I wrote two blocks that allow for conversion between binary and decimal numbers! (the bin$$\to$$decimal was easy, but the decimal$$\to$$binary was not.)
using a base larger than ten, we have to deal with using letters as digits, a=ten, b=
From a different topic Sounds interesting. Any specific ideas yet? Would it support optimization through integer linear programming?
And look for obvious circularities like sibling(a,b) :- sibling(b,a).
A manual for the Snap! programming language
So the sequence of speech balloons is 1,2,a,3,b,c,d,e,4,5,f,g,h,i,6,7,j,k,l,m,n,o
The current Metaprogramming library (introduced in Snap! 10 IIRC) though useful is also kind of basic: … and (from a user POV) undocumented: for starters, none of these blocks have any help text. The same applies fo…
Reference Manual: [To be discussed in what’s currently Ch. 11, section B of Ref.
What's problem you are encountering? I'm looking for a way to create a local variable using primitive blocks. Anyone knows how to do it?
an inter-clone communication is based on a) relative position to each other and b)
Raspberry Pi just released the Pico W with wireless capability for $6: https://www.raspberrypi.com/news/raspberry-pi-pico-w-your-6-iot-platform/ The post by @cymplecy regarding Snap! + Raspberry Pi in August 2020 looke…
) Motor M1(0x30,_MOTOR_A, 1000);//Motor A Motor M2(0x30,_MOTOR_B, 1000);//Motor B
I'm not sure this is an advanced topic. I need to improve rendering speed Currently, my game is becoming unusable with just 100-200 sprites. Simple The simple route is for someone to examine my code. Maybe there is s…
(6)463×273 29.6 KB Also, there is no reason to duplicate the test A touching B
Idea for someone :slight_smile: Make a fork of Snap! that uses zero-based indexing instead of 1-based :slight_smile: So instead of taking in Scratchers and getting them to use Snap!, we could attract JavaScript or Pyth…
multi-dimensional arrays, since the linear position of point (a.b) in an array is a·width+b
I was unaware that there was a rationale behind the Scratch Team's decision to implement 'broadcasts' instead of a 'typical' message-passing system, but I don't think that it supports the stated goal of modularity. Bro…
really stuck out to me are (A) the idea of broadcasts with data arguments, and (B)
A manual for the Snap! programming language
B) will also clone all its parts. Top: turning the part: the green arm.
