--- Log opened Thu Aug 31 00:00:04 2017 00:00 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has joined ##hplusroadmap 00:05 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has quit [Ping timeout: 248 seconds] 00:09 -!- Tsubashi [~Asterion@24.38.131.202] has quit [Read error: Connection reset by peer] 00:11 -!- Tsubashi [~Asterion@24.38.131.202] has joined ##hplusroadmap 00:16 -!- rpifan [~rpifan@136.55.14.48] has quit [Ping timeout: 252 seconds] 00:17 -!- jtimon [~quassel@199.31.134.37.dynamic.jazztel.es] has quit [Ping timeout: 240 seconds] 00:20 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has joined ##hplusroadmap 00:29 -!- mrdata_ [~mrdata@unaffiliated/mrdata] has joined ##hplusroadmap 00:32 -!- mrdata [~mrdata@unaffiliated/mrdata] has quit [Ping timeout: 246 seconds] 00:52 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has quit [Remote host closed the connection] 01:10 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has joined ##hplusroadmap 01:11 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has quit [Ping timeout: 248 seconds] 01:23 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has quit [Remote host closed the connection] 01:31 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has joined ##hplusroadmap 01:31 -!- CRM114 [~urchin@unaffiliated/urchin] has joined ##hplusroadmap 01:36 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has quit [Ping timeout: 252 seconds] 01:56 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has joined ##hplusroadmap 02:13 -!- justanotheruser [~justanoth@unaffiliated/justanotheruser] has quit [Quit: WeeChat 1.7.1] 02:15 -!- justanotheruser [~justanoth@unaffiliated/justanotheruser] has joined ##hplusroadmap 02:52 -!- CheckDavid [uid14990@gateway/web/irccloud.com/x-sscssufktmgpnuqd] has quit [Quit: Connection closed for inactivity] 02:52 -!- darsie [~username@84-113-55-42.cable.dynamic.surfer.at] has joined ##hplusroadmap 03:26 -!- strangewarp_ [~strangewa@c-76-25-206-3.hsd1.co.comcast.net] has quit [Read error: Connection reset by peer] 03:27 -!- strangewarp [~strangewa@c-76-25-206-3.hsd1.co.comcast.net] has joined ##hplusroadmap 03:39 -!- CheckDavid [uid14990@gateway/web/irccloud.com/x-kjfkkznylxhjrgif] has joined ##hplusroadmap 03:43 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has joined ##hplusroadmap 03:48 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has quit [Ping timeout: 264 seconds] 04:01 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has quit [Ping timeout: 260 seconds] 04:05 < kanzure> .title 04:05 < yoleaux> Bitcoin's Academic Pedigree | Hacker News 04:06 < kanzure> oh. 04:07 < fltrz> that fluidics device: its kind of weird, the drop is colored blue, but as it moves around you can see wet marks/puddles left behind if you watch closely 04:07 < fltrz> the puddles are colorless (unless theyre just very thin) 04:08 < kanzure> we were do microfluidics fabricator http://diyhpl.us/laser_etcher/laser_etcher/ 04:08 < fltrz> can someone confirm the remaining liquid adhering to the surface, or is it really my imagination 04:09 < kanzure> also have you a read http://diyhpl.us/~bryan/papers2/microfluidics/ 04:09 < fltrz> some of them yes 04:09 < kanzure> k 04:10 < fltrz> I thought the laser printer & pdms was cool 04:12 < kanzure> dmd micromirror array + su8/pdms might be more efficient, i dunno why we skipped that 04:13 < kanzure> oh optics. right, because of an allergy to optics. 04:24 < fltrz> sam zeloof seems to get good results this way 04:25 < fltrz> without metallization its just wafers, spin coater, photoresist, dmd projector, some etchants 04:26 < fltrz> i dont believe people are literally allergic to optics ;) 04:26 -!