икз

TEMA7/test.md

@@ -11,27 +11,28 @@
 	>>> import os
 	>>> os.chdir('C:\\Users\\u115-07\\Desktop\\python-labs\\TEMA7')
 	>>> normal= lambda x, a, b: math.exp(-(x-a)**2/b) / math.sqrt(2 * math.pi * b)
-	>>> def test_normal():
-	...     a, b = 0, 1
-	...     std_dev = math.sqrt(b)
-	...     start = a - 3 * std_dev
-	...     end = a + 3 * std_dev
-	...     step = 0.2 * std_dev
-	...     x_values = []
-	...     current = start
-	...     while current <= end:
-	...         x_values.append(current)
-	...         current += step
-	...     function= []
-	...     for x in x_values:
-	...         y = normal(x, a, b)
-	...         function.append(y)
-	...     file = open('ikz.txt', 'w')
-	...     for i in range(0, len(function), 2):
-	...         if i + 1 < len(function):
-	...             file.write(str(function[i])+','+str(function[i+1])+'\n')
-	...     file.close()
-	... 
+	def test_normal():
+    	a, b = 0, 1
+    	std_dev = math.sqrt(b)
+    	start = a - 3 * std_dev
+    	end = a + 3 * std_dev
+    	step = 0.2 * std_dev
+    	x_values = []
+    	current = start
+    	while current <= end:
+        	x_values.append(current)
+        	current += step
+    	function_values = []
+    	for x in x_values:
+        	y = normal_pdf(x, a, b)
+        	function_values.append(y)
+    	file = open('ikz.txt', 'w')
+    	for i in range(0, len(function_values), 2):
+        	if i + 1 < len(function_values):
+            		file.write(str(function_values[i])+','+str(function_values[i+1])+'\n')
+       	 	else:
+        	    	file.write(str(function_values[i])+',0\n')
+    	file.close()
 	...     
 	>>> test_normal()