# -*- coding: utf-8 -*-

# FAO Translators:
# First of all thank you for your interest in translating this game,
# I will be grateful if you could share it with the community -
# if possible please send it back to my email, and I'll add it to the next version.

# The translation does not have to be exact as long as it makes sense and fits in its location
# (if it doesn't I'll try to either make the font smaller or make the area wider - where possible).
# The colour names in other languages than English are already in smaller font.

# when translating the "d" dictionary please translate the values
# and leave keys as they are (the keys are sometimes shortened to save on space)

class I18n():
    def __init__(self):
        self.translate()

    def translate(self):
        # the following line is added to force the xgettext to add these entries
        # self.fruit = [gettext.ngettext("green apple","green apples",1), gettext.ngettext("red apple","red apples",1), gettext.ngettext("strawberry","strawberries",1), gettext.ngettext("pear","pears",1), gettext.ngettext("orange","oranges",1), gettext.ngettext("onion","onions",1), gettext.ngettext("tomato","tomatoes",1), gettext.ngettext("lemon","lemons",1), gettext.ngettext("cherry","cherries",1), gettext.ngettext("pepper","peppers",1), gettext.ngettext("carrot","carrots",1), gettext.ngettext("banana","bananas",1), gettext.ngettext("watermelon","watermelons",1)]

        self.shape_names = [_("Equilateral Triangle"), _("Isosceles Triangle"), _("Obtuse Triangle"),
                            _("Right Triangle"), _("Acute Triangle"), _("Square"), _("Rectangle"), _("Right Trapezium"),
                            _("Isosceles Trapezium"), _("Rhombus"), _("Parallelogram"), _("Pentagon"), _("Hexagon"),
                            _("Circle"), _("Ellipse")]
        self.solid_names = [_("Cube"), _("Square Prism"), _("Triangular Prism"), _("Square Pyramid"),
                            _("Triangular Pyramid"), _("Sphere"), _("Cylinder"), _("Cone"), _("Torus")]

        self.d = dict()
        self.dp = dict()
        self.b = dict()
        self.b["Default Language:"] = _("Default Language:")
        self.b["Guest"] = _("Guest")
        self.b["Log in:"] = _("Log in:")
        self.b["user name:"] = _("user name:")
        self.b["password:"] = _("password:")
        self.b["remember me"] = _("remember me")
        self.b["Login"] = _("Login")
        self.b["Add new user:"] = _("Add new user:")
        self.b["confirm password:"] = _("confirm password:")
        self.b["Register"] = _("Register new user")
        self.b["Administrator Login:"] = _("Administrator Login:")
        self.b["User Management"] = _("User Management")
        self.b["Please select"] = _("Please select a user from the list.")
        self.b["delete user"] = _("Delete user")
        self.b["Delete"] = _("Delete")
        self.b["Cancel"] = _("Cancel")
        self.b["user deleted"] = _("%s deleted from database.")
        self.b["Failed to delete"] = _("Failed to delete the user.")

        self.b["Preferences"] = _("Preferences")
        self.b["switch to full screen after login"] = _("switch to full screen after login")
        self.b["require password to log in"] = _("require password to log in")
        self.b["require password to access admin area"] = _("require password to access admin area")
        self.b["Update admin's password:"] = _("Update admin's password:")
        self.b["previous password:"] = _("previous password:")
        self.b["new password:"] = _("new password:")
        self.b["confirm new password:"] = _("confirm new password:")
        self.b["Create admin's account:"] = _("Create admin's account:")
        self.b["admin's user name:"] = _("admin's user name:")
        self.b["admin's password:"] = _("admin's password:")
        self.b["confirm admin's password:"] = _("confirm admin's password:")
        self.b["Save"] = _("Save")

        self.b["Please enter user name (at least 3 characters long)"] = _(
            "Please enter user name (at least 3 characters long)")
        self.b["Please enter password (at least 4 characters long)"] = _(
            "Please enter password (at least 4 characters long)")
        self.b["This username and password combination doesn't exist."] = _(
            "This username and password combination doesn't exist.")
        self.b["This username doesn't exist."] = _("This username doesn't exist.")

