntDiv math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListInvIntDiv math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListInvIntDiv math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListInvModulo
ej
java.lang.Object
  ej.ListInvModulo
All Implemented Interfaces:
ListOperator
public class ListInvModulo
extends Object
implements ListOperator
ListInvModulo: interface used to perform ListInvModulo math operation
See Also:
lop
Constructor Summary
ListInvModulo()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListInvModulo math operation
float[]
 operate(float[] a, float b)
perform the ListInvModulo math operation
float[]
 operate(float[] a, float[] b)
perform the ListInvModulo math operation
Constructor Detail
ListInvModulo
public ListInvModulo()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListInvModulo math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListInvModulo math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListInvModulo math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListInvSoustraction
ej
java.lang.Object
  ej.ListInvSoustraction
All Implemented Interfaces:
ListOperator
public class ListInvSoustraction
extends Object
implements ListOperator
ListInvSoustraction: interface used to perform ListInvSoustraction math operation
See Also:
lop
Constructor Summary
ListInvSoustraction()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListInvSoustraction math operation
float[]
 operate(float[] a, float b)
perform the ListInvSoustraction math operation
float[]
 operate(float[] a, float[] b)
perform the ListInvSoustraction math operation
Constructor Detail
ListInvSoustraction
public ListInvSoustraction()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListInvSoustraction math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListInvSoustraction math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListInvSoustraction math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListLn
ej
java.lang.Object
  ej.ListLn
All Implemented Interfaces:
ListOperator
public class ListLn
extends Object
implements ListOperator
ListLn: interface used to perform ListLn math operation
See Also:
lop
Constructor Summary
ListLn()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListLn math operation
float[]
 operate(float[] a, float b)
perform the ListLn math operation
float[]
 operate(float[] a, float[] b)
perform the ListLn math operation
Constructor Detail
ListLn
public ListLn()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListLn math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListLn math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListLn math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListLog10
ej
java.lang.Object
  ej.ListLog10
All Implemented Interfaces:
ListOperator
public class ListLog10
extends Object
implements ListOperator
ListLog10: interface used to perform ListLog10 math operation
See Also:
lop
Constructor Summary
ListLog10()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListLog10 math operation
float[]
 operate(float[] a, float b)
perform the ListLog10 math operation
float[]
 operate(float[] a, float[] b)
perform the ListLog10 math operation
Constructor Detail
ListLog10
public ListLog10()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListLog10 math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListLog10 math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListLog10 math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListLog2
ej
java.lang.Object
  ej.ListLog2
All Implemented Interfaces:
ListOperator
public class ListLog2
extends Object
implements ListOperator
ListLog2: interface used to perform ListLog2 math operation
See Also:
lop
Constructor Summary
ListLog2()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListLog2 math operation
float[]
 operate(float[] a, float b)
perform the ListLog2 math operation
float[]
 operate(float[] a, float[] b)
perform the ListLog2 math operation
Constructor Detail
ListLog2
public ListLog2()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListLog2 math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListLog2 math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListLog2 math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListLT
ej
java.lang.Object
  ej.ListLT
All Implemented Interfaces:
ListOperator
public class ListLT
extends Object
implements ListOperator
ListLT: interface used to perform ListLT math operation
See Also:
lop
Constructor Summary
ListLT()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListLT math operation
float[]
 operate(float[] a, float b)
perform the ListLT math operation
float[]
 operate(float[] a, float[] b)
perform the ListLT math operation
Constructor Detail
ListLT
public ListLT()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListLT math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListLT math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListLT math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListLTOE
ej
java.lang.Object
  ej.ListLTOE
All Implemented Interfaces:
ListOperator
public class ListLTOE
extends Object
implements ListOperator
ListLTOE: interface used to perform ListLTOE math operation
See Also:
lop
Constructor Summary
ListLTOE()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListLTOE math operation
float[]
 operate(float[] a, float b)
perform the ListLTOE math operation
float[]
