Use latest apfloat 1.14.0-SNAPSHOT changes

- mtommila/apfloat@1e917f0

Author: axkr

symja_android_library/matheclipse-core/src/test/java/org/matheclipse/core/system/BesselFunctionTest.java

@@ -128,7 +128,7 @@ public void testBesselI() {
     checkNumeric("BesselI(0,2.0 )", //
         "2.2795853023360673");
     checkNumeric("BesselI(3 + I, 1.5 - I)", //
-        "-0.2566499289084423+I*0.04927707435297578");
+        "-0.2566499289084423+I*0.04927707435297576");
     checkNumeric("BesselI({0, 1, 2}, 1.)", //
         "{1.2660658777520082,0.565159103992485,0.13574766976703828}");
   }
@@ -154,7 +154,7 @@ public void testBesselJ() {
     checkNumeric("BesselJ(0,0.001)", //
         "0.9999997500000157");
     checkNumeric("BesselJ(0,5.2)", //
-        "-0.11029043979098654");
+        "-0.11029043979098652");
     checkNumeric("BesselJ(0,4.0)", //
         "-0.39714980986384735");
     checkNumeric("BesselJ(1,3.6 )", //
@@ -259,15 +259,15 @@ public void testBesselK() {
         "Indeterminate");
 
     checkNumeric("BesselK(0,0.53)", //
-        "0.8765603804164857");
+        "0.8765603804164858");
     checkNumeric("BesselK(0,4.0)", //
         "0.01115967608585302");
     checkNumeric("BesselK(1 + I, 3.0 - 2* I)", //
         "-0.0225107551369776+I*0.01696073734722752");
     checkNumeric("BesselK(23, 1.0)", //
-        "4.661145573743599E27");
+        "4.661145573743597E27");
     checkNumeric("BesselK({1, 2, 3}, 1.0)", //
-        "{0.6019072301972349,1.6248388986351774,7.101262824737945}");
+        "{0.6019072301972346,1.6248388986351774,7.101262824737945}");
   }
 
   @Test
@@ -301,15 +301,15 @@ public void testBesselY() {
         "Indeterminate");
 
     checkNumeric("BesselY(10.0,1.0)", //
-        "-1.216180142786892E8");
+        "-1.2161801427868919E8");
     checkNumeric("BesselY(0,2.5)", //
         "0.49807035961523183");
     checkNumeric("BesselY(0,1.0)", //
-        "0.08825696421567694");
+        "0.08825696421567696");
     checkNumeric("BesselY(0.5*I, 3.0 - I)", //
         "1.0468646059974471+I*0.8847844476974699");
     checkNumeric("BesselY(0, {1.0, 2.0, 3.0})", //
-        "{0.08825696421567694,0.510375672649745,0.3768500100127904}");
+        "{0.08825696421567696,0.5103756726497451,0.3768500100127904}");
   }
 
   @Test
@@ -338,23 +338,23 @@ public void testHankelH1() {
     check("HankelH1(#2,#2)", //
         "HankelH1(#2,#2)");
     checkNumeric("HankelH1(2.0,3)", //
-        "0.486091260585958+I*(-0.16040039348491514)");
+        "0.486091260585958+I*(-0.1604003934849237)");
     checkNumeric("HankelH1(3,1.2)", //
-        "0.03287433692500416+I*(-3.5898996296131624)");
+        "0.03287433692500416+I*(-3.589899629613166)");
     checkNumeric("HankelH1(4.0,Pi)", //
-        "0.15142457763119113+I*(-0.8284254758009458)");
+        "0.15142457763119113+I*(-0.8284254758009513)");
     checkNumeric("HankelH1(23/47,5.0-I)", //
         "-0.8840126453738697+I*(-0.37582703842509113)");
   }
 
   @Test
   public void testHankelH2() {
     checkNumeric("HankelH2(3,1.2)", //
-        "0.03287433692500416+I*3.5898996296131624");
+        "0.03287433692500416+I*3.589899629613166");
     checkNumeric("HankelH2(0.2,3)", //
         "-0.1337869677248155+I*(-0.4383481561883242)");
     checkNumeric("HankelH2(4.0,3*Pi)", //
-        "-0.27212624415123904+I*0.015631826514063165");
+        "-0.27212624415123904+I*0.015631826514054828");
     checkNumeric("HankelH2(23/47,5.0-I)", //
         "-0.1272388528903588+I*0.02641083531092656");
   }

symja_android_library/matheclipse-core/src/test/java/org/matheclipse/core/system/DistributionTest.java

@@ -106,7 +106,7 @@ public void testCDF() {
     check("Table(CDF(NormalDistribution(0, s), x), {s, {.75, 1, 2}}, {x, -6,6}) // N", //
         "{{6.22096*10^-16,1.30839*10^-11,4.8213*10^-8,0.0000316712,0.00383038,0.0912112,0.5,0.908789,0.99617,0.999968,1.0,1.0,1.0},{9.86588*10^-10,2.86652*10^-7,0.0000316712,0.0013499,0.0227501,0.158655,0.5,0.841345,0.97725,0.99865,0.999968,1.0,1.0},{0.0013499,0.00620967,0.0227501,0.0668072,0.158655,0.308538,0.5,0.691462,0.841345,0.933193,0.97725,0.99379,0.99865}}");
     checkNumeric("Table(CDF(NormalDistribution(0, s), x), {s, {.75, 1, 2}}, {x, -6,6}) // N", //
-        "{{6.220960574271835E-16,1.308392468605314E-11,4.821303365114145E-8,3.167124183311997E-5,0.0038303805675897404,0.09121121972586804,0.5,0.9087887802741319,0.9961696194324102,0.9999683287581669,0.9999999517869663,0.999999999986916,0.9999999999999993},{9.86587645037694E-10,2.866515718791936E-7,3.167124183311989E-5,0.001349898031630093,0.0227501319481792,0.15865525393145705,0.5,0.841344746068543,0.9772498680518208,0.9986501019683698,0.999968328758167,0.9999997133484282,0.9999999990134124},{0.001349898031630093,0.006209665325776135,0.0227501319481792,0.06680720126885804,0.15865525393145705,0.30853753872598694,0.5,0.6914624612740131,0.841344746068543,0.9331927987311419,0.9772498680518208,0.9937903346742238,0.9986501019683698}}");
+        "{{6.220960574271835E-16,1.308392468605314E-11,4.821303365114145E-8,3.167124183311997E-5,0.0038303805675897404,0.09121121972586804,0.5,0.9087887802741319,0.9961696194324102,0.9999683287581669,0.9999999517869663,0.999999999986916,0.9999999999999993},{9.865876450376937E-10,2.866515718791936E-7,3.167124183311989E-5,0.001349898031630093,0.0227501319481792,0.15865525393145705,0.5,0.841344746068543,0.9772498680518208,0.9986501019683698,0.999968328758167,0.9999997133484282,0.9999999990134123},{0.001349898031630093,0.006209665325776135,0.0227501319481792,0.06680720126885804,0.15865525393145705,0.3085375387259869,0.5,0.6914624612740131,0.841344746068543,0.9331927987311419,0.9772498680518208,0.9937903346742238,0.9986501019683698}}");
 
     check("CDF(NormalDistribution(n, m),k)", //
         "Erfc((-k+n)/(Sqrt(2)*m))/2");