This is RPG-ology #37: It’s Greek to Me, for December 2020.
Decades ago I was running original Advanced Dungeons & Dragons for a burgeoning group that included a number of experienced players. Experienced players of course bring knowledge from their other games, their other Dungeon Masters. I have twice had the complication that one of the players at the table was familiar with a module I had decided to run, and multiple times had them recognize a magic item from the books—but that’s a different problem.
Magic items in the game can be rather complicated. Find one, but you probably don’t know what it does or how to make it do that. Swords and weapons seem simple, but often have hidden powers that can be activated with the right command word or the right combat situation. Of course, such objects often have inscriptions or decorations, something that might hint or outright tell the new owner what to do with it. On the other hand, there’s no guarantee that the old owner didn’t write something misleading.
In any case, my players began asking for just about every object they found, from the leather armor worn by the orc chieftain to the platinum statue of a horse in the dragon’s treasure horde, whether there was something written on it.
Well, I’m the sort of Dungeon Master who thinks that for something to be fair it should be consistent, and therefore there should be a rule. I figured a roll of the dice could determine whether there were any markings on the object, and if so what if any significance they had. You’ll find that table here You’ll also find a second table. Call me lazy, but when I roll up magic devices in random treasure hoards I don’t usually take the time to figure out the command words—for one thing, the characters might never find the thing, or might not recognize its significance. So maybe my system is a bit complicated, but I identified different kinds of words that might be used by a wizard making such a device, divided them into categories player characters might guess, and gave a probability of success guessing the right word if they’re in the right category. That seemed to me a lot simpler than having the players trying to guess a randomly chosen word out of the dictionary. Pick a category, a type of word, and we’ll assume you ran a hundred or so words like that, and roll the dice to see whether you got the right one.
O.K., that’s pretty rough; maybe you don’t want to be so hard on your players. But I did something else, too. Sometimes my chart said there was something written on the object—but when did you ever hear of a magic item with an inscription in the common tongue? Well, it does happen, I suppose, but I figured it wouldn’t be that often, so I combed through the books and found every language that was listed as something spoken by any creature. After all, if I were a chaotic magician trying to create a device that I didn’t want my enemies to use, wouldn’t Slaad be an excellent choice for the language required to activate it? But since I wasn’t writing backstories for these gadgets, I again created a table, weighted to favor more common languages.
I don’t expect many of you will find these tables all that useful—it’s the ideas behind them that I think matter. Your magic items can have decorations and inscriptions that mean something, or that mean nothing, or that will mean everything if only the characters can figure out what language that is, or that will send them down the rabbit hole looking for an answer that isn’t there.
And of course, remember that just as an object that’s magical doesn’t necessarily have to have a decoration or inscription, so too an object with an inscription or decoration doesn’t have to be magical.
Merry Christmas, or whatever gift-giving holiday you’re celebrating this time of year.
Conversion rules for the inclusion of Starfinder content in a Pathfinder Second Edition game, if you like to mix your chocolate and peanut butter.
Starfinder Stuff can be taken from the Starfinder Core Rulebook, Armory, and any other official Starfinder resource with GM approval. Normally, these would be located or obtained through events in the story, not during character generation or in markets.
Damage Types: Bludgeoning is a subset of Kinetic. Kinetic is a subset of Force. Ballistic is a subset of Piercing. Lightning is the same as Electrical. All other energy types (sonic, fire, cold, etc.) are subtypes of Energy. Light and Darkness damage are subsets of Spiritual damage. Evil, Neutral, “Negative Energy,” and Chaos are also subsets of Darkness. While Good, “Positive Energy,” and Lawful are subsets of Light. Other damage types are subsets of existing Pathfinder2e damage types, and GM may need to rule on which ones if they are not obvious.
