"minSpurLength" Millimeters.
假如线段的长度小於这边的设定值，该线段将会被忽略。
Spur segments will be eliminated from the final toolpath if they are shorter than the value set here.
"spurOverlap" Millimeters.
这个设定将允许 Spurs 以输入的数值，来作为延伸、衔接的依据。
This setting allows spurs that almost touch to join by extending them by the amount set here.
"minLayerDuration" Seconds.
这个设定是最小切层打印时间－任何切层时间计算之后凡是小於这个设定值，打印的时间都会拖慢，直到到达这个设定时间长度为止。这样的功能，让小尺寸的切割物件有足够的时间来冷却，这样之后的打印就不会黏附在未凝固的塑胶之上。
This sets the minimum layer time -- any layer that will take less than the time set here to complete will be slowed down until the layer duration is equal to this number of seconds. This gives small layers time to cool, so that the following layers will not be printed on still-melted plastic.
"rapidMoveFeedrateXY" / "rapidMoveFeedrateZ" Millimeters/second.
［rapidMoveFeedRate］设定是当喷头不运作时的移动速度。这样的移动通常也可称为［travel moves］，通常这个设定的速度可以比喷头运作时更快速。［rapidMoveFeedrateXY］指的是X、Y轴上的移动速度，［rapidMoveFeedrateZ］指的是Z轴上的移动速度。
The rapidMoveFeedRate settings describe moves the extruder makes when it's not extruding plastic. These movements are known as travel moves, and they can usually be somewhat faster than moves with extrusion. The rapidMoveFeedrateXY setting controls travel moves along the X and Y axes and rapidMoveFeedrateZ controls travel moves along the Z axis.
"doRaft" True/False.
这个设定将决定筏基（Raft）是否被生成出来。如果设定为＂无效＂，那各种的 Raft 的设定将都会被忽略。
The doRaft setting determines whether or not your toolpath will include a raft. If this is set to false, the various raft-related settings below will be ignored.
"raftLayers" Integer, [0, infinity].
这设定决定了 Raft 被喷出来的层数，第一层会是最厚实的一层，之后都会是薄层的重叠。
This determines the total number of raft layers that will be printed. The first of these layers will be a thicker base layer; the rest will be thinner interface layers.
"raftBaseThickness" Millimeters.
这数值决定了第一层筏基（Raft）的厚度，单位为mm。
This sets the layer height for the base layer of the raft.
"raftInterfaceThickness" Millimeters.
这个数值决定了筏基除了第一层之后，其他层的厚度，单位为mm。
This sets the layer height for the interface layers of the raft. All raft layers after the base layer are interface layers.
"raftOutset" Millimeters.
这个参数将设定 Raft 从打印模型往外延伸的距离。
This determines how far the raft extends around the base of your model.
"raftModelSpacing" Millimeters.
这个设定定义了 Raft 顶部到模型底部间的垂直间距。输入正的数值将產生一个微小的间距，让移除的过程能够更加轻鬆，但也意味着物件的第一个层不会那样的平滑。输入负的数值，物件将会挤入筏基之内，產生一个强壮而坚固的结合状态。
This setting defines the vertical gap between the top of raft and bottom of model. Positive values create a slight gap between the top raft layer and bottom object layer, making the object easier to remove from the raft, but also result in a less smooth first object layer. Negative values squeeze the object into the raft, resulting in a stronger bond between the raft and the object.
"raftDensity" Decimal, [0.1,1.1].
每个 Raft 的图层都是一个来回曲折的路径。当这个数值设定为 1.0 的时候，结果将会升成一个实心的底面，每一个路径的线段都会紧紧相连着之前的线段；一个较低的数值意味着有更多空隙的路径。这个数值的范围是介於 0 与 1 之间的十进位小数。
Each raft layer forms a zigzag. A raft density of 1.0 will result in a solid raft, with each new segment of the zigzag printed directly alongside the previous one. A lower density will result in wider-spaced zigzags.
"raftAligned" True/False.
当设定为 True 时，这个设定将会强制所有的 Raft 交错图层都跑同一个方向。当设定为 false 时，这些筏基的线段将会以九十度交错於先前的图层。当打印的层厚过小时，最好设定为 True 以达到一个较佳的品质。
When set to true, raftAligned forces all the raft's interface layers to run in the same direction. When set to false, the lines of extrusion on each filament layer will be rotated 90 degrees from the previous layer. Prints with small layer heights may work better with aligned rafts.
"doSupport" True/False.