        self.b["Passwords don't match"] = _("Passwords don't match")
        self.b["%s added"] = _("%s added")
        self.b["This user name already exists, please choose a different one"] = _(
            "This user name already exists, please choose a different one")

        self.b["Admin's password has been updated"] = _("Admin's password has been updated")
        self.b["ERROR: This operation is not allowed at this point"] = _(
            "ERROR: This operation is not allowed at this point")
        self.b["Please enter previous password (at least 4 characters long)"] = _(
            "Please enter previous password (at least 4 characters long)")
        self.b["Please enter new password (at least 4 characters long)"] = _(
            "Please enter new password (at least 4 characters long)")
        self.b["Previous password doesn't seem to be in the database"] = _(
            "Previous password doesn't seem to be in the database")

        self.b["registered:"] = _("Registered:")
        self.b["last login:"] = _("Last login:")

        self.b["Prefs saved..."] = _("Preferences saved...")

        self.b["Select age group:"] = _("Select age group:")
        self.b["preschool"] = _("preschool")
        self.b["Year 1"] = _("Year 1")
        self.b["Year 2"] = _("Year 2")
        self.b["Year 3"] = _("Year 3")
        self.b["Year 4"] = _("Year 4")
        self.b["Year 5"] = _("Year 5")
        self.b["Year 6"] = _("Year 6")

        self.b["all groups"] = _("show all")
        self.b["show activities for:"] = _("show activities for:")

        self.b["Hello"] = _("Hello")

        self.d[""] = ""
        # self.d["Educational Activities for Kids"] = _("Educational Activities for Kids")
        self.d["Credits_long"] = _(
            "Laby, 2010 by Mehdi Cherti (mehdidc) \n Sounds by various authors who contributed their works to freesound.org. \n Images by various authors who contributed their works to openclipart.org (Public Domain) and http://www.art4apps.org/ - Art4Apps by Smart4Kids - under a Creative Commons License (CC BY-SA). \n Please view credits.txt for more info about authors of media files used in this project")
        self.d["Lic_title"] = _("Licence")
        self.d["Lic_desc"] = _(
            "This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. You should have received a copy of the GNU General Public License along with this program. If not, see <http://www.gnu.org/licenses/>.")
        self.d["A collection of educational activities for kids"] = _("A collection of educational activities for kids")

        self.d["Logged in as: "] = _("Logged in as: ")
        self.d["(Log out)"] = _("(Log out)")
        self.d["Addition Table"] = _("Addition Table")

        # game start
        self.d["Hello"] = _("Hello")
        self.d["Welcome back."] = _("Welcome back in the game.")

        # settings
        self.d["Language"] = _("Language")
        self.d["Translations"] = _("Translations")

        # menu categories
        self.d["Discover Letters"] = _("Discover Letters")
        self.d["Learn Words"] = _("Learn New Words")
        self.d["Art"] = _("Art and Colour")
        self.d["Memory"] = _("Memory")
        self.d["Games & Mazes"] = _("Games & Mazes")