Weapons and Armor: Weapons and armor are to be used AS IS, including level, etc. The GM may need to modify a specific armor or weapon for a specific character in a given story element. Pathfinder 2e weapons work similarly to how Archaic Weapons are described in Starfinder; with Archaic weapons doing 5 points fewer Weapon damage on a strike against Modern or Starfinder Armor. Archaic only effects Weapon Damage, not other kinds of to damage that may be added to a Strike such as Precision damage from a Sneak Attack, etc. In Pathfinder 2e, unless otherwise stated, weapons and armor are level 1 and are Archaic. Uncommon, Advanced, Racial, and magic are not Archaic. Weapon Damage is capped at 6 damage dice. This does not affect other kinds of damage that are applied to a weapon’s total damage done in a successful strike. Armor is capped at a +10 Armor bonus. This does not affect other kinds of bonuses to AC. KAC and EAC from Starfinder is in effect for Starfinder armor, but not Pathfinder 2e armor. EAC is only applied to a Starfinder armor wearer being targeted by energy damage.
Modern Firearms: Modern Firearms are a subset of Projectile weapons and do Ballistic damage. Modern Firearms are not as advanced in technology as Starfinder Projectile weapons. Modern Firearms will typically have more ammunition per magazine than Starfinder weapons, but they also produce Report Shock and Recoil. A separate article covers damage, range, and conversion of Modern Firearms to PF2e.
Handguns/Small Arms Proficiency: Unlike other ranged weapons, Handguns can be used to make Reactions, such as Attacks of Opportunity, if the Reaction is available to you. Likewise, they do not provoke Reactions, such as Attacks of Opportunity, as other Ranged weapons do. You must have the Small Arms Proficiency to use Reactions with a Handgun.
Story Weapons: Force Lance, Light Saber, and activated Heritage Katana do Light damage. The GM reserves the right to add or delete story element weapons and modify their statistics as needed to keep the game balanced.
Skills/Proficiencies: If you have access to a skill/proficiency (as determined by the GM), then you may be able to take it from Starfinder, so long as a Pathfinder 2e Proficiency does not cover the same area of skill or knowledge. Most of the differing Proficiencies are subsets of existing proficiencies. For example, Lore: Computers in Pathfinder 2e is the same as Computers. Crafting is the same as Engineering in Starfinder. Society is the same as Culture (except it does not grant a language, as it does in Starfinder). Security Systems is Thievery. Lore: Piloting is the same as Piloting. Lore: Driving is the same as Driving. Once you have access to a skill, even if you have not actually trained it, you may attempt untrained actions if an action is allowed untrained. Humans may apply their Improviser feats to the newly accessed skill.
Classes, Class Features, Races, Racial Features, Feats, Spells, etc. in Starfinder are not available to Pathfinder 2e characters.
Enhancements for armor, weapons, etc. are treated like Runes in Pathfinder 2e.
Economics: 1 Credit in Starfinder is equal to 1 Silver Piece in Pathfinder 2e for the purposes of price listing and development costs. However, converting them back and forth may prove to be very difficult as Silver is a commodity. One day 1 Silver may be worth 0.2 credits, and the next day worth 2.3 credits depending on the market and location of the characters.
Non-Pathfinder 2e Weapons Proficiencies: Once you have access to Modern or Starfinder Weapons (and an instructor to teach you), and when you gain a Class Feat, Skill Feat, General Feat, or Ancestry Feat, you can use it to take the Elevated Weapon Proficiency Feat. The Elevated Weapons Proficiencies are Small Arms, Long Arms, Heavy Weapons, and Sniper Weapons as described in Starfinder. Modern Firearms and non-Pathfinder 2e weapons fall into these. The Elevated Weapon Proficiency Feat allows you to become Trained in Small Arms or Long Arms. You can take it multiple times. You can take it again if you are Trained in Small Arms or Long Arms, and gain Trained in Small Arms, Long Arms, Heavy Weapons, or Sniper Weapons. At 1st level or higher you can take it to increase Trained to Expert in an Elevated Weapon Proficiency you are Trained in. You can also take it at 7th level or higher and gain Master in an Elevated Weapon Proficiency you are already Expert in. At 13th level or higher you can take it and gain Legendary in an Elevated Weapon feat you are already Master in.
