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cleanup Minuit

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This commit is contained in:
Alexander Nozik 2024-04-15 17:52:15 +03:00
parent f335d63659
commit edbf8c05be
9 changed files with 88 additions and 105 deletions
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16
kmath-optimization/src/commonMain/tmp/minuit/MinuitParameter.kt
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@ -38,9 +38,9 @@ class MinuitParameter {
* @param name a [String] object. * @param name a [String] object.
* @param val a double. * @param val a double.
*/ */
constructor(num: Int, name: String, `val`: Double) { constructor(num: Int, name: String, value: Double) {
theNum = num theNum = num
theValue = `val` theValue = value
theConst = true theConst = true
theName = name theName = name
} }
@ -53,9 +53,9 @@ class MinuitParameter {
* @param val a double. * @param val a double.
* @param err a double. * @param err a double.
*/ */
constructor(num: Int, name: String, `val`: Double, err: Double) { constructor(num: Int, name: String, value: Double, err: Double) {
theNum = num theNum = num
theValue = `val` theValue = value
theError = err theError = err
theName = name theName = name
} }
@ -70,9 +70,9 @@ class MinuitParameter {
* @param min a double. * @param min a double.
* @param max a double. * @param max a double.
*/ */
constructor(num: Int, name: String, `val`: Double, err: Double, min: Double, max: Double) { constructor(num: Int, name: String, value: Double, err: Double, min: Double, max: Double) {
theNum = num theNum = num
theValue = `val` theValue = value
theError = err theError = err
theLoLimit = min theLoLimit = min
theUpLimit = max theUpLimit = max
@ -288,8 +288,8 @@ class MinuitParameter {
* *
* @param val a double. * @param val a double.
*/ */
fun setValue(`val`: Double) { fun setValue(value: Double) {
theValue = `val` theValue = value
} }
/** /**

20
kmath-optimization/src/commonMain/tmp/minuit/MnApplication.kt
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@ -77,8 +77,8 @@ abstract class MnApplication {
* @param val a double. * @param val a double.
* @param name a [String] object. * @param name a [String] object.
*/ */
fun add(name: String, `val`: Double, err: Double) { fun add(name: String, value: Double, err: Double) {
theState.add(name, `val`, err) theState.add(name, value, err)
} }
/** /**
@ -90,8 +90,8 @@ abstract class MnApplication {
* @param val a double. * @param val a double.
* @param err a double. * @param err a double.
*/ */
fun add(name: String, `val`: Double, err: Double, low: Double, up: Double) { fun add(name: String, value: Double, err: Double, low: Double, up: Double) {
theState.add(name, `val`, err, low, up) theState.add(name, value, err, low, up)
} }
/** /**
@ -100,8 +100,8 @@ abstract class MnApplication {
* @param name a [String] object. * @param name a [String] object.
* @param val a double. * @param val a double.
*/ */
fun add(name: String, `val`: Double) { fun add(name: String, value: Double) {
theState.add(name, `val`) theState.add(name, value)
} }
/** /**
@ -471,8 +471,8 @@ abstract class MnApplication {
* @param index a int. * @param index a int.
* @param val a double. * @param val a double.
*/ */
fun setValue(index: Int, `val`: Double) { fun setValue(index: Int, value: Double) {
theState.setValue(index, `val`) theState.setValue(index, value)
} }
/** /**
@ -482,8 +482,8 @@ abstract class MnApplication {
* @param name a [String] object. * @param name a [String] object.
* @param val a double. * @param val a double.