        # games
        self.d["Credits"] = _("Copyright & Credits")
        self.d["Letters"] = _("Letters")
        self.d["Letter Flashcards"] = _("Learn Letters with Flashcards")
        self.d["Learn to Write"] = _("Learn to Write")
        self.d["Trace Letters"] = _("Trace Letters and Numbers")
        self.d["Complete the ABC"] = _("Complete the ABC")
        self.d["Sorting Letters"] = _("Sorting Letters")
        self.d["Lowercase Letters"] = _("Lowercase Letters")
        self.d["Uppercase Letters"] = _("Uppercase Letters")
        self.d["Word Builder"] = _("Word Builder")
        self.d["Word Maze"] = _("Word Maze")
        self.d["Collect all"] = _("Collect all letters in the right order")
        self.d["Word Maze + 4"] = _("Word Maze + 4")
        self.d["Numbers"] = _("Numbers")
        self.d["Number Flashcards"] = _("Learn Numbers with Flashcards")
        self.d["Learn to Count"] = _("Learn to Count")
        self.d["Basic Addition"] = _("Basic Addition")
        self.d["Basic Subtraction"] = _("Basic Subtraction")
        self.d["Shopping List"] = _("Shopping List")
        self.d["Plus or Minus"] = _("Plus or Minus")
        self.d["Basic Operations"] = _("Basic Operations")
        self.d["Multiplication Table"] = _("Multiplication Table")
        self.d["Find the product"] = _("Find the product")
        self.d["Find the multiplier"] = _("Find the multiplier")
        self.d["Division"] = _("Division")
        self.d["Sorting Numbers"] = _("Sorting Numbers")
        self.d["Consecutive numbers"] = _("Consecutive numbers")
        self.d["Random numbers"] = _("Random numbers")
        self.d["Number Comparison"] = _("Number Comparison")
        self.d["Addition & Subtraction"] = _("Addition & Subtraction")
        self.d["Comparison"] = _("Comparison")
        self.d["Even or Odd"] = _("Even or Odd")
        self.d["Shapes"] = _("Shapes")
        self.d["Shape Flashcards"] = _("Learn Shapes with Flashcards")
        self.d["Solids"] = _("Solids")
        self.d["Solid Flashcards"] = _("Solid Geometry with Flashcards")
        self.d["Shape Matching"] = _("Shape Matching")
        self.d["Help me find my shadow"] = _("Help me find my shadow")
        self.d["Paint"] = _("Paint")
        self.d["Colour Matching"] = _("Colour Matching")
        self.d["Label the colours"] = _("Label the colours")
        self.d["Follow the Arrows"] = _("Follow the Arrows")
        self.d["Remember directions"] = _("Remember directions")
        self.d["Photographic Memory"] = _("Photographic Memory")
        self.d["Training"] = _("Training")
        self.d["Photographic Memory"] = _("Photographic Memory")

        self.d["Mouse Maze"] = _("Mouse Maze")
        self.d["Let's have some cheese"] = _("Let's have some cheese")
        self.d["Sheep Maze"] = _("Sheep Maze")
        self.d["Find the rest"] = _("Find the rest of the herd")
        self.d["Connect"] = _("Connect")
        self.d["Balloons with threads"] = _("Balloons with threads")
        self.d["Fifteen"] = _("Fifteen")
        self.d["With a Twist"] = _("With a Twist")

        # game instructions
        self.d["Drag the slider"] = _("Drag the slider up or down so that the right sign is in the red square.")
        self.d["Take your sheep"] = _("Take your sheep to the rest of the herd.")
        self.d["Check the shopping list"] = _("Check the shopping list and drag all needed items into the basket.")
        self.d["Drag lt"] = _("Drag one of the <, > or = (lesser, greater or equal) to the red square.")
        self.d["Drag lt2"] = _("Drag one of the lesser, greater or equal to the red square.")
        self.d["Write a word:"] = _("Write a word:")

        # game dialogs
        self.d["Perfect! Task solved!"] = _("Perfect! Task solved!")

        # level_controller
        self.d["Game Over!"] = _("Game Over!")
        self.d["Congratulations! Game Completed."] = _("Congratulations! You have completed all tasks in this game.")
        self.d["Great job!"] = [_("Great job!"), _("Perfect!"), _("Awesome!"), _("Fantastic job!"), _("Well done!")]
        self.d["Perfect! Level completed!"] = _("Perfect! Level completed!")

