fix : autopep8 #79

samila/functions.py

@@ -11,20 +11,22 @@ from .params import FIG_SAVE_SUCCESS_MESSAGE, NFT_STORAGE_SUCCESS_MESSAGE, DATA_
 from .params import ELEMENTS_LIST, ARGUMENTS_LIST, OPERATORS_LIST
 from .errors import samilaDataError
 
+
 def random_equation_gen():
     """
     Generate random equation.
 
     :return: equation as str
     """
-    num_elements = random.randint(2,len(ELEMENTS_LIST) + 3)
+    num_elements = random.randint(2, len(ELEMENTS_LIST) + 3)
     result = ""
     index = 1
     random_coef = "random.uniform(-1,1)"
-    while(index<=num_elements):
+    while(index <= num_elements):
         argument = random.choice(ARGUMENTS_LIST)
-        result = result + random.choice(ELEMENTS_LIST).format(random_coef,argument)
-        if index<num_elements:
+        result = result + \
+            random.choice(ELEMENTS_LIST).format(random_coef, argument)
+        if index < num_elements:
             result = result + random.choice(OPERATORS_LIST)
         index = index + 1
     return result
@@ -260,6 +262,6 @@ def load_data(data):
         try:
             data = json.load(data)
             return data['data1'], data['data2'], data['matplotlib_version']
-        except:
+        except BaseException:
             raise samilaDataError(DATA_PARSING_ERROR)
     raise samilaDataError(DATA_TYPE_ERROR)

samila/genimage.py

@@ -45,7 +45,8 @@ class GenerativeImage:
         if data is not None:
             self.data1, self.data2, matplotlib_version = load_data(data)
             if matplotlib_version != matplotlib.__version__:
-                warn(MATPLOTLIB_VERSION_WARNING.format(matplotlib_version), RuntimeWarning)
+                warn(MATPLOTLIB_VERSION_WARNING.format(
+                    matplotlib_version), RuntimeWarning)
 
     def generate(
             self,

samila/params.py

@@ -51,8 +51,28 @@ class Projection(Enum):
     RECTILINEAR = "rectilinear"
 
 
-ELEMENTS_LIST = ["{0}*math.cos({1})","{0}*math.sin({1})","{0}*{1}","{0}*abs({1})","{0}*math.ceil({1})","{0}*math.floor({1})"]
+ELEMENTS_LIST = [
+    "{0}*math.cos({1})",
+    "{0}*math.sin({1})",
+    "{0}*{1}",
+    "{0}*abs({1})",
+    "{0}*math.ceil({1})",
+    "{0}*math.floor({1})"]
 
-ARGUMENTS_LIST = ["x*y","x","y","y-x","x-y","x+y","x**2","y**2","(x**2)*y","(y**2)*x","(x**2)*(y**3)","(x**3)*(y**2)","x*(y**3)","y*(x**3)"]
+ARGUMENTS_LIST = [
+    "x*y",
+    "x",
+    "y",
+    "y-x",
+    "x-y",
+    "x+y",
+    "x**2",
+    "y**2",
+    "(x**2)*y",
+    "(y**2)*x",
+    "(x**2)*(y**3)",
+    "(x**3)*(y**2)",
+    "x*(y**3)",
+    "y*(x**3)"]
 
-OPERATORS_LIST = ["+","-"]
+OPERATORS_LIST = ["+", "-"]