*/ */
fun setValue(name: String?, `val`: Double) { fun setValue(name: String?, value: Double) {
theState.setValue(name, `val`) theState.setValue(name, value)
} }
/** /**

12
kmath-optimization/src/commonMain/tmp/minuit/MnMinos.kt
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@ -106,8 +106,8 @@ class MnMinos(fcn: MultiFunction?, min: FunctionMinimum?, stra: MnStrategy?) {
val para = intArrayOf(par) val para = intArrayOf(par)
val upar: MnUserParameterState = theMinimum!!.userState().copy() val upar: MnUserParameterState = theMinimum!!.userState().copy()
val err: Double = upar.error(par) val err: Double = upar.error(par)
val `val`: Double = upar.value(par) - err val value: Double = upar.value(par) - err
val xmid = doubleArrayOf(`val`) val xmid = doubleArrayOf(value)
val xdir = doubleArrayOf(-err) val xdir = doubleArrayOf(-err)
val ind: Int = upar.intOfExt(par) val ind: Int = upar.intOfExt(par)
val m: MnAlgebraicSymMatrix = theMinimum!!.error().matrix() val m: MnAlgebraicSymMatrix = theMinimum!!.error().matrix()
@ -121,7 +121,7 @@ class MnMinos(fcn: MultiFunction?, min: FunctionMinimum?, stra: MnStrategy?) {
upar.setValue(ext, upar.value(ext) - xdev) upar.setValue(ext, upar.value(ext) - xdev)
} }
upar.fix(par) upar.fix(par)
upar.setValue(par, `val`) upar.setValue(par, value)
val toler = 0.1 val toler = 0.1
val cross = MnFunctionCross(theFCN, upar, theMinimum!!.fval(), theStrategy, errDef) val cross = MnFunctionCross(theFCN, upar, theMinimum!!.fval(), theStrategy, errDef)
val aopt: MnCross = cross.cross(para, xmid, xdir, toler, maxcalls) val aopt: MnCross = cross.cross(para, xmid, xdir, toler, maxcalls)
@ -330,8 +330,8 @@ class MnMinos(fcn: MultiFunction?, min: FunctionMinimum?, stra: MnStrategy?) {
val para = intArrayOf(par) val para = intArrayOf(par)
val upar: MnUserParameterState = theMinimum!!.userState().copy() val upar: MnUserParameterState = theMinimum!!.userState().copy()
val err: Double = upar.error(par) val err: Double = upar.error(par)
val `val`: Double = upar.value(par) + err val value: Double = upar.value(par) + err
val xmid = doubleArrayOf(`val`) val xmid = doubleArrayOf(value)
val xdir = doubleArrayOf(err) val xdir = doubleArrayOf(err)
val ind: Int = upar.intOfExt(par) val ind: Int = upar.intOfExt(par)
val m: MnAlgebraicSymMatrix = theMinimum!!.error().matrix() val m: MnAlgebraicSymMatrix = theMinimum!!.error().matrix()
@ -345,7 +345,7 @@ class MnMinos(fcn: MultiFunction?, min: FunctionMinimum?, stra: MnStrategy?) {
upar.setValue(ext, upar.value(ext) + xdev) upar.setValue(ext, upar.value(ext) + xdev)
} }
upar.fix(par) upar.fix(par)
upar.setValue(par, `val`) upar.setValue(par, value)
val toler = 0.1 val toler = 0.1
val cross = MnFunctionCross(theFCN, upar, theMinimum!!.fval(), theStrategy, errDef) val cross = MnFunctionCross(theFCN, upar, theMinimum!!.fval(), theStrategy, errDef)
val aopt: MnCross = cross.cross(para, xmid, xdir, toler, maxcalls) val aopt: MnCross = cross.cross(para, xmid, xdir, toler, maxcalls)

15
kmath-optimization/src/commonMain/tmp/minuit/MnSeedGenerator.kt
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@ -52,17 +52,9 @@ internal class MnSeedGenerator : MinimumSeedGenerator {
val delta: Double = hgrd.getSecond().getEntry(i) val delta: Double = hgrd.getSecond().getEntry(i)
if (abs(calculated - provided) > delta) { if (abs(calculated - provided) > delta) {
MINUITPlugin.logStatic( MINUITPlugin.logStatic(
"" """gradient discrepancy of external parameter "%d" (internal parameter "%d") too large. Expected: "%f", provided: "%f"""",
+ "gradient discrepancy of external parameter \"%d\" "
+ "(internal parameter \"%d\") too large. Expected: \"%f\", provided: \"%f\"",
st.getTransformation().extOfInt(i), i, provided, calculated st.getTransformation().extOfInt(i), i, provided, calculated
) )
//
// MINUITPlugin.logStatic("gradient discrepancy of external parameter "
// + st.getTransformation().extOfInt(i)
// + " (internal parameter " + i + ") too large.");
// good = false;
} }
} }
if (!good) { if (!good) {
@ -84,10 +76,7 @@ internal class MnSeedGenerator : MinimumSeedGenerator {
dcovar = 0.0 dcovar = 0.0
} else { } else {
for (i in 0 until n) { for (i in 0 until n) {
mat[i, i] = if (abs( mat[i, i] = if (abs(dgrad.getGradientDerivative().getEntry(i)) > prec.eps2()
dgrad.getGradientDerivative()
.getEntry(i)
) > prec.eps2()
) 1.0 / dgrad.getGradientDerivative().getEntry(i) else 1.0 ) 1.0 / dgrad.getGradientDerivative().getEntry(i) else 1.0
} }
} }

36
kmath-optimization/src/commonMain/tmp/minuit/MnUserParameterState.kt
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@ -235,9 +235,9 @@ class MnUserParameterState {
* @param val a double. * @param val a double.
