Knowledge Science GroupDept of Computer ScienceUniveristy of Calgary
public final class SimpleArray_UnsignedByte32 extends AbstractArray
| Modifier and Type | Field and Description |
|---|---|
(package private) LispObject[] |
data |
private int[] |
dimv |
private int |
totalSize |
| Constructor and Description |
|---|
SimpleArray_UnsignedByte32(int[] dimv) |
SimpleArray_UnsignedByte32(int[] dimv,
LispObject initialContents) |
SimpleArray_UnsignedByte32(int rank,
LispObject initialContents) |
| Modifier and Type | Method and Description |
|---|---|
AbstractArray |
adjustArray(int[] dimv,
AbstractArray displacedTo,
int displacement) |
AbstractArray |
adjustArray(int[] dimv,
LispObject initialElement,
LispObject initialContents)
Returns a newly allocated array or the current array with
adjusted dimensions.
|
LispObject |
AREF(int index) |
void |
aset(int index,
LispObject newValue) |
LispObject |
classOf() |
(package private) static void |
copyArray(AbstractArray a1,
AbstractArray a2) |
private static void |
copySubArray(AbstractArray a1,
AbstractArray a2,
int[] subscripts,
int axis) |
void |
fill(LispObject obj) |
LispObject |
get(int[] subscripts) |
int |
getDimension(int n) |
LispObject |
getDimensions() |
LispObject |
getElementType() |
int |
getRank() |
int |
getRowMajorIndex(int[] subscripts) |
int |
getTotalSize() |
boolean |
isAdjustable() |
void |
set(int[] subscripts,
LispObject newValue) |
private int |
setInitialContents(int axis,
int[] dims,
LispObject contents,
int index) |
LispObject |
typeOf() |
LispObject |
typep(LispObject typeSpecifier) |
String |
writeToString() |
arrayDisplacement, computeTotalSize, equalp, getFillPointer, getRowMajorIndex, hasFillPointer, isDisplaced, psxhash, setFillPointer, setFillPointer, writeToStringABS, add, add, aref_long, aref, AREF, aset, aset, ash, ash, atom, ATOM, caddr, cadr, car, cddr, cdr, CHAR, characterp, CHARACTERP, chars, COMPLEXP, constantp, CONSTANTP, copyToArray, decr, DENOMINATOR, dispatch, divideBy, doubleValue, elt, endp, ENDP, EQ, eql, eql, eql, EQL, equal, equal, EQUAL, equalp, evenp, EVENP, execute, execute, execute, execute, execute, execute, execute, execute, execute, execute, execute, floatp, FLOATP, floatValue, getBooleanValue, getCallCount, getDescription, getDocumentation, getFixnumSlotValue, getHotCount, getInstance, getParts, getPropertyList, getSlotValue_0, getSlotValue_1, getSlotValue_2, getSlotValue_3, getSlotValue, getSlotValueAsBoolean, getStringChars, getStringValue, getSymbolFunction, getSymbolFunctionOrDie, getSymbolSetfFunction, getSymbolSetfFunctionOrDie, getSymbolValue, incr, incrementCallCount, incrementHotCount, integerp, INTEGERP, intValue, IS_E, IS_GE, IS_GT, IS_LE, IS_LT, IS_NE, isEqualTo, isEqualTo, isGreaterThan, isGreaterThan, isGreaterThanOrEqualTo, isGreaterThanOrEqualTo, isLessThan, isLessThan, isLessThanOrEqualTo, isLessThanOrEqualTo, isNotEqualTo, isNotEqualTo, isSpecialOperator, isSpecialVariable, javaInstance, javaInstance, LDB, length, LENGTH, listp, LISTP, lockableInstance, LOGAND, LOGAND, LOGIOR, LOGIOR, LOGNOT, LOGXOR, LOGXOR, longValue, minusp, MINUSP, MOD, MOD, multiplyBy, multiplyBy, negate, noFillPointer, NOT, nreverse, NTH, NTH, nthcdr, numberp, NUMBERP, NUMERATOR, oddp, ODDP, plusp, PLUSP, psxhash, push, rationalp, RATIONALP, realp, REALP, resolve, reverse, RPLACA, RPLACD, SCHAR, setCallCount, setCar, setCdr, setDocumentation, setHotCount, setPropertyList, setSlotValue_0, setSlotValue_1, setSlotValue_2, setSlotValue_3, setSlotValue, setSlotValue, SIMPLE_STRING_P, SLOT_VALUE, STRING, stringp, STRINGP, subtract, subtract, SVREF, svset, sxhash, SYMBOLP, truncate, unreadableString, unreadableString, unreadableString, unreadableString, VECTOR_PUSH_EXTEND, VECTOR_PUSH_EXTEND, vectorp, VECTORP, vectorPushExtend, zerop, ZEROPprivate final int[] dimv
private final int totalSize
final LispObject[] data
public SimpleArray_UnsignedByte32(int[] dimv)
public SimpleArray_UnsignedByte32(int[] dimv,
LispObject initialContents)
public SimpleArray_UnsignedByte32(int rank,
LispObject initialContents)
private int setInitialContents(int axis,
int[] dims,
LispObject contents,
int index)
public LispObject typeOf()
typeOf in class LispObjectpublic LispObject classOf()
classOf in class LispObjectpublic LispObject typep(LispObject typeSpecifier)
typep in class AbstractArraypublic int getRank()
getRank in class AbstractArraypublic LispObject getDimensions()
getDimensions in class AbstractArraypublic int getDimension(int n)
getDimension in class AbstractArraypublic LispObject getElementType()
getElementType in class AbstractArraypublic int getTotalSize()
getTotalSize in class AbstractArraypublic boolean isAdjustable()
isAdjustable in class AbstractArraypublic LispObject AREF(int index)
AREF in class LispObjectpublic void aset(int index,
LispObject newValue)
aset in class AbstractArraypublic int getRowMajorIndex(int[] subscripts)
getRowMajorIndex in class AbstractArraypublic LispObject get(int[] subscripts)
get in class AbstractArraypublic void set(int[] subscripts,
LispObject newValue)
set in class AbstractArraypublic void fill(LispObject obj)
fill in class AbstractArraypublic String writeToString()
writeToString in class LispObjectpublic AbstractArray adjustArray(int[] dimv, LispObject initialElement, LispObject initialContents)
AbstractArrayadjustArray in class AbstractArrayinitialElement - @c null if noneinitialContents - @c null if nonestatic void copyArray(AbstractArray a1, AbstractArray a2)
private static void copySubArray(AbstractArray a1, AbstractArray a2, int[] subscripts, int axis)
public AbstractArray adjustArray(int[] dimv, AbstractArray displacedTo, int displacement)
adjustArray in class AbstractArray