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Introductory of HEMAOLOGY The technology to unlock Chinese Characters(hé mǎ) hé mǎ( 和和 )means harmony between keyboard and cell phone; between simplified fonts and traditional fonts in Chinese characters. The technique of hé mǎ( 和和 )is called Hemaology 和和和和和和和和和和 The inventor: Giulin OuYang ( 和和和和 ) Advantage of HEMAOLOGY Extremely easy to master, very logical. Most young people can learn in four hours, age between 7 to 10 may take up to 10 hours. The input speed is out performed all other products in the market place. hé mǎ( 和和 ) is based on the image of a Chinese character, therefore, the non-Chinese may easily put the strokes together without problem, very structural. This product even help Chinese to remember the “easy forget” Chinese characters. hé mǎ( 和和 )training program is an enjoyment which relates to your day to day living. Who are the clients? People who needs to input Chinese characters electronically. Teaching Chinese characters and Chinese language in all ages. Hemaology would be a great help to foreigners to learn Chinese language and culture.

Introductory of HEMAOLOGY

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Introductory of HEMAOLOGY. The technology to unlock Chinese Characters ( hé mǎ ) hé mǎ( 和碼 ) means harmony between keyboard and cell phone; between simplified fonts and traditional fonts in Chinese characters. The technique of hé mǎ( 和碼 ) is called Hemaology 《 和碼漢字字形編碼方案 》 - PowerPoint PPT Presentation

Text of Introductory of HEMAOLOGY

  • Study Chinese Characters via HEMAOLOGYThe only Chinese input method that make sense to the West logically

  • Introductory of HEMAOLOGY The technology to unlock Chinese Characters(h m)h m()means harmony between keyboard and cell phone; between simplified fonts and traditional fonts in Chinese characters.The technique of h m()is called Hemaology The inventor: Giulin OuYang ()Advantage of HEMAOLOGYExtremely easy to master, very logical. Most young people can learn in four hours, age between 7 to 10 may take up to 10 hours.The input speed is out performed all other products in the market place.h m() is based on the image of a Chinese character, therefore, the non-Chinese may easily put the strokes together without problem, very structural.This product even help Chinese to remember the easy forget Chinese characters.h m()training program is an enjoyment which relates to your day to day living.

    Who are the clients?People who needs to input Chinese characters electronically.Teaching Chinese characters and Chinese language in all ages.Hemaology would be a great help to foreigners to learn Chinese language and culture.

  • These 25 numbers are the codesHemaology uses 25 numbers; a vector of 1-5 represents tens of thousands of Chinese characters and English alphabets

    1-2-3-4-5--11121314151-21222324252-31323334353-41424344454-51525354555

  • Number is a common platform Numbers exist on both keyboard &() cell phoneHM uses 1 to 5 (25NUMBs) codes (m) to show Chinese characters HM uses 6 to 9 & 0 to show non-Chinese characters and execute functions and features. ie.h () also means AND

  • The keyboard layout of HEMAOLOGYThe keyboard layout of the 25 numbers + 00 code in most 101 keyboards

  • The 25 common basic strokesThese 5 columns of 25 strokes characters are the common elements in all Chinese characters Please visit www.hemaology.com for English chapter

  • The 25 common basic strokesThe 25 common basic numbers and strokes vector layout You may find more explanations in #3 tutorial video clip The rows represent the region The columns represent the position

  • The 25 common basic strokesColumn 5 region represents all character starts with din( n), lower numbers are more simple:51525354 55

  • The 25 common basic strokesPlease read out the code numbers

    Exercise 1

    Exercise 2

    Exercise 3

  • The 25 common basic strokes pi region (column 4)number 4 also starts with pi

    41(looks like long hair)42(looks like standing)43(looks like walking)44(looks like dancing)45(looks like running animals)

  • The 25 common basic strokesPlease read out the code numbers

    Exercise 1

    Exercise 2

    Exercise 3

  • The 25 common basic strokes sh regionmiddle of the vectordivided left and right3132333435

    The differences between code 33 & 343334

  • The 25 common basic strokesPlease read out the code numbers

    Exercise 1

    Exercise 2

    Exercise 3

  • The 25 common basic strokes hng ( no turn with turn) region

    11() first stroke12131415

  • The 25 common basic strokesPlease read out the code numbers

    Exercise 1

    Exercise 2

    Exercise 3

  • The 25 common basic strokes hng ( cross) region

    21() one cross stroke22232425

    The differences between code 11 & 211121

  • The 25 common basic strokes

    1

    2

    3

  • 251

    2

    3

    4

    5

  • 50

    5025 50

  • 501111 11 11

    34 3111 31 51

  • 50

    34 2525 34

  • 5033 21 25

    34 33

  • 5025 21

  • 25

  • 1112131415

  • 1

    2

    3

  • 2122232425

  • 1

    2

    3

  • 3132333435

  • 1

    2

    3

  • 4142434445

  • 1

    2

    3

  • 5152535455

  • 1

    2

    3

  • ()(42 54)()()

  • ()

  • ()(41 21 22)(41 21 23)(41 23 51)(44 51 52)(45 42 51)

  • 25

  • ()

  • ()23 23 3424 42 5424 44 4512 55 3525 42 5353 42 5551 14 5423 25 33

  • ()()()()()()()()()15 35 15()()25 32 45

  • ()15 35 1525 32 4543 25 2441 15 3353 53 5353 25 4153 32 1414 14 1221 24 25

  • ()()33 34 31()25 33 5444 52 3243 13 3223 33 5332 42 2543 23 4524 31 2344 41 2532 53 1313 44 15

  • 6

  • ()2550()

  • (Ctrl)(Shift)(0)(M)

  • : http://www.hezi.net/Learn_Practice/Tutorial.aspx

  • ()www.HeZi.net

  • 1 + 1 = 24

  • 1 + 1 =21 + 1 = 2100

  • [email protected] 4957 4939416 818 1289