how to divide binary string in two binary strings.

[User002]

hello everyone ...

i converted decimal numbers which are from 0 to 200 into the binary string of 8 bits. now i want to divide it in two equal part first 4 bits and other 4 bits. the Vi is attached. 

[altenbach]

Please attach your VI instead of a blurry picture.

So you have an U8, i.e. 8 bits and want two 4bit numbers (nibbles). You don't need anything pink for that, just some quick masking and shifting is sufficient.

What exactly do you want ant the end? (I would stick with numerics. Strings are useless for e.g. math)

[crossrulz · Accepted solution]

Looks like you are all but there.  What exactly were you having problems with?

You can eliminate most of your code (the FOR loop and most of the supporting code) by changing the string format to %08b.

[wiebe@CARYA]

---

@User002 wrote:

the Vi is attached. 

---

No, that's an image of the VI...

And you can embed images in a post, saving us a download, open and delete.

Try:

EDIT: that crossed a few messages. At least my rant is constructive 😁.

[GerdW]

Hi jeet,

one more try:

[wiebe@CARYA]

---

wiebe@CARYA wrote:

EDIT: that crossed a few messages. At least my rant is constructive 😁.

---

Not implying the other rants where not constructive, just that my rant was constructive compared to my answer. I wasn't dissing rants. 🙄

[wiebe@CARYA]

---

@GerdW wrote:

Hi jeet,

one more try:

---

(too hard to resist)

[altenbach]

---

@GerdW wrote:

Hi jeet,

one more try:

---

Cute! Not sure what the compiler does with all this, but my gut feeling is that this requires quite a few more clock cycles compared to my solution. 😄

[GerdW]

---

@altenbach wrote:
Cute! Not sure what the compiler does with all this, but my gut feeling is that this requires quite a few more clock cycles compared to my solution. 😄

---

Sure.

I also wouldn't use Q&R on an FPGA…

[billko]

---

@altenbach wrote:

---

@GerdW wrote:

Hi jeet,

one more try:

---

Cute! Not sure what the compiler does with all this, but my gut feeling is that this requires quite a few more clock cycles compared to my solution. 😄

---

But it does (at least somewhat) fit onto a postage stamp, so there's that...