- justan0theruser [~justanoth@unaffiliated/justanotheruser] has joined ##hplusroadmap 04:27 -!- justanotheruser [~justanoth@unaffiliated/justanotheruser] has quit [Ping timeout: 248 seconds] 04:29 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has joined ##hplusroadmap 04:37 < fltrz> in other news, I finally soldered the serial flash from the kinect on a "breakout board" deadbug style (no breakout board, just a strip of steel with headers and flash glued on, then "wirebonded" magnet wire from each leg to each pin header pin) 04:39 -!- justan0theruser [~justanoth@unaffiliated/justanotheruser] has quit [Quit: WeeChat 1.7.1] 04:40 -!- justanotheruser [~justanoth@unaffiliated/justanotheruser] has joined ##hplusroadmap 04:40 -!- Tsubashi [~Asterion@24.38.131.202] has quit [Read error: Connection reset by peer] 04:41 -!- Tsubashi [~Asterion@24.38.131.202] has joined ##hplusroadmap 04:49 < fenn> not enough pixels to do it in one flash of light, have to translate the optics around and once you're doing that you might as well just use a point source 04:50 < fltrz> still constant factor one million speedup 04:50 < fenn> the 1 million droplet storage array would require a very high resolution image 04:50 < fenn> also pixels are not very smooth 04:51 < fltrz> what exactly are you referring to with pixel smoothness problem? 04:51 < fltrz> window screen effect? 04:51 < fenn> bits of droplets getting stuck in the corners of pixels 04:51 < fltrz> you can intentionally blur (out of focus) the image 04:51 < fenn> unwanted turbulence 04:51 < fenn> yes i know 04:52 < fenn> it makes a bad cross section 04:53 < fenn> what are you doing with a kinect? 04:54 < fltrz> oh trying to keep the modulation frequency at its highest setting 04:54 < fltrz> for reading brain waves 04:54 < fenn> er.. i thought kinect was spatially random and didn't do anything special along the time axis 04:54 < fltrz> thats the old kinect for Xbox 360 04:55 < fltrz> I have the "Time of Flight" kinect v2 for Xbox One/PC 04:56 < fenn> so you want to bounce light off blood vessels? 04:56 -!- Tsubashi [~Asterion@24.38.131.202] has quit [Read error: Connection reset by peer] 04:56 < fenn> that sounds very promising. i had no idea this was consumer hardware 04:57 < fltrz> the skull is transparet for a region of IR, and apparently there is phase modulation corresponding to brain activity (EEG timescales, not fmri timescales)) 04:57 -!- Tsubashi [~Asterion@24.38.131.202] has joined ##hplusroadmap 04:58 < fltrz> "i had no idea this was consumer hardware" < "this" is brain interface or "this" is ToF cameras? 04:58 < fenn> ToF cameras 04:58 < fltrz> yeah 04:59 < fltrz> so I got 3 kinects for ~30 euros each 05:01 < fltrz> since frequency domain ToF LIDAR is basically a phase measurement (of the amplitude modulated wave), and since the cameras are in effect a whole pixel array of phase measurement devices, thats a lot of independent brain wave signals 05:03 < fltrz> ifonly I can get the kinect to keep the modulation frequency in its highest setting instead of alternating different frequencies... 05:05 < fenn> fNIR has the problem that you can't see very deep into the brain tissue because of optical scattering, but a ToF might be able to get around that by masking the light being projected into the brain 05:05 < fltrz> in fact the phase variation relies on scattering in turbid media 05:05 < fenn> or somehow focusing at different depths 05:06 < fenn> i've forgotten all this stuff 05:06 < fltrz> I wont be interested in imaging the brain structure, only in receiving the signal 05:06 < fltrz> but yes in theory you can use such a setup to image the brain