 operate(float[] a, float[] b)
perform the ListLTOE math operation
Constructor Detail
ListLTOE
public ListLTOE()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListLTOE math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListLTOE math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListLTOE math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListLTOEPass
ej
java.lang.Object
  ej.ListLTOEPass
All Implemented Interfaces:
ListOperator
public class ListLTOEPass
extends Object
implements ListOperator
ListLTOEPass: interface used to perform ListLTOEPass math operation
See Also:
lop
Constructor Summary
ListLTOEPass()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListLTOEPass math operation
float[]
 operate(float[] a, float b)
perform the ListLTOEPass math operation
float[]
 operate(float[] a, float[] b)
perform the ListLTOEPass math operation
Constructor Detail
ListLTOEPass
public ListLTOEPass()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListLTOEPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListLTOEPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListLTOEPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListLTPass
ej
java.lang.Object
  ej.ListLTPass
All Implemented Interfaces:
ListOperator
public class ListLTPass
extends Object
implements ListOperator
ListLTPass: interface used to perform ListLTPass math operation
See Also:
lop
Constructor Summary
ListLTPass()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListLTPass math operation
float[]
 operate(float[] a, float b)
perform the ListLTPass math operation
float[]
 operate(float[] a, float[] b)
perform the ListLTPass math operation
Constructor Detail
ListLTPass
public ListLTPass()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListLTPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListLTPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListLTPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListMaximum
ej
java.lang.Object
  ej.ListMaximum
All Implemented Interfaces:
ListOperator
public class ListMaximum
extends Object
implements ListOperator
ListMaximum: interface used to perform ListMaximum math operation
See Also:
lop
Constructor Summary
ListMaximum()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListMaximum math operation
float[]
 operate(float[] a, float b)
perform the ListMaximum math operation
float[]
 operate(float[] a, float[] b)
perform the ListMaximum math operation
Constructor Detail
ListMaximum
public ListMaximum()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListMaximum math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListMaximum math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListMaximum math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListMinimum
ej
java.lang.Object
  ej.ListMinimum
All Implemented Interfaces:
ListOperator
public class ListMinimum
extends Object
implements ListOperator
ListMinimum: interface used to perform ListMinimum math operation
See Also:
lop
Constructor Summary
ListMinimum()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListMinimum math operation
float[]
 operate(float[] a, float b)
perform the ListMinimum math operation
float[]
 operate(float[] a, float[] b)
perform the ListMinimum math operation
Constructor Detail
ListMinimum
public ListMinimum()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListMinimum math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListMinimum math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListMinimum math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListModulo
ej
java.lang.Object
  ej.ListModulo
All Implemented Interfaces:
ListOperator
public class ListModulo
extends Object
implements ListOperator
ListModulo: interface used to perform ListModulo math operation
See Also:
lop
Constructor Summary
ListModulo()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListModulo math operation
float[]
 operate(float[] a, float b)
perform the ListModulo math operation
float[]
 operate(float[] a, float[] b)
perform the ListModulo math operation
Constructor Detail
ListModulo
public ListModulo()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListModulo math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListModulo math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListModulo math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListNotEqual
ej
java.lang.Object
  ej.ListNotEqual
All Implemented Interfaces:
ListOperator
public class ListNotEqual
extends Object
implements ListOperator
ListNotEqual: interface used to perform ListNotEqual math operation
See Also:
lop
Constructor Summary
ListNotEqual()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListNotEqual math operation
float[]
 operate(float[] a, float b)
perform the ListNotEqual math operation
float[]
 operate(float[] a, float[] b)
perform the ListNotEqual math operation
Constructor Detail
ListNotEqual
public ListNotEqual()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListNotEqual math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListNotEqual math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListNotEqual math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListNotEqualPass
ej
java.lang.Object
  ej.ListNotEqualPass
All Implemented Interfaces:
ListOperator
public class ListNotEqualPass
extends Object
implements ListOperator
ListNotEqualPass: interface used to perform ListNotEqualPass math operation
