Array Type
|
return array type |
public String arrayType() |
return original array types |
public String originalArrayType() |
Array Length
|
return length of the array |
public int length() |
Deep Copy
|
return a deep copy |
public Stat copy() |
'Possible loss of precision' messages
|
suppress messages for an instance |
public void suppressMessages() |
restore messages for an instance |
public void restoreMessages() |
suppress messages for an application |
public static void suppressMessagesTotal() |
restore messages for an application |
public static void restoreMessagesTotal() |
Return array as entered or as converted type
|
as double[] |
public double[] array() |
public double[] array_as_double() |
as Vector<Object> |
public Vector<Object> array_as_Vector() |
as ArrayList<Object> |
public ArrayList<Object> array_as_ArrayList() |
as a Object[] |
public Object[] array_as_Object() |
as a Row Matrix |
public Matrix array_as_Matrix_rowMatrix() |
as a Column Matrix |
public Matrix array_as_Matrix_columnMatrix() |
as Double[] |
public Double[] array_as_Double() |
as float[] |
public float[] array_as_float() |
as Float[] |
public Float[] array_as_Float() |
as long[] |
public long[] array_as_long() |
as Long[] |
public long[] array_as_Long() |
as int[] |
public int[] array_as_int() |
as Integer[] |
public Integer[] array_as_Integer() |
as short[] |
public short[] array_as_short() |
as Short[] |
public Short[] array_as_Short() |
as byte[] |
public byte[] array_as_byte() |
as Byte[] |
public Byte[] array_as_Byte() |
as BigDecimal[] |
public BigDecimal[] array_as_BigDecimal() |
as BigInteger[] |
public BigInteger[] array_as_BigInteger() |
as char[] |
public char[] array_as_char() |
as Character[] |
public Character[] array_as_Character() |
as String[] |
public String[] array_as_String() |
as Complex[] |
public Complex[] array_as_Complex() |
as the moduli of Complex[] |
public double[] array_as_modulus_of_Complex() |
as the real parts of Complex[] |
public double[] array_as_real_part_of_Complex() |
as the imaginary parts of Complex[] |
public double[] array_as_imaginary_part_of_Complex() |
as a Complex Row Matrix |
public ComplexMatrix array_as_Complex_rowMatrix() |
as a Complex Column Matrix |
public ComplexMatrix array_as_Complex_columnMatrix() |
as Phasor[] |
public Phasor[] array_as_Phasor() |
as the magnitudes of Phasor[] |
public double[] array_as_magnitude_of_Phasor() |
as the phase, in degrees, of Phasor[] |
public double[] array_as_degrees_phase_of_Phasor() |
as the phase, in radians, of Phasor[] |
public double[] array_as_radians_phase_of_Phasor() |
as a Phasor Row Matrix |
public PhasorMatrix array_as_Phasor_rowMatrix() |
as a Phasor Column Matrix |
public PhasorMatrix array_as_Phasor_columnMatrix() |
Return sub-array
|
as double[] |
public double[] subarray(int start, int end) |
public double[] subarray_as_double(int start, int end) |
as Vector<Object> |
public Vector<Object> subarray_as_Vector(int start, int end) |
as subarrayList<Object> |
public subarrayList<Object> subarray_as_subarrayList(int start, int end) |
as a Object[] |
public Object[] subarray_as_Object(int start, int end) |
as a Row Matrix |
public Matrix subarray_as_Matrix_rowMatrix(int start, int end) |
as a Column Matrix |
public Matrix subarray_as_Matrix_columnMatrix(int start, int end) |
as Double[] |
public Double[] subarray_as_Double(int start, int end) |
as float[] |
public float[] subarray_as_float(int start, int end) |
as Float[] |
public Float[] subarray_as_Float(int start, int end) |
as long[] |
public long[] subarray_as_long(int start, int end) |
as Long[] |
public long[] subarray_as_Long(int start, int end) |
as int[] |
public int[] subarray_as_int(int start, int end) |
as Integer[] |
public Integer[] subarray_as_Integer(int start, int end) |
as short[] |
public short[] subarray_as_short(int start, int end) |
as Short[] |
public Short[] subarray_as_Short(int start, int end) |
as byte[] |
public byte[] subarray_as_byte(int start, int end) |
as Byte[] |
public Byte[] subarray_as_Byte(int start, int end) |
as BigDecimal[] |
public BigDecimal[] subarray_as_BigDecimal(int start, int end) |
