PostProcessor参数篇一.doc

PostProcessor参数篇一一 简介：参数用来从刀位文件中读入数值并输出为特定的机床控制器数值。位于参数名称旁边的小图标指出了参数值的类型：标明参数是整数或者实数标明参数是文本类型标明参数用来评估一个任务执行所需的时间标明参数值从列表中选取对参数进行编辑或者修改，直接在参数名称上进行双击即可。向命令块command block增加参数有以下三种方法：l 在命令块中选中一个单元格，从参数列表中选择一个参数，然后点击l 在PostProcessor的浏览器中直接选中相应的参数，拖动到命令块中的相应位置l 在命令块的工具栏上选择代码解析器code parser要增加一个参数，在用户参数User Parameters上点击鼠标右键，然后选择增加标准用户参数Add User Standard Parameter创建一个整数型、实数型、字符串型或者时间型（duration parameters）参数，或者选择增加用户组参数Add User Group Parameter创建一个组参数二 内置参数：下面的列表列出了Delcam PostProcessor内置的参数。 注意，这些参数有可读写的属性，具体是可读、可写还是可读写，可以通过参数的编辑工具进行查看参数所在目录描述Arc Axis Vector XArcThe X coordinate of the vector normal to the plane of an assigned arc.垂直于指定圆弧平面的矢量的X坐标Arc Axis Vector YArcThe Y coordinate of the vector normal to the plane of an assigned arc.垂直于指定圆弧平面的矢量的Y坐标Arc Axis Vector ZArcThe Z coordinate of the vector normal to the plane of an assigned arc.垂直于指定圆弧平面的矢量的Z坐标Arc Centre XArcThe X coordinate of the centre of an arc move. This often requires the associated format to be set to Incremental Mode.圆弧移动的圆心X坐标。 通常情况下需要设置相应的格式为增量模式Arc Centre YArcThe Y coordinate of the centre of an arc move. This often requires the associated format to be set to Incremental Mode.圆弧移动的圆心Y坐标。 通常情况下需要设置相应的格式为增量模式Arc Centre ZArcThe Z coordinate of the centre of an arc move. This often requires the associated format to be set to Incremental Mode.圆弧移动的圆心Z坐标。 通常情况下需要设置相应的格式为增量模式Arc End AngleArcThe end arc angle.圆弧的终止角度Arc Linearisation ToleranceArcThe tolerance of arc linearisation specified by the user.用户指定的圆弧线性化公差Arc Middle Point XArcThe X coordinate of an arc middle point.圆弧的中间点X坐标Arc Middle Point YArcThe Y coordinate of an arc middle point.圆弧的中间点Y坐标Arc Middle Point ZArcThe Z coordinate of an arc middle point.圆弧的中间点Z坐标Arc Plane ModeArcFrom a PowerMILL cutfile, this is the tool axis (XY, XZ or YZ) used as the current plane for arc interpolation.来自于PowerMILL刀位文件，此参数代表刀轴（XY, XZ或者YZ平面），用来表示圆弧插补的当前平面Arc RadiusArcThe radius of an assigned arc.指定圆弧的半径Arc Start AngleArcThe start arc angle.圆弧的开始角度Arc Start XArcThe X coordinate of an initial arc point.圆弧起点的X坐标Arc Start YArcThe Y coordinate of an initial arc point.圆弧起点的Y坐标Arc Start ZArcThe Z coordinate of an initial arc point.圆弧起点的Z坐标Arc Travel AngleArcThe angle between the vector from the centre of an arc to its start point and from the centre of the arc to the arcs finish point.圆弧中心到圆弧起点矢量和圆弧中心到圆弧终点矢量的角度Axis ModeMoveThe axis mode of the toolpath.刀具路径的轴模式，比如是3轴、3+2轴还是5轴Block Max XWorkpieceThe upper block limit along the X axis. Together with Block Min X, this defines the extent of the PowerMILL material block along the X axis.PowerMILL中毛坯沿X方向的上限值Block Min XWorkpieceThe lower block limit along the X axis. Together with Block Max X, this defines the extent of the PowerMILL material block along the X axis.PowerMILL中毛坯沿X方向的下限值Block Max YWorkpieceThe upper block limit along the Y axis. Together with Block Min Y, this defines the extent of the PowerMILL material block along the Y axis.PowerMILL中毛坯沿Y方向的上限值Block Min YWorkpieceThe lower block limit along the Y axis. Together with Block Max Y, this defines the extent of the PowerMILL material block along the Y axis.PowerMILL中毛坯沿Y方向的下限值Block Max ZWorkpieceThe upper block limit along the Z axis. Together with Block Min Z, this defines the extent of the PowerMILL material block along the Z axis.PowerMILL中毛坯沿Z方向的上限值Block Min ZWorkpieceThe lower block limit along the Z axis. Together with Block Max Z, this defines the extent of the PowerMILL material block along the Z axis.PowerMILL中毛坯沿Z方向的下限值Block NumberTraceabilityThe number of the current line in the output file, derived from the calculation of two global variables: Number of start block and Block increment.