Index Generation

[QFIT]

Well, yes in the case of Zen it would be Aces. I was trying to keep the descriptions close for the two ace side-count methods. But, this method of side-counting makes very little difference and is quite a pain. Generally people don't side count aces in ace-reckoned systems.

I have not seen the program. But it sounds like it is generating multi-parameter tables, which is altogether different.

[BJmath]

Originally Posted by QFIT

Well, yes in the case of Zen it would be Aces. I was trying to keep the descriptions close for the two ace side-count methods. But, this method of side-counting makes very little difference and is quite a pain. Generally people don't side count aces in ace-reckoned systems.

I have not seen the program. But it sounds like it is generating multi-parameter tables, which is altogether different.

Thanks. And, yes, it is generating multi-parameter tables. Is your CVData generating multi-parameter tables? Or could you please describe briefly what the outcome will be like using your program, suppose I input an arbitrary counting (Ace-reckoned) system? Thanks!

[QFIT]

Originally Posted by BJmath

Thanks. And, yes, it is generating multi-parameter tables. Is your CVData generating multi-parameter tables? Or could you please describe briefly what the outcome will be like using your program, suppose I input an arbitrary counting (Ace-reckoned) system? Thanks!

I don't directly support multi-param index generation. Although you could probably alter the deck and trick t into generating them. I do support simulation of MP counts.

[jack,jackson]

Originally Posted by QFIT

I don't directly support multi-param index generation. Although you could probably alter the deck and trick t into generating them. I do support simulation of MP counts.

You can however, input your numbers, and you use the side count attachment, for playing purposes, correct?

[QFIT]

Correct. CVBJ supports MP counts.

[BJmath]

Originally Posted by QFIT

Correct. CVBJ supports MP counts.

BTW, where can I input my counting strategy before running simulations to generate indexes using your CVData? Thanks!

[QFIT]

Originally Posted by BJmath

BTW, where can I input my counting strategy before running simulations to generate indexes using your CVData? Thanks!

Create a user strategy (Define/Edit Strategy). It is best to base it on Composite Basic Strategy and add the tag values and TC calculation type.

[BJmath]

Originally Posted by QFIT

Create a user strategy (Define/Edit Strategy). It is best to base it on Composite Basic Strategy and add the tag values and TC calculation type.

Thanks for your quick reply! I found it already after my post (long time no touch and forgot about it)... Thanks.

[BJmath]

Originally Posted by QFIT

Create a user strategy (Define/Edit Strategy). It is best to base it on Composite Basic Strategy and add the tag values and TC calculation type.

For a user-defined counting strategy, your CVData calculate the true count by dividing the raw count by the # of decks left, correct? As a result, if this counting strategy is of high level, the magnitude of the true count indexes will be increased correspondingly, correct? Thanks!

[QFIT]

Originally Posted by BJmath

For a user-defined counting strategy, your CVData calculate the true count by dividing the raw count by the # of decks left, correct? As a result, if this counting strategy is of high level, the magnitude of the true count indexes will be increased correspondingly, correct? Thanks!

On the counts tab, set the TC calculation to whatever you wish.