as BigInteger[] |
public BigInteger[] subarray_as_BigInteger(int start, int end) |
as char[] |
public char[] subarray_as_char(int start, int end) |
as Character[] |
public Character[] subarray_as_Character(int start, int end) |
as String[] |
public String[] subarray_as_String(int start, int end) |
as Complex[] |
public Complex[] subarray_as_Complex(int start, int end) |
as the moduli of Complex[] |
public double[] subarray_as_modulus_of_Complex(int start, int end) |
as the real parts of Complex[] |
public double[] subarray_as_real_part_of_Complex(int start, int end) |
as the imaginary parts of Complex[] |
public double[] subarray_as_imaginary_part_of_Complex(int start, int end) |
as a Complex Row Matrix |
public ComplexMatrix subarray_as_Complex_rowMatrix(int start, int end) |
as a Complex Column Matrix |
public ComplexMatrix subarray_as_Complex_columnMatrix(int start, int end) |
as Phasor[] |
public Phasor[] subarray_as_Phasor(int start, int end) |
as the magnitudes of Phasor[] |
public double[] subarray_as_magnitude_of_Phasor(int start, int end) |
as the phase, in degrees, of Phasor[] |
public double[] subarray_as_degrees_phase_of_Phasor(int start, int end) |
as the phase, in radians, of Phasor[] |
public double[] subarray_as_radians_phase_of_Phasor(int start, int end) |
as a Phasor Row Matrix |
public PhasorMatrix subarray_as_Phasor_rowMatrix(int start, int end) |
as a Phasor Column Matrix |
public PhasorMatrix subarray_as_Phasor_columnMatrix(int start, int end) |
Return array maximum
|
as double |
public double maximum() |
public double maximum_as_double() |
as Double |
public Double maximum_as_Double() |
as float |
public float maximum_as_float() |
as Float |
public Float maximum_as_Float() |
as long |
public long maximum_as_long() |
as Long |
public Long maximum_as_Long() |
as int |
public int maximum_as_int() |
as Integer |
public Integer maximum_as_Integer() |
as short |
public short maximum_as_short() |
as Short |
public Short maximum_as_Short() |
as byte |
public byte maximum_as_byte() |
as Byte |
public Byte maximum_as_Byte() |
as BigDecimal |
public BigDecimal maximum_as_BigDecimal() |
as BigInteger |
public BigInteger maximum_as_BigInteger() |
as char |
public char maximum_as_char() |
as Character |
public Character maximum_as_Characterr() |
Return index of array maximum
|
|
public int maximumIndex() |
Return array minimum
|
as double |
public double minimum() |
public double minimum_as_double() |
as Double |
public Double minimum_as_Double() |
as float |
public float minimum_as_float() |
as Float |
public Float minimum_as_Float() |
as long |
public long minimum_as_long() |
as Long |
public Long minimum_as_Long() |
as int |
public int minimum_as_int() |
as Integer |
public Integer minimum_as_Integer() |
as short |
public short minimum_as_short() |
as Short |
public Short minimum_as_Short() |
as byte |
public byte minimum_as_byte() |
as Byte |
public Byte minimum_as_Byte() |
as BigDecimal |
public BigDecimal minimum_as_BigDecimal() |
as BigInteger |
public BigInteger minimum_as_BigInteger() |
as char |
public char minimum_as_char() |
as Character |
public Character minimum_as_Characterr() |
Return index of array minimum
|
|
public int minimumIndex() |
Addition of a constant
|
addition of a double |
public ArrayMaths plus(double constant) |
addition of a Double |
public ArrayMaths plus(Double constant) |
addition of a float |
public ArrayMaths plus(float constant) |
addition of a Float |
public ArrayMaths plus(Float constant) |
addition of a long |
public ArrayMaths plus(long constant) |
addition of a Long |
public ArrayMaths plus(Long constant) |
addition of an int |
public ArrayMaths plus(int constant) |
addition of an Integer |
public ArrayMaths plus(Integer constant) |
addition of a short |
public ArrayMaths plus(short constant) |
addition of a Short |
public ArrayMaths plus(Short constant) |
addition of a byte |
public ArrayMaths plus(byte constant) |
addition of a Byte |
public ArrayMaths plus(Byte constant) |
addition of a BigDecimal |
public ArrayMaths plus(BigDecimal constant) |
addition of a BigInteger |
