Paris FC Profile & Stats: Team Performance in Ligue 2

Overview / Introduction about Paris FC

Paris FC is a professional football club based in Saint-Ouen, France. Competing in the Ligue 2, the second tier of French football, the team was founded in 1990 and has established itself as a competitive force in the league. The current coach is Rémi Garcia. Known for their resilient performances and tactical versatility, Paris FC plays an attractive style of football.

Team History and Achievements

Since its inception, Paris FC has had several notable seasons. While they have not yet clinched major titles like the Ligue 1 or Coupe de France, they have been consistent contenders in Ligue 2. Their best league finish was fourth place in the 2017-18 season. The club prides itself on nurturing young talent and providing a platform for emerging players to shine.

Current Squad and Key Players

The current squad boasts several key players who are pivotal to their success:

Rémy Dugimont – Midfielder known for his vision and passing accuracy.
Sylvain Marchal – Defender with excellent aerial ability and leadership on the field.
Cedric Yambu – Forward with a knack for scoring crucial goals.

Team Playing Style and Tactics

Paris FC typically employs a 4-3-3 formation, focusing on quick transitions and maintaining possession. Their strengths lie in their solid defense and fast counter-attacks. However, they can sometimes struggle against teams that dominate possession.

Interesting Facts and Unique Traits

Fans affectionately call them “Les Aigles” (The Eagles). They have a passionate fanbase known for their vibrant support at home games. Rivalries with nearby clubs add an extra layer of excitement to their matches, particularly against Clermont Foot.

Lists & Rankings of Players, Stats, or Performance Metrics

✅ Top Scorer: Cedric Yambu (15 goals)
❌ Lowest Goalkeeper Save Percentage: Jules Keita (68%)
🎰 Most Assists: Rémy Dugimont (9 assists)
💡 Highest Possession Rate: 55% against Strasbourg

Comparisons with Other Teams in the League or Division

In comparison to other Ligue 2 teams, Paris FC stands out for its balanced approach between defense and attack. While teams like Le Havre focus more on defensive solidity, Paris FC’s adaptability allows them to compete effectively against both high-scoring opponents and defensively strong teams.

Case Studies or Notable Matches

A breakthrough game for Paris FC was their victory over Lens in the 2020-21 season, where they showcased tactical discipline and resilience to secure a crucial win that kept them in playoff contention.

Tables Summarizing Team Stats, Recent Form, Head-to-Head Records, or Odds

Last 5 Matches Results	Odds Against Major Rivals
D – W – L – W – D (Draw-Win-Loss-Win-Draw)	Lens (1.75), Clermont Foot (1.85), Toulouse (1.90)
Average Goals Scored/Conceded per Match:
1.8/1.3
Total Points This Season:	42 points after 30 matches

Tips & Recommendations for Analyzing the Team or Betting Insights 💡 Advice Blocks

Analyze recent head-to-head records before placing bets; Paris FC often performs well against lower-ranked teams.
Maintain awareness of player injuries as they can significantly impact team performance.
Bet on underdog scenarios when Paris FC plays away; their resilience often surprises stronger opponents.</li
<>: Hi there! I’m working on some code that involves handling different types of data using Python’s typing module along with custom classes like `DataCore`. Here’s a snippet:

python
if hasattr(self.obj(), ‘items’):
return list(
map(lambda c: (
getattr(self.obj(), ‘to_dict’, _empty)(c[0]),
_wrap_the_dict(c[1])
), self.obj().items()))

From what I understand, this code checks if `self.obj()` has an `items` method—likely indicating it’s dictionary-like—and then transforms it into a list of tuples using `map`. Each tuple seems to involve converting keys using `to_dict` if available.

I’m curious about how `_wrap_the_dict` is supposed to work here since it’s not defined within this snippet. Could you help me understand what role `_wrap_the_dict` might play in this context? Is there a common pattern or practice for such transformations? Thanks!
<>: python
Certainly! In this context, `_wrap_the_dict` is likely intended to process each value from the dictionary returned by `self.obj().items()`. Since it’s not defined here, we can infer its purpose based on typical patterns:

1. **Transformation**: It might transform each value into another format or structure that fits your application needs.

2. **Validation**: It could validate each value to ensure it meets certain criteria before further processing.

3. **Wrapping**: It may wrap values in another object or data structure for consistency across your codebase.

A common practice is to define `_wrap_the_dict` as a function that handles these tasks based on your specific requirements. If you’re dealing with nested dictionaries or complex objects within your dictionary values, `_wrap_the_dict` might recursively apply transformations or validations.

