Results
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Choice
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Votes
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Percent
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Machine Code
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14
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3.0%
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Assembly Language
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74
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15.9%
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C/C++
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167
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35.8%
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Java
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12
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2.6%
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LISP
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2
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0.4%
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Perl
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17
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3.6%
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TI-BASIC
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123
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26.4%
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Other
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39
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8.4%
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I don't program.
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18
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3.9%
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Re: What is your favorite way to program?
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nova
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anyone who programs in machine code is an 3l33t h4x0r
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Reply to this comment
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30 September 2000, 07:45 GMT
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Re: What is your favorite way to program?
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Joel Thompson
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I like ASM simply because it is a challange to me, and to learn to program, which is something that I like to have sometimes. Although I do program TI-BASIC, I like ASM better because it is faster, although it is tough to learn, and you usually need a computer to compile it. Another thing I like about it is that when I program ASM I usually learn something, which I also like to do.
(Assembly Language #2)
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Reply to this comment
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30 September 2000, 07:46 GMT
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Re: What is your favorite way to program?
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kaizer_911
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My favorite way to program is C/C++ but sometimes I prefer BASIC, it just depends on what I am coding. But I know some of all the langs listed, kinda a tough question to answer.
kaizer_911
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Reply to this comment
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30 September 2000, 08:07 GMT
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Re: What is your favorite way to program?
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enigma2e
(Web Page)
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I chose assembly because it is quick and easy to write. It is also easy to update, but then again, i can program in all of those languages (except LISP, never heard of it) and it started with REXX in 1993 when I was in 3rd grade.
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30 September 2000, 08:11 GMT
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Re: What is your favorite way to program?
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Matthew Waters
(Web Page)
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TI-BASIC is fun to program when your bored in math or physics class, however, I prefer assembly because you have so much more freedom to do whatever you want to the calc. Occasionally I might write a program that does something like freezing the calc, causing it to spontaneously combust, or bringing about the second coming of Christ, but as long as those last two don't happen that often, coding in assembly is the way to go.
The Fishy One's Infinite Wisdom #28: Life is anything that dies when you stomp on it.
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30 September 2000, 08:53 GMT
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Re: Re: Evolution? How could that possibly be?
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Jonas Lööf
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Get youre facts right... The monkeys split in several branches. One was the apes. From the ape-line the gibbons branched of first, from the remainder that were to be the orangutangs, gorillas, chimpanses, bonobos and humans. Later the orangutangs branched of, and even later the gorillas. Then the apes that were to be humans branched of from the chimpanse/bonobo-line, that split later. The would be humans evolved and branched several times more but only one of those spices remains today, us.
To ask why there are both monkeys and humans, is as naive as asking why there are more than one spices at all. Spices does not evolve towards a fixed goal, but to fit into a specific niche in nature.
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2 October 2000, 13:32 GMT
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Re: Evolution? How could that possibly be?
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calcfreak901
(Web Page)
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The Theory of Evolution is sort of a misnomer. Life doesn't *evolve*, it undergoes nearly random mutations, and there is also often interbreeding between exceptionally similar species. It has been theorized that the whole idea of the last common ancestor of any two given closely related species is not one ancestral species, but rather a set of closely related but nevertheless distinct species. It has been estimated that there were 10-20 direct ancestral species to Homo sapiens sapiens. Thus, Instead of a tree of life, its more like a braided delta of life. It seems to me that "mutated" is much more accurate than "evolved", as the latter suggests the previous species ceased to exist, while the former suggests that the current species arose from a natural genetic alteration, which would not spell doom for the previous species.
This is one reason that monkeys are still around, even though apes mutated from them, and we mutated from apes. It has even been theorized that the origin of life on Earth would almost have to have been an incredibly simple form of life, such as a protein sphere containing a self-replicable form of RNA. It has been estimated that the entire genetic sequence for this life form was only 12-18 bases long. It has been near-impossible to find evidence of life more than 3.6 billion years old, primarily because that is the time when multicellular life with relatively hard tissues (cellular walls, cartilage, bone, exoskeletons, etc.) started to form. I personally think that life most likely formed many millions of years before then, but did not reach sufficient sophistication to be well-preserved until that time.
For further reference, read Here Be Dragons: The Scientific Quest for Extraterrestrial Life by David Koerner and Simon LeVay.
In case you can't tell by now, I believe in the Theory of Mutation (see first paragraph for explanation as to why I do not believe in the Theory of Evolution, despite the similarities between these two theories).
eofpi and the unimatrix's 45.599850351139 mutated cents
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2 October 2000, 01:17 GMT
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