public ArrayMaths plus(BigInteger constant) |
addition of a Complex |
public ArrayMaths plus(Complex constant) |
addition of a Phasor |
public ArrayMaths plus(Phasor constant) |
addition of a char |
public ArrayMaths plus(char constant) |
addition of a Character |
public ArrayMaths plus(Characterr constant) |
addition of a String |
public ArrayMaths plus(String constant) |
Addition of an array
|
addition of a Stat |
public ArrayMaths plus(Stat arrays)
|
addition of an ArrayMaths |
public ArrayMaths plus(ArrayMaths arraym) |
addition of a Vector |
public ArrayMaths plus(Vector<Object> vec) |
addition of an ArrayList |
public ArrayMaths plus(ArrayList<Object> list) |
addition of a double |
public ArrayMaths plus(double[] array) |
addition of a Double |
public ArrayMaths plus(Double[] array) |
addition of a float[] |
public ArrayMaths plus(float[] array) |
addition of a Float[] |
public ArrayMaths plus(Float[] array) |
addition of a long[] |
public ArrayMaths plus(long[] array) |
addition of a Long[] |
public ArrayMaths plus(Long[] array) |
addition of an int[] |
public ArrayMaths plus(int[] array) |
addition of an Integer[] |
public ArrayMaths plus(Integer[] array) |
addition of a short[] |
public ArrayMaths plus(short[] array) |
addition of a Short[] |
public ArrayMaths plus(Short[] array) |
addition of a byte[] |
public ArrayMaths plus(byte[] array) |
addition of a Byte[] |
public ArrayMaths plus(Byte[] array) |
addition of a BigDecimal[] |
public ArrayMaths plus(BigDecimal[] array) |
addition of a BigInteger[] |
public ArrayMaths plus(BigInteger[] array) |
addition of a Complex[] |
public ArrayMaths plus(Complex[] array) |
addition of a Phasor[] |
public ArrayMaths plus(Phasor[] array) |
addition of a char[] |
public ArrayMaths plus(char[] array) |
addition of a Character[] |
public ArrayMaths plus(Character[] array) |
addition of a String[] |
public ArrayMaths plus(String[] array) |
Subtraction of a constant
|
subtraction of a double |
public ArrayMaths minus(double constant) |
subtraction of a Double |
public ArrayMaths minus(Double constant) |
subtraction of a float |
public ArrayMaths minus(float constant) |
subtraction of a Float |
public ArrayMaths minus(Float constant) |
subtraction of a long |
public ArrayMaths minus(long constant) |
subtraction of a Long |
public ArrayMaths minus(Long constant) |
subtraction of an int |
public ArrayMaths minus(int constant) |
subtraction of an Integer |
public ArrayMaths minus(Integer constant) |
subtraction of a short |
public ArrayMaths minus(short constant) |
subtraction of a Short |
public ArrayMaths minus(Short constant) |
subtraction of a byte |
public ArrayMaths minus(byte constant) |
subtraction of a Byte |
public ArrayMaths minus(Byte constant) |
subtraction of a BigDecimal |
public ArrayMaths minus(BigDecimal constant) |
subtraction of a BigInteger |
public ArrayMaths minus(BigInteger constant) |
subtraction of a Complex |
public ArrayMaths minus(Complex constant) |
subtraction of a Phasor |
public ArrayMaths minus(Phasor constant) |
Subtraction of an array
|
subtraction of a Stat |
public ArrayMaths minus(Stat arrays)
|
subtraction of an ArrayMaths |
public ArrayMaths minus(ArrayMaths arraym) |
subtraction of a Vector |
public ArrayMaths minus(Vector<Object> vec) |
subtraction of an ArrayList |
public ArrayMaths minus(ArrayList<Object> list) |
subtraction of a double[] |
public ArrayMaths minus(double[] array) |
subtraction of a Double[] |
public ArrayMaths minus(Double[] array) |
subtraction of a float[] |
public ArrayMaths minus(float[] array) |
subtraction of a Float[] |
public ArrayMaths minus(Float[] array) |
subtraction of a long[] |
public ArrayMaths minus(long[] array) |
subtraction of a Long[] |
public ArrayMaths minus(Long[] array) |
subtraction of an int[] |
public ArrayMaths minus(int[] array) |
subtraction of an Integer[] |
public ArrayMaths minus(Integer[] array) |
subtraction of a short[] |
public ArrayMaths minus(short[] array) |
subtraction of a Short[] |
public ArrayMaths minus(Short[] array) |
subtraction of a byte[] |
public ArrayMaths minus(byte[] array) |
subtraction of a Byte[] |