* @param name a [String] object. * @param name a [String] object.
*/ */
fun add(name: String, `val`: Double, err: Double) { fun add(name: String, value: Double, err: Double) {
theParameters.add(name, `val`, err) theParameters.add(name, value, err)
theIntParameters.add(`val`) theIntParameters.add(value)
theCovarianceValid = false theCovarianceValid = false
theGCCValid = false theGCCValid = false
theValid = true theValid = true
@ -252,10 +252,10 @@ class MnUserParameterState {
* @param err a double. * @param err a double.
* @param up a double. * @param up a double.
*/ */
fun add(name: String, `val`: Double, err: Double, low: Double, up: Double) { fun add(name: String, value: Double, err: Double, low: Double, up: Double) {
theParameters.add(name, `val`, err, low, up) theParameters.add(name, value, err, low, up)
theCovarianceValid = false theCovarianceValid = false
theIntParameters.add(ext2int(index(name), `val`)) theIntParameters.add(ext2int(index(name), value))
theGCCValid = false theGCCValid = false
theValid = true theValid = true
} }
@ -266,8 +266,8 @@ class MnUserParameterState {
* @param name a [String] object. * @param name a [String] object.
* @param val a double. * @param val a double.
*/ */
fun add(name: String, `val`: Double) { fun add(name: String, value: Double) {
theParameters.add(name, `val`) theParameters.add(name, value)
theValid = true theValid = true
} }
@ -331,8 +331,8 @@ class MnUserParameterState {
return theParameters.errors() return theParameters.errors()
} }
fun ext2int(i: Int, `val`: Double): Double { fun ext2int(i: Int, value: Double): Double {
return theParameters.trafo().ext2int(i, `val`) return theParameters.trafo().ext2int(i, value)
} }
/** /**
@ -426,8 +426,8 @@ class MnUserParameterState {
} }
// transformation internal <-> external // transformation internal <-> external
fun int2ext(i: Int, `val`: Double): Double { fun int2ext(i: Int, value: Double): Double {
return theParameters.trafo().int2ext(i, `val`) return theParameters.trafo().int2ext(i, value)
} }
fun intCovariance(): MnUserCovariance { fun intCovariance(): MnUserCovariance {
@ -700,14 +700,14 @@ class MnUserParameterState {
* @param e a int. * @param e a int.
* @param val a double. * @param val a double.
*/ */
fun setValue(e: Int, `val`: Double) { fun setValue(e: Int, value: Double) {
theParameters.setValue(e, `val`) theParameters.setValue(e, value)
if (!parameter(e).isFixed() && !parameter(e).isConst()) { if (!parameter(e).isFixed() && !parameter(e).isConst()) {
val i = intOfExt(e) val i = intOfExt(e)
if (parameter(e).hasLimits()) { if (parameter(e).hasLimits()) {
theIntParameters[i] = ext2int(e, `val`) theIntParameters[i] = ext2int(e, value)
} else { } else {
theIntParameters[i] = `val` theIntParameters[i] = value
} }
} }
} }
@ -719,8 +719,8 @@ class MnUserParameterState {
* @param name a [String] object. * @param name a [String] object.
* @param val a double. * @param val a double.
