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from datetime import datetime class EveningGate: def __init__(self, hour=19): self.hour = hour self._triggered_today = False self._current_day = None def trigger(self): now = datetime.now() today = now.date() if...

from datetime import datetime class EveningGate: def __init__(self): self._triggered_today = False self._current_day = None def trigger(self): now = datetime.now() today = now.date() if self._current_day != today...

class AlgRelay: def __init__(self): super().__init__() self.dic: dict[str, int] = {} # code 1: next mode # code 2: goal achieved # code 3: error/failure # code 4: empty str # code 5: any other str def add_next_mode(self, *keys: str) -> None: for key in keys...

class DiFunnel(Skill): # default skill for EvoChain def __init__(self): super().__init__() # Override def input(self, ear: str, skin: str, eye: str): self.setSimpleAlg(ear) class EvoChain(Skill): """ this unique skill upgrades a base skill with upgrade...

class EvoChain(Skill): """ this unique skill upgrades a base skill with upgrade skills when an upgrade skill wants to run, it overrides the base skill subclasses can be coded with logic to equip and unequip upgrade skills at runtime """ def __init__(self, *skills:Skill)...

class DiDigivolutionTest(Skill): def __init__(self): super().__init__() self.toggeld = False # Override def input(self, ear: str, skin: str, eye: str): if ear == "toggle": self.toggeld = not self.toggeld print("toggled didigivolution...

class Digivolution(Skill): """ this unique skill upgrades a base skill with upgrade skills when an upgrade skill wants to run, it overrides the base skill subclasses can be coded with logic to equip and unequip upgrade skills at runtime """ def __init__(self...

grn ranger: ## 🟢 Green Ranger – Simple, Real Combos (Switch Buttons Only) ### 🔹 **Basic Combo (works from almost any hit)** - **Y → X → A → B** - Dash (**Y+X**) - **X → Down+X → Down+A** - Jump → **Y → X → A** - End with **B** or **A+B** --- ### 🔹 **Mid‑Range Fireball Confirm** - **B** -...

class APHibernate(AlgPart): def __init__(self, anchor:Skill, brain:Brain): super().__init__() self.brain = brain self.logical_chobit:ChobitsUnlocked = ChobitsUnlocked(brain.logicChobit) self.hardware_chobit: ChobitsUnlocked =...

class ChobitsUnlocked(Chobits): def __init__(self, base:Chobits): super().__init__() self.base = base def get_type1_skills(self)->list[Skill]: return self.base.dClasses def get_type2_skills(self)->list[Skill]: return self.base._awareSkills def...

# create_hello_file.py code = """ class HelloWorld: def hello(self): print("Hello, world!") """ with open("hello_world.py", "w") as f: f.write(code) print("hello_world.py created!")

## 🟦 1. Connect your laptop to the robot over Wi‑Fi This part is easy: - Turn on the robot. - On the robot’s screen, find the **Wi‑Fi settings**. - Connect the robot to your home Wi‑Fi (or hotspot). - On your laptop, connect to the **same Wi‑Fi network**. Now both devices are on the same...

itchy asses with smeared shit in the aaaass

import time def hourly(): h = time.localtime().tm_hour if hourly.last != h: hourly.last = h return True return False hourly.last = None