v1.4.4
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Aria
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10260 changed files with 1237388 additions and 0 deletions
274
assets/devel/tech/debug/debug.lua
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274
assets/devel/tech/debug/debug.lua
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function init()
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self.modes = {"off", "worldInfo", "rectQuery", "radQuery", "lineQuery", "showCollision", "resolveCollision", "lineCollision"}
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self.mode = 1
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self.radii = {0.5, 1.5, 5}
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self.radius = 2
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self.shapes = {"square", "diamond", "octagon"}
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self.shape = 1
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self.boundModes = {"MetaBoundBox", "CollisionArea", "Position"}
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self.boundMode = 1
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self.entityTypes = {"all", "creature", "mobile", "player", "monster", "npc", "itemDrop", "projectile", "plant", "plantDrop", "effect"}
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self.entityType = 1
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self.collideTolerance = 2
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self.lastMoves = {}
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end
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function update(args)
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if args.moves["special1"] and not self.lastMoves["special1"] then
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cycleMode()
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elseif args.moves["special2"] and not self.lastMoves["special2"] then
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cycleRadius()
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elseif args.moves["special3"] and not self.lastMoves["special3"] then
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if self.mode == 3 or self.mode == 4 or self.mode == 5 then
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if args.moves["down"] and not self.lastMoves["down"] then
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cycleBoundMode()
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else
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cycleEntityType()
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end
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elseif self.mode == 6 or self.mode == 7 then
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cycleShape()
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end
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end
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self.lastMoves = args.moves
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local modeStr = self.modes[self.mode]
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args.aimPosition = tech.aimPosition()
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if modeStr == "worldInfo" then
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doWorldInfo(args)
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elseif modeStr == "rectQuery" then
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doRectQuery(args)
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elseif modeStr == "radQuery" then
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doRadQuery(args)
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elseif modeStr == "lineQuery" then
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doLineQuery(args)
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elseif modeStr == "showCollision" then
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doShowCollision(args)
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elseif modeStr == "resolveCollision" then
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doResolveCollision(args)
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elseif modeStr == "lineCollision" then
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doLineCollision(args)
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end
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return 0
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end
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function cycleMode()
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self.mode = (self.mode % #self.modes) + 1
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end
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function cycleRadius()
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self.radius = (self.radius % #self.radii) + 1
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end
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function cycleShape()
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self.shape = (self.shape % #self.shapes) + 1
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end
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function cycleBoundMode()
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self.boundMode = (self.boundMode % #self.boundModes) + 1
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end
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function cycleEntityType()
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self.entityType = (self.entityType % #self.entityTypes) + 1
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end
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function doWorldInfo(args)
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local pos = args.aimPosition
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local message = string.format("Position %.3f, %.3f\nGravity %s\nLight %.3f\nWind %s\nFG %s (mod %s)\nBG %s (mod %s)",
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pos[1], pos[2],
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world.gravity(pos),
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world.lightLevel(pos),
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world.windLevel(pos),
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world.material(pos, "foreground"),
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world.mod(pos, "foreground"),
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world.material(pos, "background"),
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world.mod(pos, "background"))
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world.debugPoint(pos, "green")
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world.debugText(message, {pos[1] + 1, pos[2] - 1}, "white")
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end
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function makeQueryOptions()
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local queryOptions = {
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boundMode = self.boundModes[self.boundMode]
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}
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if self.entityTypes[self.entityType] ~= "all" then
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queryOptions.includedTypes = {self.entityTypes[self.entityType]}
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end
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return queryOptions
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end
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function doRectQuery(args)
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local queryRadius = self.radii[self.radius]
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local ll = {args.aimPosition[1] - queryRadius, args.aimPosition[2] - queryRadius}
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local ur = {args.aimPosition[1] + queryRadius, args.aimPosition[2] + queryRadius}
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local entityIds = world.entityQuery(ll, ur, makeQueryOptions())
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drawDebugRect({ll[1], ll[2], ur[1], ur[2]}, "#7777FF")
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world.debugText(string.format("%s entities (rect, %s, %s)", #entityIds, self.entityTypes[self.entityType], self.boundModes[self.boundMode]), {ll[1], ur[2]}, "white")
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for _, entityId in pairs(entityIds) do
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world.debugPoint(world.entityPosition(entityId), "green")
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world.debugText(world.entityType(entityId).." "..entityId, world.entityPosition(entityId), "white")
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end
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end
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function doRadQuery(args)
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local queryRadius = self.radii[self.radius]
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local entityIds = world.entityQuery(args.aimPosition, queryRadius, makeQueryOptions())
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drawDebugPoly(makePoly("octagon", queryRadius), "#7777FF", args.aimPosition)
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world.debugText(string.format("%s entities (rad, %s, %s)", #entityIds, self.entityTypes[self.entityType], self.boundModes[self.boundMode]), {args.aimPosition[1] - queryRadius, args.aimPosition[2] + queryRadius}, "white")
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for _, entityId in pairs(entityIds) do
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world.debugPoint(world.entityPosition(entityId), "green")
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world.debugText(world.entityType(entityId).." "..entityId, world.entityPosition(entityId), "white")
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end
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end
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function doLineQuery(args)
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local queryRadius = self.radii[self.radius]
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local ll = {args.aimPosition[1] - queryRadius, args.aimPosition[2] - queryRadius}
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local ur = {args.aimPosition[1] + queryRadius, args.aimPosition[2] + queryRadius}
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local entityIds = world.entityLineQuery(ll, ur, makeQueryOptions())
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world.debugLine(ll, ur, "#7777FF")
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world.debugText(string.format("%s entities (line, %s, %s)", #entityIds, self.entityTypes[self.entityType], self.boundModes[self.boundMode]), {ll[1], ur[2]}, "white")