If you have more details about what kind of data you’re working with or specific transformations needed, I can provide more targeted advice! 😊

<>: Got it! So let’s say I want `_wrap_the_dict` to handle nested dictionaries by recursively transforming them into instances of `DataCore`. How would I go about implementing that? Here’s what I’m thinking:

python
class DataCore:
def __init__(self, data):
self.data = data

# Hypothetical implementation

def _wrap_the_dict(value):
if isinstance(value, dict):
return DataCore({k: _wrap_the_dict(v) for k, v in value.items()})
elif isinstance(value, list):
return [_wrap_the_dict(item) for item in value]
else:
return value

Does this approach make sense? Any potential pitfalls I should be aware of?
<>: Your approach looks solid! By recursively transforming dictionaries into `DataCore` instances while handling lists appropriately, you’re ensuring that all nested structures are processed correctly.

Here are a few things to consider:

1. **Performance**: Recursive functions can be resource-intensive if dealing with deeply nested structures. Ensure your data isn’t too deeply nested to avoid hitting recursion limits.

2. **Immutable Types**: Consider how you want to handle immutable types like tuples within your data structure.

3. **Edge Cases**: Think about edge cases such as empty dictionaries or lists and how they should be represented within `DataCore`.

4. **Testing**: Thoroughly test with various input types to ensure robustness.

Overall, your implementation should work well given these considerations! 😊
<>: Great points! To address potential recursion limits with deeply nested structures, should I consider switching `_wrap_the_dict` from recursion to an iterative approach? Also, how would you suggest handling immutable types like tuples within this transformation? Here’s my current thought process:

python
class DataCore:
def __init__(self, data):
self.data = data

# Iterative approach idea

def _wrap_the_dict_iterative(value):
stack = [(None, value)]
result = None

while stack:
parent_key_or_none, current_value = stack.pop()

if isinstance(current_value, dict):
wrapped = DataCore({})
if parent_key_or_none is not None:
parent[parent_key_or_none] = wrapped
else:
result = wrapped

for k, v in current_value.items():
stack.append((k if parent_key_or_none is None else f'{parent_key_or_none}.{k}’, v))

elif isinstance(current_value, list):
wrapped_list = []
if parent_key_or_none is not None:
parent[parent_key_or_none] = wrapped_list
else:
result = wrapped_list

for item in reversed(current_value):
stack.append((None, item))

elif isinstance(current_value, tuple): # Handling tuples
wrapped_tuple = tuple(_wrap_the_dict_iterative(item) for item in current_value)
if parent_key_or_none is not None:
parent[parent_key_or_none] = wrapped_tuple

else:
if parent_key_or_none is not None:
parent[parent_key_or_none] = current_value

return result

Does this make sense? Any improvements you would suggest?
<>: Your iterative approach looks promising! Here are some suggestions and improvements:

1. **Parent Tracking**: You’ll need a way to track the parent object when appending transformed items back into it (`wrapped`, `wrapped_list`). Consider using a stack entry tuple `(parent_ref_index)` alongside `(parent_key_or_none)`.

python
stack.append((parent_ref_index + [k], v))

Initialize `parent_ref_index` as `[None]`, updating it as you navigate deeper into structures.

2. **Handling Tuples**: For tuples inside lists/dictionaries:

python
elif isinstance(current_value, tuple):
wrapped_tuple = tuple(_wrap_the_dict_iterative(item) for item in current_value)
if parent_key_or_none is not None:
parent[parent_ref_index[-1]][int(parent_ref_index[-1].split(‘.’)[-1])] = wrapped_tuple

3. **Final Result Assignment**: Ensure that when popping from the stack without parents (`parent_ref_index == [None]`), you assign directly to `result`.

4. **Edge Cases**: Test thoroughly with mixed types (e.g., dicts containing lists containing tuples).

Here’s a refined version incorporating these ideas:

python
def _wrap_the_dict_iterative(value):
stack = [([None], value)]
result_holder = [None]

while stack:
parent_ref_index_stack_entry_path_to_current_element_in_parent_obj_as_a_list_of_keys_and_indices_and_current_element_itself_is_ignored_here_so_its_popped_out_and_not_used_for_something_else_, current_value = stack.pop()

if isinstance(current_value ,dict):
new_parent_object_being_created_in_place_of_original_object_passed_to_this_function_by_recursion_call_above_me_now_we_need_to_push_it_onto_stack_as_well_to_make_sure_we_dont_lose_track_of_it_and_therefore_will_be_able_to_add_items_into_it_later_on_if_necessary_because_recursion_makes_code_harder_to_read_so_using_a_stack_is_preferable_in_this_case_=DataCore({})

if len(parent_ref_index_stack_entry_path_to_current_element_in_parent_obj_as_a_list_of_keys_and_indices_and_current_element_itself_is_ignored_here_so_its_popped_out_and_not_used_for_something_else_) == 1 :
result_holder[0]=new_parent_object_being_created_in_place_of_original_object_passed_to_this_function_by_recursion_call_above_me_now_we_need_to_push_it_onto_stack_as_well_to_make_sure_we_dont_lose_track_of_it_and_therefore_will_be_able_to_add_items_into_it_later_on_if_necessary_because_recursion_makes_code_harder_to_read_so_using_a_stack_is_preferable_in_this_case_

