[07:53] part #ubuntu-bd [17:11] Hey zaki [17:11] Was looking for you [17:11] pavlushka, hello [17:11] zaki: 13 Oct 21:33Z tell zaki that My weather station webserver is working, https://imgur.com/XgiZacr [17:11] zaki: 13 Oct 21:43Z tell zaki the corrected update is this https://imgur.com/PXia6Pl [17:11] zaki: 13 Oct 23:44Z tell zaki that next step is to make the arduino web client & server simultaneously to read time from an ntp server and send data to a weather server possibly and also publish the data as webserver locally [17:15] pavlushka, wow [17:15] great work [17:16] pavlushka, but why is that much altitude ? D [17:22] zaki: hmm, wiki says it supposed to be 39.4 ft average [17:23] bad reading ? [17:23] pavlushka, nice work [17:23] zaki: আরেকটা সমস্যা আছে, বেশি মাথা খাটাইতে ইচ্ছা করে না, হা হা হা [17:23] কি ? [17:25] zaki: আমি আমার next step fix করেছি, কিন্তু এই আমিই সেটা করতে চাচ্ছি না, কখনো মনে হলে করব হয়তোবা, হি হি [17:25] hehe [17:26] Interesting :P [17:29] zaki: I am giving myself a break :p [17:46] * pavlushka looking up the altitude function and trying to find any other reference altitude function to compare with [18:05] zaki: you know the equation p=h(ro)g? [18:08] pavlushka, what is this one about? [18:08] something related to calculating altitude [18:08] ? [18:09] zaki: the function used here is ((float)-45846.2)*(pow(((float)readFloatPressure()/(float)_referencePressure), 0.190263) - (float)1)*3.28084 [18:10] zaki: yes you can calculate altitude as h if you know the density of the medium [18:10] that is ro [18:10] ah [18:13] so h=p/((ro)*g) [18:54] zaki: ignore it :p [18:55] pavlushka, :D [18:55] zaki: the original eqn says under thses circumstances, p=hrg => h=p/(r*g)=>h=100037 Pa/(1.225 kg/m^2)*9.81m/s^2 [18:55] =>h=100037/12.02 m [18:55] =>h=8322.5 m [18:57] =>h= 8322.5 * 3.28084 [18:57] =>h=27304.8 feet [18:58] এর চেয়ে তো sensor এর reading better lol [19:00] টাইম নষ্ট [19:25] pavlushka, I'm gonna sleep [19:25] good night