# August 2003

- A potential best-seller?
*Richard A. Bartle* - Identifying Players
*Scion Altera* - Identifying Players
*Crosbie Fitch*

- Identifying Players
- Metrics for assessing game design
*David Kennerly* - ADMIN: Crunch thread
*J C Lawrence* - Mapping real money into MUD money
*Alex Chacha* - Mapping real money into MUD money
*Katie Lukas* - Mapping real money into MUD money
*David Kennerly*

- Mapping real money into MUD money
- Mapping real money into MUD money
*Kent Peterson* - Mapping real money into MUD money
*Peter Tyson*

- Mapping real money into MUD money
- Mapping real money into MUD money
*Matt Mihaly* - Mapping real money into MUD money
*Paul Canniff*

- Mapping real money into MUD money
- Research in the Gaming Industry
*Damion Schubert* - Research in the Gaming Industry
*Kerry Fraser-Robinson* - Research in the Gaming Industry
*Richard A. Bartle* - Research in the Gaming Industry
*Matthew S. Ayres*

- Research in the Gaming Industry

- Research in the Gaming Industry
- Mapping real money into MUD-Money
*Henrik Johansson* - Java or LPC (DGD)?
*Ben Chambers* - Java or LPC (DGD)?
*Ammon Lauritzen* - Java or LPC (DGD)?
*T. Alexander Popiel* - Java or LPC (DGD)?
*ceo* - Java or LPC (DGD)?
*Lars Duening* - Java or LPC (DGD)?
*Torgny Bjers* - Java or LPC (DGD)?
*Ryan Underwood*

- Java or LPC (DGD)?

- Java or LPC (DGD)?
- Reputation systems: a possible path for investigation
*J C Lawrence* - Reputation systems: a possible path for investigation
*david.l.smith@mail-x-change.com* - Reputation systems: a possible path for investigation
*Brian 'Psychochild' Green* - Reputation systems: a possible path for investigation
*Andrew L. Tepper* - Reputation systems: a possible path for investigation
*Matt Mihaly* - Reputation systems: a possible path for investigation
*Vincent Archer*

- Reputation systems: a possible path for investigation

- Reputation systems: a possible path for investigation
- Reputation systems
*Castronova, Edward* - Reputation systems
*J C Lawrence*

- Reputation systems
- Mapping real money into MUD-Money
*Ren Reynolds* - MudDev Faq - part 2
*Marian Griffith* - PHP muds
*Peter Harkins* - PHP muds
*Torgny Bjers*

- PHP muds
- Slashdot story about review of Bartle's new book
*Christer Enfors XW {TN/PAC}* - Slashdot story about review of Bartle's new book
*Dave Rickey* - Slashdot story about review of Bartle's new book
*Evan Harper* - Slashdot story about review of Bartle's new book
*Richard A. Bartle* - Slashdot story about review of Bartle's new book
*Tamzen Cannoy* - Slashdot story about review of Bartle's new book
*Kerry Fraser-Robinson* - Slashdot story about review of Bartle's new book
*Richard A. Bartle*

- Slashdot story about review of Bartle's new book
- Slashdot story about review of Bartle's new book
*Dave Rickey* - Slashdot story about review of Bartle's new book
*Marc Bowden*

- Slashdot story about review of Bartle's new book

- Slashdot story about review of Bartle's new book
- The lack of Creativity and Beauty a game user
*james_nesfield@nesfieldcapital.com* - Artists and Copyrights
*Derek Licciardi* - Artists and Copyrights
*Paolo Piselli* - Artists and Copyrights
*Marian Griffith* - Artists and Copyrights
*Paul Dahlke*

- Artists and Copyrights
- Using Windows Scripting Host
*Owen Matt* - Using Windows Scripting Host
*F. Randall Farmer* - Using Windows Scripting Host
*Karl Dyson* - Using Windows Scripting Host
*Tess Lowe*

- Using Windows Scripting Host
- Better Game Design through Data Mining
*David Kennerly* - Better Game Design through Data Mining
*Chris "Diamonds" Stewart*

- Better Game Design through Data Mining
- When Will Player-Avatar Integrity Be a Feature of Persistent Worlds?
*vladimir cole* - When Will Player-Avatar Integrity Be a Feature of Persistent Worlds?
*Martin Bassie* - When Will Player-Avatar Integrity Be a Feature of Persistent Worlds?
*Craig H Fry* - When Will Player-Avatar Integrity Be a Feature of Persistent Worlds?
*Matt Mihaly* - When Will Player-Avatar Integrity Be a Feature ofPersistent Worlds?
*Michael Tresca* - When Will Player-Avatar Integrity Be a Feature ofPersistent Worlds?
*Baar - Lord of the Seven Suns*

- When Will Player-Avatar Integrity Be a Feature ofPersistent Worlds?

