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1000 results for “wyatt_h_knott”
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What is the next super weapon you want to see implemented in game?
• The M-25 Phased Plasma Pulse-Gun in 40 watt range
• The Mini-nuke
• The Occam's Razor
• The Banana Bomb
• The Holy Hand-Grenade of Antioch
#Unvanquished #indiedev #gamedev #indiegame #floss #idtech #DaemonEngine (video by chris807) -
What is the next super weapon you want to see implemented in game?
• The M-25 Phased Plasma Pulse-Gun in 40 watt range
• The Mini-nuke
• The Occam's Razor
• The Banana Bomb
• The Holy Hand-Grenade of Antioch
#Unvanquished #indiedev #gamedev #indiegame #floss #idtech #DaemonEngine (video by chris807) -
What is the next super weapon you want to see implemented in game?
• The M-25 Phased Plasma Pulse-Gun in 40 watt range
• The Mini-nuke
• The Occam's Razor
• The Banana Bomb
• The Holy Hand-Grenade of Antioch
#Unvanquished #indiedev #gamedev #indiegame #floss #idtech #DaemonEngine (video by chris807) -
The end of this book is very satisfyingly violent. #tommyknockers
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So anyway I’m rereading #Tommyknockers for the first time in like 30+ years, ask adult me anything about how well I thibk it rips off Quatermass and the Pit.
(Quite well actually)
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@wyatt FF7 scenes with Bugenhagen are "cries of the planet" to some and "old man yells at Cloud" to others. That and he looks kind of like a Weeble
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Strahlungsbilanz: Ungleichgewicht gibt Rätsel auf
Diskrepanzen in der irdischen #Energiebilanz nehmen zu, weichen jedoch von den Modellen ab
Das #Klima unseres Planeten beruht auf einem fein abgestimmten Gleichgewicht von Energieaufnahme und -abgabe: Die einfallende #Sonnenstrahlung liefert #Energie und #Wärme, überschüssige Energie wird als langwellige #Wärmestrahlung zurück ins #All abgegeben. Ist beides im #Gleichgewicht, bleibt das #Klima stabil. Wie viel Strahlung absorbiert oder reflektiert wird, ist jedoch von zahlreichen Faktoren abhängig, darunter vom #Treibhauseffekt und den #Aerosolen in der #Atmosphäre, von der #Albedo der Eisflächen oder auch der Pufferwirkung der #Ozeane.
Wir Menschen haben die #Energiebalance unseres Planeten jedoch verändert: #Satellitendaten belegen, dass die Erde inzwischen mehr Energie aufnimmt als sie abgibt – die irdische Strahlungsbilanz ist aus dem Gleichgewicht geraten. Die Folge ist der immer schneller fortschreitende #Klimawandel.
Doch das Ausmaß der verschobenen Energiebilanz gibt Klimaforschern Rätsel auf: „#Besorgniserregend ist, dass das beobachtete Energieungleichgewicht viel #schneller ansteigt als erwartet“, berichten Thorsten Mauritsen von der Universität Stockholm und seine Kollegen. Im Jahr 2023 erreichte der irdische #Energieüberschuss einen Wert von 1,8 Watt pro Quadratmeter. „Das ist doppelt so viel wie von #Klimamodelle'n und dem #IPCC vorhergesagt“, so das Team.
https://www.scinexx.de/news/geowissen/strahlungsbilanz-ungleichgewicht-gibt-raetsel-auf/
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Producers Of Indie Thriller ‘Exhale’ License Voice Of Writer Alan Watts To Use In Movie; Logan Marshall-Green Joins Cast
#News #Exhalehttps://deadline.com/2025/06/alan-watts-voice-used-movie-exhale-cast-1236442156/
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Hello
@ _L1vY_@ mstdn .social#OnTyranny
#America (??)__
https://mastodon.social/@_L1vY_@mstdn.social/115389691948846050#TakeResponsibilityForTheFaceOfTheWorld
{ ¿| #Art#ElanaMusky ¿( #ai ) #Kakistocracy
{ ¿| #THEALLOCATOR #WhyTheatre#StarTrek
Critical Care __
http://chakoteya.net/Voyager/703.htm #theatre#Aa ( #toning ) #vocalizing
#SEEDS#VandanaShiva ¿( #AfterSkool ) #NoExcludedmiddle
#EarthDemocracy -
Hello
@…. # aye#WhoopAndAHoller* #watt
#TheLargerNow**‘The Holocaust as History and Warning\ #NeverAgainIsNow
#MoreFromThom
{ *¿|https://www.thomhartmann.com/blog/2017/02/transcript-origins-totalitarianism-and-trump-administration-26-january-17 #HumanOutcry#BanalityOfEvil / #RealWealthOfNations
{ **¿| #ChaliceAndTheBlade#OnTyranny // #TimothySnyderSpeaks || #AmericaDefeatsAmerica
#BlackEarth #EcologicalPanic #Calories
#OurMalady #Answer #awe #wonder { ¿| #TheHolyNow -
NEWS TO ME
Hello
#NEWSToMe
‘How We Beat The Fascists Last Time: The London History Show
J. Draper
https://youtube.com/watch?v=XeHviTKEqSo #History -
Safe battery recycling starts here.