public ArrayMaths minus(Byte[] array) |
subtraction of a BigDecimal[] |
public ArrayMaths minus(BigDecimal[] array) |
subtraction of a BigInteger[] |
public ArrayMaths minus(BigInteger[] array) |
subtraction of a Complex[] |
public ArrayMaths minus(Complex[] array) |
subtraction of a Phasor[] |
public ArrayMaths minus(Phasor[] array) |
Multiplication by a constant
|
multiplication by a double |
public ArrayMaths times(double constant) |
multiplication by a Double |
public ArrayMaths times(Double constant) |
multiplication by a float |
public ArrayMaths times(float constant) |
multiplication by a Float |
public ArrayMaths times(Float constant) |
multiplication by a long |
public ArrayMaths times(long constant) |
multiplication by a Long |
public ArrayMaths times(Long constant) |
multiplication by an int |
public ArrayMaths times(int constant) |
multiplication by an Integer |
public ArrayMaths times(Integer constant) |
multiplication by a short |
public ArrayMaths times(short constant) |
multiplication by a Short |
public ArrayMaths times(Short constant) |
multiplication by a byte |
public ArrayMaths times(byte constant) |
multiplication by a Byte |
public ArrayMaths times(Byte constant) |
multiplication by a BigDecimal |
public ArrayMaths times(BigDecimal constant) |
multiplication by a BigInteger |
public ArrayMaths times(BigInteger constant) |
multiplication by a Complex |
public ArrayMaths times(Complex constant) |
multiplication by a Phasor |
public ArrayMaths times(Phasor constant) |
Division by a constant
|
division by a double |
public ArrayMaths over(double constant) |
division by a Double |
public ArrayMaths over(Double constant) |
division by a float |
public ArrayMaths over(float constant) |
division by a Float |
public ArrayMaths over(Float constant) |
division by a long |
public ArrayMaths over(long constant) |
division by a Long |
public ArrayMaths over(Long constant) |
division by an int |
public ArrayMaths over(int constant) |
division by an Integer |
public ArrayMaths over(Integer constant) |
division by a short |
public ArrayMaths over(short constant) |
division by a Short |
public ArrayMaths over(Short constant) |
division by a byte |
public ArrayMaths over(byte constant) |
division by a Byte |
public ArrayMaths over(Byte constant) |
division by a BigDecimal |
public ArrayMaths over(BigDecimal constant) |
division by a BigInteger |
public ArrayMaths over(BigInteger constant) |
division by a Complex |
public ArrayMaths over(Complex constant) |
division by a Phasor |
public ArrayMaths over(Phasor constant) |
Sum of all elements
|
as a double |
public double sum() |
public double sum_as_double() |
as a Double |
public Double sum_as_Double() |
as a float |
public float sum_as_float() |
as a Float |
public Float sum_as_Float() |
as a long |
public long sum_as_long() |
as a Long |
public Long sum_as_Long() |
as an int |
public int sum_as_int() |
as an Integer |
public Integer sum_as_Integer() |
as a short |
public short sum_as_short() |
as a Short |
public Short sum_as_Short() |
as a byte |
public byte sum_as_byte() |
as a Byte |
public Byte sum_as_Byte() |
as a BigDecimal |
public BigDecimal sum_as_BigDecimal() |
as a BigInteger |
public BigInteger sum_as_BigInteger() |
as a Complex |
public Complex sum_as_Complex() |
as a Phasor |
public Phasorsum_as_Phasor() |
as a String[] |
public String sum_as_String() |
Product of all elements
|
as a double |
public double product_as_double() |
public double product_as_double() |
as a Double |
Double product_as_Double() |
as a float |
public float product_as_float() |
as a Float |
public Float product_as_Float() |
as a long |
public long product_as_long() |
as a Long |
public Long product_as_Long() |
as an int |
public int product_as_int() |
as an Integer |
public Integer product_as_Integer() |
as a short |
public short product_as_short() |
as a Short |
public Short product_as_Short() |
as a byte |
public byte product_as_byte() |
as a Byte |
public Byte product_as_Byte() |
as a BigDecimal |
public BigDecimal product_as_BigDecimal() |
as a BigInteger |
public BigInteger product_as_BigInteger() |
as a Complex |
