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All rights reserved. Dump configuration. $Revision: 44146 9dda89ad80768badce62b9da69e008cf4a62787d $ $Date: 2024-10-11 05:34:08 $ FORKID {4E9DFE89-DA1C-4531-98C9-7FECF672BD47} */ description = "Dumper" ; vendor = "Autodesk" ; legal = "Copyright (C) 2012-2024 by Autodesk, Inc." ; certificationLevel = 2; longDescription = "Use this post to understand which information is available when developing a new post. The post will output the primary information for each entry function being called." ; extension = "dmp" ; // using user code page capabilities = CAPABILITY_INTERMEDIATE; allowMachineChangeOnSection = true ; allowHelicalMoves = true ; allowSpiralMoves = true ; allowedCircularPlanes = undefined; // allow any circular motion allowFeedPerRevolutionDrilling = true ; maximumCircularSweep = toRad(1000000); minimumCircularRadius = spatial(0.001, MM); maximumCircularRadius = spatial(1000000, MM); // user-defined properties properties = { showParameters: { title : "Show Parameter values" , description: "If enabled, all Parameter values will be displayed" , type : "boolean" , value : true , scope : "post" }, showTool: { title : "Show Tool values" , description: "If enabled, all Tool values will be displayed" , type : "boolean" , value : true , scope : "post" }, showState: { title : "Show state" , description: "Shows the commonly interesting current state." , type : "boolean" , value : true , scope : "post" }, expandCycles: { title : "Expand cycles" , description: "If enabled, unhandled cycles are expanded." , type : "boolean" , value : true , scope : "post" }, showTCP: { title : "Show TCP values" , description: "If enabled, XYZ positions are shown in the Setup system. Disable to show the coordinates in the Working Plane system" , type : "boolean" , value : false , scope : "post" } }; var spatialFormat = createFormat({decimals:6}); var angularFormat = createFormat({decimals:6, scale:DEG}); var rpmFormat = createFormat({decimals:6}); var otherFormat = createFormat({decimals:6}); var expanding = false ; function toString(value) { if ( typeof value == "string" ) { return "'" + value + "'" ; } else { return value; } } function dumpImpl(name, text) { writeln(getCurrentRecordId() + ": " + name + "(" + text + ")" ); } function dump(name, _arguments) { var result = getCurrentRecordId() + ": " + (expanding ? "EXPANDED " : "" ) + name + "(" ; for ( var i = 0; i < _arguments.length; ++i) { if (i > 0) { result += ", " ; } if ( typeof _arguments[i] == "string" ) { result += "'" + _arguments[i] + "'" ; } else { result += _arguments[i]; } } result += ")" ; writeln(result); } function onMachine() { dump( "onMachine" , arguments); if (machineConfiguration.getVendor()) { writeln( " " + "Vendor" + ": " + machineConfiguration.getVendor()); } if (machineConfiguration.getModel()) { writeln( " " + "Model" + ": " + machineConfiguration.getModel()); } if (machineConfiguration.getDescription()) { writeln( " " + "Description" + ": " + machineConfiguration.getDescription()); } } function onOpen() { writeln( " Post Engine Version = " + getVersion()); writeln( " Program Name = " + programName); writeln( " Program Comment = " + programComment); dump( "onOpen" , arguments); } function onPassThrough() { dump( "onPassThrough" , arguments); } function onComment() { dump( "onComment" , arguments); } /** Write the current state. */ function dumpState() { if (!getProperty( "showState" )) { return ; } writeln( " STATE