structure as well 05:06 < fenn> i just meant for imaging the blood vessels 05:06 < fenn> or at least the average absorbance per unit volume 05:07 < fenn> some kind of proxy for oxygen usage 05:07 < fltrz> when light scatters randomly in turbid media, the majority of light does not follow straight paths, so it effectively decreases the speed of light, if the intensity is modulated, then the wavelength in the turbid medium decreases (i.e. smaller than in vacuum) 05:07 < fenn> what is the maximum modulation frequency? and can you go higher than that? 05:08 < fltrz> that depends on the kind of ToF sensor, for kinect its 130Mhz 05:09 < fenn> c/130MHz = 2306 mm ? 05:09 < fltrz> the EEG like fast signal modulation of IR is reported from ~80/100MHz and up 05:10 < fltrz> fenn: :) yes 05:10 < fenn> i meant the kinect's output frequency 05:10 < fenn> it's like a laser range finder right? 05:10 < fltrz> thats the modulation frequency of the light sourcee 05:10 < fltrz> yes laser range finder 05:11 < fenn> in order to disambiguate different depths with the same phase it needs to use different frequencies 05:11 < fltrz> the setup measures (in most simple form) I and Q values 05:11 < fenn> what do I and Q mean 05:12 < fltrz> fenn: yes, in order to find depths, but for following brain activity I do not care about actual delay, only that the output phase varies with the brain signal (who cares if it wraps around) 05:12 < fltrz> in phase and quadrature 05:12 < fltrz> i.e. complex plane 05:12 < fltrz> consider e^i*w*t 05:12 < fltrz> w= omega 05:13 < fltrz> thats uniform circular motion on the unit circle in complex plane 05:13 < fltrz> now consider (a(t)+b(t)*i)*e^i*w*t 05:13 < fltrz> where a(t) and b(t) are slow varying signals 05:14 < fltrz> this modulates the phase of the original modulated wave 05:14 < fltrz> (also amplitude but we ignore it for specific reason) 05:15 < fltrz> the real coefficient a and the complex coefficient b are the IQ values 05:15 < fltrz> a= in phase, b= in quadrature 05:17 < fltrz> so while the wavelength of the modulation can be long, if the resolution on I and Q values is high, we can have an accurate readout of the phase difference with respect to emitted reference wave 05:22 < fltrz> the reason for looking at phase (atan2(a,b)) is because apparently brain activity modulates the phase very quickly, while the amplitude (sqrt(a^2+b^2)) is modulated very slow by brain activity 05:22 < fltrz> this is because amplitude modulation is due to haemoglobin or whatever oxygen binding affecting absorption, indicating energy consumption in a region of brain 05:22 < fenn> right, probably because the phase is adjusted by the neuron's lipid bilayer literally changing phase from solid-ish to liquid-ish 05:23 < fltrz> while phase is somehow due to scattering effects by nerve impulses 05:23 < fltrz> yes 05:23 < fenn> with 160Hz imaging you might even be able to see it 05:23 < fltrz> the exact mechanism (i.e. which is dominant etc) of the scattering mechanism during nerve impulse is still debated 05:24 < fltrz> fenn: the ToF sensor in Kinect can in fact produce 600 frames per second, so it should be able to see up to 300Hz phenomena 05:25 < fltrz> but its all very hard to do because microsoft does not release code to make custom firmwares 05:26 < fenn> can you get datasheets from the sensor manufacturer? 05:26 < fenn> or at least some description of the protocol 05:27 < fltrz> the whitepaper describing the ToF chip does go in great detail about parts of the chip though, describing the shift register mechanism used to generate the modulation signals of pixels, external light source etc 05:27 < fltrz> the interface between ToF sensor and Kinect is two MIPI CSI2 interfaces 05:34 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has quit [Ping timeout: 252 seconds] 05:37 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has joined ##hplusroadmap 05:40 -!