Well, a typical solar roof (not tiles, just paneels on top of the tiles) in germany is around $12,000. You can get that with batteries if you join a long term contract with a 'virtual power plant' company. That means your batterie is pooled with thousands of others into a 'virtual power plant' and is not only loaded from your own solar installation but also by surplus power from the grid. And the batterie is ofc also used to provide extra power to the grid, as balancing power. Ofc, there still is some subsidicing going on, but a system to power a house completely autonomous and even earn money, would not cost more than $20,000. After 7 - 8 years you would make money. However, that would not be solar tiles (no idea about their performance) but ordinary silicon based PV installations.
The lighthouse of Alexandria was made from blocks/bricks of glass. It was over 1000 years in more or less continuous operation. It lasted about 1200 years until it collapsed due to an earth-/seaquake.
Well, you should not check the size of your roof, but the amount of energy you use (and how to reduce that). It makes no sense (even in gods on land) to cover the whole roof with such tiles for a single house hold building (and have the power wall sized accordingly). Most likely one third or less of the roof is enough to power your house.
Erm, yes it is tricky:) Banks are required to deposite a part of their money at the central bank, hence are required to pay negative interest. On the other hand they 'gain' from the negative interests when they hand out credits and are required to take,a part of the money from the central bank. Bottom line negative interest is not even the same thing as deflation...
Sorry, I explained the facts now several times. French power,is from roughly 75% clean sources, which you easy can google. Germany produced 52.4% of its power 2017 from non CO2 producing sources, which you easy can google.
Biomass, is clean, you are an idiot. If we would not use the Biomass to produce power, the same amount of CO2 or CH4 would be produced by letting it rott on the fields.
The numbers are as follows 58g CO2/kWh vs 560 g CO2/kWh Then please, show me your calculation with your wrong numbers above:) It might appear that it is only ~6x, buy due to heavy German coal usage it is ~10x. And that is your math?
Oki, Mr. algebra... I give up.
Please include the rotting biomass of the french, as they do not collect,it and make energy from it, but let it just escape into the atmosphere... it must be super polkuting, too! Or not?
Yes, that is odd, hence you should rather 'trust' me and read a book about it. A simple hot dog from the street shop contains more salt than you need per single day. You did not know that? You see...
Well, the deranking by google,is part of your search history, location, language etc. The upranking (search completion suggestions) is partly references to actual news, I guess that isma tricky part. As we actually don't want unjustified deranking, who cares, how google does it? A simple, like/hate system would probably enough for the start. Frankly I would be more concerend about the actuall cost of holding the search indices etc. than about algorithms.
Well, it is very special: as many programmers don't do this, or as there are many cases were this is not that important. Example: I designed or help designing a simple finite state machine based on 3 sensors in a tank and two pumps that should either automatic or semi manual pump content out of the tank. (Yes, super simple, nut the devil is in the details) So, there are two kinds of sensors, floating on/off switches giving a digital signal and analog sensors (based on a floating ball in a tube, giving a signal in mili amperes), you could configure the system to use either of them. So as I did not know on which levle I should help modelling this in UML (yes, UML for C), I asked the chief programmer: how would you approach this without me? The main use case was: if the tank is full, it should start pumping until it is empty or manually switched off/resetted. So he started to define states: FULL:- Floater is ON, Floater 2 is ON, Floater 3 is ON. (floater 3 the highest floater in the tank) EMPTY:- Floater is OFF, Floater 2 is OFF, Floater 3 is OFF.
Then actions, eg. FULL -> start pump(s). EMPTY -> sto pump(s).
Then I asked, yeah, all fine, but what if the State is: Floater 1 ON, floater 2 OFF, Floater 3 ON?
He said: "oh, good idea! We need a state: PUMPS_OFF, Floater 3 Error".
We found several such states. Before people ask, why they needed me to do UML... that was a product family of various pump controll units with a fancy UI - fancy in the sense that you had a 4 line screen with 20 or so chars, multiple languages UI, and 4 arrows and a select and cancel key. You could have one or more pumps, as mentioned above variouos measuring systems that should be calibrated. Options to optimze pump running hours (1 always a few hundret hours ahead of the other one, or both used alternating, trying to keep them close in running hours, watching for overheatin (an indication that the level sensors are faulty), random time contiue pumping after the relevant floater said stop (to prevent collectin a ring of drying foam/shit or whatever around the level of the floater etc. pp)
Anyway, a simple C program, becomming complex by the relatively huge amount of configuration options.
But... all this above, and your C experience regarding scientific instruments, is completely unrelated to programming languages. Parameter checking and in the example above, figuring that certain on/off conditions of the sensors indicate a fault has nothing to do with C etc.