position=[" + spatialFormat.format(getCurrentPosition().x) + ", " + spatialFormat.format(getCurrentPosition().y) + ", " + spatialFormat.format(getCurrentPosition().z) + "]" ); if ((currentSection.getType() == TYPE_MILLING) || (currentSection.getType() == TYPE_TURNING)) { writeln( " STATE spindleSpeed=" + rpmFormat.format(spindleSpeed)); } if (currentSection.getType() == TYPE_JET) { writeln( " STATE power=" + (power ? "ON" : "OFF" )); } // writeln(" STATE movement=" + movement); // writeln(" STATE feedrate=" + spatialFormat.format(feedrate)); // writeln(" STATE compensationOffset=" + compensationOffset); var id; switch (radiusCompensation) { case RADIUS_COMPENSATION_OFF: id = "RADIUS_COMPENSATION_OFF" ; break ; case RADIUS_COMPENSATION_LEFT: id = "RADIUS_COMPENSATION_LEFT" ; break ; case RADIUS_COMPENSATION_RIGHT: id = "RADIUS_COMPENSATION_RIGHT" ; break ; } if (id != undefined) { writeln( " STATE radiusCompensation=" + id + " // " + RADIUS_COMPENSATION_MAP[radiusCompensation]); } else { writeln( " STATE radiusCompensation=" + radiusCompensation + " // " + RADIUS_COMPENSATION_MAP[radiusCompensation]); } } function onSection() { dump( "onSection" , arguments); var name; for (name in currentSection) { value = currentSection[name]; if ( typeof value != "function" ) { var typeString = "" ; if (name == "type" ) { typeString = getSectionTypeStringId(value); } else if (name == "strategy" ) { typeString = getStrategyTypeString(); } else if (name == "jetMode" ) { typeString = getJetModeTypeString(value); } else if (name == "quality" ) { typeString = getQualityTypeString(value); } else if (name == "feedMode" ) { typeString = getFeedModeTypeString(value); } else { typeString = "" ; } writeln( " currentSection." + name + "=" + toString(value) + conditional(typeString, " (" + typeString + ")" )); } } if (getProperty( "showTool" )) { for (name in tool) { value = tool[name]; if ( typeof value != "function" ) { var typeString = "" ; if (name == "type" ) { typeString = getToolTypeStringId(tool.type) + ", " + getToolTypeName(tool.type); } else if (name == "insertType" ) { typeString = getInsertTypeStringId(tool.insertType); } else if (name == "holderType" ) { typeString = getHolderTypeStringId(tool.holderType); } else if (name == "compensationMode" ) { typeString = getCompensationModeStringId(tool.compensationMode); } else { typeString = "" ; } writeln( " tool." + name + "=" + toString(value) + conditional(typeString, " (" + typeString + ")" )); } } { var shaft = tool.shaft; if (shaft && shaft.hasSections()) { var n = shaft.getNumberOfSections(); for ( var i = 0; i < n; ++i) { writeln( " tool.shaft[" + i + "] H=" + shaft.getLength(i) + " D=" + shaft.getDiameter(i)); } } } { var holder = tool.holder; if (holder && holder.hasSections()) { var n = holder.getNumberOfSections(); for ( var i = 0; i < n; ++i) { writeln( " tool.holder[" + i + "] H=" + holder.getLength(i) + " D=" + holder.getDiameter(i)); } } } } if (currentSection.isPatterned && currentSection.isPatterned()) { var patternId = currentSection.getPatternId(); var sections = []; var first = true ; for ( var i = 0; i < getNumberOfSections(); ++i) { var section = getSection(i); if (section.getPatternId() == patternId) { if (i < getCurrentSectionId()) { first = false ; // not the first pattern instance } if (i != getCurrentSectionId()) { sections.push(section.getId()); } } } writeln( " >>> Pattern instances: " + sections); if (!first) { // writeln(" SKIPPING PATTERN INSTANCE"); // skipRemainingSection(); } } if (getProperty( "showTCP" )) { setRotation(currentSection.workPlane); // TCP mode } else { cancelTransformation(); } dumpState(); } function onSectionSpecialCycle() { dump( "onSectionSpecialCycle" , arguments); writeln( " cycle: " + toString(currentSection.getFirstCycle())); } function onPower() { dump( "onPower" , arguments); } function onProbe() { dump( "onProbe" , arguments); } function onLiveAlignment() { dump( "onLiveAlignment" , arguments); } function onSpindleSpeed() { dump( "onSpindleSpeed" , arguments); } function onOrientateSpindle() { dump( "onOrientateSpindle" , arguments); } function onParameter() { if (getProperty( "showParameters" )) { dump( "onParameter" , arguments); } } function onFeedMode(feedMode) { dumpImpl( "onFeedMode" , getFeedModeTypeString(feedMode)); } function onDwell() { dump( "onDwell" , arguments); } function onCyclePath() { dump( "onCyclePath" , arguments); writeln( " cycleType=" + toString(cycleType)); for ( var name in cycle) { value = cycle[name]; if ( typeof value != "function" ) { writeln( " cycle." + name + "=" + toString(value)); } } } function onCycle() { dump( "onCycle" , arguments); writeln( " cycleType=" + toString(cycleType)); for ( var name in cycle) { value = cycle[name]; if ( typeof value != "function" ) { writeln( " cycle." + name + "=" + toString(value)); } } } function onCyclePoint(x, y, z) { dump( "onCyclePoint" , arguments); if (getProperty( "expandCycles" )) { switch (cycleType) { case "drilling" : // G81 style case "counter-boring" : // G82 style case "chip-breaking" : // G73 style case "deep-drilling" : // G83 style case "break-through-drilling" : case "gun-drilling" : case "tapping" : case "left-tapping" : // G74 style case "right-tapping" : // G84 style case "tapping-with-chip-breaking" : case "left-tapping-with-chip-breaking" : case "right-tapping-with-chip-breaking" : case "reaming" : // G85 style case "boring" : // G89 style case "stop-boring" : // G86 style case "fine-boring" : // G76 style case "back-boring" : // G87 style case "manual-boring" : case "bore-milling" : case "thread-milling" : case "circular-pocket-milling" : expanding = true ; expandCyclePoint(x, y, z); expanding = false ; break ; default : writeln( " CYCLE CANNOT BE EXPANDED" ); } } dumpState(); } function onCycleEnd() { dump( "onCycleEnd" , arguments); } function onCyclePathEnd() { dump( "onCyclePathEnd" , arguments); } /** Returns the string id for the specified movement. Returns the movement id as a string if unknown. */ function getMovementStringId(movement, jet) { switch (movement) { case MOVEMENT_RAPID: return "rapid" ; case MOVEMENT_LEAD_IN: return "lead in" ; case MOVEMENT_CUTTING: return "cutting" ; case MOVEMENT_LEAD_OUT: return "lead out" ; case MOVEMENT_LINK_TRANSITION: return !jet ? "transition" : "bridging" ; case MOVEMENT_LINK_DIRECT: return "direct" ; case MOVEMENT_RAMP_HELIX: return !jet ? "helix ramp" : "circular pierce" ; case MOVEMENT_RAMP_PROFILE: return !jet ? "profile ramp" : "profile pierce" ; case MOVEMENT_RAMP_ZIG_ZAG: return !jet ? "zigzag ramp" : "linear pierce" ; case MOVEMENT_RAMP: return !jet ? "ramp" : "pierce" ; case MOVEMENT_PLUNGE: return !jet ? "plunge" : "pierce" ; case MOVEMENT_PREDRILL: return "predrill" ; case MOVEMENT_EXTENDED: return "extended" ; case MOVEMENT_REDUCED: return "reduced" ; case MOVEMENT_FINISH_CUTTING: return "finish cut" ; case MOVEMENT_HIGH_FEED: return "high feed" ; case MOVEMENT_DEPOSITING: return "depositing" ; default : return String(movement); } } function getToolTypeStringId(toolType) { switch (toolType) { case TOOL_UNSPECIFIED: return "TOOL_UNSPECIFIED" ; case TOOL_DRILL: return "TOOL_DRILL" ; case TOOL_DRILL_CENTER: return "TOOL_DRILL_CENTER" ; case TOOL_DRILL_SPOT: return "TOOL_DRILL_SPOT" ; case TOOL_DRILL_BLOCK: return "TOOL_DRILL_BLOCK" ; case TOOL_MILLING_END_FLAT: return "TOOL_MILLING_END_FLAT" ; case TOOL_MILLING_END_BALL: return "TOOL_MILLING_END_BALL" ; case TOOL_MILLING_END_BULLNOSE: return "TOOL_MILLING_END_BULLNOSE" ; case TOOL_MILLING_CHAMFER: return "TOOL_MILLING_CHAMFER" ; case TOOL_MILLING_FACE: return "TOOL_MILLING_FACE" ; case TOOL_MILLING_SLOT: return "TOOL_MILLING_SLOT" ; case TOOL_MILLING_RADIUS: return "TOOL_MILLING_RADIUS" ; case TOOL_MILLING_DOVETAIL: return "TOOL_MILLING_DOVETAIL" ; case TOOL_MILLING_TAPERED: return "TOOL_MILLING_TAPERED" ; case TOOL_MILLING_LOLLIPOP: return "TOOL_MILLING_LOLLIPOP" ; case TOOL_TAP_RIGHT_HAND: return "TOOL_TAP_RIGHT_HAND" ; case TOOL_TAP_LEFT_HAND: return "TOOL_TAP_LEFT_HAND" ; case TOOL_REAMER: return "TOOL_REAMER" ; case TOOL_BORING_BAR: return "TOOL_BORING_BAR" ; case TOOL_COUNTER_BORE: return "TOOL_COUNTER_BORE" ; case TOOL_COUNTER_SINK: return "TOOL_COUNTER_SINK" ; case TOOL_HOLDER_ONLY: return "TOOL_HOLDER_ONLY" ; case TOOL_TURNING_GENERAL: return "TOOL_TURNING_GENERAL" ; case TOOL_TURNING_THREADING: return "TOOL_TURNING_THREADING" ; case TOOL_TURNING_GROOVING: return "TOOL_TURNING_GROOVING" ; case TOOL_TURNING_BORING: return "TOOL_TURNING_BORING" ; case TOOL_TURNING_CUSTOM: return "TOOL_TURNING_CUSTOM" ; case TOOL_PROBE: return "TOOL_PROBE" ; case TOOL_WIRE: return "TOOL_WIRE" ; case TOOL_WATER_JET: return "TOOL_WATER_JET" ; case TOOL_LASER_CUTTER: return "TOOL_LASER_CUTTER" ; case TOOL_WELDER: return "TOOL_WELDER" ; case TOOL_GRINDER: return "TOOL_GRINDER" ; case TOOL_MILLING_FORM: return "TOOL_MILLING_FORM" ; case TOOL_ROTARY_BROACH: return "TOOL_ROTARY_BROACH" ; case TOOL_SLOT_BROACH: return "TOOL_SLOT_BROACH" ; case TOOL_PLASMA_CUTTER: return "TOOL_PLASMA_CUTTER" ; case TOOL_MARKER: return "TOOL_MARKER" ; case TOOL_MILLING_THREAD: return "TOOL_MILLING_THREAD" ; case TOOL_DEPOSITING_ELECTRIC_ARC_WIRE: return "TOOL_DEPOSITING_ELECTRIC_ARC_WIRE" ; case TOOL_DEPOSITING_LASER_POWDER: return "TOOL_DEPOSITING_LASER_POWDER" ; case TOOL_DEPOSITING_LASER_WIRE: return "TOOL_DEPOSITING_LASER_WIRE" ; default : return String(toolType); } } function getSectionTypeStringId(sectionType) { switch (sectionType) { case TYPE_MILLING: return "TYPE_MILLING" ; case TYPE_TURNING: return "TYPE_TURNING" ; case TYPE_WIRE: return "TYPE_WIRE" ; case TYPE_JET: return "TYPE_JET" ; case TYPE_ADDITIVE: return "TYPE_ADDITIVE" ; default : return String(sectionType); } } function getInsertTypeStringId(insertType) { switch (insertType) { case TURNING_INSERT_USER_DEFINED: return "TURNING_INSERT_USER_DEFINED" ; case TURNING_INSERT_ISO_A: return "TURNING_INSERT_ISO_A" ; case TURNING_INSERT_ISO_B: return "TURNING_INSERT_ISO_B" ; case TURNING_INSERT_ISO_C: return "TURNING_INSERT_ISO_C" ; case TURNING_INSERT_ISO_D: return "TURNING_INSERT_ISO_D" ; case TURNING_INSERT_ISO_E: return "TURNING_INSERT_ISO_E" ; case TURNING_INSERT_ISO_H: return "TURNING_INSERT_ISO_H" ; case TURNING_INSERT_ISO_K: return "TURNING_INSERT_ISO_K" ; case TURNING_INSERT_ISO_L: return "TURNING_INSERT_ISO_L" ; case TURNING_INSERT_ISO_M: return "TURNING_INSERT_ISO_M" ; case TURNING_INSERT_ISO_O: return "TURNING_INSERT_ISO_O" ; case TURNING_INSERT_ISO_P: