How can you NOT know how to use AWS to mine...?
ok i signed up if you help me out and i make 5btc a day ill give you 1 
Strange thing, I can't copy and paste cudamining.co.uk
ok what if I try Display Driver Uninstaller? do you think that may help?
Topic: [ANN] cudaMiner & ccMiner CUDA based mining applications [Windows/Linux/MacOSX] - page 129. (Read 3426944 times)
September 01, 2014, 10:42:39 AM
Strange thing, I can't copy and paste cudamining.co.uk
ok what if I try Display Driver Uninstaller? do you think that may help?
September 01, 2014, 10:35:37 AM
github/djm34/ccminer updated with latest code:
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
still have to update cudamining (almost there 
)
cudamining updated
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
)cudamining updated
Code:
gcc -std=gnu99 -DHAVE_CONFIG_H -I. -msse2 -fopenmp -pthread -fno-strict-aliasing -DSCRYPT_KECCAK512 -DSCRYPT_CHACHA -DSCRYPT_CHOOSE_COMPILETIME -g -O2 -MT ccminer-cpu-miner.o -MD -MP -MF .deps/ccminer-cpu-miner.Tpo -c -o ccminer-cpu-miner.o `test -f 'cpu-miner.c' || echo './'`cpu-miner.c
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
already tried to change cmath to cmath.h, no luck :/ ubuntu 14.04 looks like it's c++ only so gcc doesnt work.
actually math.h works as well for me
September 01, 2014, 10:35:04 AM
currently trying with math.h instead of cmath
September 01, 2014, 10:34:09 AM
djm34
bigjme helped me to compile too, and that to no end. loaded 5.5 cuda...error need 6.5 cuda..... load 6.5 cuda error need 5.5. omg im like insane at this point lol
bigjme helped me to compile too, and that to no end. loaded 5.5 cuda...error need 6.5 cuda..... load 6.5 cuda error need 5.5. omg im like insane at this point lol
September 01, 2014, 10:29:15 AM
as far as I know, cmath is available under ubuntu, but it only works for c++, not c (at least that's what I read @ stack overflow). I'm currently trying to figure out if it's possible to get it to compile.
already tried to change cmath to cmath.h, no luck :/ ubuntu 14.04 looks like it's c++ only so gcc doesnt work.
You need libstdc++6-...-dev, according to your build chain you've setup.
libstdc++ is already installed.
github/djm34/ccminer updated with latest code:
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
still have to update cudamining (almost there )
cudamining updated
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
)cudamining updated
Code:
gcc -std=gnu99 -DHAVE_CONFIG_H -I. -msse2 -fopenmp -pthread -fno-strict-aliasing -DSCRYPT_KECCAK512 -DSCRYPT_CHACHA -DSCRYPT_CHOOSE_COMPILETIME -g -O2 -MT ccminer-cpu-miner.o -MD -MP -MF .deps/ccminer-cpu-miner.Tpo -c -o ccminer-cpu-miner.o `test -f 'cpu-miner.c' || echo './'`cpu-miner.c
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
already tried to change cmath to cmath.h, no luck :/ ubuntu 14.04 looks like it's c++ only so gcc doesnt work.
libstdc++ is already installed.
September 01, 2014, 10:28:05 AM
How can you NOT know how to use AWS to mine...?
ok i signed up if you help me out and i make 5btc a day ill give you 1 Strange thing, I can't copy and paste cudamining.co.uk
September 01, 2014, 10:24:19 AM
github/djm34/ccminer updated with latest code:
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
still have to update cudamining (almost there )
cudamining updated
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
)cudamining updated
Code:
gcc -std=gnu99 -DHAVE_CONFIG_H -I. -msse2 -fopenmp -pthread -fno-strict-aliasing -DSCRYPT_KECCAK512 -DSCRYPT_CHACHA -DSCRYPT_CHOOSE_COMPILETIME -g -O2 -MT ccminer-cpu-miner.o -MD -MP -MF .deps/ccminer-cpu-miner.Tpo -c -o ccminer-cpu-miner.o `test -f 'cpu-miner.c' || echo './'`cpu-miner.c
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
already tried to change cmath to cmath.h, no luck :/ ubuntu 14.04 looks like it's c++ only so gcc doesnt work.
September 01, 2014, 10:20:54 AM
github/djm34/ccminer updated with latest code:
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
still have to update cudamining (almost there )
cudamining updated
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
)cudamining updated
Code:
gcc -std=gnu99 -DHAVE_CONFIG_H -I. -msse2 -fopenmp -pthread -fno-strict-aliasing -DSCRYPT_KECCAK512 -DSCRYPT_CHACHA -DSCRYPT_CHOOSE_COMPILETIME -g -O2 -MT ccminer-cpu-miner.o -MD -MP -MF .deps/ccminer-cpu-miner.Tpo -c -o ccminer-cpu-miner.o `test -f 'cpu-miner.c' || echo './'`cpu-miner.c
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
already tried to change cmath to cmath.h, no luck :/ ubuntu 14.04 looks like it's c++ only so gcc doesnt work.
Or do you get a result for the error without it ?
September 01, 2014, 10:07:13 AM
github/djm34/ccminer updated with latest code:
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
still have to update cudamining (almost there )
cudamining updated
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
)cudamining updated
Code:
gcc -std=gnu99 -DHAVE_CONFIG_H -I. -msse2 -fopenmp -pthread -fno-strict-aliasing -DSCRYPT_KECCAK512 -DSCRYPT_CHACHA -DSCRYPT_CHOOSE_COMPILETIME -g -O2 -MT ccminer-cpu-miner.o -MD -MP -MF .deps/ccminer-cpu-miner.Tpo -c -o ccminer-cpu-miner.o `test -f 'cpu-miner.c' || echo './'`cpu-miner.c
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
cpu-miner.c:22:17: fatal error: cmath: No such file or directory
#include
already tried to change cmath to cmath.h, no luck :/ ubuntu 14.04 looks like it's c++ only so gcc doesnt work.