Non-Pathfinder 2e Armor: If you are trained in Light Armor, and you have access to Starfinder Armor (and an instructor to teach you), you can take the Powered Armor Feat as a General, Skill, Ancestry, or Class Feat, and become Trained. You can take it again at 1st level or higher and become Expert. At 7th level or higher you can take it again and become a Master. And at 13th level or higher you can take it again and become Legendary.
There are several concepts that need to be understood for proper potential damage dice for a given firearm system. There are two kinds of cavities that are created when a projectile hits a body. The wound cavity is created by the track of the projectile damaging tissue as it travels through the body, creating a hole or tunnel as it goes, and in some cases creating multiple tunnels of damage if it fragments. The second is the Stretch cavity which is created when the shockwave of the projectile hits the body and moves tissues around like throwing a rock into a pool of water. For handguns, there are many impressive gel tests that show very dramatic stretch cavities using slow motion video. However the stretch cavity does not actually damage any tissue. Only the wound cavity damages tissue. Tissue damage causes bleeding, and when there is enough blood loss, the target is stopped. Larger projectiles make larger holes and thus more blood loss potential.
The shock of the stretch cavity can, in rare cases, cause enough shock to the nerves that it can render the target unconscious. Hydrostatic shock, where the stretch cavity actually causes tissue damage, does not occur with any tissue damaging results unless the projectile has enough foot-pounds of energy when it strikes the body, depending on the size of the body being hit. Energy is mass times velocity squared. Heavier projectiles have more mass, but require more pressure to give them velocity. The smaller the target, the larger the stretch cavity, the more potential for hydrostatic shock. This is not easy to translate into game terms. However, as a general rule, in Tiny targets, Firearms always product Hydrostatic shock. In size Small, 400 foot-pounds of energy would be needed to create hydrostatic shock (in hunting terms, this would be Class I game—Rabbits, Badgers, Coyotes, Antelope, etc.). In size Medium, 700 foot-pounds of energy would be needed to create hydrostatic shock (Class II game—Cougars, Deer, Antelope, Black Bear, Humans, etc.). In size Large, 1200 foot-pounds of energy would be needed to create hydrostatic shock (Class III game—Brown Bear, Mountain Sheep, Elk, Caribou, Moose, etc.). In size Huge, 1200 foot-pounds or more energy would be needed to create hydrostatic shock (Class IV game—Elephant, Hippo, Dragon, etc.)
The next issue is entropy; the projectile slows down, thus reducing its energy, as it travels. All Centerfire Rifles do Hydrostatic shock (unless they are chambered in a pistol cartridge) at under 100 yards. Some handguns under 30 feet can also do it. Beyond 100 yards, it depends on the cartridge being used (higher pressure has more velocity; heavier projectiles have less velocity but more mass) and the barrel length (the longer the barrel the more velocity). Things like barometric pressure, elevation, and so forth also play a role in the velocity of the projectile, and therefore the energy of the projectile when it impacts its target. The further out a target is, the less energy the projectile has to apply to the body. The furthest away, unless using specialty optics, that a good shooter can shoot effectively is 1200 yards. Game hunters and guides recommend you not take a shot with any standard cartridge rifles at anything further out than 400 yards. In order to have a humane kill, the magic number is 1200 foot-pounds of energy. If your platform and cartridge being used can’t produce that at the range you are considering taking the shot at, don’t take the shot.
There are literally thousands of developed loadings for a given cartridge. To simplify things, though, there are three basic bullet types: Standard loading for most cartridges is a full metal jacket bullet. Expanding, in most cases, is a jacketed hollow point or soft point round. Armor penetrating is typically an iron core round. The standard loading is assumed in the following pages. Expanding bullets will do an extra die of damage in exchange for a 25% penalty to the Accuracy Range increment. These are usually ‘defense’ rounds in Handguns. Armor Penetrating adds a bonus to hit to represent the negation of armor class and an identical penalty to damage to reflect the energy lost punching through the armor. In most cases, a flat +4 to hit and -4 to damage should be assessed. If the armor has a Damage Reduction rating (DR), you ignore it. Yes, they are nasty! But they are also dangerous, as they ignore Hardness of objects. Don’t use them inside a space ship!