行号CAD WP Matrix 00Workplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Matrix 01Workplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Matrix 02Workplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Matrix 10Workplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Matrix 11Workplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Matrix 20Workplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Matrix 21Workplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Matrix 22Workplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Origin XWorkplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Origin YWorkplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAD WP Origin ZWorkplanes in World CSThe elements of a rotation matrix defining the global coordinates relative to the world coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于世界坐标系的全局坐标系。CAM System Version NumberProgramThe version of the CAM System used to create the cutfile. CAM系统的版本CLDATA ToleranceToolpathThe tolerance for an input toolpath in CLDATA. The toolpath cannot be moved away from the model by more than this value. For PowerMILL, it is set to the machining tolerance, so Tolerance = (INTOL + OUTTOL)*0.5.CommentTraceabilityA comment string, and one which does not therefore form part of the commands in the tapefile.注释字符串Contact Normal XProgramThe X coordinate of the contact normal.接触点法线的X坐标Contact Normal YProgramThe Y coordinate of the contact normal.接触点法线的Y坐标Contact Normal ZProgramThe Z coordinate of the contact normal.接触点法线的Z坐标Controller Command StringTraceabilityA string containing the command for a specific machine tool controller.包含特定机床控制器指令的字符串Coolant ModeController SwitchesThe Coolant Mode can be set to: ON, OFF, FLOOD, MIST, TAPPING, VACUUM, THROUGH, AIR and DOUBLE. 冷却模式Current UserTraceabilityThe Windows login name of the current user.Windows的当前登录用户名Cutter Compensation ModeController SwitchesThe Cutter Compensation Mode can be set to: ON OFF LEFT and RIGHT.刀补模式可以设置为左右刀补开、关Cutting DirectionToolpathThe cutting direction of the toolpath.刀具路径的切削方向Cutting RateToolpathThe rate (or speed) at which the material moves past the cutting edge of the tool. See also Feed Rate.切削速率（或者速度）。 刀具刀沿移除切削材料的速率（或速度）。 DateTraceabilityThe current date in the default format mm/dd/yy. 当前日期DelayTraceabilityThe length of the delay. 延时时间Drilling Chamfer DiameterDrillingChamfer diameter for drilling。钻孔倒角直径Drilling Clear PlaneDrillingThe Clearance height set on the CAM systems Drilling form (the Origin can be changed in Drilling).CAM系统钻孔表格中的安全间隙Drilling Cycle TypeDrillingEnables scripts to check and set the type of drilling cycle.钻孔循环类型Drilling Draft AngleDrillingPeck decrement if each peck is to be smaller than the last Drilling DwellDrillingThe Dwell Time set on the CAM systems Drilling form.CAM系统钻孔表格中的停留时间（孔底停留时间）Drilling Expanded Cycle ModeDrillingDetects whether the CAM system user has chosen to use a drilling cycle or separate (expanded) moves in the output file.Drilling Feed RateDrillingThe Feed Rate set on the CAM systems Drilling form. See also Feed Rate below.Drilling Feed Reduction Distance EndDrillingDistance for which feed is to be reduced at the bottom of the drill孔底钻孔进给率降低的距离Drilling Feed Reduction Distance StartDrillingDistance for which feed is to be reduced at the bottom of the drill孔底钻孔进给率降低的距离Drilling Feed Reduction EndDrillingProportion by which feed is to be reduced at the bottom of the drillDrilling Feed Reduction StartDrillingProportion by which feed is to be reduced at the bottom of the drillDrilling First DepthDrillingThe depth of the first peck of a drilling cycle. 钻孔循环第一次钻孔的深度Drilling Hole DepthDrillingThe depth of the hole。孔深Drilling Hole DiameterDrillingThe Hole Diameter set on the PowerMILL Hole feature. PowerMILL中孔特征的直径Drilling Hole TopDrillingThe top position of the PowerMILL feature set (the Origin can be changed in Drilling).PowerMILL特征设置中孔顶位置。