APIDump: Documented Vector3d.
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madmaxoft
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@ -2011,8 +2011,13 @@ cPluginManager.AddHook(cPluginManager.HOOK_CHAT, OnChatMessage);
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cServer =
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{
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Desc = [[cServer is typically only used by plugins to broadcast a chat message(Now replaced by the {{cRoot|cRoot}} BroadcastChat function) to all players in the server. Natively however, cServer accepts connections from clients and adds those clients to the game.
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]],
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Desc = [[
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This class manages all the client connections internally. In the API layer, it allows to get and set
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the general properties of the server, such as the description and max players.</p>
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<p>
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It used to support broadcasting chat messages to all players, this functionality has been moved to
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{{cRoot}}:BroadcastChat().
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]],
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Functions =
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{
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GetDescription = { Return = "string", Notes = "Returns the server description set in the settings.ini." },
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@ -2030,9 +2035,9 @@ cPluginManager.AddHook(cPluginManager.HOOK_CHAT, OnChatMessage);
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cSignEntity =
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{
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Desc = [[
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A sign entity represents a sign in the world.
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Sign entities are saved and loaded from disk when the chunk they reside in is saved or loaded
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]],
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A sign entity represents a sign in the world. This class is only used when generating chunks, so
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that the plugins may generate signs within new chunks.
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]],
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Functions =
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{
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},
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@ -2152,6 +2157,7 @@ Sign entities are saved and loaded from disk when the chunk they reside in is sa
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wtBeacon = { Notes = "A beacon window" },
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wtAnvil = { Notes = "An anvil window" },
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wtHopper = { Notes = "A {{cHopperEntity|hopper}} window" },
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wtAnimalChest = { Notes = "A horse or donkey window" },
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},
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}, -- cWindow
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@ -2518,14 +2524,43 @@ end
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Vector3d =
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{
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Desc = [[A Vector3d object uses double precision floating point values to describe a point in space. Vector3d is part of the {{vector3|vector3}} family.
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]],
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Desc = [[
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A Vector3d object uses double precision floating point values to describe a point in 3D space.
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]],
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Functions =
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{
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operator_plus = {Params = "{{Vector3d}}", Return = "{{Vector3d}}", Notes = "Returns the sum of this vector with the specified vector" },
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constructor =
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{
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{ Params = "{{Vector3f}}", Return = "Vector3d", Notes = "Creates a new Vector3d object by copying the coords from the given Vector3f." },
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{ Params = "", Return = "Vector3d", Notes = "Creates a new Vector3d object with all its coords set to 0." },
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{ Params = "X, Y, Z", Return = "Vector3d", Notes = "Creates a new Vector3d object with its coords set to the specified values." },
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},
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operator_div = { Params = "number", Return = "Vector3d", Notes = "Returns a new Vector3d with each coord divided by the specified number." },
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operator_mul = { Params = "number", Return = "Vector3d", Notes = "Returns a new Vector3d with each coord multiplied." },
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operator_sub = { Params = "Vector3d", Return = "Vector3d", Notes = "Returns a new Vector3d containing the difference between this object and the specified vector." },
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operator_plus = {Params = "Vector3d", Return = "Vector3d", Notes = "Returns a new Vector3d containing the sum of this vector and the specified vector" },
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Cross = { Params = "Vector3d", Return = "Vector3d", Notes = "Returns a new Vector3d that is a {{http://en.wikipedia.org/wiki/Cross_product|cross product}} of this vector and the specified vector." },
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Dot = { Params = "Vector3d", Return = "number", Notes = "Returns the dot product of this vector and the specified vector." },
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Equals = { Params = "Vector3d", Return = "bool", Notes = "Returns true if this vector is exactly equal to the specified vector." },
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Length = { Params = "", Return = "number", Notes = "Returns the (euclidean) length of the vector." },
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LineCoeffToXYPlane = { Params = "Vector3d, Z", Return = "number", Notes = "Returns the coefficient for the line from the specified vector through this vector to reach the specified Z coord. The result satisfies the following equation: (this + Result * (Param - this)).z = Z. Returns the NO_INTERSECTION constant if there's no intersection." },
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LineCoeffToXZPlane = { Params = "Vector3d, Y", Return = "number", Notes = "Returns the coefficient for the line from the specified vector through this vector to reach the specified Y coord. The result satisfies the following equation: (this + Result * (Param - this)).y = Y. Returns the NO_INTERSECTION constant if there's no intersection." },
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LineCoeffToYZPlane = { Params = "Vector3d, X", Return = "number", Notes = "Returns the coefficient for the line from the specified vector through this vector to reach the specified X coord. The result satisfies the following equation: (this + Result * (Param - this)).x = X. Returns the NO_INTERSECTION constant if there's no intersection." },
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Normalize = { Params = "", Return = "", Notes = "Changes this vector so that it keeps current direction but is exactly 1 unit long. FIXME: Fails for a zero vector." },
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NormalizeCopy = { Params = "", Return = "Vector3d", Notes = "Returns a new vector that has the same directino as this but is exactly 1 unit long. FIXME: Fails for a zero vector." },
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Set = { Params = "X, Y, Z", Return = "", Notes = "Sets all the coords in this object." },
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SqrLength = { Params = "", Return = "number", Notes = "Returns the (euclidean) length of this vector, squared. This operation is slightly less computationally expensive than Length(), while it conserves some properties of Length(), such as comparison. " },
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},
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Constants =
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{
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EPS = { Notes = "The max difference between two coords for which the coords are assumed equal (in LineCoeffToXYPlane() et al)." },
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NO_INTERSECTION = { Notes = "Special return value for the LineCoeffToXYPlane() et al meaning that there's no intersectino with the plane." },
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},
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Variables =
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{
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x = { Type = "number", Notes = "The X coord of the vector." },
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y = { Type = "number", Notes = "The Y coord of the vector." },
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z = { Type = "number", Notes = "The Z coord of the vector." },
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},
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}, -- Vector3d
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