correction algo et developpement demo2

demo2.py

@@ -12,11 +12,10 @@ def getRandomParam():
 def applyFunction(x,param):
     return pow(x*param[0],2) + x*param[1] + param[2]
 
-
 param = getRandomParam()
 nbPoints = 100
 minx = 0
-maxx = 10
+maxx = 1000
 x = []
 y = []
 
@@ -26,13 +25,21 @@ for i in [minx + (maxx-minx)*i/nbPoints for i in range(nbPoints)]:
     knn.addPoint(np.array([i]),np.array([y[-1]]))
     nnnar.addPoint(np.array([i]),np.array([y[-1]]))
 
-
+error = 0
 nbInfer = 20
 for i in range(nbInfer):
-    xt = random()*10
+    xt = random()*maxx
     yt = nnnar.getValueOfPoint(np.array([xt]),2)
+    yr = applyFunction(xt,param)
+    error += abs(yt[0]-yr)
+    ytk = knn.getValueOfPoint(np.array([xt]),2)
     plt.plot(xt,yt[0],'xr')
+    plt.plot(xt,ytk[0],'xg')
 
+print("Error: ",(error/nbInfer)/applyFunction(maxx,param))
 
 plt.plot(x,y)
+plt.title("f(x) = "+str(param[0])+"*x^2 + "+str(param[1])+"*x + "+str(param[2]))
+plt.xlabel("X")
+plt.ylabel("Y")
 plt.show()

nnnar.py

@@ -56,7 +56,7 @@ class Nnnar:
             i+=1
         maxDistIdx = foundMaxIndex(dist)
         maxDist = max(dist)
-        for i in range(nbNearest, len(selected)):
+        while i != len(selected):
             if (selected[i].getDistFromCoord(coord) < maxDist):
                 found.pop(maxDistIdx)
                 dist.pop(maxDistIdx)
@@ -64,6 +64,7 @@ class Nnnar:
                 dist.append(selected[i].getDistFromCoord(coord))
                 maxDistIdx = foundMaxIndex(dist)
                 maxDist = max(dist)
+            i+=1
         return found, dist
 
     def getSpaceIdxFromCoord(self,coord):

spaceAround.py

@@ -1,5 +1,6 @@
 import numpy as np
 from sympy.utilities.iterables import multiset_permutations
+import copy
 
 def findCoordAround(center, nbAround):
     nbDimention = len(center)
@@ -69,14 +70,15 @@ def getPermutationOfCoord(center, find, coord):
 
 def applySapceAroundToCase(center,spaceAround,space):
     reelSpaceAround = []
+    spaceAroundCopy = copy.deepcopy(spaceAround)
     for y in range(len(spaceAround)):
         estBon = True
-        for i in range(len(spaceAround[y])):
+        for i in range(len(spaceAroundCopy[y])):
             if not estBon:
                 continue
             else :
-                spaceAround[y][i] += center[i]
-                estBon = estBon and 0 <= spaceAround[y][i] <= space.nbSubdivisions-1
+                spaceAroundCopy[y][i] += center[i]
+                estBon = estBon and 0 <= spaceAroundCopy[y][i] <= space.nbSubdivisions-1
         if estBon:
-            reelSpaceAround.append(spaceAround[y])
+            reelSpaceAround.append(spaceAroundCopy[y])
     return reelSpaceAround