Indic intermediate code and electronic device therefor
View Patent ↗An intermediate code and electronic device therefore uses a method for character entry that has the steps of entering a first character code into a memory buffer ( 320, 360, 390 ), entering an intermediate code into the memory buffer ( 310, 350, 380 ), entering a second character code into the memory buffer ( 332, 378 ), changing the intermediate code to one or more character codes ( 333, 336, 365, 375, 393, 396 ), and using a display engine to display one or more characters represented by the first character code, the one or more character codes, and the second character code. These intermediate codes are useful for reduced keypads where certain characters, such as ligatures, are difficult to access from the keypad.
1. A method for character entry comprising the steps of:
entering a first character code into a memory buffer;
entering a Ligature intermediate code into the memory buffer;
entering a second character code into the memory buffer;
changing the Ligature intermediate code to one or more character codes; and
using a display engine to display one or more characters represented by the first character code, the one or more character codes and the second character code.
2. A method according to claim 1 wherein the step of changing the Ligature intermediate code comprises the steps of:
converting the Ligature intermediate code into a Uncomposed Virama charader code sequence, if the first character code does not represent a consonant;
converting the Ligature intermediate code into a Ligature character code sequence, if the first character code represents a consonant and the second character code represents a consonant; and
converting the Ligature intermediate code into a Half-Character character code sequence, if the first character code represents a consonant and the second character code does hot represent a consonant.
3. A method for character entry comprising the steps of:
entering a first character code into a memory buffer;
entering an Explicit virama intermediate code into the memory buffer;
entering a second character code into the memory buffer;
changing the Explicit Virama intermediate code to one or more character codes; and
using a display engine to display one or more characters represented by the first character code, the one or more character codes, and the second character code.
4. A method according to claim 3 wherein the step of changing the Explicit Virama intermediate code comprises the steps of:
converting the Explicit Virama intermediate code into an Uncomposed Virama character code sequence, if the first character code does not represent a consonant;
converting the Explicit Virama intermediate code into a Intermediate Explicit Virama character code sequence, if the first character code represents a consonant and the second character code represents a consonant; and
converting the Explicit Virama intermediate code into a Terminal Explicit Virama character code sequence, if the first character code represents a consonant and the second character code does not represent a consonant.
5. A method for character entry comprising the steps of:
entering a first character code into a memory buffer;
entering a Half-character intermediate code into the memory buffer;
entering a second character code into the memory buffer;
changing the Half-Character intermediate code to one or more character codes; and
using a display engine to display one or more characters represented by the first character code, the one or more character codes, and the second character code.
6. A method according to claim 5 wherein the step of changing the Half-Character intermediate code comprises the steps of:
converting the Half-Character intermediate code into an Uncomposed Virama character code sequence, if the first character code does not represent a consonant; and
converting the Half-Character intermediate code into a Half Character character code sequence, if the first character code does represent a consonant.