From 042ce5d1410aad06489de3a8cd738d893aff8a35 Mon Sep 17 00:00:00 2001
From: Parric007 <liam.huppert@gmx.de>
Date: Thu, 16 May 2024 11:56:38 +0200
Subject: [PATCH] Multiple Runs

---
 src/Main.kt | 24 ++++++++++++++----------
 1 file changed, 14 insertions(+), 10 deletions(-)

diff --git a/src/Main.kt b/src/Main.kt
index bf516b8..d3ff95d 100644
--- a/src/Main.kt
+++ b/src/Main.kt
@@ -96,18 +96,20 @@ fun main() {
 
     val format = DecimalFormat("#,###.##")
     var pointsInside = 0.0
-    val samples = 20_000_000
+    val samples = 10_000_000
     val bounds = Bounds(LinearBounds(lowerX.toFloat(), upperX.toFloat()), LinearBounds(getLowerLimit(), getUpperLimit()))
 
     var integral = 0.0
-    var error = 0.0
-    var result = 0.0
+    //var error = 0.0
+    //var result = 0.0
+    val listOfIntegrals = mutableListOf<Double>();
+    val listOfErrors = mutableListOf<Double>();
 
     val realValue = getRealIntegral(bounds.getX())
     var toTestPoint : Point
 
     val elapsed = measureTimeMillis {
-        for(i in 0..50){
+        for(i in 0..20){
             for(ii in 0..samples) {
                 toTestPoint = bounds.getRandomPoint()
                 if(getIsInside(toTestPoint)){
@@ -117,15 +119,17 @@ fun main() {
 
 
             integral = (pointsInside/samples) * bounds.area()
-            result += integral
+            listOfErrors.add(abs(realValue-integral))
+            listOfIntegrals.add(integral)
             integral = 0.0
             pointsInside = 0.0
         }
-        result /= 50.0
-        error = abs(realValue-result)
+        //result /= 50.0
+        //error = abs(realValue-result)
     }
-    println("The approximated Integral of the function is: " + format.format(result))
+    println("The approximated Integral of the function is: " + format.format(listOfIntegrals.first()))
     println("The real Integral of the function is: " + format.format(realValue))
-    println("That's an error of " + format.format(error) + " or " + format.format((error/realValue)*100) + "%")
-    println("And the whole thing took " + format.format(elapsed/1000.0) + " Seconds for 50 times" + format.format(samples) + " Samples")
+    println("That's an error of " + format.format(listOfErrors.first()) + " or " + format.format((listOfErrors.first()/realValue)*100) + "%")
+    println("And the whole thing took " + format.format(elapsed/1000.0) + " Seconds for 20 times " + format.format(samples) + " Samples")
+    println(listOfErrors); println(listOfIntegrals)
 }
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