TIME_IS_OVER=Time is over!
TRY_AGAIN=Level is not complete. Try again!
TUTORIAL=Tutorial
MODE=MODE
PLAY=Play
ADDITION=Addition
SUBTRACTION=Subtraction
MULTIPLICATION=Multiplication
DIVISION=Division
LEVELS=Levels
ON_TIME=On time
RANDOM=Random
ADD_LEVELS=Addition levels
SUB_LEVELS=Subtraction levels
MUL_LEVELS=Multiplication levels
DIV_LEVELS=Division levels
ADD_TIME=Addition on time
SUB_TIME=Subtraction on time
MUL_TIME=Multiplication on time
DIV_TIME=Division on time
ABACUS_GAME=Abacus Game
LVL_COMPLETE=Level complete!
TIME=Time
GEN_SET=General settings
MUSIC=Music
HINTS=Hints
CLICKS=Clicks
SWIPES=Swipes
CONTROLS_SET=Controls settings
SAVE_SET=Saves
RESET_RECORDS=Reset records
CANCEL=Cancel
DELETE=Delete
R_U_SURE=Are you sure?
DEL_MSG=This action will delete all your progress in this game!
T_B_1=Hi! This is basic tutorial. Touch button to continue.
T_B_2=Each abacus rod represents one digit in a number.
T_B_3=The bottom beads have a value of one.
T_B_4=The top beads have a value of five.
T_B_5=To represent numbers, move beads to the center beam. For example, this is 2.
T_B_6=This represents 8 (=5 + 3)
T_B_7=This represents 16 (=10+5+1)
T_B_8=This represents 157 (=100+50+5+2)
T_B_9=Let's try to represent 13. Please, move beads.
T_B_10=Let's try to represent 72. Please, move beads.
T_A_1=Let's try 1 + 3.
T_A_2=Add 3 now.
T_A_3=Right! The result is 4.
T_A_4=Okay, let's try 3 + 4.
T_A_5=But how we can add 4? 4 = 5 - 1.
T_A_6=Do -1 now.
T_A_7=Yes, the result is 7.
T_A_8=Okay, let's try 8 + 9.
T_A_9=But how we can add 9? 9 = 10 - 1.
T_A_10=Do -1 now.
T_A_11=Excellent! The result is 17.
T_A_12=Finally, let's try 42 + 78.
T_A_13=Okay. Now add 7 (10 - 3). Start by doing + 1.
T_A_14=Do -3 now.
T_A_15=Now let's proceed to the 8 (= 10 - 2). Start by doing -2.
T_A_16=Do +1 now.
T_A_17=Super!
T_S_1=Let's try 83 - 22.
T_S_2=First enter 83.
T_S_3=Good. Add 3 to get 8.
T_S_4=Add 3 now.
T_S_5=Subtract 2 now.
T_S_6=Subtract 2 again.
T_S_7=Right! The result is 61
T_S_8=Okay, let's try 42 - 19. Enter 42.
T_S_9=Ok. Add 2 now.
T_S_10=Perfect. Now you need to subtract 1.
T_S_11=But how we subtract 9? (-9 = -10 + 1). So, let's add 1.
T_S_12=And subtract 1.
T_S_13=Yes, the result is 23.
T_S_14=Finally, let's try 233 - 27. Enter 233.
T_S_15=Super. Now we need to subtract 27. Let's subtract 2.
T_S_16=But how we can subtract 7? (-7 = -10 + 3). So, let's subtract 1.
T_S_17=Now we need to add 3. (+3 = +5 - 2)
T_S_18=Super! Result is 206.
T_M_1=Let's try 673 * 4.
T_M_2=You must skip two columns on the right side and enter 673 on the next three.
T_M_3=Now we will multiply each column by 4 starting from right. Our last right column has a value of 3. So, 3 * 4 = 12.
T_M_4=We are done with this digit, so reset the column to zero.
T_M_5=Good. Now you must multiply 7 * 4. It is 28. Enter this value starting from 2 and them enter 8.
T_M_6=We are done with this digit. So we need to reset it to zero.
T_M_7=Ok. Value of our next digit is 6. 6 * 4 = 24. Enter this value.
T_M_8=Ok. We are done with this digit, so reset it to zero.
T_M_9=Right! The result is 2692.
T_D_1=Let's try 741 / 3.
T_D_2=741 has 3 digits, so we must skip 3 columns from the right and enter 741 in next 3 columns.
T_D_3=We must keep track of the input (white rectangle) and output (red rectangle). The input is 7. And 7 / 3 = 2, so we write 2 in the output column.
T_D_4=Now we multiply the output (2) * 3. That is 6, so subtract 6 from the input.
T_D_5=Move to the next digit (both rectangles move right). The input is now 14. And 14 / 3 = 4, so write 4 in the output column.
T_D_6=Multiply the output (4) * 3 = 12. So, subtract 12 from the input.
T_D_7=Move to the next digit. Now the input is 21. And 21 / 3 = 7, so rite 7 in the output column.
T_D_8=Multiply the output (7) * 3 = 21. So, subtract 21 from the input.
T_D_9=Right! The result is 247.