add more files

Author: Stinggyray

README.md

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+# KTANE - Python Version
+This is a repository aimed at attempting to solve the Centurion with one person and one person only.
+Honestly, I'm not sure if this is possible, but I'm sure as hell going to try.
+
+Perhaps I'll discover that I can actually program. Or maybe I can't. I don't know.
+
+The `standalone_modules` folder is for modules that stand on their own. They do not require any sort of edgework,
+it's just calculations based on given values. All of these files are desigend to run on their own - none of them need
+to be supplied anything. Just run them and they will solve the module for you.
+
+The `modules` folder all require a Bomb object to be passed to them, meaning they require edgework.
+They shouldn't be excruciating to solve.
+
+Anything that would be extraordinarily painful to code a solver for (like Colored Switches) or would be very
+impractical to design a program around (like Memory) is instead included in the `manualpages` folder,
+with a condensed manual page if I can find one. Some of the pages in there also have programs, I just wanted to make a condensed manual version
+or found a good manual page.
+
+# Formatting
+When constructing your `Bomb` object, this is the formatting that should be followed.
+
+|       Field      |       Type      |       Example       |
+|:----------------:|:---------------:|:-------------------:|
+| Serial Number    | str             | "AB5SD3"            |
+| Lit Indicators   | list            | ["NSA", "FRQ"]      |
+| Unlit Indicators | list            | ["NSA", "FRQ"]      |
+| Batteries        | int             | 9                   |
+| Battery Holders  | int             | 23                  |
+| Module Count     | int             | 15                  |
+| Time Limit       | float (minutes) | 15.5                |
+| Port Plates      | list of lists   | [[], ["RJ", "RCA"]] |
+
+Note that for port plates, each list within the lists is a port plate. As such the first [] within Port Plates
+is actually an empty port plate.
+
+# Standardized Inputs
+Naturally, we have to standardize the things inputted in order to compare them programmatically.
+## Colors
+Just the color name, in all caps. (i.e. WHITE)
+## Ports
+The names are standardized. Omit any unnecessary details.
+
+- PARALLEL
+- SERIAL
+- RJ
+- RCA
+- DVI
+- PS2

bomb.py

@@ -1,3 +1,6 @@
+import re
+
+
 # Contains all the edgework stuff about the bomb.
 
 
@@ -10,6 +13,9 @@ def __init__(self, serial_number: str, lit_indicators: list = None, unlit_indica
 			lit_indicators = []
 		if ports is None:
 			ports = []
+		ports = capitalize_list(ports)
+		lit_indicators = capitalize_list(lit_indicators)
+		unlit_indicators = capitalize_list
 
 		self.serial_number = serial_number
 		self.lit_indicators = lit_indicators
@@ -22,3 +28,15 @@ def __init__(self, serial_number: str, lit_indicators: list = None, unlit_indica
 
 		self.aa_batteries = (batteries - holders) * 2
 		self.d_batteries = batteries - self.aa_batteries
+
+	def last_digit_serial(self):
+		return int(re.match('.+([0-9])[^0-9]*$', self.serial_number).group(1))
+
+	def get_ports_flattened(self):
+		return [item for sublist in self.ports for item in sublist]
+
+
+def capitalize_list(old_list: list):
+	for i in range(len(old_list)):
+		old_list[i] = old_list[i].upper()
+	return old_list

manualpages/Blind Alley condensed (Timwi).pdf

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+# Complicated Wires
+
+### Always Cuts:
+- Nothing
+- Star only
+- Star + Red
+
+### Last Digit Serial # Even:
+- Red
+- Blue
+- Red + Blue
+- Red + Blue + Lit
+
+### Parallel Port:
+- Blue Lit
+- Blue Star Lit
+- Blue Red Star
+
+### 2+ Batteries:
+- Red Lit
+- Red Star Lit
+- Lit Star
+
+### Never Cuts:
+- Everything (Star Lit Red Blue)
+- Lit
+- Blue Star
+
+
+## Things to note:
+- A blank wire / wire with just a star are both always cuts. That means you should take note
+of any potentially blank wires.
+- If it's only red or only blue, it's serial number.

manualpages/ComplicatedWires.md

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+# The Knob
+### Things to note:
+- You only care about the first 6 in the sequence (unless it's alternating).
+
+### Giveaways
+- First three are 000 - LEFT
+- First three are 011 - DOWN
+- First three are 001 - UP
+- First three are 101 and NOT alternating 101010 for the first 6 - RIGHT
+
+### If alternating 101010, look at the bottom row
+- 011011 - Up
+- 010001 - Down

manualpages/Knob.md

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+from modules import button
+
+
+# Here, literally what we do is just import all the modules.
+# This simplifies our import process in main.py. It's not pretty, but it works.