Do Diplomacy/Deception rolls work the same way as mass combat rules would (e.g., if Hazou and Inoue talk together against Jiraiya and also roll high enough, would their die be compounded against Jiraiya's roll)?
No, they do not benefit from mass combat-type bonuses. It is easy for less skilled persuaders/liars to interfere with the more skilled one's work rather than support it.
I'm still terrified that the message was part of J's network.
WWDTTY?
We, the thread, will be the voices he hears from beyond from the whispers of the sacred fossil.
The funny part is that back during character creation we offered you a bloodline that was "hear the hivemind explicitly so you can use any knowledge any player has/can suck off the internet, including all of modern science". But, hey, eidetic muscle memory is good too.
Actually, on the off-chance,
@eaglejarl @Velorien do Kagome's extensive critique and lecture on sealing principles let Hazou buy Sealing 13?
Sure, that sounds fair. Not past 13, though. Also, you haven't had the facilities to do any experimentation.
Where are we right now? Have we really been waiting for ~10 days or whatever?
I was going to say "yes, you have" but you know what? Up to you. Mari won't consider leaving. Akane is torn, but if you decided to leave, she would ultimately go with you. Noburi and Kagome are more complicated, and whether they stay or go would depend on where you were going and why.
Do storage scrolls generate chakra construct air to fill the space the object was occupying? I don't want to accidentally recreate the implosion seal by researching larger capacity storage scrolls.
No one has done the research to know exactly what the mechanism is, but there is no vacuum left behind when a storage seal is activated.
Note that, as previously stated, if there isn't enough free space for an object to form out of a storage seal then the results are undefined. Best case is that the seal simply doesn't activate.
If we're developing an upgraded version of the macerator seal can we include developing/optimizing a few applications along with that research action? (assuming we have payload mats handy)
In general, we'll give you outside limits on each version of the macerator and you can customize each one within that range. All parameters must be set at creation time, though. Your current limits are 0-30MPa, 0-10 m/s ejection velocity, any desired ejection vector, and 0-20% aeration. Therefore, you could make a seal with 10MPa+ 5m/s+10%air, then make another that was 60mPa+2m/s+1%air, etc.
NOTE: We might have this backwards -- we're interpreting "20% aeration" to mean "in a given volume, 20% of that space is taken up by air."
Did we ever get information about controlling the export position of storage seals (i.e., where are things put when taken out of a storage seal)?
They always come out above the center of the seal and with the lower edge of the object ~1cm from the surface of the seal.
can you store currently-living things?
No.
Does having a Seal on one side of a paper affect a Seal placed on the other side of the paper?
As long as the ink does not bleed through, you're fine. If it does...Cthulhu.
If a Seal has been exhausted, can another Seal be placed on the paper with no ill-effect? Ex: Storage Seal on a paper that is set to only work for a week before dissipating a week later. Can another Seal be placed on that paper with no difference in risks etc. vs using a new sheet of paper?
Two incompatible seals touching will lead to Bad Things when infused/triggered no matter what. If the new seal is not touching the old seal then there's no issue, even if they're written on the same paper.
Note that most seals are one use. Storage scrolls are persistent, Force Wall seals can't be shut down (they expire after a time) or restarted. "Is reusable" is a special property that needs to be set at creation time.
Can Kagome place Seals on anything other than paper? If so, what does he think of our skill in Sealing vs. doing so ourselves?
He can reliably place seals on paper and (he grudgingly admits) on prepared skin-based substances like vellum and parchment as long as they're of sufficiently high quality. He hates putting them on anything other than seal-quality paper and will typically refuse unless there's a really good reason.
So to be clear, would [Deal Making] have worked when Keiko was negotiating with the Pangolin gang several chapters ago?
Yes, it would have. There was no time pressure, the pangolins were willing to negotiate, and it was possible to find a solution that everyone was happy with.
If all chakra is connected could we make a seal with tripwire make a connected seal light up when active at a distance?
Think of it as though every seal is a fundamental constant of the universe. Research allows you to discover the value of that constant (i.e., the design of the seal), at which point you can use it. (Note that this is only an analogy, so please don't try to push it too far by applying principles of real world physics. Chakra does not work like physics.)
As to interactions between seals: in general seals only react with seals that they are touching. There are some exceptions, mostly having to do with seals that work together to define an area. Examples of the latter would be the FIve Seal Barrier and the tripwire seal.