Drop-off Locations
Thousands of drop-off sites. Zero confusion.
"Finding a safe place to recycle your batteries should be easy. Our locator tool helps you quickly find convenient, trusted drop-off locations near you. Just enter your ZIP code to get started.
What You Can BringMost sites accept common household and rechargeable batteries. Some accept specialty batteries like e-bike or high energy (>300 watt hours) batteries. Check each location’s details before your visit.
Learn more about the batteries you can recycle
Recycling batteries keeps your home—and community—safe. Start with the locator below."
https://batterynetwork.org/locator/
#SolarPunkSunday #ResponsibleRecycling #BatteryRecycling #RechargeableBatteries #BatteryDisposal
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If there is anyone out there that has tips or pointers about getting back into #crocheting I'm all ears/eyes.
There is a new to me technique of letting the #crochet hook in your dominant hand while wrapping the medium around.
Alexandria Masse
(http://www.alexandriamasse.com)She has some great tutorials on social media. And I'm very fond of her Masse Method. It's extremely comfortable to me. @amin talking about his knitting really inspired me to pick this back up. I've had the material sit on my desk for about 3 weeks now. I've ordered hooks for said project and they've arrived. But I lack the confidence to start again. I 1000% have no muscle memory for any stitch. So I'm constantly second guessing myself or cutting the older yarn I was practicing with and toss it in the bin.
With my work injuries, I have to try different methods like this. Any traditional way, let alone what I was taught 20+ years ago, causes incredible pain and discomfort regardless of hook.
I would love to share some of the patterns I have or the one I'm wanting to work on first. But out of respect to the owner's wishes, I can't. I might reach out and see if the reference image is ok. I think his child was the model (it's a hat!!!! Kufi specifically), so I'm being abundantly cautious. If there are images that I have, where the kufis are folded up, or on a table I think I can share those.
I think if I can get some momentum on this project, I have a great excuse to write another blog post for my website.
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If there is anyone out there that has tips or pointers about getting back into #crocheting I'm all ears/eyes.
There is a new to me technique of letting the #crochet hook in your dominant hand while wrapping the medium around.
Alexandria Masse
(http://www.alexandriamasse.com)She has some great tutorials on social media. And I'm very fond of her Masse Method. It's extremely comfortable to me. @amin talking about his knitting really inspired me to pick this back up. I've had the material sit on my desk for about 3 weeks now. I've ordered hooks for said project and they've arrived. But I lack the confidence to start again. I 1000% have no muscle memory for any stitch. So I'm constantly second guessing myself or cutting the older yarn I was practicing with and toss it in the bin.
With my work injuries, I have to try different methods like this. Any traditional way, let alone what I was taught 20+ years ago, causes incredible pain and discomfort regardless of hook.
I would love to share some of the patterns I have or the one I'm wanting to work on first. But out of respect to the owner's wishes, I can't. I might reach out and see if the reference image is ok. I think his child was the model (it's a hat!!!! Kufi specifically), so I'm being abundantly cautious. If there are images that I have, where the kufis are folded up, or on a table I think I can share those.
I think if I can get some momentum on this project, I have a great excuse to write another blog post for my website.
-
If there is anyone out there that has tips or pointers about getting back into #crocheting I'm all ears/eyes.
There is a new to me technique of letting the #crochet hook in your dominant hand while wrapping the medium around.
Alexandria Masse
(http://www.alexandriamasse.com)She has some great tutorials on social media. And I'm very fond of her Masse Method. It's extremely comfortable to me. @amin talking about his knitting really inspired me to pick this back up. I've had the material sit on my desk for about 3 weeks now. I've ordered hooks for said project and they've arrived. But I lack the confidence to start again. I 1000% have no muscle memory for any stitch. So I'm constantly second guessing myself or cutting the older yarn I was practicing with and toss it in the bin.