September 01, 2014, 09:59:35 AM
xdn rising ? I must have 600k of that crap (assuming I can transfer them and synchronize as well)
...it was at 34 sat in the meanwhile... not bad.
sold my 6-7millions between 5-15 sat never thought it will go so far.
btw. djm thanks for updating ccminer again. great to have you here on board.
September 01, 2014, 09:55:30 AM
How can you NOT know how to use AWS to mine...?
ok i signed up if you help me out and i make 5btc a day ill give you 1 Strange thing, I can't copy and paste cudamining.co.uk
September 01, 2014, 09:42:30 AM
Highly interesting Boolberry price development as of lately. Too bad that difficulty has just been rising the same way as the price did.
But if you stubbornly mined throughput the price depression (at difficulty of around 100 G) you would have had a good profitability. Now difficulty is up to 600 G
Christian
But if you stubbornly mined throughput the price depression (at difficulty of around 100 G) you would have had a good profitability. Now difficulty is up to 600 G
Christian
The time for solomining seems to be over now. I was lucky mining BBR the last weeks.
But it is nearly the same as with xdn (ducknote) - you never know if a coin rise some day or not.
Hope you stay calm with your big BBR bag and wait until the coin has time to get a stable value.
September 01, 2014, 09:31:28 AM
Highly interesting Boolberry price development as of lately. Too bad that difficulty has just been rising the same way as the price did.
But if you stubbornly mined throughput the price depression (at difficulty of around 100 G) you would have had a good profitability. Now difficulty is up to 600 G
Christian
But if you stubbornly mined throughput the price depression (at difficulty of around 100 G) you would have had a good profitability. Now difficulty is up to 600 G
Christian
The time for solomining seems to be over now. I was lucky mining BBR the last weeks.
But it is nearly the same as with xdn (ducknote) - you never know if a coin rise some day or not.
Hope you stay calm with your big BBR bag and wait until the coin has time to get a stable value.
September 01, 2014, 09:27:40 AM
github/djm34/ccminer updated with latest code:
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
still have to update cudamining (almost there)
can someone complie that with 3788 drivers please * improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
still have to update cudamining (almost there
) September 01, 2014, 09:02:56 AM
github/djm34/ccminer updated with latest code:
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
still have to update cudamining (almost there )
cudamining updated
* improved hashrate on m7
* fixed --help in cpu-miner.c (thanks to epsylon3 from irc #ccminer)
* added average+statistical uncertainty on average (the stastical error (gaussian error) tells how significant is the quoted average and depends on the number of shares, both are pretty much useless in solo unless there is a huge instamine period) (*)
* some minor change in keccak256
* added -F to m7 (please don't use on 1gh, it increase the number of rejected share)
(*) I don't think it is the best way to calculate the average hashrate as it doesn't take into account period of time without share... but only the recorded hashrate at the time of the discovery of a share. I need to figure out something a bit different.
The code is based on cayars implementation with some modifications and implementation of the standard deviation.
Regarding the standard deviation, this one varies in 1/sqrt(#shares) so it should decrease with time showing that the average is becoming more and more relevant (unless there are large variation to which the standard deviation is sensitive).
)cudamining updated
September 01, 2014, 08:58:03 AM
How can you NOT know how to use AWS to mine...?
ok i signed up if you help me out and i make 5btc a day ill give you 1 September 01, 2014, 08:12:48 AM
You are not allowed to use cudaminer/ccminer in your program as its GPL2/GPL3.
GPL prevents you from using source code from a GPL application and put it in another application with non-GPL license. As I explained already, Awesome Miner is NOT using any source code from open source projects.Awesome Miner is simply executing (or connecting to the API's provided by) ccMiner.exe and Sgminer.exe, and that is fully allowed and doesn't break any GPL licenses.
For example: A user is running ccMiner.exe on one PC and Sgminer.exe on another PC. Now the user want all features provided by Awesome Miner, so the user go ahead and download the free version of the software. Then they simply point Awesome Miner to execute their existing ccMiner.exe and Sgminer.exe. In case of Sgminer, they can also connect to the API using a TCP connection. This is not in conflict with GPL.
September 01, 2014, 08:10:14 AM
Wouldn't building a new rig with another mobo be actually cheaper?
Also would Windows tolerate more than 6 GPUs? I guess with linux you would't have this problem.
Also would Windows tolerate more than 6 GPUs? I guess with linux you would't have this problem.
Not if you factor in the fact that you have 6 cards per system max, say $400 per system minimum, thats bottom of the barrel stuff, so for 16 gpu's you would need 3 systems
So that's $1200
Yes buying one of those is more expensive in this case, coming to around: $1600
but if you go over that, the people its aimed for you get this
32 gpu's - 6 systems - $2400
32 gpu's - 1 system - $2600
Then factory in space savings as you wont have 5 extra MB's around. It would work out at a saving but not without high card amounts
September 01, 2014, 08:08:49 AM
Honestly that's not too bad. its cheaper then buying 2 other systems
And if you have large amounts of cards (28) you could in theory run all of those off 1 system, and save money on buying 4 entire system
but not by far.. with the risk that the mobo doesn't support 16gpu... And if you have large amounts of cards (28) you could in theory run all of those off 1 system, and save money on buying 4 entire system
well... too expensive for the usage I had in mind (which didn't involved 16gpu and had more to do with cable management... too bad)
September 01, 2014, 08:07:40 AM
Your building and mine is being ripped apart :p
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