- When Will Player-Avatar Integrity Be a Feature of Persistent Worlds?
- [Fwd: Metrics for assessing game design]
*ceo* - Examine/Look
*Elia Morling* - Examine/Look
*Ammon Lauritzen* - Examine/Look
*Marc Bowden*

- Examine/Look
- Examine/Look
*Lars Duening* - Examine/Look
*Eamonn O'Brien*

- Examine/Look
- [BUS] Account-management systems
*ceo* - [BUS] Account-management systems
*Rayzam* - [BUS] Account-management systems
*Christopher Allen*

- [BUS] Account-management systems
- Job opportunity on Star Wars Galaxies
*Koster, Raph* - NCSoft yearly report
*Mathieu Castelli* - MUD using the .net framework
*Norman Beresford* - MUD using the .net framework
*John Buehler* - MUD using the .net framework
*James F. Bellinger* - MUD using the .net framework
*Linder Support Team*

- MUD using the .net framework
- Virtual property lawsuit in China
*Koster, Raph* - Virtual property lawsuit in China
*Nicolai Hansen* - Virtual property lawsuit in China
*Daniel Anderson* - Virtual property lawsuit in China
*Kerry Fraser-Robinson*

- Virtual property lawsuit in China
- Virtual property lawsuit in China
*Vladimir Cole* - Virtual property lawsuit in China
*Ren Reynolds* - Virtual property lawsuit in China
*Nicolai Hansen* - Virtual property lawsuit in China
*ren@aldermangroup.com*

- Virtual property lawsuit in China

- Virtual property lawsuit in China

- Virtual property lawsuit in China
- Expected value and standard deviation.
*Jeff Cole* - Expected value and standard deviation.
*Scion Altera*Thursday, August 28, 2003, 6:27:07 AM, Jeff Cole wrote:

> And that got me to thinking. In MUDs/MMO* advancement entails

> (ridiculously?) increasing the expected value of a player's

> performance. Gameplay would certainly be more complex if, like

> poker, advancement required one to balance expected value with

> standard deviation--if advancement involved more decreasing of

> standard deviation and less increasing of expected value.

This idea is very interesting to me. It seems like real-time

strategy games have this aspect the same way poker does. A novice

player will do more muddling around and experimenting, and make more

mistakes. Over the course of several games, the combined "power" of

the novice's kingdom/army/nation at its height in each game will

vary substantially due to a wide variety of factors, from resource

availability to plain old mistakes. An expert player, on the other

hand, will have found a pattern and a strategy that works well for

the game. They will adjust this pattern to compensate for problems

such as low resources, and I would bet that if you adjusted the

combined "power" of the expert's nation at its height during several

games, the standard deviation of the adjusted powers would be lower

than that of the novice.

What I have described involves a lot of number shuffling to get the

statistics to work, and I'm coming up with it based on what tends to

happen to me when I go to LAN parties: my friends all get a game a

week or so before I do, so I play it for the first time the day of

the LAN. While they're systematically building cities and powerful

armies, I'm bumbling around figuring out what each of the buildings

and units does. Sometimes I end up doing well if it's a game I can

learn quickly, but other times I lose very quickly. The players that

have played the game for a week beforehand tend to have closer

matches, and RTS skill tends to be the deciding factor instead of

luck and how fast I can learn the interface. On games that I am

better at and have played longer, of course, I play much more

consistently well (or poorly). That is why I'm sold on the standard

deviation idea so far.

All this got me thinking about the major differences between RTS and

MUDs. Consider that a kingdom or nation in a typical RTS game is the

player's "character" just like a MUD. That character grows in

ability and power as the player manages the resources available to

her. The RTS player harvests lumber and mines gold to build archers

and swordsmen. The MUD player harvests monsters for gold, experience

and loot. The army increases the RTSer's total power, while the

gold, experience and loot do the same for the MUDder.

It seems to me that a lot of this depends on player knowledge and

skill, then. Given a balanced team on a fair map in the RTS game, an

experienced player has a high average and low standard deviation,

and will in all likelyhood beat the novice with a low average and

high standard deviation. Given balanced characters in a fair arena

on a MUD, the same rule applies: the experienced MUDder will use his

resources more effectively and beat the novice. My conclusion is

that the player brings the standard deviation in knowledge, raw

talent, and skill. The game brings the power level in comparison to

other players, and the ability to alter it. I think it's this way in

MUDs, RTSes, and poker.