return "TURNING_INSERT_ISO_P" ; case TURNING_INSERT_ISO_R: return "TURNING_INSERT_ISO_R" ; case TURNING_INSERT_ISO_S: return "TURNING_INSERT_ISO_S" ; case TURNING_INSERT_ISO_T: return "TURNING_INSERT_ISO_T" ; case TURNING_INSERT_ISO_V: return "TURNING_INSERT_ISO_V" ; case TURNING_INSERT_ISO_W: return "TURNING_INSERT_ISO_W" ; case TURNING_INSERT_GROOVE_ROUND: return "TURNING_INSERT_GROOVE_ROUND" ; case TURNING_INSERT_GROOVE_RADIUS: return "TURNING_INSERT_GROOVE_RADIUS" ; case TURNING_INSERT_GROOVE_SQUARE: return "TURNING_INSERT_GROOVE_SQUARE" ; case TURNING_INSERT_GROOVE_CHAMFER: return "TURNING_INSERT_GROOVE_CHAMFER" ; case TURNING_INSERT_GROOVE_40DEG: return "TURNING_INSERT_GROOVE_40DEG" ; case TURNING_INSERT_THREAD_ISO_DOUBLE_FULL: return "TURNING_INSERT_THREAD_ISO_DOUBLE_FULL" ; case TURNING_INSERT_THREAD_ISO_TRIPLE_FULL: return "TURNING_INSERT_THREAD_ISO_TRIPLE_FULL" ; case TURNING_INSERT_THREAD_UTS_DOUBLE_FULL: return "TURNING_INSERT_THREAD_UTS_DOUBLE_FULL" ; case TURNING_INSERT_THREAD_UTS_TRIPLE_FULL: return "TURNING_INSERT_THREAD_UTS_TRIPLE_FULL" ; case TURNING_INSERT_THREAD_ISO_DOUBLE_VPROFILE: return "TURNING_INSERT_THREAD_ISO_DOUBLE_VPROFILE" ; case TURNING_INSERT_THREAD_ISO_TRIPLE_VPROFILE: return "TURNING_INSERT_THREAD_ISO_TRIPLE_VPROFILE" ; case TURNING_INSERT_THREAD_UTS_DOUBLE_VPROFILE: return "TURNING_INSERT_THREAD_UTS_DOUBLE_VPROFILE" ; case TURNING_INSERT_THREAD_UTS_TRIPLE_VPROFILE: return "TURNING_INSERT_THREAD_UTS_TRIPLE_VPROFILE" ; default : return String(insertType); } } function getHolderTypeStringId(holderType) { switch (holderType) { case TURNING_INSERT_USER_DEFINED: return "TURNING_INSERT_USER_DEFINED" ; case HOLDER_ISO_A: return "HOLDER_ISO_A" ; case HOLDER_ISO_B: return "HOLDER_ISO_B" ; case HOLDER_ISO_C: return "HOLDER_ISO_C" ; case HOLDER_ISO_D: return "HOLDER_ISO_D" ; case HOLDER_ISO_E: return "HOLDER_ISO_E" ; case HOLDER_ISO_F: return "HOLDER_ISO_F" ; case HOLDER_ISO_G: return "HOLDER_ISO_G" ; case HOLDER_ISO_H: return "HOLDER_ISO_H" ; case HOLDER_ISO_J: return "HOLDER_ISO_J" ; case HOLDER_ISO_K: return "HOLDER_ISO_K" ; case HOLDER_ISO_L: return "HOLDER_ISO_L" ; case HOLDER_ISO_M: return "HOLDER_ISO_M" ; case HOLDER_ISO_N: return "HOLDER_ISO_N" ; case HOLDER_ISO_P: return "HOLDER_ISO_P" ; case HOLDER_ISO_Q: return "HOLDER_ISO_Q" ; case HOLDER_ISO_R: return "HOLDER_ISO_R" ; case HOLDER_ISO_S: return "HOLDER_ISO_S" ; case HOLDER_ISO_T: return "HOLDER_ISO_T" ; case HOLDER_ISO_U: return "HOLDER_ISO_U" ; case HOLDER_ISO_V: return "HOLDER_ISO_V" ; case HOLDER_ISO_W: return "HOLDER_ISO_W" ; case HOLDER_ISO_Y: return "HOLDER_ISO_Y" ; case HOLDER_OFFSET_PROFILE: return "HOLDER_OFFSET_PROFILE" ; case HOLDER_STRAIGHT_PROFILE: return "HOLDER_STRAIGHT_PROFILE" ; case HOLDER_GROOVE_EXTERNAL: return "HOLDER_GROOVE_EXTERNAL" ; case HOLDER_GROOVE_INTERNAL: return "HOLDER_GROOVE_INTERNAL" ; case HOLDER_GROOVE_FACE: return "HOLDER_GROOVE_FACE" ; case HOLDER_THREAD_STRAIGHT: return "HOLDER_THREAD_STRAIGHT" ; case HOLDER_THREAD_OFFSET: return "HOLDER_THREAD_OFFSET" ; case HOLDER_THREAD_FACE: return "HOLDER_THREAD_FACE" ; case HOLDER_BORING_BAR_ISO_F: return "HOLDER_BORING_BAR_ISO_F" ; case HOLDER_BORING_BAR_ISO_G: return "HOLDER_BORING_BAR_ISO_G" ; case HOLDER_BORING_BAR_ISO_J: return "HOLDER_BORING_BAR_ISO_J" ; case HOLDER_BORING_BAR_ISO_K: return "HOLDER_BORING_BAR_ISO_K" ; case HOLDER_BORING_BAR_ISO_L: return "HOLDER_BORING_BAR_ISO_L" ; case HOLDER_BORING_BAR_ISO_P: return "HOLDER_BORING_BAR_ISO_P" ; case