Taking all these factors into consideration, we can lay some ground rules in determining weapon damage for Firearms in simple fashion. First, Rimfire Rifles, Black Powder, Pistols, Shotguns, and Centerfire Rifles have different pressure thresholds, and so they are separated. Rimfire uses a flash compound in the rim of the case that ignites the powder. Because of this, the weaker case does not allow for higher pressure. Centerfire uses a primer cup held in a primer pocket in the case. This allows for much higher pressure. Black Powder doesn’t use primer at all. Second we can simply utilize generic data on cartridges in “standard” platforms for that cartridge off Wikipedia.
What follows is a “simple” way to determine damage and range for a given “standard” platform for a given firearm cartridge using Pathfinder Second Edition rules. I took the “normal” top and bottom end cartridges to calculate the range increments and rounded the numbers off to make is simpler. There are more powerful, and less powerful, guns than what I used to determine the mean, but I kept it to what would be considered common firearms. For example a 500 S&W Magnum does 5000 J of energy out of pistol, and a 50 BMG rifle does 21,000 J of energy… and they cost between $5 and $20 per shot to fire… so they are not very common, and really mess with the numbers if you include such beasts.
All Firearms have a Damage Range increment, in addition to the normal Accuracy Range Increment other ranged weapons have. The Accuracy Range increment can be improved with the use of an Optic system.
Firearms Range Increments, Table 1
Accuracy Range Increment*
Damage Range Increment
300 feet / 100 m
300 feet / 100 m
150 feet / 50 m
150 feet / 50 m
75 feet / 25 m
30 feet / 10 m
50 feet / 15 m
10 feet / 3 m
Smoothbore Black Powder guns
75 feet / 25 m
30 feet / 10 m
Rifled Black Powder guns
225 feet / 70 m
50 feet / 15 m
Black Powder Scatter guns
50 feet / 15 m
10 feet / 3 m
At the first Damage Range increment, damage is normal. But for each Damage Range increment out, the firearm does one damage die less. If it is down to its last die, the die type reduces by one die type for each Damage Range increment after that; with a minimum of 1 damage.
*Hollow point and soft point bullets give a 25% penalty to the Accuracy Range Increment
A Scope adds the Volley 30 trait to the weapon. In Pathfinder 2e terms, you have a -2 penalty to use the gun if your target is within 30 feet / 10 m of you. The Accuracy Range Increment is increased by 33%.
Red Dot systems do not impose the Volley penalty, but only increase the Accuracy Range Increment by 10%.
Optics may also grant features such as night vision or recording capabilities, depending on the system used.
The bigger the caliber of projectile, the larger the wound cavity, reflected in a larger damage die size:
Firearms Damage Dice, Table 2-1
.17 – .236
4.318 – 5.994
.237 – .302
6.02 – 7.671
.303 – .368
7.697 – 9.347
.369 – .434
9.373 – 11.024
.435 – .50
11.05 – 12.7
Most black powder pistols are .36 or .45 caliber (d8 or d12). Most black powder rifles are .45, .50, or .58 caliber (d12).
The higher the energy, the more dice are rolled:
Rifle Damage Dice, Table 2-2a
Energy in Joules
< 2000 J
2000 J / Black Powder
Pistol Damage Dice, Table 2-2b
Energy in Joules
< 300 J
500 J / Black Powder
** Expanding bullets get an extra die of damage.
Shotguns shoot multiple projectiles and are treated differently as they are designed for short ranges, and therefore the size of the shot determines the number of dice:
Shotgun Damage Dice, Table 2-3
#4 Buck / Black Powder Scatterguns
#8 & #9 Shot
If only one die is being rolled, it may ‘explode,’ meaning that if the highest possible result is rolled, the die is rolled again, and the result is added to the original roll. This can continue until the highest possible result is not rolled.
