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Post by AnthroHeart on May 21, 2021 16:44:39 GMT
Ok, reden, I still am on my Raspberry Pi 3 till later today, which is only 32-bit. I can't compile for 64-bit, so can you compile the v5.0 .cpp for Windows right now, so I'll have it later today or tomorrow when I have my Rasperry Pi 4. Here's at least the sourcecode for version 5.0 of the Repeater. Added two flags: --createnestingfiles = Create the different levels of boosting "power". Can be 1-100. Sometimes you don't need the full power. Run this before running with --boostlevel There may be a sweet spot, and it isn't always at 100% --boostlevel 50 This will use 50-levels deep. Formula is 10 ^ boostinglevel = total # of iterations. If you use --boostlevel, it will ignore the --intent option. github.com/tsweet77/repeater-max
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Post by AnthroHeart on May 21, 2021 16:45:33 GMT
It sounds like we could approach Rayo's number if you've heard of that. It's rediculous as that's more a concept than an actual number. Now hitting TREE(3), that would be something. It dwarfs Graham's Number, and that is already inconceivable. There's also the SSCG function, which is bigger than TREE(3) and TREE(3)^TREE(3). en.wikipedia.org/wiki/Friedman%27s_SSCG_function"The SSCG sequence begins SSCG(0) = 2, SSCG(1) = 5, but then grows rapidly. SSCG(2) = 3 × 2(3 × 2^95) − 8 ≈ 3.241704 ⋅ 10^35775080127201286522908640066 and its decimal expansion ends in ...11352349133049430008." And that is SSCG(2). SSCG(3) is bigger than TREE(3)^TREE(3). Is that larger than TREE(Graham's Number)?
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Post by AnthroHeart on May 21, 2021 16:46:41 GMT
If a speaker can go 100% full volume, why listen at only 10%? But NEST100.TXT would be full volume, while NEST10.TXT would be 10% (assuming you generate 100 files). Right. Though I was getting that you were saying like "Everyone needs 100. Nobody needs lower."
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Post by reden on May 21, 2021 16:48:05 GMT
But NEST100.TXT would be full volume, while NEST10.TXT would be 10% (assuming you generate 100 files). Right. Though I was getting that you were saying like "Everyone needs 100. Nobody needs lower." Yes, that's what I was saying. I recognize that there are people who would be comfortable with a little bit lower while they get used to the energy.
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Post by AnthroHeart on May 21, 2021 16:51:03 GMT
Right. Though I was getting that you were saying like "Everyone needs 100. Nobody needs lower." Yes, that's what I was saying. I recognize that there are people who would be comfortable with a little bit lower while they get used to the energy. Also, it's theoretical that the ideal manifestation frequency may be the blink rate, or the planck time exactly. So using lower boosting may hit that sweet spot. We'll have to play around with it. Like if we were going for the color blue. We'd pick light at a specific frequency. Not the max frequency we have. So manifestation may be an exact frequency of repeating. We have to research.
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Post by AnthroHeart on May 21, 2021 16:51:53 GMT
Also, when you compile my v5.0, use the --createnestingfiles first, because it has a slightly different notation than what I posted.
There isn't a NEST-0.TXT now.
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Post by AnthroHeart on May 21, 2021 16:53:38 GMT
Right. Though I was getting that you were saying like "Everyone needs 100. Nobody needs lower." Yes, that's what I was saying. I recognize that there are people who would be comfortable with a little bit lower while they get used to the energy. I don't know. I probably won't use boosting myself, unless we can use it to like manifest stuff, but not on myself.
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Post by reden on May 21, 2021 17:01:00 GMT
Ok, reden, I still am on my Raspberry Pi 3 till later today, which is only 32-bit. I can't compile for 64-bit, so can you compile the v5.0 .cpp for Windows right now, so I'll have it later today or tomorrow when I have my Rasperry Pi 4. Here's at least the sourcecode for version 5.0 of the Repeater. Added two flags: --createnestingfiles = Create the different levels of boosting "power". Can be 1-100. Sometimes you don't need the full power. Run this before running with --boostlevel There may be a sweet spot, and it isn't always at 100% --boostlevel 50 This will use 50-levels deep. Formula is 10 ^ boostinglevel = total # of iterations. If you use --boostlevel, it will ignore the --intent option. github.com/tsweet77/repeater-maxIt's gonna have to wait a little. I'm going to lunch now.
