The goal of this thread is to coordinate development on our project codenamed HighSpace - a mod for Freespace 2 that will be a mashup between it and High Fleet. A description of how the mechanics of the two games could be combined is available in the first thread.
Who we have
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@FCfromSSC - 2D/3D artist
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@Southkraut, @RenOS, @netstack - Interstellar Warfare Consultants
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Me - developer
I hope you don't mind I moved you to Consultants for now, @netstack. I'm always torn between keeping people in their originally declared roles as encouragement, and not wanting to harass them into contributing, when writing the contributor list. I'll be more than happy to re-add you as a dev if you're still on board.
Who we need
The more the merrier, you are free to join in any capacity you wish! I can already identify a few distinct tasks for each position that we could split the work into
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developers: “mission” code, “strategic” system map code
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artists: 2D (user interface), 3D (space ships, weapons explosions)
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writers: worldbuilding/lore, quests, characters
A small note if you want to contribute:
Don't be afraid to ask questions however small, or silly you might find them. This is literally one of the primary functions this thread has. The Hard Light documentation is... there... but it's not great, and between that, the peculiarities of LUA, the FS2 scripting API, RocketLib, and other parts of FS2 modding, it really might not be obvious how to resolve issues you run into. I might not be able to answer all questions, but I've dabbled in all these things, so there's good chances I might be able to help.
What we have
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An official Highspace Github Org and Repository
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An official Highspace Wiki
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Even more concept art for ships, curtesy of @FCfromSSC:
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A proof of concenpt for “strategic” system map we jump into on start of the campaign. It contains a friendly ship and 2 enemy ships, you can chose where to move / which enemy ship to attack.
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A “tactical” RTS-like in-mission view where you can give commands to your ships.
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A somewhat actual-game-like workflow. Attacking a ship launches a mission where the two ships are pitted against each other. If you win, the current health of your ship is saved, and you can launch the second attack. If you clean up the map you are greeted with a “You Win” message, or “You Lose” if you lose your ship.
Updates
It was another slow month, but things are finally starting to move. Literally. I added a current time display (set to the very beginning of the universe for now), and time can be paused / started / fast-forwarded. I also added a side bar with some help text (I thought the controls were relatively obvious, only to realize that what seemed obvious depended on the game I was most recently playing). The planets are the only things that move on their own for now, but I should be able to extend that feature to ships pretty soon. I'm not sure if this idea will go anywhere, but I'm thinking of having ships be able to move through conventional and subspace drives, the former obviously only being useful for planet-moon type distances.
Other than that I spent a lot of time optimizing. Brute-forcing my way through "find me the ship under the mouse cursor" was fine for a proof-of-concept, but I was finding myself making more and more "get me the nearest X" queries, so it was time to shove everything into a spatial index. I'm quite happy with the result, but it's not really something you can show off visually (well, unless you really want to).
What's next
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Getting the ships to move along an orbit.
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Real-time ship movement (sub-space, and conventional)
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Obstacle mechanics for the planets
Jump in the discussion.
No email address required.
Notes -
Nice. How did you do the orbits? Kepler parameters, or something simpler?
Yeah, at the moment the orbital parameters are entered manually. Years ago I was working on a Kerbal Space Program clone, so I still have Sol's parameters, and I also have the code to calculate orbits from position and velocity, etc., but here it's going to get drastically simplified. I wanted the orbits to be circular only, so the only relevant parameters, if memory serves, will be current location, and the planet's mass.
Maybe later we can go Newtonian, but a) I don't know if that will actually make for more fun mechanics, and b) the in-mission physics are non-Newtonian, so I feel like the discrepancy might be weird.
IMO this level of simplicity is just right for the job. Sure, highly elliptical or inclined orbits can be fun to look at, think about and play with in orbital simulations, but I somewhat doubt that it's really within scope here.
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