See Also:
lop
Constructor Summary
ListNotEqualPass()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListNotEqualPass math operation
float[]
 operate(float[] a, float b)
perform the ListNotEqualPass math operation
float[]
 operate(float[] a, float[] b)
perform the ListNotEqualPass math operation
Constructor Detail
ListNotEqualPass
public ListNotEqualPass()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListNotEqualPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListNotEqualPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListNotEqualPass math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Interface ListOperator
ej
All Known Implementing Classes:
ListAbs, ListAbsDiff, ListAcos, ListAddition, ListAsin, ListAtan, ListAtan2, ListAtodb, ListAverage, ListCeil, ListCos, ListDbtoa, ListDivision, ListEqual, ListEqualPass, ListExp, ListFloor, ListGT, ListGTOE, ListGTOEPass, ListGTPass, ListIntDiv, ListInvDivision, ListInvIntDiv, ListInvModulo, ListInvSoustraction, ListLn, ListLog10, ListLog2, ListLT, ListLTOE, ListLTOEPass, ListLTPass, ListMaximum, ListMinimum, ListModulo, ListNotEqual, ListNotEqualPass, ListPow, ListProduit, ListRound, ListSin, ListSoustraction, ListSqrt, ListTan, ListTrunc
public interface ListOperator
interface used to perform any math operation
See Also:
lop, ej
Method Summary
float[]
 operate(float a, float[] b)
perform some math operations
float[]
 operate(float[] a, float b)
perform some math operations
float[]
 operate(float[] a, float[] b)
perform some math operations
Method Detail
operate
float[] operate(float[] a,
                float[] b)
perform some math operations
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
float[] operate(float[] a,
                float b)
perform some math operations
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
float[] operate(float a,
                float[] b)
perform some math operations
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListPow
ej
java.lang.Object
  ej.ListPow
All Implemented Interfaces:
ListOperator
public class ListPow
extends Object
implements ListOperator
ListPow: interface used to perform ListPow math operation
See Also:
lop
Constructor Summary
ListPow()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListPow math operation
float[]
 operate(float[] a, float b)
perform the ListPow math operation
float[]
 operate(float[] a, float[] b)
perform the ListPow math operation
Constructor Detail
ListPow
public ListPow()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListPow math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListPow math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListPow math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListProduit
ej
java.lang.Object
  ej.ListProduit
All Implemented Interfaces:
ListOperator
public class ListProduit
extends Object
implements ListOperator
ListProduit: interface used to perform ListProduit math operation
See Also:
lop
Constructor Summary
ListProduit()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListProduit math operation
float[]
 operate(float[] a, float b)
perform the ListProduit math operation
float[]
 operate(float[] a, float[] b)
perform the ListProduit math operation
Constructor Detail
ListProduit
public ListProduit()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListProduit math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListProduit math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListProduit math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListRound
ej
java.lang.Object
  ej.ListRound
All Implemented Interfaces:
ListOperator
public class ListRound
extends Object
implements ListOperator
ListRound: interface used to perform ListRound math operation
See Also:
lop
Constructor Summary
ListRound()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListRound math operation
float[]
 operate(float[] a, float b)
perform the ListRound math operation
float[]
 operate(float[] a, float[] b)
perform the ListRound math operation
Constructor Detail
ListRound
public ListRound()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListRound math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListRound math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListRound math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListSin
ej
java.lang.Object
  ej.ListSin
All Implemented Interfaces:
ListOperator
public class ListSin
extends Object
implements ListOperator
ListSin: interface used to perform ListSin math operation
See Also:
lop
Constructor Summary
ListSin()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListSin math operation
float[]
 operate(float[] a, float b)
perform the ListSin math operation
float[]
 operate(float[] a, float[] b)
perform the ListSin math operation
Constructor Detail
ListSin
public ListSin()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListSin math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListSin math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListSin math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListSoustraction
ej
java.lang.Object
  ej.ListSoustraction
All Implemented Interfaces:
ListOperator
public class ListSoustraction
extends Object
implements ListOperator
ListSoustraction: interface used to perform ListSoustraction math operation
See Also:
lop
Constructor Summary
ListSoustraction()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListSoustraction math operation
