MPF |
MPF.abs() |
Return an MPF whose value is the absolute value of this .
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MPF |
MPF.absAssign() |
Set this MPF to its absolute value.
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MPF |
MPF.absAssign(MPF op) |
Set this MPF to the absolute value of op .
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MPF |
MPF.add(MPF op) |
Return an MPF whose value is (this + op) .
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MPF |
MPF.addAssign(MPF op) |
Set this MPF to (this + op)
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MPF |
MPF.addAssign(MPF op1,
MPF op2) |
Set this MPF to (op1 + op2) .
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MPF |
MPF.addUi(long op) |
Return an MPF whose value is (this + op) .
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MPF |
MPF.addUiAssign(long op) |
Set this MPF to (this + op)
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MPF |
MPF.addUiAssign(MPF op1,
long op2) |
Set this MPF to (op1 + op2) .
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MPF |
MPF.ceil() |
Return an MPF whose value is this rounded to the next higher
integer.
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MPF |
MPF.ceilAssign() |
Set this MPF to its value rounded to the next higher integer.
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MPF |
MPF.ceilAssign(MPF op) |
Set this MPF to the value of op rounded to the next higher
integer.
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MPF |
MPF.div(MPF op) |
Return an MPF whose value is (this / op) .
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MPF |
MPF.div2Exp(long b) |
Return an MPF whose value is (this * 2b) .
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MPF |
MPF.div2ExpAssign(long b) |
Set this MPF to (this / 2b) .
|
MPF |
MPF.div2ExpAssign(MPF op,
long b) |
Set this MPF to (op / 2b) .
|
MPF |
MPF.divAssign(MPF op) |
Set this MPF to (this / op)
|
MPF |
MPF.divAssign(MPF op1,
MPF op2) |
Set this MPF to (op1 / op2) .
|
MPF |
MPF.divUi(long op) |
Return an MPF whose value is (this / op) .
|
MPF |
MPF.divUiAssign(long op) |
Set this MPF to (this / op)
|
MPF |
MPF.divUiAssign(MPF op1,
long op2) |
Set this MPF to (op1 / op2) .
|
MPF |
MPF.floor() |
Return an MPF whose value is this rounded to the next lower
integer.
|
MPF |
MPF.floorAssign() |
Set this MPF to its value rounded to the next lower integer.
|
MPF |
MPF.floorAssign(MPF op) |
Set this MPF to the value of op rounded to the next lower
integer.
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static MPF |
MPF.init() |
Return an MPF whose value is zero.
|
static MPF |
MPF.init2(long prec) |
Return an MPF whose value is zero, and set its precision to be at
least prec bits.
|
static MPF |
MPF.initSet(double op) |
Return an MPF whose value is op , possibly truncated to the
default precision.
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static MPF |
MPF.initSet(long op) |
Return an MPF whose value is op , possibly truncated to the
default precision.
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static MPF |
MPF.initSet(MPF op) |
Return an MPF whose value is op , possibly truncated to the
default precision.
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static MPF |
MPF.initSetUi(long op) |
Return an MPF whose value is op , possibly truncated to the
default precision.
|
MPF |
MPF.mul(MPF op) |
Return an MPF whose value is (this * op) .
|
MPF |
MPF.mul2Exp(long b) |
Return an MPF whose value is (this * 2b) .
|
MPF |
MPF.mul2ExpAssign(long b) |
Set this MPF to (this * 2b) .
|
MPF |
MPF.mul2ExpAssign(MPF op,
long b) |
Set this MPF to (op * 2b) .
|
MPF |
MPF.mulAssign(MPF op) |
Set this MPF to (this * op)
|
MPF |
MPF.mulAssign(MPF op1,
MPF op2) |
Set this MPF to (op1 * op2) .
|
MPF |
MPF.mulUi(long op) |
Return an MPF whose value is (this * op) .
|
MPF |
MPF.mulUiAssign(long op) |
Set this MPF to (this * op)
|
MPF |
MPF.mulUiAssign(MPF op1,
long op2) |
Set this MPF to (op1 * op2) .
|
MPF |
MPF.neg() |
Return an MPF whose value is (- this) .
|
MPF |
MPF.negAssign() |
Set this MPF to its opposite.
|
MPF |
MPF.negAssign(MPF op) |
Set this MPF to (- op) .
|
MPF |
MPF.powUi(long exp) |
Return an MPF whose value is (thisexp) .