-- scion@divineright.org --

ICQ: 1824934 || AIM: ScionAltera || MSN: ScionAltera || YIM: scionaltera

== PGP Public Key: http://www.divineright.org/~scion/pete_key.txt = - Expected value and standard deviation.
*Jeremy Hill*

- Expected value and standard deviation.
- Expected value and standard deviation.
*katie@stickydata.com* - Expected value and standard deviation.
*Ben Chambers* - Expected value and standard deviation.
*Zach Collins {Siege}* - Expected value and standard deviation.
*Ben Chambers* - Expected value and standard deviation.
*Robert Zubek* - Expected value and standard deviation.
*Kwon J. Ekstrom* - Expected value and standard deviation.
*Eamonn O'Brien* - Expected value and standard deviation.
*Kwon J. Ekstrom*

- Expected value and standard deviation.

- Expected value and standard deviation.

- Expected value and standard deviation.
- Expected value and standard deviation.
*Freeman, Jeff* - Expected value and standard deviation.
*Zach Collins {Siege}*

- Expected value and standard deviation.

- Expected value and standard deviation.

- Expected value and standard deviation.
- Expected value and standard deviation.
*Bernard Graham* - Expected value and standard deviation.
*Freeman, Jeff* - Expected value and standard deviation.
*Jeff Cole* - Expected value and standard deviation.
*Koster, Raph* - Expected value and standard deviation.
*Katie Lukas* - Expected value and standard deviation.
*Fidelio Gwaihir* - Expected value and standard deviation.
*Katie Lukas*

- Expected value and standard deviation.
- Expected value and standard deviation.
*Matt Mihaly* - Expected value and standard deviation.
*Martin Bassie* - Expected value and standard deviation.
*Katie Lukas* - Expected value and standard deviation.
*Matt Mihaly* - Expected value and standard deviation.
*Paul Schwanz* - Expected value and standard deviation.
*Matt Mihaly*

- Expected value and standard deviation.

- Expected value and standard deviation.

- Expected value and standard deviation.

- Expected value and standard deviation.
- Expected value and standard deviation.
*Koster, Raph* - Expected value and standard deviation.
*Paul Schwanz* - Expected value and standard deviation.
*Amanda Walker* - Expected value and standard deviation.
*John Buehler*

- Expected value and standard deviation.
- Expected value and standard deviation.
*Kwon J. Ekstrom* - Expected value and standard deviation.
*Jeff Cole* - Expected value and standard deviation.
*Paul Schwanz*

- Expected value and standard deviation.
- Expected value and standard deviation.
*Dr. Cat* - Expected value and standard deviation.
*David Loving* - Expected value and standard deviation.
*Pat Ditterline* - Expected value and standard deviation.
*Michael Chui* - Expected value and standard deviation.
*Matt Mihaly*

- Expected value and standard deviation.
- Expected value and standard deviation.
*Kwon J. Ekstrom*

- Expected value and standard deviation.
- Expected value and standard deviation.
*Chanur Silvarian* - Expected value and standard deviation.
*Katie Lukas* - Expected value and standard deviation.
*Daniel.Harman@barclayscapital.com*

- Expected value and standard deviation.
- Expected value and standard deviation.
*Oliver Smith*

- Expected value and standard deviation.

- Expected value and standard deviation.
- Expected value and standard deviation.
*Daniel Anderson* - Expected value and standard deviation.
*Koster, Raph* - Expected value and standard deviation.
*Nicolai Hansen*

- Expected value and standard deviation.

- Expected value and standard deviation.
- Expected value and standard deviation.
*Dark Lamenth* - Expected value and standard deviation.
*Fidelio Gwaihir*

- Expected value and standard deviation.
- Expected value and standard deviation.
*Ola Fosheim GrĂ¸stad* - Expected value and standard deviation.
*gbtmud* - Expected value and standard deviation.
*Tom "cro" Gordon* - Expected value and standard deviation.
*Sheela Caur'Lir* - Expected value and standard deviation.
*Roger Hicks* - Expected value and standard deviation.
*Ola Fosheim GrĂ¸stad*

- Expected value and standard deviation.

- Expected value and standard deviation.

- Expected value and standard deviation.
- Expected value and standard deviation.
*Freeman, Jeff*

- Expected value and standard deviation.

- Expected value and standard deviation.
- Expected value and standard deviation.
*Matt Mihaly* - Expected value and standard deviation.
*Tom "cro" Gordon*

- Expected value and standard deviation.