float[]
 operate(float[] a, float b)
perform the ListSoustraction math operation
float[]
 operate(float[] a, float[] b)
perform the ListSoustraction math operation
Constructor Detail
ListSoustraction
public ListSoustraction()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListSoustraction math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListSoustraction math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListSoustraction math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListSqrt
ej
java.lang.Object
  ej.ListSqrt
All Implemented Interfaces:
ListOperator
public class ListSqrt
extends Object
implements ListOperator
ListSqrt: interface used to perform ListSqrt math operation
See Also:
lop
Constructor Summary
ListSqrt()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListSqrt math operation
float[]
 operate(float[] a, float b)
perform the ListSqrt math operation
float[]
 operate(float[] a, float[] b)
perform the ListSqrt math operation
Constructor Detail
ListSqrt
public ListSqrt()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListSqrt math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListSqrt math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListSqrt math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListTan
ej
java.lang.Object
  ej.ListTan
All Implemented Interfaces:
ListOperator
public class ListTan
extends Object
implements ListOperator
ListTan: interface used to perform ListTan math operation
See Also:
lop
Constructor Summary
ListTan()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListTan math operation
float[]
 operate(float[] a, float b)
perform the ListTan math operation
float[]
 operate(float[] a, float[] b)
perform the ListTan math operation
Constructor Detail
ListTan
public ListTan()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListTan math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListTan math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListTan math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class ListTrunc
ej
java.lang.Object
  ej.ListTrunc
All Implemented Interfaces:
ListOperator
public class ListTrunc
extends Object
implements ListOperator
ListTrunc: interface used to perform ListTrunc math operation
See Also:
lop
Constructor Summary
ListTrunc()
Method Summary
float[]
 operate(float a, float[] b)
perform the ListTrunc math operation
float[]
 operate(float[] a, float b)
perform the ListTrunc math operation
float[]
 operate(float[] a, float[] b)
perform the ListTrunc math operation
Constructor Detail
ListTrunc
public ListTrunc()
Method Detail
operate
public float[] operate(float a,
                       float[] b)
perform the ListTrunc math operation
Specified by:
operate in interface ListOperator
Parameters:
a - floating point value from the leftmost input
b - list from the rightmost input
operate
public float[] operate(float[] a,
                       float b)
perform the ListTrunc math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - floating point value from the rightmost input
operate
public float[] operate(float[] a,
                       float[] b)
perform the ListTrunc math operation
Specified by:
operate in interface ListOperator
Parameters:
a - list from the leftmost input
b - list from the rightmost input
Class lop
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.lop
public class lop
extends ej
list operator: perform calculation on lists.
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
lop(com.cycling74.max.Atom[] args)
Create a lop object.
Method Summary
void
 bang()
Re-Trigger the calculation
void
 getops()
Send the list of the availlable operators to the dumpout outlet.
void
 inlet(float f)
Apply the calculation on the floating point value, then trigger the calculation if the value arrive in the left inlet or if the @autotrigger mode is set to 1
void
 inlet(int i)
Apply the calculation on the integer value, then trigger the calculation if the value arrive in the left inlet or if the @autotrigger mode is set to 1
void
 list(float[] args)
Set the value, and then trigger the calculation (if the value arrive in the left inlet, or if the @autotrigger mode is set to 1).
Methods inherited from class ej.ej
anything, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
lop
public lop(com.cycling74.max.Atom[] args)
Create a lop object. The optional arguments define the operand and the default values.
Parameters:
args - operand, optionaly followed by the list of the default values (like the second inlet).
Method Detail
bang
public void bang()
Re-Trigger the calculation
Overrides:
bang in class ej
inlet
public void inlet(int i)
Apply the calculation on the integer value, then trigger the calculation if the value arrive in the left inlet or if the @autotrigger mode is set to 1
Overrides:
inlet in class ej
inlet
public void inlet(float f)
Apply the calculation on the floating point value, then trigger the calculation if the value arrive in the left inlet or if the @autotrigger mode is set to 1
Overrides:
inlet in class ej
Parameters:
f - float value
list
public void list(float[] args)
Set the value, and then trigger the calculation (if the value arrive in the left inlet, or if the @autotrigger mode is set to 1).
Overrides:
list in class com.cycling74.max.MaxObject
getops
public void getops()
Send the list of the availlable operators to the dumpout outlet.