- Tsubashi [~Asterion@24.38.131.202] has quit [Read error: Connection reset by peer] 05:41 -!- Tsubashi [~Asterion@24.38.131.202] has joined ##hplusroadmap 06:02 -!- CheckDavid [uid14990@gateway/web/irccloud.com/x-kjfkkznylxhjrgif] has quit [Quit: Connection closed for inactivity] 06:03 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has quit [Remote host closed the connection] 06:22 < fltrz> fenn: not sure why my explanations are always so convoluted, the IQ values most simply put are the instantaneous coefficients a(t),b(t) in sinusoid=a(t)*sin(w*t)+b(t)*cos(w*t) 06:24 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has joined ##hplusroadmap 06:26 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has joined ##hplusroadmap 06:28 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has quit [Ping timeout: 240 seconds] 06:31 < adlai> your explanations are convoluted because you're discussing convolution 06:31 < fltrz> adlai: :) true 08:14 -!- sivoais [~zaki@unaffiliated/sivoais] has quit [Ping timeout: 264 seconds] 08:22 -!- sivoais [~zaki@unaffiliated/sivoais] has joined ##hplusroadmap 08:30 -!- BingoBoingo [~BingoBoin@unaffiliated/bingoboingo] has left ##hplusroadmap ["Leaving"] 08:42 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has joined ##hplusroadmap 09:18 -!- p0nziph0ne [~p0nziph0n@p200300E10BD91000F5D567D6AB05A25B.dip0.t-ipconnect.de] has joined ##hplusroadmap 09:28 -!- poppingtonic [~brian@unaffiliated/poppingtonic] has quit [Ping timeout: 240 seconds] 09:32 < kanzure> "Inflammatory monocytes expressing tissue factor drive SIV and HIV coagulopathy" http://stm.sciencemag.org/content/9/405/eaam5441 09:33 -!- sachy [~sachy@nat.brmlab.cz] has quit [Ping timeout: 264 seconds] 09:48 -!- sachy [~sachy@nat.brmlab.cz] has joined ##hplusroadmap 10:05 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has quit [Remote host closed the connection] 10:27 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has joined ##hplusroadmap 10:32 -!- Tsubashi [~Asterion@24.38.131.202] has quit [Ping timeout: 240 seconds] 10:36 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has quit [Remote host closed the connection] 10:48 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has joined ##hplusroadmap 10:51 -!- helleshin [~talinck@cpe-174-97-113-184.cinci.res.rr.com] has joined ##hplusroadmap 10:52 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has quit [Ping timeout: 240 seconds] 10:54 -!- hehelleshin [~talinck@cpe-174-97-113-184.cinci.res.rr.com] has quit [Ping timeout: 248 seconds] 11:07 -!- jaboja [~jaboja@jaboja.pl] has joined ##hplusroadmap 11:17 -!- mrdata_ [~mrdata@unaffiliated/mrdata] has quit [Read error: Connection reset by peer] 11:20 -!- mrdata [~mrdata@unaffiliated/mrdata] has joined ##hplusroadmap 11:29 -!- jtimon [~quassel@199.31.134.37.dynamic.jazztel.es] has joined ##hplusroadmap 11:40 -!- jaboja [~jaboja@jaboja.pl] has quit [Read error: Connection reset by peer] 11:40 -!- jaboja [~jaboja@jaboja.pl] has joined ##hplusroadmap 12:06 -!- mrdata [~mrdata@unaffiliated/mrdata] has quit [Read error: Connection reset by peer] 12:07 -!- mrdata [~mrdata@unaffiliated/mrdata] has joined ##hplusroadmap 12:07 < nmz787> http://blog.screamingcircuits.com/2015/04/via-in-pad-why-and-how.html 12:08 < nmz787> "Have the board fab house plug the via and then plate copper over it. This is our favorite option. It will give you all of the benefits of via in pad without causing problems in assembly. It's really our only recommended via-in-pad method." 