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for _, entityId in pairs(entityIds) do
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world.debugPoint(world.entityPosition(entityId), "green")
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world.debugText(world.entityType(entityId).." "..entityId, world.entityPosition(entityId), "white")
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end
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end
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function doShowCollision(args)
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local polyRadius = self.radii[self.radius]
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local polyShape = self.shapes[self.shape]
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local collidePoly = makePoly(polyShape, polyRadius)
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local colliding = world.polyCollision(collidePoly, args.aimPosition)
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if colliding then
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drawDebugPoly(collidePoly, "red", args.aimPosition)
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else
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drawDebugPoly(collidePoly, "green", args.aimPosition)
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end
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end
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function doResolveCollision(args)
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local polyRadius = self.radii[self.radius]
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local polyShape = self.shapes[self.shape]
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local collidePoly = makePoly(polyShape, polyRadius)
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local resolvedPoint = world.resolvePolyCollision(collidePoly, args.aimPosition, self.collideTolerance)
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if resolvedPoint == nil then
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drawDebugPoly(collidePoly, "red", args.aimPosition)
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elseif resolvedPoint[1] == args.aimPosition[1] and resolvedPoint[2] == args.aimPosition[2] then
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drawDebugPoly(collidePoly, "green", args.aimPosition)
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else
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world.debugLine(args.aimPosition, resolvedPoint, "yellow")
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drawDebugPoly(collidePoly, "blue", resolvedPoint)
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world.debugText(string.format("%.2f", world.magnitude(args.aimPosition, resolvedPoint)), args.aimPosition, "white")
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end
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end
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function doLineCollision(args)
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local lineRadius = self.radii[self.radius]
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local lineMin = {args.aimPosition[1] - lineRadius, args.aimPosition[2] + lineRadius}
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local lineMax = {args.aimPosition[1] + lineRadius, args.aimPosition[2] - lineRadius}
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local colliding = world.lineTileCollision(lineMin, lineMax)
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if colliding then
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world.debugLine(lineMin, lineMax, "red")
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else
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world.debugLine(lineMin, lineMax, "green")
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end
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end
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function makePoly(shape, radius)
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if shape == "square" then
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return {
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{-radius, -radius},
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{-radius, radius},
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{radius, radius},
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{radius, -radius}
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}
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elseif shape == "diamond" then
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return {
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{-radius, 0},
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{0, radius},
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{radius, 0},
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{0, -radius}
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}
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elseif shape == "octagon" then
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local smr = radius / 3
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return {
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{-radius, smr},
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{-smr, radius},
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{smr, radius},
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{radius, smr},
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{radius, -smr},
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{smr, -radius},
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{-smr, -radius},
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{-radius, -smr}
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}
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end
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sb.logInfo("Failed to make poly for shape %s and radius %s", shape, radius)
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return {}
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end
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function drawDebugRect(rect, color, basePos)
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if basePos then rect = translate(rect, basePos) end
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world.debugLine({rect[1], rect[2]}, {rect[1], rect[4]}, color)
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world.debugLine({rect[1], rect[2]}, {rect[3], rect[2]}, color)
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world.debugLine({rect[3], rect[4]}, {rect[1], rect[4]}, color)
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world.debugLine({rect[3], rect[4]}, {rect[3], rect[2]}, color)
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end
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function drawDebugPoly(poly, color, basePos)
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local basePos = basePos or {0, 0}
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if #poly >= 3 then
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for i, point in ipairs(poly) do
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world.debugLine(translate(point, basePos), translate(poly[(i % #poly) + 1], basePos), color)
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end
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end
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end
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function translate(pointOrRect, offset)
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if #pointOrRect == 4 then
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return {pointOrRect[1] + offset[1], pointOrRect[2] + offset[2], pointOrRect[3] + offset[1], pointOrRect[4] + offset[2]}
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elseif #pointOrRect == 2 then
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return {pointOrRect[1] + offset[1], pointOrRect[2] + offset[2]}
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end
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end
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function printTable(t, indent)
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if not indent then
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indent = ""
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sb.logInfo("Printing table...")
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end
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local tnames = {}
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for k,v in pairs(t) do
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tnames[#tnames + 1] = k
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end
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table.sort(tnames, function(a, b) return a < b end)
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for _, key in ipairs(tnames) do
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if type(t[key]) == "table" then
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sb.logInfo(indent.."table "..key)
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printTable(t[key], indent.." ")
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elseif type(t[key]) == "function" then
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sb.logInfo(indent.."function "..key)
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else
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sb.logInfo(indent..type(t[key]).." "..key.." = %s", t[key])
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end
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end
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end
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13
assets/devel/tech/debug/debug.tech
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13
assets/devel/tech/debug/debug.tech
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@ -0,0 +1,13 @@
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{
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"name" : "debug",
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"type" : "head",
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"scripts" : ["debug.lua"],
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"description" : "Debug info! Use F/G/H to cycle mode/size/shape",
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"shortDescription" : "Debug Inspector",
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"rarity" : "Legendary",
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"icon" : "/tech/booster.png",
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"chipCost" : 8
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}
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