I regularly like to make rough diagrams/plans by drawing on paper. As I have an iPad Pro with a stylus sitting next to me I have often thought there would be some benefits to being able to use a sketching diagram to:
As I could not find an updated version of these for the new release I have made one. The repo for this, 2019 community version (specifically c2.4.1) can be found here: https://github.com/markz0r/eramba-community-docker
Follow the steps in README.md and you should be testing the new eramba in no time.
Mar, 2020: Updated for community edition 2.8.1
Thanks to the team at Eramba for making the tool available for all!
If you want to have a single mailbox on Office 365 and be able to send as aliases of that mailbox, you will need to do some work around as it is not really support by Microsoft, see:
Looks primarily at changing object shapes, introducing the move too and the 2-point arch tool. Using double click for repetition of push/pull tool also proved to be convenient. We then used the move tool to alter slopes of surfaces, including using the up key to match slope and then height of another surface.
Next up is the arc tool, which has 4 variants:
Arc – Main point of this method determines where the center point of the arc will be
2 Point Arc – select two points that will be the width of the arc
3 Point Arc – Firts 2 points determine form, and the third point gives that exact length Ideal for irregularly shaped objects
Pie
The week 3 assignment was creating a house to match a floor, wall and roof plan. Unfortunately it appears that the assignment specification had a couple of slight errors. This was a bit of a time waste and student from the previous course had reported it so it is a bit disappointing that the course writers have not noticed/corrected it: https://www.coursera.org/learn/3d-cad-fundamental/discussions/weeks/3/threads/QTxAZ5UGEeir3xJNYGdMZA
Again the first pass took a while and was quite difficult, but a complete redraw took only 5 mins. When drawing structures like this, with eves and and sloped roofs it is important to complete a room (minus the eves and roof thickness) to make slope matching easier.
# Note that is is executing arbitrary code from an the vim-go repo
curl -fLo ~/.vim/autoload/plug.vim --create-dirs https://raw.githubusercontent.com/junegunn/vim-plug/master/plug.vim
git clone https://github.com/fatih/vim-go.git ~/.vim/plugged/vim-go
Customise ~/.vimrc to enable and configure your plugins and shortcut keys
Once th ~/.vimrc is added run :GoInstallBinaries to get vim-go’s dependencies
Shortcut keys in this vimrc:
\ + b -> build
if errors occur toggle forward and back through them with ctrl + n and ctrl + m
close quick fix dialogue boxes with \ + a
\ + i -> install
dif (whilst on func def, delete all contents for func)
Autocompletion sucks though 🙁 so adding neocomplete is a must).
With existing versions of brew installed vim and the introduced dependency of xcode makes the setup time high. I went through this in the past and after a fairly long hiatus from writing code if find nothing is working quite right.
Usage: sh GetPlaylist.sh [youtube playlist URL] [output_directory]
Example:
sh ./GetYoutubePlaylist.sh http://www.youtube.com/playlist?list=PL702CAF4AD2AED35B ~/Music
To get the youtube playlist URL view the playlist by clicking on its name, no videos will be playing, then click on share and the url will be highlighted:
Step 4: Write an interface between the functions and a basic interface (text?)
Step 5: Test!
Conclusion: Using Scala (trying anyway) the implementation is not very complex. What is more difficult is replicating the original machines where the output character could not equal the input character. The limitation Turing used to crack the machines. Might see if I can implement that later then test out the cracking method. Not sure how easy it would be to break the current implementation…