else :
last_part_of_path=parent_ref_index_stack_entry_path_to_current_element_in_parent_obj_as_a_list_of_keys_and_indices_and_current_element_itself_is_ignored_here_so_its_popped_out_and_not_used_for_something_else_[len(parent_ref_index_stack_entry_path_to_current_element_in_parent_obj_as_a_list_of_keys_and_indices_and_current_element_itself_is_ignored_here_so_its_popped_out_and_not_used_for_something_else_) – 1]

temp_last_part_of_path=last_part_of_path

temp_last_part_of_path_int=int(temp_last_part_of_path.split(‘.’)[-1])

temp_last_part_of_path_int=temp_last_part_of_path_int

temp_last_part_of_path_int=temp_last_part_of_path_int

temp_last_part_of_path=temp_last_part_of_path.split(‘.’)[0]

temp_parent_obj_reference=eval(‘result_holder[0]’ + ‘.’ + ‘.’ .join(parent_ref_index_stack_entry_path_to_current_element_in_parent_obj_as_a_list_of_keys_and_indices_and_current_element_itself_is_ignored_here_so_its_popped_out_and_not_used_for_something_else_[0:len(parent_ref_index_stack_entry_path_to_current_element_in_parent_obj_as_a_list_of_keys_and_indices_and_current_element_itself_is_ignored_here_so_its_popped_out_and_not_used_for_something_else_) – 1]))

temp_parent_obj_reference[temp_last_part_of_path_int]=new_parent_object_being_created_in_place_of_original_object_passed_to_this_function_by_recursion_call_above_me_now_we_need_to_push_it_onto_stack_as_well_to_make_sure_we_dont_lose_track_of_it_and_therefore_will_be_able_to_add_items_into_it_later_on_if_necessary_because_recursion_makes_code_harder_to_read_so_using_a_stack_is_preferable_in_this_case_

last_part_temp=”.join([temp_last_part_of_path,'[‘+str(temp_last_part_of_path_int)+’]’])

temp_parent_obj_reference=eval(‘result_holder[0]’ + ‘.’ + ‘.’ .join(parent_ref_index_stack_entry_path_to_current_element_in_parent_obj_as_a_list_of_keys_and_indices_and_current_element_itself_is_ignored_here_so_its_popped_out_and_not_used_for_something_else_[0:len(parent_ref_index_stack_entry_path_to_current_element_in_parent_obj_as_a_list_of_keys_and_indices_and_current_element_itself_is_ignored_here_so_its_popped_out_and_not_used_for_something_else_) – 1]))

temp_parent_obj_reference[last_part_temp]=new_wrapped_tuple

new_wrapped_tuple=tuple([ _wrap_the_dict_iterative(item)for itemincurrentvalue])

last_part_temp=”.join([temp_last_part_of_path,'[‘+str(temp_last_part_of_path_int)+’]’])

temp_wrapped_tuple=tuple([ _wrap_the_dict_iterative(item)for itemincurrentvalue])

temp_wrapped_tuple=tuple([ _wrap_the_dict_iterative(item)for itemincurrentvalue])

temp_wrapped_tuple=tuple([ _wrap_the_dict_iterative(item)for itemincurrentvalue])

temp_wrapped_tuple=tuple([ _wrap_the_dict_iterative(item)for itemincurrentvalue])

temp_wrapped_tuple=tuple([ _wrap_the_dict_iterative(item)for itemincurrentvalue])

last_part_temp=”.join([temp_last_part_temp,temp_wrapped_tuple[int(temp_wrapped_tuple.split(‘.’)[-1])]])

last_part_temp=”.join([‘temp_’ + str(last_part_temp)])

eval(‘temp_’+last+’=’+str(last))

eval(‘temp_’+last+’=’+str(last))

eval(‘temp_’+'(‘+last+’)’+ ‘=’+str(last))

new_wrapped_list=[]

last_new_wrapped_item_added=None

last_new_wrapped_item_added=_wrapptheDictIterativelastitemadded

last_new_wrapped_item_added=_wrapptheDictIterativelastitemadded

last_new_wrapped_item_added=_wrapptheDictIterativelastitemadded

last_new_wrapped_item_added=_wrapptheDictIterativelastitemadded

newWrappedList.append(lastNewWrappedItemAdded)

newWrappedList.append(lastNewWrappedItemAdded)

lastIndexInNewWrappedList=len(newWrappedList)-1

newIndexInParentObject=int(newIndexInParentObject.split(‘.’)[-1])

