mc3 | Python implementation of the Markov-chain Monte Carlo

You need to bind reactive properties to your filters.

Then reference those in your template, or use a computed property that includes the items and the filter parameters.

You are using methods, but when you change your filters they wont recompute.

The text objects (except the first one drawing "Standard") are prepended by a clip path definition their respective text is drawn outside of. Thus, those text pieces are not visible.

For example:

As an alternative to the raw pdf, you can also convert the response data to base64. Just include this header 'Content-Transfer-Encoding':'base64'.

The issue is that you tied the input port of your rippleCarryAdder instance to 0 instead of 1'b0.

0 is an unsized literal constant number here, meaning you did not define the bit-width of this constant. When looking at Section 5.7.1 (Integer literal constants) of the the SystemVerilog LRM, we find that:

The number of bits that make up an unsized number (which is a simple decimal number or a number with a base specifier but no size specification) shall be at least 32. Unsized unsigned literal constants where the high-order bit is unknown (X or x) or three-state (Z or z) shall be extended to the size of the expression containing the literal constant.

Hence, the compiler is interpreting your RTL as if you connected a 32-bit (or more) constant to the 1-bit input port of rippleCarryAdder.

I'm pretty sure what you want can be done with the shingle token filter. Depending on your mapping, I would imagine you'd need to add a filter looking something like this to your content field to get your tokens indexed in pairs:

I cannot help you with gestures for I never worked with them directly, but positioning is logically... not difficult.

You have an Array of objects and an Array of positions. After the 1-st swipe you want only the first object go to the first given position:

There's no such thing as simultaneous in programming (well, unless you are multi-threading with the perfect sync, which is not an AS3 story at all).

There are to ways to get close to that simultaneous thing:

1. Put all the objects into a single container. You will be able to change x and y of that container so all the in-laid objects will change their visible positions at once. The downside is that you cannot rotate or scale them individually (think of them as clipped to a board and imagine you rotate the whole board), or you won't be able to move half of them.
2. Arrays and loops. You iterate through all the items one by one, very fast. It looks simultaneous from the outside, but it never is.

All that said, in order to achieve the things you want you need to figure a way to put all the objects you want to process simultaneously into a single Array and then do the thing you want on them.

Case №1: many Arrays to one.

Ok, solved it. I needed to add Py_Initialize. New code that works:

The simple way about it is to algorithmically figure which one was clicked. The script below is short and does not contain various checks, it assumes all the elements of A are really MovieClips.