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diaowinner
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『楼 主』:
关于HZK16.GBK
使用 LLM 解释/回答一下
HZK16.GBK与HZK16兼容,确实。
HZK16.GBK前半部分和HZK16是一样,都是GB2312的。
到了偏移0x45080,是仭。(???)
侢完了,是偂。
看来偏移45080-5C840对应81-A0区的A1-FE位。
后来,你懂的。
偏移5C860-7B320对应81-A9区的40-9F位(没有空位!)(可能吧)。
偏移7B480-BB100对应B0-FF区的40-9F位(没有空位!)。
望各位网友请教。
HZK16.GBK is compatible with HZK16, indeed.
The first half of HZK16.GBK is the same as HZK16, both are GB2312.
At offset 0x45080, it's 仭. (???)
After 侢 is 偂.
It seems that offset 45080 - 5C840 corresponds to the A1 - FE bits in the 81 - A0 area.
Later, you know.
Offset 5C860 - 7B320 corresponds to the 40 - 9F bits in the 81 - A9 area (no empty positions!) (maybe).
Offset 7B480 - BB100 corresponds to the 40 - 9F bits in the B0 - FF area (no empty positions!).
Hope all netizens ask for advice.
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2019-5-2 16:18 |
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diaowinner
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『第 2 楼』:
可能!
使用 LLM 解释/回答一下
我通过一些精密计算,那个“可能吧”真的可能!
I have made some precise calculations, that "maybe" is really possible!
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2019-5-4 16:22 |
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diaowinner
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『第 3 楼』:
glyph 列表
使用 LLM 解释/回答一下
#HZK**.GBK encode
glyph(0-8835)=qu(0xa1-fe)wei(0xa1-fe)
glyph(8836-14915)=qu(0x81-a0)wei(0xa1-fe)
glyph(14916-15779)=qu(0xa1-a9)wei(0x40-9f)
glyph(14916-15779)=qu(0xa1-a9)wei(0x40-9f)
glyph(15779-last)=qu(0xb0-ff)wei(0x40-9f)
#HZK**.GBK encode
glyph(0-8835)=qu(0xa1-fe)wei(0xa1-fe)
glyph(8836-14915)=qu(0x81-a0)wei(0xa1-fe)
glyph(14916-15779)=qu(0xa1-a9)wei(0x40-9f)
glyph(14916-15779)=qu(0xa1-a9)wei(0x40-9f)
glyph(15779-last)=qu(0xb0-ff)wei(0x40-9f)
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2019-5-4 16:49 |
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zzz19760225
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『第 4 楼』:
使用 LLM 解释/回答一下
作为行外人,看热闹的闲聊一句。
有没有不需要移位,偏移,误差等非精确一类之外的选择啊?(全程都是人为范围严格可控的)
Last edited by zzz19760225 on 2019-5-7 at 21:10 ]
As an outsider, just chatting casually. Is there any alternative that doesn't involve shifting, offsetting, errors, or other non-precise categories? (The whole process is strictly controllable within the human range)
Last edited by zzz19760225 on 2019-5-7 at 21:10 ]
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1<词>,2,3/段\,4{节},5(章)。 |
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2019-5-7 21:09 |
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diaowinner
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2019-5-10 21:35 |
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zzz19760225
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『第 6 楼』:
使用 LLM 解释/回答一下
如果楼主用已有深圳芯片和电子元器件市场的零件,组成一个二进制小霸王游戏机。
你会怎么做啊?(越具体越好)
Last edited by zzz19760225 on 2019-5-12 at 22:28 ]
If the building owner uses the parts from the existing Shenzhen chip and electronic components market to form a binary Little霸王 game console.
How would you do it? (The more specific the better)
Last edited by zzz19760225 on 2019-5-12 at 22:28 ]
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1<词>,2,3/段\,4{节},5(章)。 |
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2019-5-12 22:26 |
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diaowinner
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『第 7 楼』:
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做了个图,但是有什么用呢?

Made a picture, but what's the use?

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2019-5-20 17:47 |
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zzz19760225
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『第 8 楼』:
使用 LLM 解释/回答一下
图很好啊
听说以前有人研究汉字点阵规律,用函数来表达汉字,选择使汉字具有计算规律而可行,这个方向我觉得很好啊。
不要很多汉字,只是针对目前计算机常用的翻译汉字,估计几百到一千多个,可以函数实现,用在电脑硬件启动的时候,就是规模基数的中文电脑受众了。
(历史中汉化是一个经典的时代技术层面,而向硬件底层寻找汉字规律代替英文空间,可能是另一个层面)
Last edited by zzz19760225 on 2019-5-22 at 08:06 ]
The picture is very good.
I heard that someone studied the rules of Chinese character dots in the past and used functions to represent Chinese characters. I think this direction is very good.
Not many Chinese characters, just aiming at the commonly used translated Chinese characters on computers, estimated to be hundreds to more than a thousand, can be realized by functions, and used when the computer hardware starts, which is the Chinese computer audience with a certain scale.
(In history, Chinese localization was a classic technological era, and finding the rules of Chinese characters at the bottom of hardware to replace the English space may be another level)
Last edited by zzz19760225 on 2019-5-22 at 08:06 ]
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1<词>,2,3/段\,4{节},5(章)。 |
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2019-5-22 08:02 |
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diaowinner
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『第 9 楼』:
使用 LLM 解释/回答一下
Originally posted by zzz19760225 at 2019-5-12 22:26:
如果楼主用已有深圳芯片和电子元器件市场的零件,组成一个二进制小霸王游戏机。
你会怎么做啊?(越具体越好)
Last edited by zzz19760225 on 2019-5-12 at 22:28 ]
只要做个WPS就可以了。
Originally posted by zzz19760225 at 2019-5-12 22:26:
If the original poster uses the parts of the existing Shenzhen chip and electronic component market to form a binary Little霸王 game console.
How would you do it? (The more specific the better)
Last edited by zzz19760225 on 2019-5-12 at 22:28 ]
Just make a WPS.
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2019-5-31 11:12 |
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