Drilling Minimum PeckDrillingSmallest peck if each peck is to be smaller than the lastDrilling Number of DepthsDrillingThe Cycle Total Depth divided by the Cycle Peck Depth (specified in Drilling).Drilling Overlap AngleDrillingThe factor by which a profile overlaps in profile drillingDrilling Peck DecrementDrillingPeck decrement if each peck is to be smaller than the lastDrilling Peck DepthDrillingThe Peck Depth set on the PowerMILL Drilling form.PowerMILL钻孔表格中的琢孔深度Drilling Rapid RetractDrillingIf ON then drilling cycle retracts at rapidDrilling Retract 2nd HeightDrillingThe retract distance after the drill.Drilling Retract FactorDrillingThe factor of the peck used to retract for break chip drillingDrilling Retract Feed FactorDrillingThe retract may be done at a different feed rate from cuttingDrilling Retract ModeDrillingDrilling : if 1 retract to safe Z (G98) otherwise to the clear plane (G99)钻孔循环的退回模式，可以设置为退回到安全高度还是孔顶间隙高度Drilling Sub PeckDrillingSubsidiary peck (for each peck several sub pecks are performed)Drilling Thread PitchDrillingThis is calculated inside the Postprocessor from values in the output (otherwise, it needs to be set).Drilling Total DepthDrillingThe Depth set on the PowerMILL Drilling form (the Origin can be changed in Drilling).PowerMILL钻孔表格中的深度Drilling User ParameterDrillingAllows you to set a user parameter for a drilling cycle.Dumb Tool LengthTraceabilityAllows you to specify the length of the tool.Feed RateMoveThe feed rate is the distance that a cutting tool advances per revolution. The Plunge Rate value is used instead if the cutfile is of type Plunging. 进给率Feed ModeController SwitchesSets the Feed Rate representation mode: mm(inch) per minute, mm(inch) per tool rotation, or inverse time. 进给率模式，每分钟进给、每转进给、反时进给 You must specify the maximum feed rate in the Feed Rate Configuration view when using inverse time mode.From XProgramThe X coordinate of the first programmed point, not appropriate for use in multi axis option files.第一个编程点的X坐标，在多轴后处理中不合适From YProgramThe Y coordinate of the first programmed point, not appropriate for use in multi axis option files.第一个编程点的Y坐标，在多轴后处理中不合适From ZProgramThe Z coordinate of the first programmed point, not appropriate for use in multi axis option files.第一个编程点的Z坐标，在多轴后处理中不合适Input Linear UnitsProgramThe units used to input linear units (MM/INCH).Machine AMoveThe A axis rotary angle. A轴旋转角度Machine BMoveThe B axis rotary angle. B轴旋转角度Machine CMoveThe C axis rotary angle. This parameter is used to preposition the C axis on machines with rotary limits. It enables the CLDATA file to set the rotary angle to maximize the C axis travel prior to machining.C轴旋转角度。这个参数可以用于对C轴进行预定位，比如可以在加工前把C轴预定位以充分利用C轴的最大行程极限Machine XMoveThe X coordinate of a machines linear axis.机床线性轴的X坐标 Machine YMoveThe Y coordinate of a machines linear axis.机床线性轴的Y坐标Machine ZMoveThe Z coordinate of a machines linear axis.机床线性轴的Z坐标Max Cutting RateOption File SettingsThe maximum rate of cutting. See also Feed Rate.最大切削速率。Max RateOption File SettingsThe maximum Feed Rate.最大进给速率Motion ModeController SwitchesThe Motion Mode (LIN/RAP/CW/CCW/SPL/CYC/REF).移动模式，比如线性、快进、圆弧Move TypeMoveThe Move Type (CUTTING/LINK/APPROACH/RETRACT/PLUNGE/LEAD IN/LEAD OUT/CYCLE LINK/CYCLE PLUNGE/CYCLE RAPID/CYCLE OUTPUT/JOINUP 3 AXIS/JOINUP).移动类型，比如切削、连接、下切、切入、切出等Multi-Axis ToleranceOption File SettingsThe tolerance of the multi-axis linearisation of a toolpath. 刀具路径的多轴线性化公差NC Program NameProgramThe name of the associated NC Program.NC程序名称Optfile AuthorOption File InfoThe author of the option file.后置处理文件作者Optfile Controller ManufacturerOption File InfoThe manufacturer of the machine controller associated with the option file.控制器厂商Optfile Controller SeriesOption File InfoThe series and version numbers of the machine controller associated with the option file.控制器型号Optfile Created DateOption File InfoThe date on which the option file was created.后置处理文件创建日期Optfile CustomerOption File InfoThe customer for whom the option file is intended. 后置处理文件用户Optfile Last Modified DateOption File InfoThe date on which the option file was last modified.Optfile Machine Tool ManufacturerOption File InfoThe manufacturer of the machine tool associated with the option file.机床制造商Optfile Machine Tool ModelOption File InfoThe model of the machine tool associated with the option file.机床型号Optfile NameOption File InfoThe name of the option file.