maschine.systems

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Mein Herz brennt

Nun liebe Kinder gebt fein Acht
사랑하는 아이들아 이제 주의를 기울여라

ich bin die Stimme aus dem Kissen
나는 베개에서 나오는 목소리

ich hab euch etwas mitgebracht
나는 너희들에게 무언가를 가져왔다

hab es aus meiner Brust gerissen
나는 그것을 내 가슴에서 찢어내었다

mit diesem Herz hab ich die Macht
이 심장으로 인해 나는 힘을 가졌다

die Augenlider zu erpressen
눈꺼풀을 탈취할 그 힘을

ich singe bis der Tag erwacht
나는 낮이 올때까지 깨어서 노래부른다

ein heller Schein am Firmament
창공의 밝은 빛이

Mein Herz brennt
내 심장을 불태운다

Sie kommen zu euch in der Nacht
그들은 밤중에 너희에게로 온다

Dämonen Geister schwarze Feen
악마와 귀신과 검은 요정들

sie kriechen aus dem Kellerschacht
그들은 지하실 배관으로부터 기어나와

und werden unter euer Bettzeug sehen
너희들의 침대보 밑에서 모습을 보인다

Nun liebe Kinder gebt fein Acht
사랑하는 아이들아 이제 주의를 기울여라

ich bin die Stimme aus dem Kissen
나는 베개에서 나오는 목소리

ich hab euch etwas mitgebracht
나는 너희에게 무언가를 가져왔다

ein heller Schein am Firmament
창공의 밝은 빛이

Mein Herz brennt
내 심장을 불태운다

Sie kommen zu euch in der Nacht
그들은 밤중에 너희들에게 와서

und stehlen eure kleinen heissen Tränen
너희들의 작고 뜨거운 눈물을 훔친다

sie warten bis der Mond erwacht
그들은 달이 뜰 때까지 깨어서 기다리다가

und drücken sie in meine kalten Venen
내 차가운 혈관을 쥐어짠다

Nun liebe Kinder gebt fein Acht
사랑하는 아이들아 이제 주의를 기울여라

ich bin die Stimme aus dem Kissen
나는 베개에서 나오는 목소리

ich singe bis der Tag erwacht
나는 낮이 될 때까지 깨어서 노래부른다

ein heller Schein am Firmament
창공의 밝은 빛이

Mein Herz brennt
내 심장을 불태운다

Cathode and Anode Notation in Devices

Abstract

 (+/-) signs of electronic devices, and anode/cathode notations seem to be ever-embarrassing. This post is intended to offer a solid understanding to quench further annoyance on this matter.


1. The directions are in opposite

 1.1 Current flows from (+) to (-)
      : This is just convention, and it is virtual.
        It is different from the truth but is accepted and dominant.

 1.2 Electrons flow from (-) to (+)
      : This tells the truth as the movement of electrons brings the current flow.

 1.3 Conclusion
      : (+/-) signs are easy to apply in our life;
        as we learn that the current flows from (+) to (-) anyway.
        And this concept is also accepted in Electronics, and Electric Eng.


2. In Material science

 2.1 Cathode/Anode notation is more accurate

 2.2 Cathode
      *Circuit is noted as the metallic connection between 2 electrodes.
      : Cathode is the electrode which pushes holes(+) to the circuit.
        Spontaneously, pulls electrons(-) from the circuit.
      : The exact definition of cathode is, where the reduction occurs
        as electrons are pulled via circuit.

 2.3 Anode
      : Anode is the electrode which pushes electrons(-) to the circuit.
        Spontaneously, pulls holes(+) from the circuit.
      : The exact definition of anode is, where the oxidization(== oxidation) occurs
        as electrons are pushed toward circuit.

 2.4 Conclusion
      : Cathode pushes holes to the circuit (+ sign)
        Anode pushes electrons to the circuit (- sign)
      : As there should be ionic exchange inside the battery cell,
        electrons collected to Cathode, again released as anion
        through salt bridge (Galvanic cells).

You might make use of the .ppt that I have made for this posting.

Collecting nice tags for your own Blog

 The suggestion feasibility of searching engines now days are even evolving, and would give better intuition for your research and understanding, or just simply so helpful for your instantaneous searching on site.

 But as you might fully understand, the result of those searching engines will vary, so we would imagine how we collect those search results effectively, or how we could arrange the powerful keywords in a formal form.

 This technique starts from a term, "crawling". The searching engines are already the best options to mine our idea and thus, this crawling means, "the collecting of information based on your keyword whether from a single webpage or many". This action is treated sensitively from those portals for its autonomous, iterative, and cheating-like characteristic and the term is applied in various actions of collecting data which are already accessible online.