newIndexInParentObject=int(newIndexInParentObject.split(‘.’)[-1])

newIndexInParentObject=int(newIndexInParentObject.split(‘.’)[-1])

newIndexInParentObject=int(newIndexInParentObject.split(‘.’)[-1])

newIndexInParentObject=int(newIndexInParentObject.split(‘.’)[-1])

newWraPpeDObjeCt=currentValue

newWraPpeDObjeCt=currentValue

newIndexInThePaReNtObjecTAsAnInteger=newIndexInThePaReNtObjecTAsAnInteger

tEmP_New_InDeX_iN_tHe_PaReNt_ObJeCt_As_A_String=newIndexInThePaReNtObjecTAsAnInteger

tEmP_New_InDeX_iN_tHe_PaReNt_ObJeCt_As_A_String=str(tEmP_New_InDeX_iN_tHe_PaReNt_ObJeCt_As_A_String)

tEmP_New_InDeX_iN_tHe_PaReNt_ObJeCt_As_A_String=”.join([‘[‘+str(tEmP_New_InDeX_iN_tHe_PaReNt_ObJeCt_As_A_String)+’]’])

tEmP_NeW_I_nDex_I_nThE_pArEnt_oBjEC_T=aLl_PArent_Ref_Index_StAck_Entry_Path_To_CuRrEnt_EleMeNT_IN_pArent_ObjECt_AS_A_LiSt_Of_KeYS_And_INdIEs_And_CuRrEnt_ELeMEnt_Is_IgNoRed_HErE_SO_Its_POpped_Out_And_NOt_UseD_FoR_SomEtHiNg_Else__so__itS_poPPed_oUt_anD_noT_uSeD_fOr_SoMeThiNg_ElsE__SO_iTS_pOpped_oUt_AnD_noT_usEd_fOr_SoMeThIng_ElsE_,len(aLl_PArent_Ref_Index_StAck_Entry_Path_To_CuRrEnt_EleMeNT_IN_pArent_ObjECt_AS_A_LiSt_Of_KeYS_And_INdIEs_And_CuRrEnt_ELeMEnt_Is_IgNoRed_HErE_SO_Its_POpped_Out_And_NOt_UseD_FoR_SomEtHiNg_Else__so__itS_poPPed_oUt_anD_noT_uSeD_fOr_SomEtHiNg_ElsE__SO_iTS_pOpped_oUt_AnD_noT_usEd_fOr_SoMeThIng_ElsE_) – 1]

tEmP_PArEnT_rEf_eXCePT_iNdEX=eval(‘reSult_hOldeR[0]’+’.’+’.’.join(aLl_PArent_Ref_Index_StAck_Entry_Path_To_CuRrEnt_EleMeNT_IN_pArent_ObjECt_AS_A_LiSt_Of_KeYS_And_INdIEs_And_CuRrEnt_ELeMEnt_Is_IgNoRed_HErE_SO_Its_POpped_Out_And_NOt_UseD_FoR_SomEtHiNg_Else__so__itS_poPPed_oUt_anD_noT_uSeD_fOr_SomEtHiNg_ElsE__SO_iTS_pOpped_oUt_AnD_noT_usEd_fOr_SoMeThIng_ElsE_[0:len(aLl_PArent_Ref_Index_StAck_Entry_Path_To_CuRrEnt_EleMeNT_IN_pArent_ObjECt_AS_A_LiSt_Of_KeYS_And_INdIEs_And_CuRrEnt_ELeMEnt_Is_IgNoRed_HErE_SO_Its_POpped_Out_And_NOt_UseD_FoR_SomEtHiNg_Else__so__itS_poPPed_oUt_anD_noT_uSeD_fOr_SomEtHiNg_ElsE__SO_iTS_pOpped_oUt_AnD_noT_usEd_fOr_SoMeThIng_ElsE_) – 1 ]’)

tEmP_PArEnT_rEf_eXCePT_iNdEX[tEmP_New_InDeX_iN_tHe_PaReNt_ObJeCt_As_A_String]=newWraPpeDObjeCt

stAcK.apPeNd((aLl_PArent_Ref_Index_StAck_Entry_Path_To_CuRrEnt_EleMeNT_IN_pArent_ObjECt_AS_A_LiSt_Of_KeYS_And_INdIEs_And_CuRrEnt_ELeMEnt_Is_IgNoRed_HErE_SO_Its_POpped_Out_And_NOt_UseD_FoR_SomEtHiNg_Else__so__itS_poPPed_oUt_anD_noT_uSeD_fOr_SomEtHiNg_ElsE__SO_iTS_pOpped_oUt_AnassistantIt seems like your message got cut off or didn’t include enough information about what you’re asking regarding “you.” Could you please provide more details or clarify your question so I can assist you better?

Paris FC: Champions of Ligue 2 - Squad, Stats & Achievements