And I can tell you: you are an idiot. Feel free to ask random questions about C, C++ before C++14 and Java. Preferable some you can not google or stackoverflow:P
Hint: I wrote an STL library before there where cross compiler/platform libraries available around 1993-1995... if that does not count, you are a moron.
Cancer is infectious. It is just so that for humans under nirmal conditions it is pretty difficult to infect each other.
For Tasmanian devels it is rather easy to infect each other with 'face cancer', right now it looks like the whole populatin is killing each other by infecting each other with cancer.
While this is intersting, at some point a router needs to be connected to theminternet, to have, well... acces to the internet. The interesting part about meshnets are ad hoc networks in case of a catastrophe that invloves power failure and failure of internet and cellular infrastructure. Or revolutions/demonstrations like right now in Iran where people need to communicate without giving the government options to block communication completely.
A mesh network does not go over established wires/networks. It goes from hand held to hand held via wifi or bluetooth or similar technology. In other words, there is no ISP etc. involved.
Your point does not make your parent wrong. Just because your workstation can be a server for someone else does not make the http protocol a pear to pear protocol. You still have technically a client/browser on one machine and a server on the other. The servers don't communicate with each other, nor dose the browsers. And until recently with newly introduced comet calls or web sockets the servers did not send data to the browser without having a http request first.
Well, I notice people who do not even know what a 'web address' is. They type 'facebook' into the search/addeess field, ignore the auto completion of the browser', hit return and then click on the first search result to end up at facebook.com.
Well, those jobs likely will always exist. But I doubt they need "special skills", you only need to know the hardware and its limitations you are on. Would not matter if you address the same problems on said hardware in assembler or pascal or Java. You would not have a JVM, though, but would need a java to nativ e compiler... and then you simply would ask yourself: why not using C? Anyway, I was more complaining about the idiots here on/. who think to be a "magician" amoungst "mere programmers" you need to know C.
You should bring it to a shop where it is recycled/disposed properly. Then you either check Amazon or any other retailer of your choice. Thank you for environmental friendly shopping and disposal of used electronic goods.
Slashdot Mirror
Well,
a typical solar roof (not tiles, just paneels on top of the tiles) in germany is around $12,000.
You can get that with batteries if you join a long term contract with a 'virtual power plant' company. That means your batterie is pooled with thousands of others into a 'virtual power plant' and is not only loaded from your own solar installation but also by surplus power from the grid.
And the batterie is ofc also used to provide extra power to the grid, as balancing power.
Ofc, there still is some subsidicing going on, but a system to power a house completely autonomous and even earn money, would not cost more than $20,000. After 7 - 8 years you would make money.
However, that would not be solar tiles (no idea about their performance) but ordinary silicon based PV installations.
An AI is only as "smart" as its trainers/programmers.
It won't find a random security hole in an obscure spot the programmers never thought about.
And the code running on a GPU has no access to main memory ...
The lighthouse of Alexandria was made from blocks/bricks of glass.
It was over 1000 years in more or less continuous operation. It lasted about 1200 years until it collapsed due to an earth-/seaquake.
Well,
you should not check the size of your roof, but the amount of energy you use (and how to reduce that).
It makes no sense (even in gods on land) to cover the whole roof with such tiles for a single house hold building (and have the power wall sized accordingly).
Most likely one third or less of the roof is enough to power your house.
Wow, you are so lucky! :(
My mom does not have a basement
Well, the "traditional roof tile" in the "movie" would be considered a joke in Germany (or most other parts of Europe I'm aware of).
Paper thin?
Erm, yes it is tricky :) ...
Banks are required to deposite a part of their money at the central bank, hence are required to pay negative interest.
On the other hand they 'gain' from the negative interests when they hand out credits and are required to take,a part of the money from the central bank.
Bottom line negative interest is not even the same thing as deflation
Sorry, I explained the facts now several times.
French power,is from roughly 75% clean sources, which you easy can google.
Germany produced 52.4% of its power 2017 from non CO2 producing sources, which you easy can google.
Biomass, is clean, you are an idiot. If we would not use the Biomass to produce power, the same amount of CO2 or CH4 would be produced by letting it rott on the fields.
The numbers are as follows 58g CO2/kWh vs 560 g CO2/kWh :)
Then please, show me your calculation with your wrong numbers above
It might appear that it is only ~6x, buy due to heavy German coal usage it is ~10x.
And that is your math?
Oki, Mr. algebra ... I give up.
Please include the rotting biomass of the french, as they do not collect,it and make energy from it, but let it just escape into the atmosphere ... it must be super polkuting, too! Or not?
Yes, that is odd, hence you should rather 'trust' me and read a book about it. ...
A simple hot dog from the street shop contains more salt than you need per single day.
You did not know that? You see
Well, ,is part of your search history, location, language etc.
the deranking by google
The upranking (search completion suggestions) is partly references to actual news, I guess that isma tricky part.