        # game specific labels:
        self.d["area:"] = _("area:")
        self.d["perimeter:"] = _("perimeter:")
        self.d["circumference:"] = _("circumference:")
        self.d["surface area:"] = _("surface area:")
        self.d["volume:"] = _("volume:")
        self.d["Perfect!"] = _("Perfect!")
        self.d["divided by"] = _("divided by")
        self.d["multiplied by"] = _("times")
        self.d["equals"] = _("equals")
        self.d["Shopping List"] = _("Shopping List")
        self.d["Even"] = _("Even")
        self.d["Odd"] = _("Odd")

        self.d["white"] = _("white")
        self.d["black"] = _("black")
        self.d["grey"] = _("grey")
        self.d["red"] = _("red")
        self.d["orange"] = _("orange [color]")
        self.d["yellow"] = _("yellow")
        self.d["olive"] = _("olive")
        self.d["green"] = _("green")
        self.d["sea green"] = _("sea green")
        self.d["teal"] = _("teal")
        self.d["blue"] = _("blue")
        self.d["navy"] = _("navy")
        self.d["purple"] = _("purple")
        self.d["violet"] = _("violet")
        self.d["magenta"] = _("magenta")
        self.d["indigo"] = _("indigo")
        self.d["pink"] = _("pink")
        self.d["maroon"] = _("maroon")
        self.d["brown"] = _("brown")
        self.d["aqua"] = _("aqua")
        self.d["lime"] = _("lime")

        # new
        self.d["Keyboard Skills"] = _("Rainbow Keyboard")
        self.d["Touch Typing"] = _("Touch Typing Tutor")
        self.d["Translators"] = _("Translators")
        self.d["English Alphabet"] = _("English Alphabet")
        self.d["Your Alphabet"] = _("Your Alphabet")

        # new in 0.3.0
        self.d["Paint Mixer"] = _("Mixing Colours for Painting")
        self.d["Mixing RYB"] = _("Mix red, yellow, blue, black and white paint")
        self.d["Light Mixer"] = _("Additive Colour Mixing - Light")
        self.d["Mixing RGB"] = _("Mix red, green and blue light to get other colours")
        self.d["Ink Mixer"] = _("Subtractive Colour Mixing - Paints, Dyes, Inks")
        self.d["Mixing CMY"] = _("Mix cyan, magenta and yellow paint to get other colours")
        self.d["Find the colour of the circle in the middle"] = _("Find the colour of the circle in the middle")
        self.d["Adjust CMY"] = _("Adjust the amount of cyan, magenta and yellow paint")
        self.d["Adjust RGB"] = _("Adjust the intensity of red, green and blue light")

        # new in 0.3.1
        self.d["brush size"] = _("brush size")

        self.d["UserName"] = _("User Name")
        self.d["Match Animals Memory"] = _("Match Animals - Memory Game")
        self.d["Match Fruits"] = _("Match Fruits - Memory Game")
        self.d["Match Vegetables"] = _("Match Vegetables - Memory Game")
        self.d["Match Numbers"] = _("Match Numbers - Memory Game")
        self.d["Find pairs"] = _("Find matching pairs of the same image")

        self.d["Sliced Images"] = _("Image Slider")
        self.d["Sliced Animals"] = _("Animal Slider")
        self.d["Sliced Fruits"] = _("Fruit Slider")
        self.d["Sliced Numbers"] = _("Number Slider")

        self.d["Fract instr0"] = _("Match fraction charts on the right to the ones on the left")
        self.d["Fract instr1"] = _(
            "Match fraction charts and fractions on the right to the fraction charts on the left")
        self.d["Fract instr2"] = _("Match fraction charts to the fractions on the left")
        self.d["Fract instr3"] = _(
            "Match fraction charts, fractions and decimal fractions on the right to their percentage representations")
        self.d["Fract instr4"] = _(
            "Match charts to the ratios on the left. Ratios are expressed as ratio of coloured pieces to white pieces")

        self.d["Maths Matching Game"] = _("Maths Matching Game")
        self.d["Addition"] = _("Addition")
        self.d["Subtraction"] = _("Subtraction")
        self.d["Multiplication"] = _("Multiplication")
        self.d["Division"] = _("Division")

        self.d["Match numbers to their spelling"] = _("Match numbers to their spelling")
        self.d["Number Spelling"] = _("Number Spelling")
        self.d["Match Animals"] = _("Match Animals")
        self.d["Find all matching animals"] = _("Find all matching animals")
        self.d["Match animals to their shadows"] = _("Match animals to their shadows")

        self.d["ShapeMaker"] = _("Shape Maker")