To determine the damage and range of a specific gun, we simply look up a cartridge on the Wikipedia and compare its caliber, type (centerfire, Rimfire, or handgun) and energy. Use the highest rated energy loading on the page. For example, I’ll look up 7.7×58 Arisaka on Wikipedia. It has a diameter of 7.92mm. It’s highest rated energy listed is 3136 J. So looking at our lists above, it uses 4d8. Not too shabby. So instead of creating long laundry lists of damage, we’ve created a formula to convert any firearm to Pathfinder 2e damage.
Here are some more common cartridges converted:
A standard 5.56 NATO (AR15/M16) would use d4s, and at 1859 J it gets 2 of them (they can also fire .223 Remington at 1814 J, still only 2 dice).
A 9×19 Parabellum (9mm, 9mm Luger) +P Pistol uses d8s and at 617 J uses 3 of them. This covers the Beretta M9 (FS92), the standard NATO side arm from 1985 until 2017. Also the Sig Sauer P320 (RX17) from 2017 to Present. It is the most popular round next to .22 Long Rifle. The Glock Model 19 is the most popular handgun in this cartridge. Portland Police use Glock Model 17, as do all Federal Agencies except the Border Patrol and NCIS.
A .357 Magnum Pistol uses d8s and at 964 J uses 4 of them. Examples include the Smith & Wesson Model 27/28, Colt Python, and Ruger Security Six. A lot of State Police agencies and the Border Patrol switched from S&W 10s to S&W 28s in 1955 and used them until 1992.
A .357 SIG Pistol uses d8s and at 978 J uses 4 of them. The Glock Model 31 is the standard U.S. Border Patrol and NCIS sidearm.
7.62×39 (AK47/SKS) Rifles use d8s (0.310 caliber projectiles) and at 2108 J uses 3 of them.
The .38 Special +P Pistol (S&W Model 10 was the standard Cop gun from 1899 until 1990) uses d8s and at 476 J gets 2 dice.
The .40 S&W Pistol uses d10s and at 797 J uses 3 of them. Most cop guns are Glock Model 22.
.45 ACP (Colt 1911) uses d12s and at 796 J uses 3 of them. This was the U.S. Forces Pistol from 1911 until 1986 with 8+1 rounds. A smaller 6+1 round Officers’ version was carried by U.S. Forces Officers from 1955 until 1985. A 7+1 Round Commander version was available for Civilians.
A .270 Winchester rifle uses a d6 and at 4006 J uses 5 of them.
30-06 rifle uses d8 and at 4042 J uses 5 of them.
M1 Garand is a 30-06, but must be loaded to under 2800 J so they get 3 dice (use of regular 30-06 ammo will blow the op rod off the gun and damage it).
7.62×45 NATO rifles (M14) use d8s and at 3560 J uses 4 of them (they can also fire .308 Winchester at 3700 J, but still only 4 dice)
.22 Long Rifle in a Rifle gets d4s and at 277 J gets 2 of them, but only 1 in a Pistol.
Note: There are more powerful guns, but this keeps them capped for playability.
Report Shock: When you fire a firearm without a suppressor, Report Shock takes place. The rules may vary depending on the game system, but by and large, if you are within 25 feet of the muzzle of an unsuppressed firearm, you must make a Fortitude, Constitution, or equivalent saving throw. In Pathfinder 2e, it would be a Simple DC for your level at Good Difficulty. If you succeed, nothing happens. If you fail, you take 1d8 points of non-lethal damage, and are both deaf and stunned for one round. If you are already deaf or have hearing protection in place, you are immune.
Overpenetration: If a target’s hit points are reduced to zero and there is still damage left over, the bullet “blows through” the target and may strike a creature or object behind the target. The original attack roll is used to see if the round hits, and if so, the remainder of the damage roll is applied to that target.