With my work injuries, I have to try different methods like this. Any traditional way, let alone what I was taught 20+ years ago, causes incredible pain and discomfort regardless of hook.
I would love to share some of the patterns I have or the one I'm wanting to work on first. But out of respect to the owner's wishes, I can't. I might reach out and see if the reference image is ok. I think his child was the model (it's a hat!!!! Kufi specifically), so I'm being abundantly cautious. If there are images that I have, where the kufis are folded up, or on a table I think I can share those.
I think if I can get some momentum on this project, I have a great excuse to write another blog post for my website.
-
If there is anyone out there that has tips or pointers about getting back into #crocheting I'm all ears/eyes.
There is a new to me technique of letting the #crochet hook in your dominant hand while wrapping the medium around.
Alexandria Masse
(http://www.alexandriamasse.com)She has some great tutorials on social media. And I'm very fond of her Masse Method. It's extremely comfortable to me. @amin talking about his knitting really inspired me to pick this back up. I've had the material sit on my desk for about 3 weeks now. I've ordered hooks for said project and they've arrived. But I lack the confidence to start again. I 1000% have no muscle memory for any stitch. So I'm constantly second guessing myself or cutting the older yarn I was practicing with and toss it in the bin.
With my work injuries, I have to try different methods like this. Any traditional way, let alone what I was taught 20+ years ago, causes incredible pain and discomfort regardless of hook.
I would love to share some of the patterns I have or the one I'm wanting to work on first. But out of respect to the owner's wishes, I can't. I might reach out and see if the reference image is ok. I think his child was the model (it's a hat!!!! Kufi specifically), so I'm being abundantly cautious. If there are images that I have, where the kufis are folded up, or on a table I think I can share those.
I think if I can get some momentum on this project, I have a great excuse to write another blog post for my website.
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JJ Watt drops savage dig at Aaron Glenn after puzzling New York Jets center mystery | NFL News
JJ Watt drops savage dig at Aaron Glenn after puzzling New York Jets center mystery (Image Via Google)…
#NFL #NewYorkJets #NewYork #NY #Jets #aaronglenn #Football #JJWatt #JoeTippmann #JoshMyers #NFLdraft2023 #PittsburghSteelers #SteelersvsJets
https://www.rawchili.com/nfl/324008/ -
JJ Watt drops savage dig at Aaron Glenn after puzzling New York Jets center mystery | NFL News
JJ Watt drops savage dig at Aaron Glenn after puzzling New York Jets center mystery (Image Via Google)…
#NFL #NewYorkJets #NewYork #NY #Jets #aaronglenn #Football #JJWatt #JoeTippmann #JoshMyers #NFLdraft2023 #PittsburghSteelers #SteelersvsJets
https://www.rawchili.com/nfl/324008/ -
JJ Watt drops savage dig at Aaron Glenn after puzzling New York Jets center mystery | NFL News https://www.rawchili.com/nfl/324008/ #AaronGlenn #Football #Jets #JJWatt #JoeTippmann #JoshMyers #NewYork #NewYorkJets #NewYork #NewYorkJets #NFL #NFLDraft2023 #PittsburghSteelers #SteelersVsJets
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JJ Watt drops savage dig at Aaron Glenn after puzzling New York Jets center mystery | NFL News https://www.rawchili.com/nfl/324008/ #AaronGlenn #Football #Jets #JJWatt #JoeTippmann #JoshMyers #NewYork #NewYorkJets #NewYork #NewYorkJets #NFL #NFLDraft2023 #PittsburghSteelers #SteelersVsJets
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I updated my /now/ page that covers what I've been up to for the past month (projects, books, movies, etc.): https://www.isaacwyatt.com/now/
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Just watched Wyat Earp. Holy moly. What a bloviated bore.
Tombstone > Wyat Earp
I'm you're Huckleberry...
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#AMD #EPYC Turin 128 Core Comparison: #EPYC9755 "#Zen5" and the #EPYC9745 "#Zen5C" at 400W and 320W TDP
Overall the AMD EPYC 9745 offered good performance relative to the EPYC 9755 with its full Zen 5 cores and higher TDP while offering quite a nice lead in performance-per-Watt across the many workloads tested. The EPYC 9745 is great choice for those concerned about maximizing the power efficiency of your EPYC 9005 series server build and/or limited to a maximum 400W TDP
https://www.phoronix.com/review/amd-epyc-9745-9755 -
#AMD #EPYC #4545P (16 core 65 Watt processor) Achieves 2.24x The Performance At Half The Power Of The First EPYC #CPU
Complementing all the performance and power data from that review article, here are some additional tests putting its performance and efficiency compared to the original AMD #EPYC7601 flagship processor that ushered in the EPYC family eight years ago.
https://www.phoronix.com/review/amd-epyc-4545p-efficiency -
Here's another power project, it's actually a copy of something I posted a while back. It's another diode OR UPS, this time meant to power a Raspberry Pi (or something else that takes 5 volts).