Class lquant
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.lquant
public class lquant
extends ej
Quantize a list (aka rounding to the nearest subdivision).
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
lquant()
Create a ej.lquant object with rounding default value (1.)
lquant(com.cycling74.max.Atom[] args)
Create a lquant object with the defined value(s)
Method Summary
void
 bang()
Re-Trigger the calculation.
void
 inlet(float f)
Do something depending on the inlet number...
void
 inlet(int i)
Do something depending on the inlet number...
void
 list(float[] args)
Calculate or set the quantizing factors, depending on the inlet number
void
 set(float[] args)
Define the list to be quantized, without triggering the calculation.
Methods inherited from class ej.ej
anything, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
lquant
public lquant()
Create a ej.lquant object with rounding default value (1.)
lquant
public lquant(com.cycling74.max.Atom[] args)
Create a lquant object with the defined value(s)
Parameters:
args - set the quantification list
Method Detail
bang
public void bang()
Re-Trigger the calculation.
Overrides:
bang in class ej
inlet
public void inlet(int i)
Do something depending on the inlet number...
Overrides:
inlet in class ej
Parameters:
i - if the value arrives in the left inlet: quantize that value if the falue arrives in the right inlet: set the new quantizing factors
inlet
public void inlet(float f)
Do something depending on the inlet number...
Overrides:
inlet in class ej
Parameters:
f - if the value arrives in the left inlet: quantize that value if the falue arrives in the right inlet: set the new quantizing factors
list
public void list(float[] args)
Calculate or set the quantizing factors, depending on the inlet number
Overrides:
list in class com.cycling74.max.MaxObject
Parameters:
args - if the list arrives in the left inlet: quantize that list if the list arrives in the right inlet: set the new quantizing factors
set
public void set(float[] args)
Define the list to be quantized, without triggering the calculation.
Parameters:
args - if the list arrives in the left inlet: store the list to be quantized if the list arrives in the right inlet: set the new quantizing factors
Class lscale
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.lscale
public class lscale
extends ej
Scale list.
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
lscale(float[] args)
Create a lscale object.
Method Summary
void
 bang()
Re-Trigger the calculation.
void
 calculeClip()
used internaly
void
 calculeExp()
used internaly
void
 calculeExpClip()
used internaly
void
 calculeNormal()
used internaly
void
 inlet(float f)
Depending on the inlet number, a float value can do many things...
void
 inlet(int i)
Depending on the inlet number, a int value can do many things...
void
 list(float[] args)
Define the list to be scaled.
Methods inherited from class ej.ej
anything, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
lscale
public lscale(float[] args)
Create a lscale object.
Parameters:
args - [xMin] [xMax] [yMin] [yMax] [exponantiel factor]
Method Detail
bang
public void bang()
Re-Trigger the calculation.
Overrides:
bang in class ej
inlet
public void inlet(int i)
Depending on the inlet number, a int value can do many things...
Overrides:
inlet in class ej
Parameters:
i - if the value arrives in the leftmost inlet: set the value to be scaled, and trigger the calculation if the value arrives in the second inlet: set the xMin value if the value arrives in the third inlet: set the xMax value if the value arrives in the fourth inlet: set the yMin value if the value arrives in the fifth inlet: set the yMax value if the value arrives in the sixth inlet: set the exponential factor
inlet
public void inlet(float f)
Depending on the inlet number, a float value can do many things...
Overrides:
inlet in class ej
Parameters:
f - if the value arrives in the leftmost inlet: set the value to be scaled, and trigger the calculation if the value arrives in the second inlet: set the xMin value if the value arrives in the third inlet: set the xMax value if the value arrives in the fourth inlet: set the yMin value if the value arrives in the fifth inlet: set the yMax value if the value arrives in the sixth inlet: set the exponential factor
list
public void list(float[] args)
Define the list to be scaled.
Overrides:
list in class com.cycling74.max.MaxObject
Parameters:
args - if the list arrives in the left inlet: set the list to be scaled and trigger the calculation if the list arrives in the second inlet: set the arguments for the scaling (xMin, xMax, yMin, yMax, Exponantial factor).
calculeNormal
public void calculeNormal()
used internaly
calculeExp
public void calculeExp()
used internaly
calculeClip
public void calculeClip()
used internaly
calculeExpClip
public void calculeExpClip()
used internaly
Class lslide
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.lslide
public class lslide
extends ej
smooth a list.