Recoil: Modern and Black Powder Firearms generate Recoil after each shot. A cumulative -1 penalty to hit is applied per shot fired to the next shot. This lasts until the shooter takes the Readjust action, Moves, or performs some other Action other than firing the weapon. However, Firearms are Agile weapons. In Pathfinder 2e, Recoil offsets the Agile trait when doing a multi-attack. If you do not do some other action prior to firing, the penalty continues to accumulate across combat rounds.
For instance, in Round 1, you fire three times. The first shot has no penalty. The second is at -5 (-4 for an Agile weapon and -1 for Recoil). The third shot is at -10 (-8 for Agile weapon, -2 for Recoil). In Round 2, you keep firing. The fourth shot is -3 for Recoil. The fifth at -8 due to -4 Recoil and -4 Agile weapon. The sixth is -13, and so forth. In Round 3, you take the Readjust action, which clears the Recoil penalty.
Reloading: Reloading is an Interact action and may require more than one action, depending on the weapon system being used. Most magazine-fed systems take two actions to reload: one to draw the magazine while ejecting the old one, and one to load the magazine and charge the weapon system.
Non-detachable magazine systems take a number of actions equal to 2 per cartridge being loaded, as do swing-out revolvers when not using a speed loader. Using a speed loader device takes only 3 actions to reload. Single Action Revolvers take an additional action per cartridge to eject spent cartridges through the load gate.
Modern single shot systems take three actions to reload: One to eject the spent cartridge, one to ready the new cartridge, and one to load the cartridge.
Black Powder weapons take 10 actions to reload. This time is cut in half if they have pre-measured powder wraps and a wad and ball block. Paper cartridge and cap & ball weapons take five actions to reload per chamber. Non-cap (primitive) Black Powder weapons such as wheel-locks take an additional two actions to ready the pan unless the user employs a single-action fire ability or spell to ignite the pan.
The Editor would like to extend his warmest thanks to Michael for sharing his setting and these play reports. We hope that many more are forthcoming! If you’re enjoying the adventures, please let us know in the comments sections!
Part two of the Compendium of Lands Around Blackwater Lake, the gazetteer for the Northumbria campaign.
Strategic Location of the Keep
The Keep is a large stone fortress—one of the largest in Northumbria. Situated on the shores of Blackwater Lake, it commands the Narrows at the southern tip of the lake, as well as the wide stream called the Norbeck, which flows down from the hills and spills northwards into the Narrows and southwards into the Blackwater River. This means that the garrison at the Keep can control river traffic flowing between former Varangian lands in the north to the Frangian port of Yarrvik. Any power that wishes to control Northumbria needs to control the river traffic and thus the keep. At present, no single known state is in a position to do so. Thus, the Baron of Blackwater remains independent and highly desirable as an ally. Read more
Part three of the Compendium of Lands Around Blackwater Lake, the gazetteer for the Northumbria campaign. These are being published out of order because the next Beckett family adventure takes place in the village. Part two, describing the keep, is coming later this month.
Agents of the Frangian Crown supposedly founded the village of Lakesend about the same time that they laid the foundations of the nearby keep, about one century ago. From a military standpoint, the sites seem odd in that they are located over one mile apart. Considered separately though, each site makes sense. The keep sits on the shore of the Blackwater Lake to control the Narrows, a narrow body of water at the southern tip of the lake. Ships going northwards or southwards any significant distance must pass through the Narrows, and a garrison there can control the river trade. Meanwhile, the village sits astride a small river that comes down from the hills and then splits, one part running northward into the Narrows and the other part running southwards to form the headwaters of the mighty Blackwater River. Considering the distance between the two settlements, one can see a weakness in the arrangement, for an enemy can isolate both settlements rather easily.