12:10 -!- mrdata_ [~mrdata@unaffiliated/mrdata] has joined ##hplusroadmap 12:13 -!- mrdata [~mrdata@unaffiliated/mrdata] has quit [Ping timeout: 240 seconds] 12:29 < kanzure> nmz787: thanks 12:31 < kanzure> for the other message. 12:34 < kanzure> holy shit it really was one of our slides 12:38 < kanzure> to be fair.... it's the first result on google. 12:40 -!- delinquentme [~delinquen@2602:306:ceb7:990:2497:b9db:da5b:65ea] has joined ##hplusroadmap 12:48 -!- p0nziph0ne [~p0nziph0n@p200300E10BD91000F5D567D6AB05A25B.dip0.t-ipconnect.de] has quit [Quit: Leaving] 13:19 -!- Tsubashi [~Asterion@24.38.131.202] has joined ##hplusroadmap 13:20 -!- augur [~augur@noisebridge130.static.monkeybrains.net] has joined ##hplusroadmap 13:32 -!- delinquentme [~delinquen@2602:306:ceb7:990:2497:b9db:da5b:65ea] has quit [Ping timeout: 252 seconds] 13:40 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has joined ##hplusroadmap 13:42 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has quit [Read error: Connection reset by peer] 13:48 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has joined ##hplusroadmap 14:31 -!- augur_ [~augur@104.236.181.226] has joined ##hplusroadmap 14:33 -!- augur [~augur@noisebridge130.static.monkeybrains.net] has quit [Ping timeout: 240 seconds] 15:53 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has quit [Ping timeout: 240 seconds] 16:00 -!- Gurkenglas [~Gurkengla@dslb-178-000-222-214.178.000.pools.vodafone-ip.de] has joined ##hplusroadmap 16:13 -!- cevi_ [~zeb@pool-74-103-254-184.prvdri.fios.verizon.net] has joined ##hplusroadmap 16:13 -!- Tsubashi [~Asterion@24.38.131.202] has quit [Read error: Connection reset by peer] 16:14 -!- Tsubashi [~Asterion@24.38.131.202] has joined ##hplusroadmap 16:17 -!- delinquentme [~delinquen@2602:306:ceb7:990:2497:b9db:da5b:65ea] has joined ##hplusroadmap 16:20 -!- Aurelius [~cpopell@50.35.79.117] has quit [Quit: Aurelius] 16:22 -!- delinquentme [~delinquen@2602:306:ceb7:990:2497:b9db:da5b:65ea] has quit [Ping timeout: 252 seconds] 16:24 -!- delinquentme [~delinquen@2602:306:ceb7:990:2497:b9db:da5b:65ea] has joined ##hplusroadmap 16:25 -!- augur [~augur@noisebridge130.static.monkeybrains.net] has joined ##hplusroadmap 16:28 -!- augur_ [~augur@104.236.181.226] has quit [Ping timeout: 240 seconds] 16:28 -!- Tsubashi [~Asterion@24.38.131.202] has quit [Read error: Connection reset by peer] 16:31 -!- Asterion [~Asterion@24.38.131.202] has joined ##hplusroadmap 16:38 < kanzure> .tw https://twitter.com/rtnarch/status/903031049004785664 16:38 < yoleaux> Enter the age of cell therapy, gene therapy, and gene editing. Some pharma and biotechs will be like Polaroid in digital hindsight. (@rtnarch) 16:38 < kanzure> .tw https://twitter.com/pathogenomenick/status/902517956042784769 16:38 < yoleaux> Ultralong nanopore reads permit entire MHC to be assembled in single contig and phased in entirety (world first!?) #g10kgs2017 (@pathogenomenick) 16:39 < kanzure> .tw https://twitter.com/wake_sleep/status/903000342601838592 16:39 < yoleaux> Transcriptional Architecture of Synaptic Communication Delineates Cortical GABAergic Neuron Identity http://www.biorxiv.org/content/early/2017/08/30/180034 (@wake_sleep) 16:39 < kanzure> .tw https://twitter.com/antonioregalado/status/902914900376387592 16:39 < yoleaux> BREAKING: Novartis CAR-T treatment vs cancer approved by FDA opening era of commercial human gene modification https://www.statnews.com/2017/08/30/novartis-car-t-cancer-approved/ (@antonioregalado) 16:40 < kanzure> "Efficient in situ barcode sequencing using padlock probe-based BaristaSeq" http://www.biorxiv.org/content/early/2017/08/24/180323 https://twitter.com/biorxivpreprint/status/900818409226686464 16:44 -!