        self.d["draw_instr1"] = _("Shape to draw: %s")
        self.d["draw_instr2"] = _(
            "Shape to draw: %s")  # if the following size_instr turn out to be too long the beginning can be moved here, ie. d["draw_instr2"] = _("Shape to draw: %s, such that"
        self.d["size_instr_0"] = _(
            "such that lengths of its bases are equal to %d and %d and height to %d")  # for trapeziums
        self.d["size_instr_1"] = _("such that lengths of its sides are equal to %d")  # square
        self.d["size_instr_2"] = _("such that lengths of its sides are equal to %d and %d")  # rectangle
        self.d["size_instr_3"] = _(
            "such that lengths of its 2 parallel bases are equal to %d and height to %d")  # for parallelogram
        self.d["size_instr_4"] = _(
            "such that length of its base is equal to %d and height to %d")  # for triangles incl. isosceles triangles
        self.d["size_instr_5"] = _("such that lengths of its catheti are equal to %d and %d")  # for right triangles
        self.d["size_instr_6"] = _(
            "such that lengths of both of its catheti are equal to %d")  # for right isosceles triangles
        self.d["size_instr_7"] = _("such that length of its hypotenuse is equal to %d")  # for right isosceles triangles
        self.d["size_instr_8"] = _(
            "such that length of one of its sides is equal to %d and height to %d")  # for obtuse triangles
        self.d["size_instr_9"] = _("such that length of its radius is equal to %d")  # for circles

        """
        self.d["hypotenuse"] = "hypotenuse" #przeciwprostokątna
        self.d["cathetus"] = "cathetus" #przyprostokątna #leg / periphrasis
        self.d["catheti"] = "catheti" #przyprostokątne #plular
        """

        self.d["square"] = _("Square")
        self.d["rectangle"] = _("Rectangle")
        self.d["right_trapezium"] = _("Right Trapezium")
        self.d["iso_trapezium"] = _("Isosceles Trapezium")
        self.d["rhombus"] = _("Rhombus")
        self.d["parallelogram"] = _("Parallelogram")
        self.d["quadrilateral"] = _("Quadrilateral")
        self.d["trapezium"] = _("Trapezium")
        self.d["u_trapezium"] = _("Trapezium")
        self.d["triangle"] = _("Triangle")
        # used to label a drawn "quadrilateral" with angles: 0º, 180º, 0º, 180º - all points on one line
        self.d["squished_quadi"] = _("Ouch... squished quadrilateral")
        self.d["equi_tria"] = _("Equilateral Triangle")
        self.d["iso_tria"] = _("Isosceles Triangle")
        self.d["obtuse_tria"] = _("Obtuse Triangle")
        self.d["right_tria"] = _("Right Triangle")
        self.d["acute_tria"] = _("Acute Triangle")
        self.d["right_iso_tria"] = _("Right isosceles triangle")
        self.d["obtuse_iso_tria"] = _("Obtuse isosceles triangle")
        self.d["acute_iso_tria"] = _("Acute isosceles triangle")
        # used to label a drawn "triangle" with angles: 0º, 180º, 0º - all points on one line
        self.d["squished_tria"] = _("Ouch... squished triangle")
        self.d["circle"] = _("Circle")
        # used to label a drawn "quadrilateral" with one of its angles equal to 180º - in effect making it look like triangle
        self.d["triangle_not_really"] = _("Triangle? Well, not really...")
        self.d["Heptagon"] = _("Heptagon")
        self.d["Pentagon"] = _("Pentagon")
        self.d["Octagon"] = _("Octagon")
        self.d["Hexagon"] = _("Hexagon")
        self.d["Ellipse"] = _("Ellipse")
        self.d["Equilateral Triangle"] = _("Equilateral Triangle")
        self.d["Isosceles Triangle"] = _("Isosceles Triangle")
        self.d["Obtuse Triangle"] = _("Obtuse Triangle")
        self.d["Right Triangle"] = _("Right Triangle")
        self.d["Acute Triangle"] = _("Acute Triangle")
        self.d["Square"] = _("Square")
        self.d["Rectangle"] = _("Rectangle")
        self.d["Right Trapezium"] = _("Right Trapezium")
        self.d["Isosceles Trapezium"] = _("Isosceles Trapezium")
        self.d["Rhombus"] = _("Rhombus")
        self.d["Parallelogram"] = _("Parallelogram")
        self.d["Circle"] = _("Circle")