Tripwire seals have a maximum length equal to 40x the smallest dimension of the two seals that define the ends. That means that in order to make a tripwire 10' long (120") you need two seals (one for each end), each of which must be at least 3" in its longest dimension. That's about the size of your palm.
Are Kagome's tripwires persistent as long as they don't get blown up or would they need to be refreshed by a ninja after each use?
Yes, the tripwires (LBFs) are persistent as long as the tags on either end remain intact. That means that if you connect them to an explosive or anything else destructive then the tripwire is destroyed too, but if you attach it to (e.g.) a storage seal then the tripwire sticks around.
To eliminate ambiguity, a tripwire is a physical object (a piece of wire), but an LBF (Lesser Barrier Formation, which I've been referring to as a 'tripwire seal') is an invisible sensor beam between two seals. Damaging or moving either seal will cause the sensor beam to fail.
I am getting the impression that modular sealing should be thought of in terms of engineering rather than a programming language.
You want some output at the end of the process and you can sit down and design how your evaporator seal hooks up to your heated pipe seal hooks up to your mixing seal and then spits out the product through your condenser seal. You can do a lot with that! But each arrangement involves hours/days/weeks/months of sitting down and making sure each individual seal in the seal array is designed so it produces exactly the right balance of forces to work with all the other seals in the array. You can't freely mix other seals in and out any more than you can freely mix machines in and out of some large industrial process.
So for example, the very basic tripwire + storage combination requires a specialized tripwire seal and a specialized storage seal designed to accept its input rather than the generic versions designed to work on their own. That's how I read all this.
Thank you, "engineering not programming" is exactly the metaphor I've been trying to find! Although, we're actually being nicer than you describe in that a tripwire seal will activate any other seal. You don't need a specialized "can be activated by tripwire seal" variant on an explosive tag, you can plug in any explosive tag made by anyone. Likewise, you can rearrange the elements of a machine without everything going toes up. For example, if you make the following seals:
- Seal A says: "when touched, emit a 1-second pulse of red light"
- Seal B says: "when a red light touches you, make a loud noise",
- Seal C says: "when a red light touches you, emit white light for 30 minutes"
...then you can combine A with B to get an alarm system that can be activated either by touch or by a person with a red lantern. Later on you could physically swap out B for C and have a floor lamp that's activated either by touch or by a person with a red lantern.
What would Kagome say about seal I/O? Once he stops screaming, that is.
Basically, I want to know what sort of input output methods he's used, seen used, heard of, or thinks might be viable?
Possible Inputs: configurable blocks on a seal design that are filled in before infusing, ones that are written after infusing, vision/camera, sound/microphone, punch-cards, temperature/thermometer, chakra based inputs, buttons, etc...
Possible outputs: point light/LED, patterned light/projector, sound, genjutsu-esque illusions, writing in ink, carefully patterned pulses of heat, etc...
In particular seals that change their outputs based on their inputs.
INPUTS that he thinks would work:
- temperature/thermometer
- chakra based inputs [could be "chakra goes in" or "short and simple pattern of chakra pulses goes in"]
- buttons [more generally, "anything that touches the seal with a certain threshold of force"]
- sound [anything within a certain volume range]
Note that touching a non-button-input seal with more than a small amount of force will damage or destroy it. In addition, if for whatever reason your button has another seal on the surface used to make contact, you will effectively be activating a flawed combined seal, and Bad Things will happen.
OUTPUTS that he thinks or knows are feasible:
- Point light/LED,
- Omnidirectional heat at any level up to explosive-tag-generated (roughly 'campfire')
- Omnidirectional force at any level up to explosive-tag-generated (roughly grenade')
- Directional heat at any level up to explosive-tag-generated (roughly 'campfire')
- Directional force at any level up to explosive-tag-generated (roughly grenade')
- Omnidirectional patterned pulses of heat, up to about 10 pulses. Number, pattern, and intensity must all be chosen at creation time
- Directional patterned pulses of heat, up to about 10 pulses. Number, pattern, intensity, and direction must all be chosen at creation time
- Patterned light/projector, although [as noted in chapter 67] he thinks that this is likely going to be the work of years
- Preprogrammed sound
As to writing in ink, he's pretty confident that you can make something that can do very basic writing at the level of 'child's big block letters'. He's also extremely confident that it's not feasible to make a seal that can write another seal. The brush strokes matter in seals, not just the final arrangement of ink and seals are extremely sensitive to minor deviations in the design; making a seal that can simulate that level of precision is wildly unlikely.