- Asterion [~Asterion@24.38.131.202] has quit [Read error: Connection reset by peer] 16:44 -!- Asterion [~Asterion@24.38.131.202] has joined ##hplusroadmap 16:46 -!- delinquentme [~delinquen@2602:306:ceb7:990:2497:b9db:da5b:65ea] has quit [Quit: Leaving] 16:53 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has joined ##hplusroadmap 17:01 < fltrz> I visually verified the stimulated emission of excited phosphorescent material, quite cool 17:02 < fltrz> (shine UV led torch on phosphorescent paper, shine red laser or a red LED on the glowing paper, remove the red light source, and the phosphor is markedly dark compared to rest) 17:39 -!- mrdata [~mrdata@unaffiliated/mrdata] has joined ##hplusroadmap 18:03 -!- danfox [~danfox@vulpinedesigns.co.uk] has quit [Ping timeout: 248 seconds] 18:05 -!- danfox [~danfox@vulpinedesigns.co.uk] has joined ##hplusroadmap 18:14 -!- Asterion [~Asterion@24.38.131.202] has quit [Read error: Connection reset by peer] 18:15 -!- Asterion [~Asterion@24.38.131.202] has joined ##hplusroadmap 18:53 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has quit [Read error: Connection reset by peer] 18:56 < abetusk> .title https://twitter.com/nayafia/status/903428020773453825 18:56 < yoleaux> Nadia Eghbal auf Twitter: "Maintainers don’t scale, case number ten bajillion https://t.co/0nkzL2XxR6 via @FEhrsam https://t.co/21pVjF5QWX" 18:57 < abetusk> "Despite being worht over $30bn and $65bn there are only 15 meaningful contributors to Ethereum and Bitcoin respectively, and the rate of contribution isn't going up amuch with their rise in popularity." 18:57 < abetusk> Is this even true? What about the non core-code contributors, the people deploying, testing, working on documentation, specification, etc. 18:58 < abetusk> Original article the twee mentions: 18:58 < abetusk> .title https://medium.com/@FEhrsam/funding-the-evolution-of-blockchains-87d160988481 18:58 < yoleaux> Funding the Evolution of Blockchains – Fred Ehrsam – Medium 19:03 < kanzure> .wik apocryphon 19:03 < yoleaux> ""Apocryphon" ("secret writing"), plural apocrypha, was a Greek term for a genre of Jewish and Early Christian writings that were meant to impart "secret teachings" or gnosis (knowledge) that could not be publicly taught." — https://en.wikipedia.org/wiki/Apocryphon 19:04 < kanzure> it's more than 15 for bitcoin but it's not significantly more. it's less than 800 people. 19:06 < kanzure> funny that he mentions "private funding" without saying blockstream... whole point of blockstream was to fund bitcoin development because nobody else was. what about chaincode labs? is he just uninformed? 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error: Connection reset by peer] 23:19 -!- strangewarp [~strangewa@c-76-25-206-3.hsd1.co.comcast.net] has joined ##hplusroadmap 23:34 -!- delinquentme [~delinquen@2602:306:ceb7:990:2497:b9db:da5b:65ea] has quit [Ping timeout: 246 seconds] 23:36 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has joined ##hplusroadmap 23:38 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has joined ##hplusroadmap 23:40 -!- darsie [~username@84-113-55-42.cable.dynamic.surfer.at] has quit [Ping timeout: 240 seconds] 23:43 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has quit [Ping timeout: 264 seconds] 23:58 -!- delinquentme [~delinquen@108-235-112-153.lightspeed.sntcca.sbcglobal.net] has quit [Read error: Connection reset by peer] 23:59 -!- augur [~augur@c-73-71-242-163.hsd1.ca.comcast.net] has joined ##hplusroadmap --- Log closed Fri Sep 01 00:00:05 2017