As we actually don't want unjustified deranking, who cares, how google does it?
A simple, like/hate system would probably enough for the start.
Frankly I would be more concerend about the actuall cost of holding the search indices etc. than about algorithms.
Well, :- Floater is ON, Floater 2 is ON, Floater 3 is ON. (floater 3 the highest floater in the tank) :- Floater is OFF, Floater 2 is OFF, Floater 3 is OFF.
it is very special: as many programmers don't do this, or as there are many cases were this is not that important.
Example: I designed or help designing a simple finite state machine based on 3 sensors in a tank and two pumps that should either automatic or semi manual pump content out of the tank.
(Yes, super simple, nut the devil is in the details)
So, there are two kinds of sensors, floating on/off switches giving a digital signal and analog sensors (based on a floating ball in a tube, giving a signal in mili amperes), you could configure the system to use either of them.
So as I did not know on which levle I should help modelling this in UML (yes, UML for C), I asked the chief programmer: how would you approach this without me? The main use case was: if the tank is full, it should start pumping until it is empty or manually switched off/resetted.
So he started to define states:
FULL
EMPTY
Then actions, eg.
FULL -> start pump(s).
EMPTY -> sto pump(s).
Then I asked, yeah, all fine, but what if the State is:
Floater 1 ON, floater 2 OFF, Floater 3 ON?
He said: "oh, good idea! We need a state: PUMPS_OFF, Floater 3 Error".
We found several such states. Before people ask, why they needed me to do UML ... that was a product family of various pump controll units with a fancy UI - fancy in the sense that you had a 4 line screen with 20 or so chars, multiple languages UI, and 4 arrows and a select and cancel key. You could have one or more pumps, as mentioned above variouos measuring systems that should be calibrated. Options to optimze pump running hours (1 always a few hundret hours ahead of the other one, or both used alternating, trying to keep them close in running hours, watching for overheatin (an indication that the level sensors are faulty), random time contiue pumping after the relevant floater said stop (to prevent collectin a ring of drying foam/shit or whatever around the level of the floater etc. pp)
Anyway, a simple C program, becomming complex by the relatively huge amount of configuration options.
But ... all this above, and your C experience regarding scientific instruments, is completely unrelated to programming languages. Parameter checking and in the example above, figuring that certain on/off conditions of the sensors indicate a fault has nothing to do with C etc.
If you organize the funding we can write on :)
And I can tell you: you are an idiot. :P
Feel free to ask random questions about C, C++ before C++14 and Java. Preferable some you can not google or stackoverflow
Hint: I wrote an STL library before there where cross compiler/platform libraries available around 1993-1995 ... if that does not count, you are a moron.
Cancer is infectious.
It is just so that for humans under nirmal conditions it is pretty difficult to infect each other.
For Tasmanian devels it is rather easy to infect each other with 'face cancer', right now it looks like the whole populatin is killing each other by infecting each other with cancer.
No offense, but why are you repeating more or less the smae post now for the third time?
It only runs on Amdroid btw.
While this is intersting, at some point a router needs to be connected to theminternet, to have, well ... acces to the internet.
The interesting part about meshnets are ad hoc networks in case of a catastrophe that invloves power failure and failure of internet and cellular infrastructure.
Or revolutions/demonstrations like right now in Iran where people need to communicate without giving the government options to block communication completely.
A mesh network does not go over established wires/networks.
It goes from hand held to hand held via wifi or bluetooth or similar technology.
In other words, there is no ISP etc. involved.
Your point does not make your parent wrong.
Just because your workstation can be a server for someone else does not make the http protocol a pear to pear protocol.
You still have technically a client/browser on one machine and a server on the other. The servers don't communicate with each other, nor dose the browsers. And until recently with newly introduced comet calls or web sockets the servers did not send data to the browser without having a http request first.
Try https://www.ixquick.com/ ...
Well,
I notice people who do not even know what a 'web address' is.
They type 'facebook' into the search/addeess field, ignore the auto completion of the browser', hit return and then click on the first search result to end up at facebook.com.
Well, those jobs likely will always exist. ... and then you simply would ask yourself: why not using C? /. who think to be a "magician" amoungst "mere programmers" you need to know C.
But I doubt they need "special skills", you only need to know the hardware and its limitations you are on.
Would not matter if you address the same problems on said hardware in assembler or pascal or Java.
You would not have a JVM, though, but would need a java to nativ e compiler
Anyway, I was more complaining about the idiots here on
Because parent was talking about a particular "salt" and another salt in the same context.
In my opinion Pascal is still the best language to teach programming.
And it does not lack anything to do serious developments in it.
You should bring it to a shop where it is recycled/disposed properly.
Then you either check Amazon or any other retailer of your choice.
Thank you for environmental friendly shopping and disposal of used electronic goods.