        self.d["Match shapes to their names"] = _("Match shapes to their names")
        self.d["test_yourself"] = _("Test yourself")
        self.d["Clock1"] = _("Clock")
        self.d["Read time"] = _("Learn to read the time")
        self.d["Clock2"] = _("Clock")
        self.d["Set time"] = _("Learn to set the clock")
        self.d["Set_clock"] = _("Set the clock to:")
        self.d["Set_clock_instr"] = _("Drag the clock hands to set the time")
        self.d["What time"] = _("What time is it?")
        self.d["answer_enter"] = _("Type your answer and hit enter")
        self.d["Time"] = _("Time")
        self.d["Play_w_clock"] = _("Turn the clock hands and see what happens.")

        self.d["lets_see_what_you_draw"] = _("Let's see what shapes you can draw")
        self.d["txt_only"] = _("Time in text version only")
        self.d["Clock0"] = _("How clock works?")
        self.d["Columnar addition"] = _("Columnar addition")
        self.d["Columnar subtraction"] = _("Columnar subtraction")
        self.d["Long multiplication"] = _("Long multiplication")
        self.d["Long division"] = _("Long division")
        self.d["borrow 10"] = _("borrow 10")
        # in columnar addition, ie. in case of 4 + 8 you write 2 under the column and carry 1
        self.d["carry"] = _("carry")
        self.d["demo start"] = _("Start >>")
        self.d["demo next eg"] = _("Next example >>")
        self.d["demo next step"] = _("Next step >>")
        # used to show which digit of the result should be entered in a box, ie. "enter 5")
        self.d["demo write"] = _("write ")
        self.d["Demonstration"] = _("Demonstration")
        self.d["DIY"] = _("Do it yourself")
        self.d["Ratio"] = _("Ratio")
        self.d["demo rewrite"] = _("rewrite ")
        self.d["demo rewrite"] = _("rewrite ")
        self.d["remainder"] = _("remainder")
        self.d["demo_result"] = _("result")
        self.d["TimeMatching"] = _("Time Matching")

        self.d["art4apps"] = _(
            "Images from: http://www.art4apps.org/ - Art4Apps by Smart4Kids - Creative Commons License (CC BY-SA)")

        self.d["Complete the word"] = _("Complete the word")

        self.d["Do you want to exit the game?"] = _("Do you want to exit the game?")
        self.d["Do you want to log out of the game?"] = _("Do you want to log out of the game?")
        self.d["Ready to go to the next level?"] = _("Ready to go to the next level?")

        # New as of eduactiv83
        self.d["Clock_cat"] = _("Clock")
        self.d["Addition"] = _("Addition")
        self.d["Subtraction"] = _("Subtraction")
        self.d["Multiplication"] = _("Multiplication")
        self.d["Division"] = _("Division")

        self.d["Shapes and Solids"] = _("Shapes and Solids")
        self.d["Build the following word using the letters below."] = _(
            "Build the following word using the letters below.")
        self.d["Find solution"] = _("Find solution")
        self.d["Find missing number"] = _("Find missing number")

        self.d["Language arts"] = _("Language arts")
        self.d["Other"] = _("Other")