*/ */
fun setValue(name: String?, `val`: Double) { fun setValue(name: String?, value: Double) {
setValue(index(name), `val`) setValue(index(name), value)
} }
/** {@inheritDoc} */ /** {@inheritDoc} */

20
kmath-optimization/src/commonMain/tmp/minuit/MnUserParameters.kt
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@ -65,8 +65,8 @@ class MnUserParameters {
* @param val a double. * @param val a double.
* @param name a [String] object. * @param name a [String] object.
*/ */
fun add(name: String, `val`: Double, err: Double) { fun add(name: String, value: Double, err: Double) {
theTransformation.add(name, `val`, err) theTransformation.add(name, value, err)
} }
/** /**
@ -78,8 +78,8 @@ class MnUserParameters {
* @param val a double. * @param val a double.
* @param err a double. * @param err a double.
*/ */
fun add(name: String, `val`: Double, err: Double, low: Double, up: Double) { fun add(name: String, value: Double, err: Double, low: Double, up: Double) {
theTransformation.add(name, `val`, err, low, up) theTransformation.add(name, value, err, low, up)
} }
/** /**
@ -88,8 +88,8 @@ class MnUserParameters {
* @param name a [String] object. * @param name a [String] object.
* @param val a double. * @param val a double.
*/ */
fun add(name: String, `val`: Double) { fun add(name: String, value: Double) {
theTransformation.add(name, `val`) theTransformation.add(name, value)
} }
/** /**
@ -344,8 +344,8 @@ class MnUserParameters {
* @param index a int. * @param index a int.
* @param val a double. * @param val a double.
*/ */
fun setValue(index: Int, `val`: Double) { fun setValue(index: Int, value: Double) {
theTransformation.setValue(index, `val`) theTransformation.setValue(index, value)
} }
/** /**
@ -355,8 +355,8 @@ class MnUserParameters {
* @param name a [String] object. * @param name a [String] object.
* @param val a double. * @param val a double.
*/ */
fun setValue(name: String?, `val`: Double) { fun setValue(name: String?, value: Double) {
theTransformation.setValue(name, `val`) theTransformation.setValue(name, value)
} }
/** {@inheritDoc} */ /** {@inheritDoc} */

64
kmath-optimization/src/commonMain/tmp/minuit/MnUserTransformation.kt
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@ -64,12 +64,12 @@ class MnUserTransformation {
* @param err * @param err
* @param val * @param val
*/ */
fun add(name: String, `val`: Double, err: Double) { fun add(name: String, value: Double, err: Double) {
require(!nameMap.containsKey(name)) { "duplicate name: $name" } require(!nameMap.containsKey(name)) { "duplicate name: $name" }
nameMap[name] = theParameters.size nameMap[name] = theParameters.size
theExtOfInt.add(theParameters.size) theExtOfInt.add(theParameters.size)
theCache.add(`val`) theCache.add(value)
theParameters.add(MinuitParameter(theParameters.size, name, `val`, err)) theParameters.add(MinuitParameter(theParameters.size, name, value, err))
} }
/** /**
@ -77,12 +77,12 @@ class MnUserTransformation {
* @param up * @param up
* @param low * @param low
*/ */
fun add(name: String, `val`: Double, err: Double, low: Double, up: Double) { fun add(name: String, value: Double, err: Double, low: Double, up: Double) {
require(!nameMap.containsKey(name)) { "duplicate name: $name" } require(!nameMap.containsKey(name)) { "duplicate name: $name" }