|
MPF |
MPF.powUiAssign(long exp) |
Set this MPF to (thisexp) .
|
MPF |
MPF.powUiAssign(MPF base,
long exp) |
Set this MPF to (baseexp) .
|
static MPF |
MPF.random2(long maxSize,
long exp) |
Return an MPF whose value is a random integer of at most
maxSize limbs, with long strings of zeros and ones in the binary
representation.
|
MPF |
MPF.random2Assign(long maxSize,
long exp) |
Set this MPF to a random integer of at most maxSize limbs,
with long strings of zeros and ones in the binary representation.
|
MPF |
MPF.reldiff(MPF op) |
Return the relative difference between this and this , i.e.,
(abs(this-op)/this) .
|
MPF |
MPF.reldiffAssign(MPF op) |
Set this MPF to the relative difference between this and
op , i.e., (abs(this-op)/this) .
|
MPF |
MPF.reldiffAssign(MPF op1,
MPF op2) |
Set this MPF to the relative difference between op1 and
op2 , i.e., (abs(op1-op2)/op1) .
|
MPF |
MPF.set(double op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.set(long op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.set(MPF op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.set(MPQ op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.set(MPZ op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.set(java.math.BigDecimal op) |
Set this MPF to the big decimal op .
|
MPF |
MPF.setPrec(long prec) |
Set the precision of this MPF to be at least prec bits.
|
MPF |
MPF.setUi(long op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.setValue(double op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.setValue(long op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.setValue(MPF op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.setValue(MPQ op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.setValue(MPZ op) |
Set this MPF to op , possibly truncated according to
precision.
|
MPF |
MPF.setValue(java.lang.String str) |
Set this MPF to the value represented by the string str in
decimal base, possibly truncated according to precision.
|
MPF |
MPF.setValue(java.lang.String str,
int base) |
Set this MPF to the number represented by the string str in
the specified base , possibly truncated according to precision.
|
MPF |
MPF.setValue(java.math.BigDecimal op) |
Set this MPF to the big decimal op .
|
MPF |
MPF.sqrt() |
Return an MPF whose value is the square root of this .
|
MPF |
MPF.sqrtAssign() |
Set this MPF to its square root.
|
MPF |
MPF.sqrtAssign(MPF op) |
Set this MPF to the the square root of op .
|
static MPF |
MPF.sqrtUi(long op) |
Return an MPF whose value is the square root of this .
|
MPF |
MPF.sqrtUiAssign(long op) |
Set this MPF to the the square root of op .
|
MPF |
MPF.sub(MPF op) |
Return an MPF whose value is (this - op) .
|
MPF |
MPF.subAssign(MPF op) |
Set this MPF to (this - op)
|
MPF |
MPF.subAssign(MPF op1,
MPF op2) |
Set this MPF to (op1 - op2) .
|
MPF |
MPF.subUi(long op) |
Return an MPF whose value is (this - op) .
|
MPF |
MPF.subUiAssign(long op) |
Set this MPF to (this - op)
|
MPF |
MPF.subUiAssign(MPF op1,
long op2) |
Set this MPF to (op1 - op2) .
|
MPF |
MPF.swap(MPF op) |
Swap the value of this MPF with the value of op .
|
MPF |
MPF.trunc() |
Return an MPF whose value is this rounded towards zero.
|
MPF |
MPF.truncAssign() |
Set this MPF to its value rounded towards zero.
|
MPF |
MPF.truncAssign(MPF op) |
Set this MPF to the value of op rounded towards zero.
|
MPF |
MPF.uiDiv(long op) |
Return an MPF whose value is (op / this) .
|
MPF |
MPF.uiDivAssign(long op) |
Set this MPF to (op / this)
|
MPF |
MPF.uiDivAssign(long op1,
MPF op2) |
Set this MPF to (op1 / op2) .
|
MPF |
MPF.uiSub(long op) |
Return an MPF whose value is (op - this) .
|
MPF |
MPF.uiSubAssign(long op) |
Set this MPF to (op - this)
|
MPF |
MPF.uiSubAssign(long op1,
MPF op2) |
Set this MPF to (op1 - op2) .
|
static MPF |
MPF.urandomb(RandState s,
long nbits) |
Return an MPF whose value is an uniformly distributed random float in
the range from 0 included to 1 excluded.
|
MPF |
MPF.urandombAssign(RandState s,
long nbits) |
Set this MPF to a uniformly distributed random float in the range
from 0 included to 1 excluded.
|