There had not been any updates to HSMAdvisor for several months now.
And there is a very good reason for that.

We have been working hard on a lot of new super-cool features and improving the old functionality.

BTW: This Update Resets the Trial Counter!

Let us cut to the chase.
Here is a list of all the latest changes and improvements:

• New Cut Cloud controls added (beta only!)
• New Cast Aluminum materials
• New combined Tool Torque and Deflection Limit controls
• New and Improved Tool Display Graphics. Now for Turning too!
• Lathe Tools now consider Shank size when suggesting chip-load.
• New Mass Edit - > Set SFM/Feed Overrides command in the Tool Database
• Improved Tool Deflection calculations
• Improved and refined a lot of behind-the-scenes stuff

I am going to explain the most important improvements below.

Being a professional CNC Machinist myself with a good manual background I often find myself watching various machining videos and blogs.

Unlike others I do not often share somebody-else's work, I could just not walk past this one and not tell everybody how great I think this is....

This story was posted on "Russian reddit" and here is the direct translation of the author's post:

Lets begin with tyres. Vladimir (guy's name) decided to create the mould to make the rubber tyres himself. Here it is:

Here are the tyres he made with it. Beautiful aren't they?

He also made little differentials. Housings, gears. Everything made himself:

I have been asked to create a tutorial on how to work with the tool library, so here it is.

myCut Tool Database is quite a unique thing.

It not only contains all of your tools, but also each and every tool can have multiple operations or "Cuts" attached to it.

Everything is very simple.

Database contains Libraries

Libraries contain Tools

And Tools contain Cuts

Each entity behaves according to specific rules and "knows" specific kind of data.

Please read more to learn how it all works.

.....and this is why they are so heavy.

I have stumbled upon this video the other day.

It shows a very good reason to keep those doors closed at all times when runing your machine.

HSMAdvisor v0.1 is now available.

(newest version is 0.101)

A decision has been made that updates containing new features will increment by 0.1 each time

Bug fix updates and improvement updates will increment by 0.01

This should be a hint that first fully commercial release is in sight. (you still have another 6 months or so of free updates).

There is only one major feature

• Machinery with gear boxes is now supported- users can enter a list of RPM machine can have set and FSWizard will force all calculations to stick to those pre-defined numbers.
  There is a sample machine called "Manual Lathe" that demonstrates this feature. You can use "Import" function in Machine Definitions dialog to load that machine and see how it works

Several bugs have been fixed

• Manually entered RPM for lathe tools have been fixed
• Minimum RPM entered in Machine Definitions dialog now actually forces FSWizard to not go below that value and generate a warning.

How Sticky RPM works:

• Create new machine in Machine Definitions by clicking Add button and giving it a name you would recoginze.
• Fill up all of the input boxes including Min and Max RPM, Horse Power and Torque.
• Enter list of RPM values your machine supports into the Power Curve table.
  (Note RPM values HAVE to be in incremental order)
• Against each RPM row enter the max Horesepower your machine has (because its a gear-box, machine HP value is constant at any spindle speed)
  Tip: if Max torque was unknown, now you can enter the highest value you see in Torque row.
• Check Calculations Stick to pre-defined RPM only check box (Yes i know the picture shows that box unchecked, but you have to CHECK it)
• Check Use Horse Power Curve Compensation check box

Thats it!

Now FSWizard will force calculated RPM to match the closest RPM value from the table.

Sticky RPM

An attachment like this is sure to save you some time and money running your lathe unattended

And here is a sketch that i used to make it

drawing Side view Front view

Cycle Format:

G184 X Z C K (I) F Q E
OR
G184 X (Z) R C K (I) F Q E

G180 (Cancel)

G71 X Z A|I B D U H L E F J M Q

• D=First Depth of Cut
• U=Finish Depth of Cut
• J=Number of threads at F
• X=Target Depth (minor Dia of theread)
• Z=Coord of end Point
• A= Angle of thread
• B= Tool Cut angle
• H= Difference between major and minor dia of the thread
• M= Cut pattern
• M32= Longitudal
• Q= Number of leads

Note: Feed mode must be in G95(IPR)

Here is a list of Okuma G and M codes i got from the manual

Note Some codes may not be supported by your machine, all information is given as is and i dont give a ... if you break something.

Information given here is correct to the best of my knowlege

If you want OKUMA Lathe to repeat program several times you can use a subprogram or a conditional GOTO statement.

On Many Okumas subprograms is an option you have to buy, so we have to use GOTO statement.

Thats it 

This little code helps alot when using bar feeder and stuff like that.