这个设定将会开啟／关闭＂支撑结构＂的选项。当设定为 false 时，［support-related］设定将会被忽略。
This setting turns support structures on and off. When it is set to false, the support-related settings below will be ignored.
"supportMargin" Millimeters.
这个设定定义了物件轮廓外框到支撑结构的距离，单位为mm。结构太接近物件将会难以移除，太远离物件将会失去支撑性。
This setting defines the distance, in millimeters, between the outer edge of the object and the support structures. Structures closer to the object may be harder to remove when the build is complete, while structures farther away may provide less support.
"supportDensity" Decimal, [0.1,1.1].
当数值输入为 1.0 时将会生成一个实心的结构，每个路径都会紧密平行於先前喷出的路径；一个相对低的数值会產生一个较鬆散的排列。
Each support layer forms a zigzag. A support density of 1.0 will result in solid support structures, with each new segment of the zigzag printed directly alongside the previous one. A lower density will result in wider-spaced zigzags.
"bedZOffset" Millimeters.
机器的［Z-axis offset］设定是储存在机器的［onboard preferences］内。特别输入这个数值的时候，软体将允许你为 profile 数值做指定后的改变。
Your machine's Z-axis offset is stored in the onboard preferences. bedZOffset allows you to make an alteration to that setting that is specific to a slicing profile.
"layerHeight" Millimeters.
定义每一层的高度（也就是切片的厚度，单位是mm）
Defines the height of each layer.
"startX" / "startY" / "startZ" Millimeters.
这些数值定义了［start gcode］资料中，叁个轴向的假定（assumed ）起始位置。
These define the assumed starting position on all three axes at the end of the start gcode.
"startGcode" / "endGcode" String.
［startGcode／endGcode］分属GCode路径中最初与最终的两个区块。如果你打算使用各别的设定，可以在此指定。假如你想要替你的机型（Replicator 2X ／original Replicator）创建一个特殊的GCode档案，你需要延续着本文的指示说明，对这些档案做简易的修改。关於［start.gcode］的定义档存在你的Things资料夹内，在［profiles］资料夹裡面。
This specifies the locations of the start and end GCode files appended to the beginning and end of your toolpath. If you're using custom start and end GCode, change the locations set here. If you are creating GCode for a Replicator 2X or an original Replicator, you will need to make some simple edits to these files. Follow the instructions in the comments of the start and end GCode files. You can find the start.gcode for any custom profile in your Things folder, under "profiles."
start.gcode 与 end.gcode 档案的存放路径
"doPrintProgress" True/False.
当参数设定为［True］时，输出的资讯将会包含要显示在机器LCD面板上的相关GCode讯息。
doPrintProgress, when true, output will include GCode commands to display build progress on the bot's LCD panel.
"doFanCommand" True/False.
当［doFanCommand］设定为［True］的状态下，系统会在GCode中安插指令列去驱动风扇，让它在打印过程中动态的运转。这个设定是和［fanLayer］指令列有所关联的；当［doFanCommand］设定为［False］的状态下，［fanLayer］的设定将会被忽视。（［active cooling fan］指的是动态侦测温度的风扇，通常低於摄氏60度以下不会主动转动）。
doFanCommand, when true, inserts a GCode command to turn on an active cooling fan during a build. The point at which this command is inserted is determined by the fanLayer setting below. When doFanCommand is set to false, the fanLayer setting will be ignored.
"fanLayer" Integer.
这个参数主要在［doFanCommand］的设定为［True］的状态下，告知系统从哪一个切面开始驱动冷却的风扇。
fanLayer determines at what layer the slicer inserts the command to turn on the active cooling fan. When doFanCommand is set to false, this setting is not used.
"defaultExtruder" Integer, [0,1].
预设喷头的选项（整数的 0 或 1）是设定机器预设状态下使用哪个喷头来打印物件。一台双喷头的机器，0 代表的是右喷头，1 代表的是左喷头。至於单喷头的机器，喷头的数值只有 0。
This setting determines which toolhead will be used to build your object. On a machine with dual extruders, 0 is the right toolhead and 1 is the left toolhead. On a machine with a single extruder, the toolhead is 0.
"commentOpen" / "commentClose" String.
不同的3D printers使用不同的字码来传递GCode。［MakerBot Slicer］预设的设定直已经对该机器做过最佳化！
Different 3D printers use different characters to indicate comments in GCode. The MakerBot Slicer's default settings are optimized for use with MakerBot 3D printers.
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