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Post by AnthroHeart on May 21, 2021 17:08:45 GMT
Ok.
I would turn down the power while you are learning to focus the energy, so you don't broadcast so much. This goes for everyone. Maybe play with lower settings until you are pretty sure.
There's also this concept here in the US called "overkill". You don't use a nuke to kill a fly for instance.
We'll have to deal more with subtleties.
If you do use level 100 boost, I recommend maybe a low refresh rate with --freq 1 to do 1 Hz or something.
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Post by reden on May 21, 2021 17:44:30 GMT
There's also the SSCG function, which is bigger than TREE(3) and TREE(3)^TREE(3). en.wikipedia.org/wiki/Friedman%27s_SSCG_function"The SSCG sequence begins SSCG(0) = 2, SSCG(1) = 5, but then grows rapidly. SSCG(2) = 3 × 2(3 × 2^95) − 8 ≈ 3.241704 ⋅ 10^35775080127201286522908640066 and its decimal expansion ends in ...11352349133049430008." And that is SSCG(2). SSCG(3) is bigger than TREE(3)^TREE(3). Is that larger than TREE(Graham's Number)? I was thinking... maybe no, but I found this chart at www.quora.com/Which-of-these-is-the-biggest-Grahams-Number-Rayos-Number-Loader-s-Number-or-TREE-3 : Fish Number 7 >> Rayo’s Number >> Loader’s Number >> SCG(13) >> TREE(3) >> g(64). SCG(13) is the same as SSCG(3). Fish Number 7, a number devised in 2013 by a Japanese man known as Fish, is a very big number. It is represented as F7:=≈ F637(10^100) R63ζ0(10^100). I have no idea how to interpret that. googology.wikia.org/wiki/Fish_number_7 .
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Post by reden on May 21, 2021 18:06:41 GMT
Ok, reden, I still am on my Raspberry Pi 3 till later today, which is only 32-bit. I can't compile for 64-bit, so can you compile the v5.0 .cpp for Windows right now, so I'll have it later today or tomorrow when I have my Rasperry Pi 4. Here's at least the sourcecode for version 5.0 of the Repeater. Added two flags: --createnestingfiles = Create the different levels of boosting "power". Can be 1-100. Sometimes you don't need the full power. Run this before running with --boostlevel There may be a sweet spot, and it isn't always at 100% --boostlevel 50 This will use 50-levels deep. Formula is 10 ^ boostinglevel = total # of iterations. If you use --boostlevel, it will ignore the --intent option. github.com/tsweet77/repeater-maxI am on Windows 7. I am not sure how to apply -O3 (exe) -static-libgcc -static-libstdc++ -Wl,-Bstatic -lstdc++ -lpthread -Wl,-Bdynamic, because O3 doesn't even exist for cl.exe (Microsoft's compiler), it only has /O2. Edit: I do see a glitch. It says Intention twice: Intention is: Intention Repeater MAX v5.0 (c)2020-2021 by Anthro Teacher aka Thomas Sweet. Performance benchmark, exponents and flags by Karteek Sheri. Holo-Link framework originally created by Mystic Minds. This implementation by A nthro Teacher. Boosting through Nested Files and Intention Multiplying created by Anthro Teache r. Intention: LO^C Edit 2: I do have access to MSYS, which is a super shell that also bundles MinGW32 and 64.
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Post by AnthroHeart on May 21, 2021 18:11:44 GMT
Yeah, I have fixed that glitch. I will upload after I get onto my Pi 4 later. I have the Pi, just not the SSD, which will be delivered later.
Then I'll compile for Windows.
Linux has a MingW64 compiler for Windows.
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Post by reden on May 21, 2021 18:13:03 GMT
I compiled. Where shall I upload it?
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Post by AnthroHeart on May 21, 2021 18:13:09 GMT
I am running these intentions which are helping me a lot:
I do not feel others running the Intention Repeater. I have a bubble of white light around me protecting me from what I do not want or need. Focus energy to only what it needs to do, and nothing more. I give my excess energy to Rufus and Anubis as needed. Thank you. So be it. OM.
I like giving my excess energy to Rufus and Anubis. They have both helped me so much.
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Post by AnthroHeart on May 21, 2021 18:14:07 GMT
I compiled. Where shall I upload it? No need right now. I will do so later today after I compile the newer version. But you should still be able to run it yourself. I use --boostlevel 5 for my intention. It's pretty good.
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