See Also:
ej, slide, slide~, jit.slide objects
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
lslide(float slideUp, float slideDown)
Create a lslide object with arguments.
Method Summary
void
 bang()
Re-Trigger the smoothing.
void
 inlet(float f)
Do something depending on the inlet...
void
 inlet(int i)
Do something depending on the inlet...
void
 list(float[] args)
The list to be smoothed.
void
 notifyDeleted()
used internal to free the clock.
void
 reset()
Reset the object if the filter explode (it shouldn't be necessary anymore though)
void
 set(float[] args)
Set the list to be smoothed (so you can interpolate from that)
Methods inherited from class ej.ej
anything, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
lslide
public lslide(float slideUp,
              float slideDown)
Create a lslide object with arguments.
Parameters:
slideUp - slide up value
slideDown - slide down value
Method Detail
notifyDeleted
public void notifyDeleted()
used internal to free the clock.
Overrides:
notifyDeleted in class com.cycling74.max.MaxObject
bang
public void bang()
Re-Trigger the smoothing.
Overrides:
bang in class ej
inlet
public void inlet(int i)
Do something depending on the inlet...
Overrides:
inlet in class ej
inlet
public void inlet(float f)
Do something depending on the inlet...
Overrides:
inlet in class ej
Parameters:
f - if the value arrives in the left inlet: try using the slide object instead. if the value arrives in the second inlet: change the slide up value if the value arrives in the third inlet: change the slide down value
list
public void list(float[] args)
The list to be smoothed.
Overrides:
list in class com.cycling74.max.MaxObject
Parameters:
args - if the list arrives in the left inlet: the list will be smoothed. if the list arrives in the second inlet: the first item of the list defines the slide up value, the second defines the slide down.
set
public void set(float[] args)
Set the list to be smoothed (so you can interpolate from that)
Parameters:
args - the list
reset
public void reset()
Reset the object if the filter explode (it shouldn't be necessary anymore though)
Class mmmm
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.mmmm
public class mmmm
extends ej
min, median, mean and max on a stream of values.
See Also:
"js ej.4m.js", ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
mmmm()
Create a mmmm with default window size (3).
mmmm(int ws)
Create a mmmm with specified window size.
mmmm(int ws, boolean verbeux)
Create a mmmm with specified window size and verbose mode
Method Summary
void
 bang()
Re-trigger.
void
 clear()
Reset the memory.
void
 inlet(float f)
Value to be analysed
void
 inlet(int i)
Value to be analysed
void
 reset()
Reset the memory.
Methods inherited from class ej.ej
anything, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
mmmm
public mmmm()
Create a mmmm with default window size (3).
mmmm
public mmmm(int ws)
Create a mmmm with specified window size.
Parameters:
ws - window size
mmmm
public mmmm(int ws,
            boolean verbeux)
Create a mmmm with specified window size and verbose mode
Parameters:
ws - window size
verbeux - verbose state (1 equals verbose, 0 silent).
Method Detail
bang
public void bang()
Re-trigger.
Overrides:
bang in class ej
inlet
public void inlet(int i)
Value to be analysed
Overrides:
inlet in class ej
inlet
public void inlet(float f)
Value to be analysed
Overrides:
inlet in class ej
Parameters:
f - float
clear
public void clear()
Reset the memory. alias for reset().
reset
public void reset()
Reset the memory.
Class mtof
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.mtof
public class mtof
extends ej
Convert MIDI to frequency. This works for list, and allows you to define tuning and pitch reference.
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
mtof(float tuning)
Create a mtof object with specified tuning.
mtof(float tuning, float pitch_reference)
Create a mtof object with specified tuning and pitch reference.
Method Summary
void
 inlet(float f)
Calculate the frequency corresponding to the MIDI note number you send
void
 inlet(int i)
Calculate the frequency corresponding to the MIDI note number you send
void
 list(float[] list)
Methods inherited from class ej.ej
anything, bang, dblclick, findVersion, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
mtof
public mtof(float tuning)
Create a mtof object with specified tuning.
mtof
public mtof(float tuning,
            float pitch_reference)
Create a mtof object with specified tuning and pitch reference.
