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| code:numberformats [2017/12/09 17:33] – Igor Yefmov | code:numberformats [2017/12/09 18:18] – [UFIX 8.8] Igor Yefmov |
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| An 8-bit unsigned or signed value representing a decimal range of ''[0..255]'' or ''[-128..127]'' respectively. Bits are ordered the "usual" way with the MSB on the left and LSB on the right. | An 8-bit unsigned or signed value representing a decimal range of ''[0..255]'' or ''[-128..127]'' respectively. Bits are ordered the "usual" way with the MSB on the left and LSB on the right. |
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| A couple of examples (decimal == bits): | A couple of examples (decimal = bits): |
| * ''1'' = ''00000001'' both signed and unsigned | * ''1'' = ''00000001'' both signed and unsigned |
| * ''253'' = ''11111101'' (unsigned only) | * ''253'' = ''11111101'' (unsigned only) |
| * ''0.0'' = ''0x00'', ''0x00'' | * ''0.0'' = ''0x00'', ''0x00'' |
| * ''1.0'' = ''0x01'', ''0x00'' | * ''1.0'' = ''0x01'', ''0x00'' |
| * ''1.5'' = ''0x01'', ''0xF0'' | * ''1.5'' = ''0x01'', ''0x80'' |
| * ''127.3'' = ''0x7F'', ''0x4D'' - notice how the actual precise decimal number ''127 + 77/256'' is not **exactly** ''127.3'' but is an approximation with a precise decimal value of ''127.30078125'' | * ''127.3'' = ''0x7F'', ''0x4D'' - notice how the actual precise decimal number ''127 + 77/256'' is not **exactly** ''127.3'' but is an approximation with a precise decimal value of ''127.30078125'' |
| * ''-1'' - unrepresentable | * ''-1'' - unrepresentable |
| * ''256'' = ''0xFF'', ''0xFF'' - once again, the actual decimal number is "very close" and is in fact ''255.99609375'' | * ''256'' = ''0xFF'', ''0xFF'' - once again, the actual decimal number is "very close" and is in fact ''255.99609375'' |