HOLDER_BORING_BAR_ISO_Q: return "HOLDER_BORING_BAR_ISO_Q" ; case HOLDER_BORING_BAR_ISO_S: return "HOLDER_BORING_BAR_ISO_S" ; case HOLDER_BORING_BAR_ISO_U: return "HOLDER_BORING_BAR_ISO_U" ; case HOLDER_BORING_BAR_ISO_W: return "HOLDER_BORING_BAR_ISO_W" ; case HOLDER_BORING_BAR_ISO_X: return "HOLDER_BORING_BAR_ISO_X" ; case HOLDER_BORING_BAR_ISO_Y: return "HOLDER_BORING_BAR_ISO_Y" ; default : return String(holderType); } } function getCompensationModeStringId(compensationMode) { switch (compensationMode) { case TOOL_COMPENSATION_INSERT_CENTER: return "TOOL_COMPENSATION_INSERT_CENTER" ; case TOOL_COMPENSATION_TIP: return "TOOL_COMPENSATION_TIP" ; case TOOL_COMPENSATION_TIP_CENTER: return "TOOL_COMPENSATION_TIP_CENTER" ; case TOOL_COMPENSATION_TIP_TANGENT: return "TOOL_COMPENSATION_TIP_TANGENT" ; default : return String(compensationMode); } } function getStrategyTypeString() { var id = "" ; if (currentSection.checkGroup(STRATEGY_2D)) {id += "STRATEGY_2D " ;} if (currentSection.checkGroup(STRATEGY_3D)) {id += "STRATEGY_3D " ;} if (currentSection.checkGroup(STRATEGY_ROUGHING)) {id += "STRATEGY_ROUGHING " ;} if (currentSection.checkGroup(STRATEGY_FINISHING)) {id += "STRATEGY_FINISHING " ;} if (currentSection.checkGroup(STRATEGY_MILLING)) {id += "STRATEGY_MILLING " ;} if (currentSection.checkGroup(STRATEGY_TURNING)) {id += "STRATEGY_TURNING " ;} if (currentSection.checkGroup(STRATEGY_JET)) {id += "STRATEGY_JET " ;} if (currentSection.checkGroup(STRATEGY_ADDITIVE)) {id += "STRATEGY_ADDITIVE " ;} if (currentSection.checkGroup(STRATEGY_PROBING)) {id += "STRATEGY_PROBING " ;} if (currentSection.checkGroup(STRATEGY_INSPECTION)) {id += "STRATEGY_INSPECTION " ;} if (currentSection.checkGroup(STRATEGY_DRILLING)) {id += "STRATEGY_DRILLING " ;} if (currentSection.checkGroup(STRATEGY_HOLEMILLING)) {id += "STRATEGY_HOLEMILLING " ;} if (currentSection.checkGroup(STRATEGY_THREAD)) {id += "STRATEGY_THREAD " ;} if (currentSection.checkGroup(STRATEGY_SAMPLING)) {id += "STRATEGY_SAMPLING " ;} if (currentSection.checkGroup(STRATEGY_ROTARY)) {id += "STRATEGY_ROTARY " ;} if (currentSection.checkGroup(STRATEGY_SECONDARYSPINDLE)) {id += "STRATEGY_SECONDARYSPINDLE " ;} if (currentSection.checkGroup(STRATEGY_SURFACE)) {id += "STRATEGY_SURFACE " ;} if (currentSection.checkGroup(STRATEGY_CHECKSURFACE)) {id += "STRATEGY_CHECKSURFACE " ;} if (currentSection.checkGroup(STRATEGY_MULTIAXIS)) {id += "STRATEGY_MULTIAXIS " ;} return id; } function getJetModeTypeString(jetMode) { switch (jetMode) { case JET_MODE_THROUGH: return "JET_MODE_THROUGH" ; case JET_MODE_ETCHING: return "JET_MODE_ETCHING" ; case JET_MODE_VAPORIZE: return "JET_MODE_VAPORIZE" ; default : return String(jetMode); } } function getQualityTypeString(quality) { if (currentSection.jetMode == JET_MODE_THROUGH) { switch (quality) { case 0: return "{AUTO}" ; case 1: return "{HIGH}" ; case 2: return "{MEDIUM}" ; case 3: return "{LOW}" ; default : return String(quality); } } return "" ; } function getFeedModeTypeString(feedMode) { switch (feedMode) { case FEED_INVERSE_TIME: return "FEED_INVERSE_TIME" ; case FEED_DEGREES_MINUTE: return "FEED_DEGREES_MINUTE" ; case FEED_PER_MINUTE: return "FEED_PER_MINUTE" ; case FEED_PER_REVOLUTION: return "FEED_PER_REVOLUTION" ; default : return String(feedMode); } } function onMovement(movement) { var jet = tool.isJetTool && tool.isJetTool(); var id; switch (movement) { case MOVEMENT_RAPID: id = "MOVEMENT_RAPID" ; break ; case MOVEMENT_LEAD_IN: id = "MOVEMENT_LEAD_IN" ; break ; case MOVEMENT_CUTTING: id = "MOVEMENT_CUTTING" ; break ; case MOVEMENT_LEAD_OUT: id = "MOVEMENT_LEAD_OUT" ; break ; case MOVEMENT_LINK_TRANSITION: id = jet ? "MOVEMENT_BRIDGING" : "MOVEMENT_LINK_TRANSITION" ; break ; case MOVEMENT_LINK_DIRECT: id = "MOVEMENT_LINK_DIRECT" ; break ; case MOVEMENT_RAMP_HELIX: id = jet ? "MOVEMENT_PIERCE_CIRCULAR" : "MOVEMENT_RAMP_HELIX" ; break ; case MOVEMENT_RAMP_PROFILE: id = jet ? "MOVEMENT_PIERCE_PROFILE" : "MOVEMENT_RAMP_PROFILE" ; break ; case MOVEMENT_RAMP_ZIG_ZAG: id = jet ? "MOVEMENT_PIERCE_LINEAR" : "MOVEMENT_RAMP_ZIG_ZAG" ; break ; case MOVEMENT_RAMP: id = "MOVEMENT_RAMP" ; break ; case MOVEMENT_PLUNGE: id = jet ? "MOVEMENT_PIERCE" : "MOVEMENT_PLUNGE" ; break ; case MOVEMENT_PREDRILL: id = "MOVEMENT_PREDRILL" ; break ; case MOVEMENT_FINISH_CUTTING: id = "MOVEMENT_FINISH_CUTTING" ; break ; case MOVEMENT_EXTENDED: id = "MOVEMENT_EXTENDED" ; break ; case MOVEMENT_REDUCED: id = "MOVEMENT_REDUCED" ; break ; case MOVEMENT_HIGH_FEED: id = "MOVEMENT_HIGH_FEED" ; break ; case MOVEMENT_DEPOSITING: id = "MOVEMENT_DEPOSITING" ; break ; } if (id != undefined) { dumpImpl( "onMovement" , id + " /*" + getMovementStringId(movement, jet) + "*/" ); } else { dumpImpl( "onMovement" , movement + " /*" + getMovementStringId(movement, jet) + "*/" ); } } var RADIUS_COMPENSATION_MAP = {0: "off" , 1: "left" , 2: "right" }; function onRadiusCompensation() { var id; switch (radiusCompensation) { case RADIUS_COMPENSATION_OFF: id = "RADIUS_COMPENSATION_OFF" ; break ; case RADIUS_COMPENSATION_LEFT: id = "RADIUS_COMPENSATION_LEFT" ; break ; case RADIUS_COMPENSATION_RIGHT: id = "RADIUS_COMPENSATION_RIGHT" ; break ; } dump( "onRadiusCompensation" , arguments); if (id != undefined) { writeln( " radiusCompensation=" + id + " // " + RADIUS_COMPENSATION_MAP[radiusCompensation]); } else { writeln( " radiusCompensation=" + radiusCompensation + " // " + RADIUS_COMPENSATION_MAP[radiusCompensation]); } } function onRapid() { dump( "onRapid" , arguments); } function onLinear() { dump( "onLinear" , arguments); } function onRapid5D() { dump( "onRapid5D" , arguments); } function onLinear5D() { dump( "onLinear5D" , arguments); } function onCircular(clockwise, cx, cy, cz, x, y, z, feed) { dump( "onCircular" , arguments); writeln( " direction: " + (clockwise ? "CW" : "CCW" )); writeln( " sweep: " + angularFormat.format(getCircularSweep()) + "deg" ); var n = getCircularNormal(); var plane = "" ; switch (getCircularPlane()) { case PLANE_XY: plane = "(XY)" ; break ; case PLANE_ZX: plane = "(ZX)" ; break ; case PLANE_YZ: plane = "(YZ)" ; break ; } writeln( " normal: X=" + spatialFormat.format(n.x) + " Y=" + spatialFormat.format(n.y) + " Z=" + spatialFormat.format(n.z) + " " + plane); if (isSpiral()) { writeln( " spiral" ); writeln( " start radius: " + spatialFormat.format(getCircularStartRadius())); writeln( " end radius: " + spatialFormat.format(getCircularRadius())); writeln( " delta radius: " + spatialFormat.format(getCircularRadius() - getCircularStartRadius())); } else { writeln( " radius: " + spatialFormat.format(getCircularRadius())); } if (isHelical()) { writeln( " helical pitch: " + spatialFormat.format(getHelicalPitch())); } } function onCommand(command) { if (isWellKnownCommand(command)) { dumpImpl( "onCommand" , getCommandStringId(command)); } else { dumpImpl( "onCommand" , command); } } function onSectionEnd() { dump( "onSectionEnd" , arguments); dumpState(); } function onSectionEndSpecialCycle() { dump( "onSectionEndSpecialCycle" , arguments); writeln( " cycle: " + toString(currentSection.getFirstCycle())); } function onClose() { dump( "onClose" , arguments); } //Additive Specific Functions function onBedTemp(temp, wait) { var state = "" ; dump( "onBedTemp" , arguments); writeln( " Temperature : " + spatialFormat.format(temp)); if (wait) { state = "true" ; } else { state = false ; } writeln( " Wait : " + state); } function onExtruderChange(id) { dump( "onExtruderChange" , arguments); writeln( " Extruder id : " + spatialFormat.format(id)); } function onExtrusionReset() { dump( "onExtrusionReset" , arguments); } function onExtruderTemp(temp, wait, id) { var state = "" ; dump( "onExtruderTemp" , arguments); writeln( " Temperature : " + spatialFormat.format(temp)); if (wait) { state = "true" ; } else { state = false ; } writeln( " Wait : " + state); writeln( " Extruder id : " + spatialFormat.format(id)); } function onFanSpeed(speed, id) { dump( "onFanSpeed" , arguments); writeln( " Fan speed : " + spatialFormat.format(speed)); writeln( " Fan id : " + spatialFormat.format(id)); } function onLayer() { dump( "onLayer" , arguments); } function onLayerEnd() { dump( "onLayerEnd" , arguments); } function onLinearExtrude(_x, _y, _z, feed, extDist) { dump( "onLinearExtrude" , arguments); writeln( " feedRate : " + spatialFormat.format(feed)); writeln( " extrusion distance : " + spatialFormat.format(extDist)); } function onCircularExtrude(clockwise, cx, cy, cz, x, y, z, feed, extrusion) { dump( "onCircularExtrude" , arguments); writeln( " direction: " + (clockwise ? "CW" : "CCW" )); writeln( " sweep: " + angularFormat.format(getCircularSweep()) + "deg" ); var n = getCircularNormal(); var plane = "" ; switch (getCircularPlane()) { case PLANE_XY: plane = "(XY)" ; break ; case PLANE_ZX: plane = "(ZX)" ; break ; case PLANE_YZ: plane = "(YZ)" ; break ; } writeln( " normal: X=" + spatialFormat.format(n.x) + " Y=" + spatialFormat.format(n.y) + " Z=" + spatialFormat.format(n.z) + " " + plane); if (isSpiral()) { writeln( " spiral" ); writeln( " start radius: " + spatialFormat.format(getCircularStartRadius())); writeln( " end radius: " + spatialFormat.format(getCircularRadius())); writeln( " delta radius: " + spatialFormat.format(getCircularRadius() - getCircularStartRadius())); } else { writeln( " radius: " + spatialFormat.format(getCircularRadius())); } if (isHelical()) { writeln( " helical pitch: " + spatialFormat.format(getHelicalPitch())); } writeln( " feedRate : " + spatialFormat.format(feed)); writeln( " extrusion distance : " + spatialFormat.format(extrusion)); } function onPrime() { dump( "onPrime" , arguments); } function onMaxAcceleration(xAxis, yAxis, zAxis, eAxis) { dump( "onMaxAcceleration" , arguments); writeln( " X:" + spatialFormat.format(xAxis) + " Y:" + spatialFormat.format(yAxis) + " Z:" + spatialFormat.format(zAxis)); writeln( " E:" + spatialFormat.format(eAxis)); } function onAcceleration(travel, printing, retract) { dump( "onAcceleration" , arguments); writeln( " Travel:" + spatialFormat.format(travel)); writeln( " Printing:" + spatialFormat.format(printing)); writeln( " Retract:" + spatialFormat.format(retract)); } function onJerk(xAxis, yAxis, zAxis, eAxis) { dump( "onJerk" , arguments); writeln( " X:" + spatialFormat.format(xAxis) + " Y:" + spatialFormat.format(yAxis) + " Z:" + spatialFormat.format(zAxis)); writeln( " E:" + spatialFormat.format(eAxis)); } function setProperty(property, value) { properties[property].current = value; } |