April is over and development on Predestination is going well. This month we completed the internal workings for the ship design and weapon technology systems, finished hooking the tactical combat system into the main game and tidied that system up. We implemented tons of your ideas into the ship combat system, like smart-missiles that deploy mines around the target, weapons that fire clouds of charged plasma, and deployable minefields for planet defense. Thanks so much for all of your great ideas and feedback!
Character artist Connor Murphy has finished our final core race (the yet-to-be-named Aquatic race) and completed a fantastic visual reboot of our first robotic race, The Starforged. You can see the new artwork for both races below! We’ve also been working with Connor on figuring out the best way to approach the backer-sponsored race artwork.
Based on your feedback, Connor has already started to revamp the feline race we showed in last month’s update with more realistic artwork that matches the rest of the game’s visual style, and I think you’ll be pleased with the results when it’s finished. Once that’s finished, we’ll be in touch with all of our race designer backers to get started on getting them into the game. Read More
In last week’s development update, I showed recent work on the planetary colonisation that made the exploration grid visible from orbit. This week I updated it so that you can even direct your exploration efforts from orbit and developed a new resource distribution algorithm, but I ran into a small problem: If you add in enough resources to keep exploration interesting, you’d end up with a ton of colonies to build on each world. To solve this problem, I decided to try out a new system inspired partly by Civilization. Read More
There are some big announcements coming in the next week or so for Predestination, but until then we have some new screenshots of the game in action. These screenshots show the three main parts of the game: Galaxy Management, Planetary Exploration, and Tactical Fleet Combat. All three areas are still work in progress, but they’re really starting to come together. Read More
The Predestination team gained three new members this week: a new concept artist, a 3d modeller and a composer have officially joined the crew. The artists have been working on new animated buildings for the colony screen this week, and our composer has been producing some awesome sci-fi music for the game. I’ll properly introduce the new and current members of the team in my next update and can hopefully show you some of their handiwork soon.
This week we’ve been working on fleshing out the designs for the races we plan to have at launch, and I’ve been implementing a hex-based planet exploration system to go with the hexagonal colony system described in the previous update. Players now have to explore outward from the starting colony as you can only explore hexes on the border with unexplored areas. Exploring a tile reveals what’s on that tile (if anything) and pushes your borders back, letting you see what all the surrounding squares look like. Below is a screenshot of the new system in action: Read More
This week we did a major design iteration on the planet colonisation system. In the previous design, the planet was split into a huge square grid and you could send scouts anywhere to find resources. Extractors were built on the resources and they were piped to the planet’s main colony for use, so if you found a mineral deposit you’d build a mining station on it and the colony would then have +1 minerals/turn for use in factories.
After some testing, I found that it felt like I wasn’t really colonising the planet; I was just exploring it because I had to get it out of the way, and that’s not fun. Since I could see the terrain and knew where resources would spawn, I tended to go straight for those areas and there wasn’t much left to find in the entire planet. There were also unanticipated problems with designing a reusable colony blueprint: How do you know how many fossil fuel power plants or factories to build if each planet has a different number of resources? And what happens if the blueprint finishes building all your factories but you haven’t found the minerals to supply them yet? This week’s design iteration solved all of the above problems. Read More
I got to work on the planet exploration a bit more this week, and added in a lot of the planet exploration features I described last week. You can now queue up as many scout missions as you want and they will be executed in sequence. When a mission starts, it takes an energy cost from the planet’s reserves, and if that energy isn’t available the mission will wait until you have enough energy before starting. You can now delete scout missions, and they are now sent from the nearest settlement you own for reduced travel time. Below is a video showing some of the new mechanics: Read More
There are lots of software development strategies, but the one that comes naturally to me is rough iterative development. The process starts with an idea for a feature, which is then used to produce a gameplay prototype. I try the prototype out to see how it feels, and show it to people to collect feedback. That feedback is used to refine the prototype into a second iteration, which is then tested and shown to people again to collect feedback. This cycle continues until eventually I’m happy with the feature. Usually I do all the testing myself and only show the prototypes to a few real life friends, but over the past few weeks I’ve been showing the prototypes to people via the blog. Even with just a few people commenting, it’s been really useful.
Last week I showed a gameplay prototype of the planet exploration system and got some great feedback. This week I’m back with the second iteration on that system: Read More
This week I’ve been working on a prototype of the planetary exploration feature discussed on the Colonisation page. The plan was to split each planet up into a grid, and then have the player survey squares to find out what’s there. Exploration only needs to be done once for every planet, and it’s the only way to find resources or increase a planet’s maximum population. The idea is that every time you colonise a new world you’ll explore it and decide how to capitalise on what you’ve found. You might find the planet has a lot of ore deposits, for example, and build extra factories to take advantage of it. Or you might find ancient ruins to build research outposts on, or a uranium deposit that would let you put up a nuclear power plant.
As you progress in the game, you’ll get technologies that make scanning a planet faster and easier, like scanning tech that can spend reserve energy to scan a square, several squares, or a full screen instantly. Ultimately, you’d get the tech to automatically scan all planets from orbit so that when you’re in the late game war stages you don’t have to deal with the micromanagement of exploring new planets. Below is a video of the current gameplay prototype of this exploration system (using massive placeholder models for ore deposits etc). Watch in 1080p fullscreen if possible: Read More
In showing people screenshots of my game project, it’s sometimes difficult to get across a sense of scale. Below is a visual update to show the scale differences between the game’s three main zoom levels. The top one is zoomed out to orbit, the second is the level at which you’ll send scout ships on survey missions around the area to push back a “fog of war” style map and uncover resources etc. The third is the level at which you’ll manage the colony. The camera angle is different there just because buildings will look better with it. Read More
I came up with a new terrain shading technique that combines some clever texture packing tricks with normal approximations in the pixel shader to produce some awesome results. The lighting on the terrain is now extremely highly detailed, and zooming down onto the terrain looks perfectly smooth. I can also feasibly add more lights for particular buildings or the cursor to make some awesome effects. Below are a few screenshots of the current work in progress: Read More