public Complex product_as_Complex() |
as a Phasor |
public Phasorproduct_as_Phasor() |
as a String[] |
public String product_as_String() |
Truncate each array elements
|
|
public ArrayMaths truncate(int n)
|
Round each array elements to nearest integer
|
|
public ArrayMaths rint()
|
Round up each array elements
|
|
public ArrayMaths ceil()
|
Round down each array elements
|
|
public ArrayMaths floor()
|
Raise each array element to a power
|
|
public ArrayMaths pow(double n) |
public ArrayMaths pow(float n) |
public ArrayMaths pow(long n) |
public ArrayMaths pow(int n) |
public ArrayMaths pow(short n) |
public ArrayMaths pow(byte n) |
public ArrayMaths pow(Double n) |
public ArrayMaths pow(Float n) |
public ArrayMaths pow(Long n) |
public ArrayMaths pow(Integer n) |
public ArrayMaths pow(Short n) |
public ArrayMaths pow(Byte n) |
public ArrayMaths pow(BigDecimal n) |
public ArrayMaths pow(BigInteger n) |
Take the square root of each array element
|
|
public ArrayMaths sqrt() |
Take the inverse of the square root of each array element
|
|
public ArrayMaths oneOverSqrt() |
Take absolute value of each array element
|
|
public ArrayMaths abs() |
Logarithms
|
Take the natural log of each array element |
public ArrayMaths log() |
Take the log to base 2 of each array element
|
public ArrayMaths log2() |
Take the log to base 10 of each array element
|
public ArrayMaths log10() |
Take the antilog to base 10 of each array element
|
public ArrayMaths antilog10() |
Take the x.log2(x) of each array element, x
|
public ArrayMaths xLog2x() |
Take the x.logE(x) of each array element, x
|
public ArrayMaths xLogEx() |
Take the x.log10(x) of each array element, x
|
public ArrayMaths xLog10x() |
Take the -x.log2(x) of each array element, x
|
public ArrayMaths minusxLog2x() |
Take the -x.logE(x) of each array element, x
|
public ArrayMaths minusxLogEx() |
Take the -x.log10(x) of each array element, x
|
public ArrayMaths minusxLog10x() |
Take the exponential of each array element
|
|
public ArrayMaths exp() |
Invert each array element
|
|
public ArrayMaths invert() |
Negate each array element
|
|
public ArrayMaths negate() |
Sort the array
|
arrange in ascending order |
public ArrayMaths sort() |
public void sortEquals() |
arrange to a given order of indices |
public ArrayMaths sort(int[] indices) |
public void sortEquals(int[] indices) |
return original indices |
public int[] originalIndices() |
Randomize the order of the array
|
randomize |
public ArrayMaths randomize() |
return original indices |
public int[] originalIndices() |
Reverse order of elements of the array
|
reverse the array |
public ArrayMaths reverse() |
return original indices |
public int[] originalIndices() |
Check if all elements are, arithmetically, integers
|
|
public boolean isInteger() |
Concatenation
|
|
public ArrayMaths concatenate(Stat xx) |
public ArrayMaths concatenate(ArrayMaths xx) |
public ArrayMaths concatenate(double[] xx) |
public ArrayMaths concatenate(float[] xx) |
public ArrayMaths concatenate(long[] xx) |
public ArrayMaths concatenate(int[] xx) |
public ArrayMaths concatenate(short[] xx) |
public ArrayMaths concatenate(byte[] xx) |
public ArrayMaths concatenate(char[] xx) |
public ArrayMaths concatenate(Double[] xx) |
public ArrayMaths concatenate(Float[] xx) |
public ArrayMaths concatenate(Long[] xx) |
public ArrayMaths concatenate(Integer[] xx) |
public ArrayMaths concatenate(Short[] xx) |
public ArrayMaths concatenate(Byte[] xx) |
public ArrayMaths concatenate(Character[] xx) |
public ArrayMaths concatenate(String[] xx) |
public ArrayMaths concatenate(BigDecimal[] xx) |
public ArrayMaths concatenate(BigInteger[] xx) |
public ArrayMaths concatenate(Complex[] xx) |
public ArrayMaths concatenate(Phasor[] xx) |
Find first index of a value within an array
|
|
public int indexOf(double value) |
public int indexOf(float value) |
public int indexOf(long value) |
public int indexOf(int value) |
public int indexOf(short value) |
public int indexOf(byte value) |
public int indexOf(char value) |
public int indexOf(Double value) |
public int indexOf(Float value) |
public int indexOf(Long value) |