I found some cheap adjustable #buck converters on Amazon. The idea is to step down 12 V nominal, either from another battery, a power supply, or perhaps a solar panel, to about 7 V or so - this is labeled Vbuck in the schematic. From there current can flow into the battery, a 6 V gel cell lead acid in this case, via D1 and Rch. It can also flow through D3 into the 7805 regulator, which puts out 5 volts. If the input power to the buck converter is taken away, power flows from the battery to the 7805 through D2.
It's dirt simple, and my intent is to keep the 6 volt battery floated. Basically, pick the float voltage you want (say 6.6 V), and add the diode drop to it. This is about what you set the output of the buck converter to. The resistor Rch is just there to limit the current in case the battery gets significantly discharged - once it hits the float voltage you want, very little current will flow. Pick a low end voltage, maybe 5.5 V, and set the resistor such that the voltage drop gives you the current you want: (7-0.4-5.5)/Rch
I just used a 3.9 ohm resistor since I had it. Don't forget to make sure it can take the power, but in my case it should be around a quarter of a watt (it's a 2 watt resistor). You can also bump the voltage up of the buck converter to get a little more current if you want some more granularity.
The key is to have a buck converter you can adjust. The diodes here are big for what I'm using them for, but I had a tube of them from past dumpster diving. You could probably come up with a better circuit, utilizing a specially-designed switching supply, but this is quick and dirty and should work.
I checked voltages tonight, but may get around to trying it with an actual Pi tomorrow.
#power #electronics #UPS #backup #RaspberryPi #diodes #DiodeOr #5v
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Here's another power project, it's actually a copy of something I posted a while back. It's another diode OR UPS, this time meant to power a Raspberry Pi (or something else that takes 5 volts).
I found some cheap adjustable #buck converters on Amazon. The idea is to step down 12 V nominal, either from another battery, a power supply, or perhaps a solar panel, to about 7 V or so - this is labeled Vbuck in the schematic. From there current can flow into the battery, a 6 V gel cell lead acid in this case, via D1 and Rch. It can also flow through D3 into the 7805 regulator, which puts out 5 volts. If the input power to the buck converter is taken away, power flows from the battery to the 7805 through D2.
It's dirt simple, and my intent is to keep the 6 volt battery floated. Basically, pick the float voltage you want (say 6.6 V), and add the diode drop to it. This is about what you set the output of the buck converter to. The resistor Rch is just there to limit the current in case the battery gets significantly discharged - once it hits the float voltage you want, very little current will flow. Pick a low end voltage, maybe 5.5 V, and set the resistor such that the voltage drop gives you the current you want: (7-0.4-5.5)/Rch
I just used a 3.9 ohm resistor since I had it. Don't forget to make sure it can take the power, but in my case it should be around a quarter of a watt (it's a 2 watt resistor). You can also bump the voltage up of the buck converter to get a little more current if you want some more granularity.
The key is to have a buck converter you can adjust. The diodes here are big for what I'm using them for, but I had a tube of them from past dumpster diving. You could probably come up with a better circuit, utilizing a specially-designed switching supply, but this is quick and dirty and should work.
I checked voltages tonight, but may get around to trying it with an actual Pi tomorrow.
#power #electronics #UPS #backup #RaspberryPi #diodes #DiodeOr #5v
-
Here's another power project, it's actually a copy of something I posted a while back. It's another diode OR UPS, this time meant to power a Raspberry Pi (or something else that takes 5 volts).
I found some cheap adjustable #buck converters on Amazon. The idea is to step down 12 V nominal, either from another battery, a power supply, or perhaps a solar panel, to about 7 V or so - this is labeled Vbuck in the schematic. From there current can flow into the battery, a 6 V gel cell lead acid in this case, via D1 and Rch. It can also flow through D3 into the 7805 regulator, which puts out 5 volts. If the input power to the buck converter is taken away, power flows from the battery to the 7805 through D2.