        #eduActiv8 new words
        self.d["Decimal Fractions"] = _("Decimal Fractions")
        self.d["Fractions"] = _("Fractions")
        self.d["Ratios"] = _("Ratios")
        self.d["Percentages"] = _("Percentages")

        self.d["long form"] = _("long form")  # Serbian and Russian only
        self.d["short form"] = _("short form")  # Serbian and Russian only

        self.d["Catalan clock"] = "Rellotge amb horari en català" # Catalan only does not need translating

        self.d["Word Builders"] = _("Word Builders")
        self.d["Word Matchers"] = _("Word Matchers")
        self.d["Match images to words"] = _("Match images to words")
        self.d["Animals"] = _("Animals")
        self.d["Sports"] = _("Sports")
        self.d["Body"] = _("Body")
        self.d["People"] = _("People")
        self.d["Actions"] = _("Actions")
        self.d["Constructions"] = _("Constructions")
        self.d["Nature"] = _("Nature")
        self.d["Jobs"] = _("Jobs")
        self.d["Clothes and Accessories"] = _("Clothes and Accessories")
        self.d["Fruits and Vegetables"] = _("Fruits and Vegetables")
        self.d["Transport"] = _("Transport")
        self.d["Food"] = _("Food")

        #new games
        self.d["Listening Exercises"] = _("Listening Exercises")
        self.d["Match sounds to words"] = _("Match sounds to words")

        self.d["Patterns"] = _("Patterns")
        self.d["Number Patterns"] = _("Number Patterns")
        self.d["Letter Patterns"] = _("Letter Patterns")
        self.d["Color Patterns"] = _("Color Patterns")
        self.d["Image Patterns"] = _("Image Patterns")
        self.d["Fraction Patterns"] = _("Fraction Patterns")
        self.d["Shape Patterns"] = _("Shape Patterns")
        self.d["Complete the pattern"] = _("Complete the pattern on the top line.")

        self.d["Negative numbers"] = _("Negative numbers")

        self.d["numerator"] = _("numerator")
        self.d["denominator"] = _("denominator")

        self.d["Experiment with fractions"] = _("Experiment with fractions")
        self.d["Experiment with decimals"] = _("Experiment with decimal fractions")
        self.d["Experiment with ratios"] = _("Experiment with ratios")
        self.d["Experiment with percentages"] = _("Experiment with percentages")

        self.d["What fraction is it?"] = _("What fraction is it?")
        self.d["What decimal is it?"] = _("What decimal fraction is it?")

        self.d["Add fractions with the same denominator"] = _("Add fractions with the same denominator")
        self.d["Subtract fractions with the same denominator"] = _("Subtract fractions with the same denominator")
        self.d["Multiply fractions"] = _("Multiply fractions")
        self.d["Divide fractions"] = _("Divide fractions")

        self.d["Exercise 1"] = _("Exercise 1")
        self.d["Exercise 2"] = _("Exercise 2")
        self.d["Exercise 3"] = _("Exercise 3")

        self.d["Compare decimals and fractions"] = _("Compare decimals and fractions")
        self.d["Compare fractions"] = _("Compare fractions")
        self.d["Reduce fractions"] = _("Reduce fractions")
        self.d["Expand fractions"] = _("Expand fractions")

        self.d["To reduce a fraction..."] = _("To reduce a fraction divide the numerator and the denominator by one of their common factors which are displayed between the two fractions. Select one of them to see what happens. If 1 is the only common factor then the fraction can't be reduced any more - try choosing a different one.")
        self.d["To expand a fraction..."] = _("To expand a fraction multiply the numerator and the denominator by the same number. Change the multiplicand to see what happens.")
        self.d["Use plus or minus..."] = _("Use the arrows to change your answer or just type it in.")
        self.d["Use plus or minus... Android"] = _("Use the arrows to change your answer.")
        self.d["To add a fraction with the same denominator..."] = _("To add two fractions with the same denominators add their numerators together and keep the denominator unchanged. Simplify the result if the numerator is greater than the denominator and reduce the fraction if possible.")
        self.d["To subtract a fraction with the same denominator..."] = _("To subtract one fraction from another one with the same denominator subtract numerators and keep the denominator unchanged. Reduce the resulting fraction if possible.")
        self.d["To multiply two fractions..."] = _("To multiply two fractions multiply the numerators together and then multiply the denominators together. Reduce the resulting fraction if possible.")
        self.d["To divide a fraction by a fraction..."] = _("To divide a fraction by another fraction multiply the first fraction by the second fraction flipped up side down. Simplify and reduce the resulting fraction if possible.")

