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quicksave (part of the autosaving) is working

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minjaesong
2021-09-29 16:51:41 +09:00
parent f6eb567385
commit 60a8382f93
18 changed files with 283 additions and 42 deletions
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35
src/net/torvald/terrarum/serialise/WriteSavegame.kt
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@@ -67,6 +67,33 @@ object WriteSavegame {
// it is caller's job to keep the game paused or keep a "save in progress" ui up
// use field 'savingStatus' to know when the saving is done
}
fun quick(disk: VirtualDisk, file: File, ingame: TerrarumIngame, callback: () -> Unit = {}) {
savingStatus = 0
Echo("Quicksave queued")
IngameRenderer.fboRGBexportCallback = {
Echo("Generating thumbnail...")
val w = 960
val h = 640
val p = Pixmap.createFromFrameBuffer((it.width - w).ushr(1), (it.height - h).ushr(1), w, h)
IngameRenderer.fboRGBexport = p
//PixmapIO2._writeTGA(gzout, p, true, true)
//p.dispose()
IngameRenderer.fboRGBexportedLatch = true
Echo("Done thumbnail generation")
}
IngameRenderer.fboRGBexportRequested = true
val savingThread = Thread(QuickSaveThread(disk, file, ingame, true, callback), "TerrarumBasegameGameSaveThread")
savingThread.start()
// it is caller's job to keep the game paused or keep a "save in progress" ui up
// use field 'savingStatus' to know when the saving is done
}
}
@@ -128,9 +155,8 @@ object LoadSavegame {
// load all the world blocklayer chunks
val worldnum = world.worldIndex.toLong()
val cw = LandUtil.CHUNK_W;
val cw = LandUtil.CHUNK_W
val ch = LandUtil.CHUNK_H
val chunksY = world.height / ch
val chunkCount = world.width * world.height / (cw * ch)
val worldLayer = arrayOf(world.getLayer(0), world.getLayer(1))
for (chunk in 0L until (world.width * world.height) / (cw * ch)) {
@@ -138,10 +164,9 @@ object LoadSavegame {
loadscreen.addMessage("${Lang["MENU_IO_LOADING"]} ${chunk*worldLayer.size+layer+1}/${chunkCount*2}")
val chunkFile = VDUtil.getAsNormalFile(disk, worldnum.shl(32) or layer.toLong().shl(24) or chunk)
val cy = chunk % chunksY
val cx = chunk / chunksY
val chunkXY = LandUtil.chunkNumToChunkXY(world, chunk.toInt())
ReadWorld.decodeChunkToLayer(chunkFile.getContent(), worldLayer[layer], cx.toInt(), cy.toInt())
ReadWorld.decodeChunkToLayer(chunkFile.getContent(), worldLayer[layer], chunkXY.x, chunkXY.y)
}
}