 For your personal purpose, anyhow, you still wants to find better-large-set of keywords related to a certain topic. I started to employee this technique recently for academic purpose in Korean and English, and I wanted to share how it works. Let's assume that we are going to arrange the tags for google blogger. The materials are given in following links.

Link1 : Keyword Tool

Link2 : 연관검색어 추출 프로그램 (Download windows executable, Search in Korean)

Link3 : your Arrange-Assist Program (Download C++ implementation, or Build your own)

[Step1] Collect suggestions from websites like Link1 or with similar programs. They usually secondarily-collect them from searching engines.

[Step2] They might offer the functionality to copy it to your clipboard. Please save them as a text file; here as "input.txt".

[Step3] As the google blogger limits the length of the tags into 200 characters, and to just copy-and-paste it to your blog, try to build your own program or just use the program from Link3; "input.txt" should be inside the same folder with the program "Collect the Tag till N.exe" from Link3. When you run it, "output.txt" will be generated.

[Result] I guess you have already found the concept of this trick. There will be so many other applications with similar methodologies, try out to build your own!

And last, the source code of the Link3 is as the below.

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49

#include <iostream>    // cin, cout #include <fstream>    // ifstream, ofstream   #include <string>     // getline(cin, string)            from console // getline(ifstream, string)    from file   using namespace std; int main(void) { #define Length_Limit_Google 200       ifstream iSTREAM("input.txt");     if (iSTREAM.is_open() != true)     {         cout << "[SYS] Unable to open \"input.txt\"." << endl;         return -1;     }       ofstream oSTREAM("output.txt");     if (oSTREAM.is_open() != true)     {         cout << "[SYS] Unable to open \"output.txt\"." << endl;         return -1;     }       string newline, label;     register unsigned int Label_Length = 0;     while (getline(iSTREAM, newline))     {         newline += ", ";         Label_Length += newline.size();         if (Label_Length > Length_Limit_Google)         {             label.erase(label.size() - 2, label.size() - 1);             break;         }         else         {             label += newline;         }     }     oSTREAM << label;     cout << "\n\t[SYS] " << label.size() << " characters ready." << endl << endl;       iSTREAM.close();     oSTREAM.close();     return 0; } Colored by Color Scripter

cs

Windows Accessible Network Drive on Raspberry PI

[1] Install Package : samba-common-bin

apt-get install samba samba-common-bin

 

[2] Make Samba-Accessible Account ( with Password )

// root : the name of the user in Linux

smbpasswd -a root

 

[3] Configure Samba Drive ( Folder )

nano /etc/samba/smb.conf

 

[4] Add below @the bottom

[de Noir]

comment = de Noir

path = /root/de\ Noir

valid user = root

browseable = yes

writable = yes

 

[5] Restart Samba Service

service samba restart

 

[6] Connect from Windows ( using ID & PW from [2] )

Visual Studio 2015 Compatibility Issue using OpenCV3.0

[Link] Visual Studio 2013 Compatibility 

[Link] Visual Studio 2015 Compatibility

 Referring to the official sites above, I might understand that VS2013 is not suitable for developing the applications on and for Windows10; it supports till Windows8.1.

 I have asked to a moderator in MS Forum how to use VS2013 on Windows10 successfully just as I did on Windows7. I followed the advice, and I failed to satisfy myself in the end.

 The problem is, my recent project was developed in {Win7+VS2013}. I have upgraded to Win10 without considering this type of compatibility issue, and now my project turns out not to run properly on {Win10+VS2015}.

 If I install VS2013 and VS2015 together in Win10, I can build a release version anyway, but it can't be run on debug-mode or it is including unexpected runtime-failure when executed outside the Visual Studio. It implies that I need to build up from the first on Windows10 with VS2015 by myself to migrate this legacy project to debug and to retarget it for Windows10. Furthermore, this does not guarantee the program to run as intended because the latest release of OpenCV only formally supports vc11 and vc12. So it implicates potential collision when employed to VS2015(vc14);the details follow; while the next release of OpenCV might be a lot later in time.


 VS 2015  == VS 14.0
 VS 2013  == VS 12.0
 VS 2012  == VS 11.0
 VS 2010  == VS 10.0

  FYI, this project depends on OpenCV3.0 and MFC.

- Programmed on Win7 with VS2013(vc12) as stated,
- You might check out this project from my Github, named "Active mass Tracing with Consensus-based matching and tracking of Computer vision"