Why is this a problem? On the outskirts of the village are fertile fields, now the site of several small farms. It seems that the village provides most of the Keep’s agricultural stores. Though the Keep sits on the shore of the lake, its garrison may have difficulty feeding itself on fish alone, especially in times of war. In addition, flocks of sheep and goats graze on the nearby hills, providing additional food stores for the Keep in times of war. Loss of the village could be catastrophic to the Keep. Baron Blackwater should remedy this strategic weakness before an enemy army attacks either settlement. Read more
The enclosed notes are for the use of Lord Winchester and his kin. The author hopes that they may provide some aid in his quest to locate his family’s ancestral lands, to reestablish the Winchester family, and to restore it to prosperity.
Blackwater Lake and its environs lie within a vast region that most people simply call Northumbria. This region, which stretches for hundreds of miles, is comprised mainly of forested hills and mountains, brimming with mineral resources, towering trees, and wildlife. The primary inhabitants of this rugged land seem to be either primitive human savages that dominate the lowlands, or wicked goblyn tribes that swarm over and under the hills and mountains. However, just over a century ago, explorers and adventurers arrived from the Kingdom of Frangia, perhaps the most powerful kingdom across the Great Sea. The Crown first established an agricultural colony called Southumbria, and, a few years later, it explored and claimed the vast tract of virgin wilderness to the north.
The Frangian Crown’s claim to ownership of Northumbria seemed ludicrous at first—and still does—given the sheer size of the region and the scarcity of royal settlers here. Settlement has been steady, but it will take decades before any semblance of control is established. Perhaps because of this uncertainty, daring Frangian settlers and freebooters have flocked northward, seeking opportunity and adventure. Read more
The session began with the PCs in an underground tunnel on Wycliffe Island, located on Blackwater Lake. After stumbling into a nest of giant ants, the party desperately fought its way out. A few caverns away, as they recovered, they had a stroke of luck and found a calcified chest containing many gems. Exhausted and wounded, they returned to the surface and sailed back to the small village of Lakesend. There they planned to rest, heal, and divide their loot.
FROM THE DM:
I found this session, which lacked any real combat, memorable because of the role-playing and the dialogue between players. You know that you have a good group when they can find great amusement and engagement without rolling dice. I just sat back and watched the how, taking notes. In addition, I had recently asked each player to cast his character with some famous person or Hollywood actor. I think this helped each player really visualize his character, and the dialogue seemed to come easy. This session also served one additional purpose for me as DM. The party had been unwittingly abusing the identify spell, forgetting that it requires a pearl each time. The write up helped to make this clear. Read more
By far the largest house, Keen are gifted with any talents useful in the gaseous environment. Dealing with the classical element of air, they are often involved with gas mining or with the persistent monitoring of gas swells and other storms. A great number of Keen Houses are found with the Eminar living below the vapor line. Possibly the most utilitarian of the Houses, they tend to be work oriented with much to keep them busy on a normal day. Above the vapor line, the houses do have the responsibility of monitoring gas swells in most cities and maintain the alarm system.
Granted Power: Keen can sense gas swells and storms of all fashions one minute before hand per point of WISDOM. In addition, all penalties due to storms are halved.
The House of Beyan, along with the other three houses that deal with the classical elements, are numerous compared to other houses and have more mundane purposes. The House of Beyan, while associated strongly with earth, more accurate deals with all physical materials. Another way to look at it is that they have affinity and understanding of things in the solid state. They are farmers, gardeners and arborists but also stone masons, machinists and architects. Eapon is a hard planet to live on, and people seek out Beyans to build their homes, establish their orchards and quarry precious metals. Their temples and churches are found in every setting and of every manner. More often than not, they are a form of regulatory authority and labor agency, particularly if an area lacks other forms of government. On a spiritual level they tend towards family-like atmospheres, supplementing and supporting existing communities rather than forming a core. They number second only to the House of Keen.
Granted Power: Beyan’s ignore terrain penalties to movement while on foot and once per game session can double the damage dealt to anything they sunder.
Shillelagh: Cudgel or quarterstaff becomes +1 weapon and deals damage as if two sizes larger.