        self.d["Fraction Groups"] = _("Group fractions together")
        self.d["Percentage Groups"] = _("Group percentages together")
        self.d["Ratio Groups"] = _("Group ratios together")

        self.d["Re-arrange right"] = _("Rearrange the numbers so they are in the right order.")
        self.d["Complete abc"] = _("Complete the alphabet using letters from the middle line.")
        self.d["Find and separate"] = _("Find and separate even numbers from odd numbers.")

        self.d["Re-arrange alphabetical"] = _("Rearrange the letters so they are in the alphabetical order.")
        self.d["Re-arrange ascending"] = _("Rearrange the numbers so they are in the ascending order.")

        self.d["Symmetry"] = _("Symmetry")
        self.d["Reflections - Drawing"] = _("Reflection Symmetry - draw with shapes")
        self.d["Reflecting shapes"] = _("Reflect shapes")
        self.d["DRS - subtitle"] = _("Reflect a shape in a mirror line")
        self.d["Draw symmetrical shape - instruction"] = _(
            "Draw a shape that is a reflection of the one already displayed. The red line is the mirror line.")

        self.d["Draw Symmetrical Shapes - half"] = _("Symmetrical shapes - missing half")
        self.d["DSS - missing half - subtitle"] = _("Draw the other half of the shape")
        self.d["Lines of symmetry"] = _("Find lines of symmetry")
        self.d["Lines of symmetry - instruction"] = _("Find and select all lines of symmetry for a displayed shape. Click on the arrows around the drawing area to select them.")
        self.d["Match equivalent fractions"] = _("Match equivalent fractions")
        self.d["Matching fractions"] = _("Match fractions")
        self.d["Matching decimals"] = _("Match decimals")
        self.d["Matching percentages"] = _("Match percentages")
        self.d["Matching ratios"] = _("Match ratios")
        self.d["Reading pie charts"] = _("Percentages in a pie chart")
        self.d["hours"] = _("hours")
        self.d["minutes"] = _("minutes")

        self.d["Calculating with Time"] = _("Calculating with Time")
        self.d["start_time"] = _("start time")
        self.d["end_time"] = _("end time")

        self.d["difference"] = _("elapsed time")
        self.d["Temperature - introduction to negative numbers"] = _("Temperature - introduction to negative numbers")
        self.d["Find equivalent fraction"] = _("Find equivalent fraction")
        self.d["Experiment with elapsed time"] = _("Experiment with elapsed time")
        self.d["Experiment with elapsed time 2"] = _("Experiment with elapsed time 2")
        self.d["Calculate elapsed time"] = _("Calculate elapsed time")
        self.d["Find a start or end time"] = _("Find the start or the end time")
        self.d["Visualized on a clock dial"] = _("Visualized on a clock dial")
        self.d["Visualized on a number line"] = _("Visualized on a number line")
        self.d["Visualized on two number lines"] = _("Visualized on two number lines")
        self.d["With no visualizations"] = _("With no visualizations")
        self.d["With mirrored images"] = _("With mirrored images")
        self.d["Theme Editor"] = _("Theme Editor")
        self.d["Make the game look your way"] = _("Make the game look your way")
        self.d["Reset colors back to default?"] = _("Reset colors back to the default ones?")

        self.d["With simplifying"] = _("With simplifying")
        self.d["Positive numbers"] = _("Positive numbers")
        self.d["Basics"] = _("Basics")
        self.d["Equivalent fractions"] = _("Equivalent fractions")
        self.d["Expanding and reducing fractions"] = _("Expanding and reducing fractions")
        self.d["Add fractions with unlike denominators"] = _("Add fractions with unlike denominators")
        self.d["Subtract fractions with unlike denominators"] = _("Subtract fractions with unlike denominators")
        self.d["Add and subtract with unlike denom. - instr"] = _("To add or subtract fractions when their denominators are not the same you have to find equivalent fractions which do have a common denominator. Finding the least common multiple of the two denominators will help you with that.")

        self.d["Learn new words"] = _("Learn new words")

        self.d["v2"] = "v2"
