#Omegat plugin demo how to#
My question is how to configure OmegaT to use databases before asking MT API to translate any text, so that its system first checks for existing translations for the text to be translated. When translating repeated texts, this is an important factor to consider in order to avoid translating the same text over and over again and thus save on consumption. The problem is that if we translate 10k of such paragraphs by machine, only 10% will be unique, the rest are just repetitive text.Īs a result, all characters translated using the machine translation API will be counted as translated. We have e-commerce files, SKUs with similar names, different type numbers The value of the position with the index that is the number to be encoded The code change is performed by reading from the transcoding table So, under the item 0 the code of the number 0 is placed, under the item 1 - the code of the number 1, etc. In the transcoding array, the index of the item corresponds to the number to be encoded (in the new code), and the value of the item with that index is the code of that number. Method of converting the natural binary code (number) into another code using the transcoding array: I=0 - decrement RAM addr (move cursor to left) I=1 - increment RAM addr (move cursor to right) In this mode, 0x32 is read by the LCD as a sequence of 0x30 and 0x20 you can't send 0x20 /switch to 4 bits mode/, because it will be readĪs a sequence of 0x20 and 0x00, and the latter code is an unknown command)Ġx80 | 0b00(A6)(A5)(A4)(A3)(A2)(A1)(A0) - set RAM addr (cursor position)Ġx08 | 0b00000DCB - display on/off, cursor display onĠx04 | 0b000000(I/D)S - Entry mode input to RAM and output to display (after restart, LCD reads in 8-bit mode, 33 sent in two steps to the 4 older bits means that 2 times
Initialization must start with a sequence of commands LCD initialization for 4-bit mode operation:
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