nameMap[name] = theParameters.size nameMap[name] = theParameters.size
theExtOfInt.add(theParameters.size) theExtOfInt.add(theParameters.size)
theCache.add(`val`) theCache.add(value)
theParameters.add(MinuitParameter(theParameters.size, name, `val`, err, low, up)) theParameters.add(MinuitParameter(theParameters.size, name, value, err, low, up))
} }
/** /**
@ -90,11 +90,11 @@ class MnUserTransformation {
* @param name * @param name
* @param val * @param val
*/ */
fun add(name: String, `val`: Double) { fun add(name: String, value: Double) {
require(!nameMap.containsKey(name)) { "duplicate name: $name" } require(!nameMap.containsKey(name)) { "duplicate name: $name" }
nameMap[name] = theParameters.size nameMap[name] = theParameters.size
theCache.add(`val`) theCache.add(value)
theParameters.add(MinuitParameter(theParameters.size, name, `val`)) theParameters.add(MinuitParameter(theParameters.size, name, value))
} }
/** /**
@ -107,20 +107,20 @@ class MnUserTransformation {
return MnUserTransformation(this) return MnUserTransformation(this)
} }
fun dInt2Ext(i: Int, `val`: Double): Double { fun dInt2Ext(i: Int, value: Double): Double {
var dd = 1.0 var dd = 1.0
val parm: MinuitParameter = theParameters[theExtOfInt[i]] val parm: MinuitParameter = theParameters[theExtOfInt[i]]
if (parm.hasLimits()) { if (parm.hasLimits()) {
dd = if (parm.hasUpperLimit() && parm.hasLowerLimit()) { dd = if (parm.hasUpperLimit() && parm.hasLowerLimit()) {
theDoubleLimTrafo.dInt2Ext( theDoubleLimTrafo.dInt2Ext(
`val`, value,
parm.upperLimit(), parm.upperLimit(),
parm.lowerLimit() parm.lowerLimit()
) )
} else if (parm.hasUpperLimit() && !parm.hasLowerLimit()) { } else if (parm.hasUpperLimit() && !parm.hasLowerLimit()) {
theUpperLimTrafo.dInt2Ext(`val`, parm.upperLimit()) theUpperLimTrafo.dInt2Ext(value, parm.upperLimit())
} else { } else {
theLowerLimTrafo.dInt2Ext(`val`, parm.lowerLimit()) theLowerLimTrafo.dInt2Ext(value, parm.lowerLimit())
} }
} }
return dd return dd
@ -143,30 +143,30 @@ class MnUserTransformation {
return result return result
} }
fun ext2int(i: Int, `val`: Double): Double { fun ext2int(i: Int, value: Double): Double {
val parm: MinuitParameter = theParameters[i] val parm: MinuitParameter = theParameters[i]
return if (parm.hasLimits()) { return if (parm.hasLimits()) {
if (parm.hasUpperLimit() && parm.hasLowerLimit()) { if (parm.hasUpperLimit() && parm.hasLowerLimit()) {
theDoubleLimTrafo.ext2int( theDoubleLimTrafo.ext2int(
`val`, value,
parm.upperLimit(), parm.upperLimit(),
parm.lowerLimit(), parm.lowerLimit(),
precision() precision()
) )
} else if (parm.hasUpperLimit() && !parm.hasLowerLimit()) { } else if (parm.hasUpperLimit() && !parm.hasLowerLimit()) {
theUpperLimTrafo.ext2int( theUpperLimTrafo.ext2int(
`val`, value,
parm.upperLimit(), parm.upperLimit(),
precision() precision()
) )
} else { } else {
theLowerLimTrafo.ext2int( theLowerLimTrafo.ext2int(
`val`, value,
parm.lowerLimit(), parm.lowerLimit(),
precision() precision()
) )
} }
} else `val` } else value
} }
fun extOfInt(internal: Int): Int { fun extOfInt(internal: Int): Int {
@ -200,21 +200,21 @@ class MnUserTransformation {
return nameMap[name]!! return nameMap[name]!!