Parameters:
tuning - tuning frequency
pitch_reference - MIDI pitch reference
Method Detail
inlet
public void inlet(int i)
Calculate the frequency corresponding to the MIDI note number you send
Overrides:
inlet in class ej
Parameters:
i - MIDI note number
inlet
public void inlet(float f)
Calculate the frequency corresponding to the MIDI note number you send
Overrides:
inlet in class ej
Parameters:
f - MIDI note number
list
public void list(float[] list)
Overrides:
list in class com.cycling74.max.MaxObject
Class urn
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.urn
public class urn
extends ej
random sequence generator (like the standart urn object)
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
urn(int size)
Create a urn object with specified range
urn(int size, int seed)
Create a urn object with specified range and seed
Method Summary
void
 bang()
Generate the next random value.
void
 clear()
Reset the values (ready to start a new sequence)
void
 inlet(int i)
Define a new range.
void
 seed(int seed)
Set the seed
void
 sizeInfo()
Display a message in the Max window of the memory utilisation.
Methods inherited from class ej.ej
anything, dblclick, findVersion, inlet, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
urn
public urn(int size)
Create a urn object with specified range
Parameters:
size - range (output value will be from 0 to range-1)
urn
public urn(int size,
           int seed)
Create a urn object with specified range and seed
Parameters:
size - range (output value will be from 0 to range-1)
seed - seed
Method Detail
bang
public void bang()
Generate the next random value.
Overrides:
bang in class ej
inlet
public void inlet(int i)
Define a new range.
Overrides:
inlet in class ej
Parameters:
i - range (output value will be from 0 to range-1)
clear
public void clear()
Reset the values (ready to start a new sequence)
seed
public void seed(int seed)
Set the seed
Parameters:
seed - integer value sets the seed.
sizeInfo
public void sizeInfo()
Display a message in the Max window of the memory utilisation.
Class x2dx
ej
java.lang.Object
  com.cycling74.max.MaxObject
      ej.ej
          ej.x2dx
public class x2dx
extends ej
extract deltas from a list of values.
See Also:
ej
Fields inherited from class com.cycling74.max.MaxObject
EMPTY_STRING_ARRAY, NO_INLETS, NO_OUTLETS
Constructor Summary
x2dx(com.cycling74.max.Atom[] args)
Create x2dx object.
Method Summary
void
 bang()
void
 list(double[] args)
void
 set(double[] args)
Methods inherited from class ej.ej
anything, dblclick, findVersion, inlet, inlet, isNumber, list, post, post, post, post, post, post
Methods inherited from class com.cycling74.max.MaxObject
bail, createInfoOutlet, declareAttribute, declareAttribute, declareInlets, declareIO, declareOutlets, declareReadOnlyAttribute, declareReadOnlyAttribute, declareTypedIO, embedMessage, error, gc, getAttr, getAttrAtomArray, getAttrBool, getAttrBoolArray, getAttrByte, getAttrByteArray, getAttrChar, getAttrCharArray, getAttrDouble, getAttrDoubleArray, getAttrFloat, getAttrFloatArray, getAttributeInfo, getAttrInt, getAttrIntArray, getAttrLongArray, getAttrShort, getAttrShortArray, getAttrString, getAttrStringArray, getCodeSourcePath, getContext, getErrorStream, getInfoIdx, getInlet, getInletAssist, getInletType, getLongAttr, getMaxBox, getName, getNumInlets, getNumOutlets, getOutletAssist, getOutletType, getParentPatcher, getPostStream, list, list, loadbang, notifyDeleted, ouch, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outlet, outletBang, outletBangHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, outletHigh, post, postCodePath, save, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setAttr, setInletAssist, setInletAssist, setName, setOutletAssist, setOutletAssist, showException, showException, toString, viewsource, zap
Constructor Detail
x2dx
public x2dx(com.cycling74.max.Atom[] args)
Create x2dx object.
Method Detail
bang
public void bang()
Overrides:
bang in class ej
list
public void list(double[] args)
set
public void set(double[] args)
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