It's dirt simple, and my intent is to keep the 6 volt battery floated. Basically, pick the float voltage you want (say 6.6 V), and add the diode drop to it. This is about what you set the output of the buck converter to. The resistor Rch is just there to limit the current in case the battery gets significantly discharged - once it hits the float voltage you want, very little current will flow. Pick a low end voltage, maybe 5.5 V, and set the resistor such that the voltage drop gives you the current you want: (7-0.4-5.5)/Rch
I just used a 3.9 ohm resistor since I had it. Don't forget to make sure it can take the power, but in my case it should be around a quarter of a watt (it's a 2 watt resistor). You can also bump the voltage up of the buck converter to get a little more current if you want some more granularity.
The key is to have a buck converter you can adjust. The diodes here are big for what I'm using them for, but I had a tube of them from past dumpster diving. You could probably come up with a better circuit, utilizing a specially-designed switching supply, but this is quick and dirty and should work.
I checked voltages tonight, but may get around to trying it with an actual Pi tomorrow.
#power #electronics #UPS #backup #RaspberryPi #diodes #DiodeOr #5v
-
Here's another power project, it's actually a copy of something I posted a while back. It's another diode OR UPS, this time meant to power a Raspberry Pi (or something else that takes 5 volts).
I found some cheap adjustable #buck converters on Amazon. The idea is to step down 12 V nominal, either from another battery, a power supply, or perhaps a solar panel, to about 7 V or so - this is labeled Vbuck in the schematic. From there current can flow into the battery, a 6 V gel cell lead acid in this case, via D1 and Rch. It can also flow through D3 into the 7805 regulator, which puts out 5 volts. If the input power to the buck converter is taken away, power flows from the battery to the 7805 through D2.
It's dirt simple, and my intent is to keep the 6 volt battery floated. Basically, pick the float voltage you want (say 6.6 V), and add the diode drop to it. This is about what you set the output of the buck converter to. The resistor Rch is just there to limit the current in case the battery gets significantly discharged - once it hits the float voltage you want, very little current will flow. Pick a low end voltage, maybe 5.5 V, and set the resistor such that the voltage drop gives you the current you want: (7-0.4-5.5)/Rch
I just used a 3.9 ohm resistor since I had it. Don't forget to make sure it can take the power, but in my case it should be around a quarter of a watt (it's a 2 watt resistor). You can also bump the voltage up of the buck converter to get a little more current if you want some more granularity.
The key is to have a buck converter you can adjust. The diodes here are big for what I'm using them for, but I had a tube of them from past dumpster diving. You could probably come up with a better circuit, utilizing a specially-designed switching supply, but this is quick and dirty and should work.
I checked voltages tonight, but may get around to trying it with an actual Pi tomorrow.
#power #electronics #UPS #backup #RaspberryPi #diodes #DiodeOr #5v
-
Here's another power project, it's actually a copy of something I posted a while back. It's another diode OR UPS, this time meant to power a Raspberry Pi (or something else that takes 5 volts).
I found some cheap adjustable #buck converters on Amazon. The idea is to step down 12 V nominal, either from another battery, a power supply, or perhaps a solar panel, to about 7 V or so - this is labeled Vbuck in the schematic. From there current can flow into the battery, a 6 V gel cell lead acid in this case, via D1 and Rch. It can also flow through D3 into the 7805 regulator, which puts out 5 volts. If the input power to the buck converter is taken away, power flows from the battery to the 7805 through D2.
It's dirt simple, and my intent is to keep the 6 volt battery floated. Basically, pick the float voltage you want (say 6.6 V), and add the diode drop to it. This is about what you set the output of the buck converter to. The resistor Rch is just there to limit the current in case the battery gets significantly discharged - once it hits the float voltage you want, very little current will flow. Pick a low end voltage, maybe 5.5 V, and set the resistor such that the voltage drop gives you the current you want: (7-0.4-5.5)/Rch
I just used a 3.9 ohm resistor since I had it. Don't forget to make sure it can take the power, but in my case it should be around a quarter of a watt (it's a 2 watt resistor). You can also bump the voltage up of the buck converter to get a little more current if you want some more granularity.
The key is to have a buck converter you can adjust. The diodes here are big for what I'm using them for, but I had a tube of them from past dumpster diving. You could probably come up with a better circuit, utilizing a specially-designed switching supply, but this is quick and dirty and should work.
I checked voltages tonight, but may get around to trying it with an actual Pi tomorrow.
#power #electronics #UPS #backup #RaspberryPi #diodes #DiodeOr #5v