} }
fun int2ext(i: Int, `val`: Double): Double { fun int2ext(i: Int, value: Double): Double {
val parm: MinuitParameter = theParameters[theExtOfInt[i]] val parm: MinuitParameter = theParameters[theExtOfInt[i]]
return if (parm.hasLimits()) { return if (parm.hasLimits()) {
if (parm.hasUpperLimit() && parm.hasLowerLimit()) { if (parm.hasUpperLimit() && parm.hasLowerLimit()) {
theDoubleLimTrafo.int2ext( theDoubleLimTrafo.int2ext(
`val`, value,
parm.upperLimit(), parm.upperLimit(),
parm.lowerLimit() parm.lowerLimit()
) )
} else if (parm.hasUpperLimit() && !parm.hasLowerLimit()) { } else if (parm.hasUpperLimit() && !parm.hasLowerLimit()) {
theUpperLimTrafo.int2ext(`val`, parm.upperLimit()) theUpperLimTrafo.int2ext(value, parm.upperLimit())
} else { } else {
theLowerLimTrafo.int2ext(`val`, parm.lowerLimit()) theLowerLimTrafo.int2ext(value, parm.lowerLimit())
} }
} else `val` } else value
} }
fun int2extCovariance(vec: RealVector, cov: MnAlgebraicSymMatrix): MnUserCovariance { fun int2extCovariance(vec: RealVector, cov: MnAlgebraicSymMatrix): MnUserCovariance {
@ -235,13 +235,13 @@ class MnUserTransformation {
return result return result
} }
fun int2extError(i: Int, `val`: Double, err: Double): Double { fun int2extError(i: Int, value: Double, err: Double): Double {
var dx = err var dx = err
val parm: MinuitParameter = theParameters[theExtOfInt[i]] val parm: MinuitParameter = theParameters[theExtOfInt[i]]
if (parm.hasLimits()) { if (parm.hasLimits()) {
val ui = int2ext(i, `val`) val ui = int2ext(i, value)
var du1 = int2ext(i, `val` + dx) - ui var du1 = int2ext(i, value + dx) - ui
val du2 = int2ext(i, `val` - dx) - ui val du2 = int2ext(i, value - dx) - ui
if (parm.hasUpperLimit() && parm.hasLowerLimit()) { if (parm.hasUpperLimit() && parm.hasLowerLimit()) {
if (dx > 1.0) { if (dx > 1.0) {
du1 = parm.upperLimit() - parm.lowerLimit() du1 = parm.upperLimit() - parm.lowerLimit()
@ -354,13 +354,13 @@ class MnUserTransformation {
setUpperLimit(index(name), up) setUpperLimit(index(name), up)
} }
fun setValue(index: Int, `val`: Double) { fun setValue(index: Int, value: Double) {
theParameters[index].setValue(`val`) theParameters[index].setValue(value)
theCache[index] = `val` theCache[index] = value
} }
fun setValue(name: String?, `val`: Double) { fun setValue(name: String?, value: Double) {
setValue(index(name), `val`) setValue(index(name), value)
} }
fun transform(pstates: RealVector): ArrayRealVector { fun transform(pstates: RealVector): ArrayRealVector {

5
kmath-optimization/src/commonMain/tmp/minuit/NegativeG2LineSearch.kt
View File

@ -71,10 +71,7 @@ internal object NegativeG2LineSearch {
} while (iter++ < 2 * n && iterate) } while (iter++ < 2 * n && iterate)
val mat = MnAlgebraicSymMatrix(n) val mat = MnAlgebraicSymMatrix(n)
for (i in 0 until n) { for (i in 0 until n) {
mat[i, i] = if (abs( mat[i, i] = if (abs(dgrad.getGradientDerivative().getEntry(i)) > prec.eps2()
dgrad.getGradientDerivative()
.getEntry(i)
) > prec.eps2()
) 1.0 / dgrad.getGradientDerivative().getEntry(i) else 1.0 ) 1.0 / dgrad.getGradientDerivative().getEntry(i) else 1.0
} }
val err = MinimumError(mat, 1.0) val err = MinimumError(mat, 1.0)

5
kmath-optimization/src/commonMain/tmp/minuit/SimplexSeedGenerator.kt
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@ -41,10 +41,7 @@ internal class SimplexSeedGenerator : MinimumSeedGenerator {
val mat = MnAlgebraicSymMatrix(n) val mat = MnAlgebraicSymMatrix(n)
val dcovar = 1.0 val dcovar = 1.0
for (i in 0 until n) { for (i in 0 until n) {
mat[i, i] = if (abs( mat[i, i] = if (abs(dgrad.getGradientDerivative().getEntry(i)) > prec.eps2()
dgrad.getGradientDerivative()
.getEntry(i)
) > prec.eps2()
) 1.0 / dgrad.getGradientDerivative().getEntry(i) else 1.0 ) 1.0 / dgrad.getGradientDerivative().getEntry(i) else 1.0
} }
val err = MinimumError(mat, dcovar) val err = MinimumError(mat, dcovar)