后置处理文件名称Optfile Special NoteOption File InfoFor example ISO, Advanced Function, Vertical, etc.Optfile VersionOption File InfoThe version of Delcam PostProcessor that was used to create the option file.Output Angular UnitsOption File SettingsFrom a PowerMILL cutfile, the output format of the angular units (DEG/RAD).PowerMILL刀位文件角度输出单位，比如是角度还是弧度Output Linear UnitsOption File SettingsFrom a PowerMILL cutfile, the output format of the linear units (MM/INCH).PowerMILL刀位文件线性输出单位，比如是毫米还是英寸Output Point InfoMoveContains information about the properties of the point coordinates currently held in the X, Y and Z parameters.Output Point ModeMoveContains information about the mode of the point coordinates currently held in the X, Y and Z parameters.Output Rotation Matrix 00WorkplaneThe elements of a rotation matrix defining the local coordinates relative to the global coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于全局坐标系的局部坐标系。Output Rotation Matrix 01WorkplaneThe elements of a rotation matrix defining the local coordinates relative to the global coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于全局坐标系的局部坐标系。Output Rotation Matrix 02WorkplaneThe elements of a rotation matrix defining the local coordinates relative to the global coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于全局坐标系的局部坐标系。Output Rotation Matrix 10WorkplaneThe elements of a rotation matrix defining the local coordinates relative to the global coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于全局坐标系的局部坐标系。Output Rotation Matrix 11WorkplaneThe elements of a rotation matrix defining the local coordinates relative to the global coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于全局坐标系的局部坐标系。Output Rotation Matrix 12WorkplaneThe elements of a rotation matrix defining the local coordinates relative to the global coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于全局坐标系的局部坐标系。Output Rotation Matrix 20WorkplaneThe elements of a rotation matrix defining the local coordinates relative to the global coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于全局坐标系的局部坐标系。Output Rotation Matrix 21WorkplaneThe elements of a rotation matrix defining the local coordinates relative to the global coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于全局坐标系的局部坐标系。Output Rotation Matrix 22WorkplaneThe elements of a rotation matrix defining the local coordinates relative to the global coordinates.旋转矩阵的元素，旋转矩阵用于定义相对于全局坐标系的局部坐标系。Part NameTraceabilityThe Part Name entered on the PowerMILL NC Program form.在PowerMILL的NC程序表格中输入的零件名称Plunge RateToolpathThe Plunge Rate from a PowerMILL cutfile is used as the Feed Rate if the cutfile is of type Plunging. 下切速度PPfunTraceabilityUser function that can be set from within PowerMILL or PowerINSPECT.可以在PowerMILL和PowerINSPECT中设置的用户功能Probing Approach DistanceProbingThe approach distance used in a PowerINSPECT probe path.PowerINSPECT探测路径的接近距离Probing Expected Touch Point XProbingThe X coordinate of the point that is expected to be touched next in a PowerINSPECT probe path.PowerINSPECT探测路径中下一个要探测点的X坐标Probing Expected Touch Point YProbingThe Y coordinate of the point that is expected to be touched next in a PowerINSPECT probe path.PowerINSPECT探测路径中下一个要探测点的Y坐标Probing Expected Touch Point ZProbingThe Z coordinate of the point that is expected to be touched next in a PowerINSPECT probe path.PowerINSPECT探测路径中下一个要探测点的Z坐标Probing - Is Composite Move Used?ProbingSet to ON for a composite move in PowerINSPECT. Otherwise, set to OFF.设置相邻的探头安全移动和探测移动为一个单个复合运动还是探头安全移动和探测移动分开输出Probing Move SpeedProbingThe speed of the move in PowerINSPECT.PowerINSPECT中的移动速度Probing Retract DistanceProbingThe distance that the probe is retracted in PowerINSPECT.PowerINSPECT中探头的回退距离Probing Search Direction IProbingThe X coordinate of the probing search direction in PowerINSPECT.PowerINSPECT中探测搜索方向的X坐标Probing Search Direction JProbingThe Y coordinate of the probing search direction in PowerINSPECT.PowerINSPECT中探测搜索方向的Y坐标Probing Search Direction KProbingThe Z coordinate of the probing search direction in PowerINSPECT.PowerINSPECT中探测搜索方向的Z坐标Probing Search DistanceProbingThe length of the probing search in PowerINSPECT.PowerINSPECT中探测的搜