public int indexOf(Integer value) |
public int indexOf(Short value) |
public int indexOf(Byte value) |
public int indexOf(Character value) |
public int indexOf(String value) |
public int indexOf(BigDecimal value) |
public int indexOf(BigInteger value) |
public int indexOf(Complex value) |
public int indexOf(Phasor value) |
Find all indices of a value within an array
|
|
public int[] indicesOf(double value) |
public int[] indicesOf(float value) |
public int[] indicesOf(long value) |
public int[] indicesOf(int value) |
public int[] indicesOf(short value) |
public int[] indicesOf(byte value) |
public int[] indicesOf(char value) |
public int[] indicesOf(Double value) |
public int[] indicesOf(Float value) |
public int[] indicesOf(Long value) |
public int[] indicesOf(Integer value) |
public int[] indicesOf(Short value) |
public int[] indicesOf(Byte value) |
public int[] indicesOf(Character value) |
public int[] indicesOf(String value) |
public int[] indicesOf(BigDecimal value) |
public int[] indicesOf(BigInteger value) |
public int[] indicesOf(Complex value) |
public int[] indicesOf(Phasor value) |
Find ithe value of the element nearest to a given value
|
|
public double nearestValue(double value) |
public float nearestValue(float value) |
public long nearestValue(long value) |
public int nearestValue(int value) |
public short nearestValue(short value) |
public byte nearestValue(byte value) |
public char nearestValue(char value) |
public Double nearestValue(Double value) |
public Float nearestValue(Float value) |
public Long nearestValue(Long value) |
public Integer nearestValue(Integer value) |
public Short nearestValue(Short value) |
public Byte nearestValue(Byte value) |
public Character nearestValue(Character value) |
public BigDecimal nearestValue(BigDecimal value) |
public BigInteger nearestValue(BigInteger value) |
Find index of element nearest to a given value
|
|
public int nearestIndex(double value) |
public int nearestIndex(float value) |
public int nearestIndex(long value) |
public int nearestIndex(int value) |
public int nearestIndex(short value) |
public int nearestIndex(byte value) |
public int nearestIndex(char value) |
public int nearestIndex(Double value) |
public int nearestIndex(Float value) |
public int nearestIndex(Long value) |
public int nearestIndex(Integer value) |
public int nearestIndex(Short value) |
public int nearestIndex(Byte value) |
public int nearestIndex(Character value) |
public int nearestIndex(BigDecimal value) |
public int nearestIndex(BigInteger value) |
Maximum difference between the elelments (array range)
|
|
public double maximumDifference() |
public double maximumDifference_as_double() |
public float maximumDifference_as_float() |
public long maximumDifference_as_long() |
public int maximumDifference_as_int() |
public short maximumDifference_as_short() |
public byte maximumDifference_as_byte() |
public Double maximumDifference_as_Double() |
public Float maximumDifference_as_Float() |
public Long maximumDifference_as_Long() |
public Integer maximumDifference_as_Integer() |
public Short maximumDifference_as_Short() |
public Byte maximumDifference_as_Byte() |
public BigDecimal maximumDifference_as_BigDecimal() |
public BigInteger maximumDifference_as_BigInteger() |
Minimum difference between the elelments
|
|
public double minimumDifference() |
public double minimumDifference_as_double() |
public float minimumDifference_as_float() |
public long minimumDifference_as_long() |
public int minimumDifference_as_int() |
public short minimumDifference_as_short() |
public byte minimumDifference_as_byte() |
public Double minimumDifference_as_Double() |
public Float minimumDifference_as_Float() |
public Long minimumDifference_as_Long() |
public Integer minimumDifference_as_Integer() |
public Short minimumDifference_as_Short() |
public Byte minimumDifference_as_Byte() |
public BigDecimal minimumDifference_as_BigDecimal() |
public BigInteger minimumDifference_as_BigInteger() |
Print array to screen
|
without line returns |
public void print() |
with line returns |
public void println() |
Plot array
|
|
public void plot(int n) |