Editing Patch Notes
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So my old room generation fix bought back the old problem of too many rooms, so I spent a fair bit of time and went through to refactor to deal with a weird edge case. What was happening was when you mined a voxel, it would ask "can I flood fill this as a room?" Basically, "is this an enclosed space?". And often for voxels the answer might be "yes! All my sides are an enclosed space!". But we didn't want that, they are junk rooms. | So my old room generation fix bought back the old problem of too many rooms, so I spent a fair bit of time and went through to refactor to deal with a weird edge case. What was happening was when you mined a voxel, it would ask "can I flood fill this as a room?" Basically, "is this an enclosed space?". And often for voxels the answer might be "yes! All my sides are an enclosed space!". But we didn't want that, they are junk rooms. | ||
| β | + | Room generation method has been changed again, but will only apply to new rooms. You don't need to do anything unless you are having issues with gravity or abnormally leaking atmospheres. If you do, if the square has voxels, briefly use the mining tool on the voxel to force a room generation reset. If it is a structure, remove the wall and replace, only one required per room. | |
==== Air Conditioneer Fixes ==== | ==== Air Conditioneer Fixes ==== | ||
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Sometimes when depressurizing a room, the air or thing in the area could catch fire. This is because every electrical item in the game outputs a little heat, as energy. This energy being added to low pressure environments cause the temperature to get very high. So, for now, we are using the Armstrong Limit[en.wikipedia.org] (6kPa) as a cutoff for nearly all world energy transfers that are device related. | Sometimes when depressurizing a room, the air or thing in the area could catch fire. This is because every electrical item in the game outputs a little heat, as energy. This energy being added to low pressure environments cause the temperature to get very high. So, for now, we are using the Armstrong Limit[en.wikipedia.org] (6kPa) as a cutoff for nearly all world energy transfers that are device related. | ||
| β | + | For now, most devices (such as the wall heater/cooler, the portable air conditioner, etc... will no longer work below the Armstrong limit (6kPa). In future they will work, but less effectively | |
==== Version 0.1.1095.5529 ==== | ==== Version 0.1.1095.5529 ==== | ||