SecondReality

from aqt import mw
from aqt.utils import showInfo
from aqt.qt import *

import json

def exportSuspendedCards():
    cards = mw.col.findCards("\"deck:KKLC No Audio\"")
    showInfo("Card count: %d" % len(cards))

SecondReality

import re
from enum import Enum
import csv

txtFolder = "C:\\FOLDERPATH\\"
filename = "Kanji_Learner_s_Course_Graded_Reading_Sets_vol_1.txt"

class ParseMode(Enum):
    ChapterOrEntryLine = 0
    ExpandedJapanese = 1

SecondReality

import Data.List (sortBy)
import Text.Printf (printf)

-- MinionData: Name, initial cost, produce, cost increase
data MinionData = MinionData String Integer Integer Integer deriving Show

minions = 
	[
	MinionData "Bum" 5000 100 500,
	MinionData "Park Jogger" 20000 400 2000,

SecondReality

//---------------------------------------------------------
//  Generalised Alpha-Beta Search Algorithm Implementation
//---------------------------------------------------------
//  by Steven Mark Rose
// Description:
// An alpha-beta search class finds the optimal move, given this information:
// search depth     : integer   : How many ply the tree will search to
// game             : class     : A world state class. Must have function move_count which returns the possible amount of moves given the current state and push_event which applies the given move (index) to the world state.
// adapter          : class     : A utility functor

SecondReality

//
// GameMain.h
//
//  Created by Steven Mark Rose on 25/09/2010.
//  Copyright 2010 Second Reality. All rights reserved.
//

#import <OpenGLES/ES1/gl.h>
#import <OpenGLES/ES1/glext.h>
#import "Texture2D.h"

SecondReality

//
//  UITapTapTap.h
//  Cat Toys
//
//  Created by Steven Mark Rose on 01/11/2010.
//  Copyright 2010 Second Reality. All rights reserved.
//

#import <Foundation/Foundation.h>

SecondReality

//
//  FrogRenderer.h
//  Cat Toys
//
//  Created by Steven Mark Rose on 15/10/2010.
//  Copyright 2010 Second Reality. All rights reserved.
//

#import <Foundation/Foundation.h>
@class Frog;

SecondReality

//
//  Flexer.h
//  OpenGLESTest
//
//  Created by Steven Mark Rose on 26/09/2010.
//  Copyright 2010 Second Reality. All rights reserved.
//
// The Flexer class is used to modify a vertex buffer so it can bend and trail and follow a moving point.
// Example uses are: Mouse Tails and Fish Bodies.
// After it has been initialised its length cannot be changed.