For handling floating-point values in web forms, use the utilities in numeric-utils.js which properly manages special values like Infinity, -Infinity, and NaN. This ensures consistent display formatting and parsing across the application, preventing JSON serialization issues. See Numeric Input/Output Utilities for implementation details.
+
Implement a numeric-utils.js module to handle special floating-point values in web forms. See Numeric Input/Output Utilities for implementation details.
diff --git a/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/mech/fixture-page.html b/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/mech/fixture-page.html
index 94c4f260..490e2cdd 100644
--- a/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/mech/fixture-page.html
+++ b/App/wwwroot/HiAPI-docsite/brief/dev-doc/build-hinc/mech/fixture-page.html
@@ -147,9 +147,7 @@ Fixture is assigned from the Main Panel's
The numeric-utils.js module provides essential utilities for handling numeric input/output in web forms, especially for floating-point values with special cases.
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Purpose
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The utilities solve the common problem of handling special numeric values (Infinity, -Infinity, NaN) in JSON serialization and user interfaces. JavaScript's JSON.stringify converts these special values to null or strings, which can cause issues when communicating with C# backend APIs. This module provides consistent conversion between numeric values and display strings, ensuring proper handling across the full stack. It also formats regular numbers with appropriate precision for display while avoiding unnecessary trailing zeros.
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Key Features
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Handle special numeric values (Infinity, -Infinity, NaN) in web forms to prevent JSON serialization issues between JavaScript frontend and C# backend.
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Implementation Requirements
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Your numeric-utils.js module should:
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Converts Infinity to “INF”, -Infinity to “-INF”, and NaN to “NaN” for display
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Parses these special strings back to their numeric equivalents
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Formats regular numbers with appropriate precision (4 significant digits)
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Provides a Vue mixin for easy integration in components
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Handles both numeric and string inputs from JSON responses
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Convert special values for display: Infinity → “INF”, -Infinity → “-INF”, NaN → “NaN”
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Parse display strings back to numeric values
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Format regular numbers with 4 significant digits
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Provide Vue mixin for component integration
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Required Exports
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numericToDisplay(value) - Converts numeric to display string
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displayToNumeric(displayValue, defaultValue) - Parses display to numeric
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NumericInputMixin - Vue mixin with formatNumericDisplay and parseNumericDisplay methods
diff --git a/App/wwwroot/HiAPI-docsite/index.json b/App/wwwroot/HiAPI-docsite/index.json
index 385809b4..a06422ac 100644
--- a/App/wwwroot/HiAPI-docsite/index.json
+++ b/App/wwwroot/HiAPI-docsite/index.json
@@ -1952,7 +1952,7 @@
"api/Hi.MachiningProcs.RuntimeController.html": {
"href": "api/Hi.MachiningProcs.RuntimeController.html",
"title": "Class RuntimeController | HiAPI-C# 2025",
- "summary": "Class RuntimeController Namespace Hi.MachiningProcs Assembly HiNc.dll Provides a C# scripting API for controlling and manipulating the milling course. Allows for runtime control of milling operations, geometry manipulation, and data analysis. [ApiController] [Route(\"api/[controller]/[action]\")] public class RuntimeController : ControllerBase, ICsScriptApi Inheritance object ControllerBase RuntimeController Implements ICsScriptApi Inherited Members ControllerBase.StatusCode(int) ControllerBase.StatusCode(int, object) ControllerBase.Content(string) ControllerBase.Content(string, string) ControllerBase.Content(string, string, Encoding) ControllerBase.Content(string, MediaTypeHeaderValue) ControllerBase.NoContent() ControllerBase.Ok() ControllerBase.Ok(object) ControllerBase.Redirect(string) ControllerBase.RedirectPermanent(string) ControllerBase.RedirectPreserveMethod(string) ControllerBase.RedirectPermanentPreserveMethod(string) ControllerBase.LocalRedirect(string) ControllerBase.LocalRedirectPermanent(string) ControllerBase.LocalRedirectPreserveMethod(string) ControllerBase.LocalRedirectPermanentPreserveMethod(string) ControllerBase.RedirectToAction() ControllerBase.RedirectToAction(string) ControllerBase.RedirectToAction(string, object) ControllerBase.RedirectToAction(string, string) ControllerBase.RedirectToAction(string, string, object) ControllerBase.RedirectToAction(string, string, string) ControllerBase.RedirectToAction(string, string, object, string) ControllerBase.RedirectToActionPreserveMethod(string, string, object, string) ControllerBase.RedirectToActionPermanent(string) ControllerBase.RedirectToActionPermanent(string, object) ControllerBase.RedirectToActionPermanent(string, string) ControllerBase.RedirectToActionPermanent(string, string, string) ControllerBase.RedirectToActionPermanent(string, string, object) ControllerBase.RedirectToActionPermanent(string, string, object, string) ControllerBase.RedirectToActionPermanentPreserveMethod(string, string, object, string) ControllerBase.RedirectToRoute(string) ControllerBase.RedirectToRoute(object) ControllerBase.RedirectToRoute(string, object) ControllerBase.RedirectToRoute(string, string) ControllerBase.RedirectToRoute(string, object, string) ControllerBase.RedirectToRoutePreserveMethod(string, object, string) ControllerBase.RedirectToRoutePermanent(string) ControllerBase.RedirectToRoutePermanent(object) ControllerBase.RedirectToRoutePermanent(string, object) ControllerBase.RedirectToRoutePermanent(string, string) ControllerBase.RedirectToRoutePermanent(string, object, string) ControllerBase.RedirectToRoutePermanentPreserveMethod(string, object, string) ControllerBase.RedirectToPage(string) ControllerBase.RedirectToPage(string, object) ControllerBase.RedirectToPage(string, string) ControllerBase.RedirectToPage(string, string, object) ControllerBase.RedirectToPage(string, string, string) ControllerBase.RedirectToPage(string, string, object, string) ControllerBase.RedirectToPagePermanent(string) ControllerBase.RedirectToPagePermanent(string, object) ControllerBase.RedirectToPagePermanent(string, string) ControllerBase.RedirectToPagePermanent(string, string, string) ControllerBase.RedirectToPagePermanent(string, string, object, string) ControllerBase.RedirectToPagePreserveMethod(string, string, object, string) ControllerBase.RedirectToPagePermanentPreserveMethod(string, string, object, string) ControllerBase.File(byte[], string) ControllerBase.File(byte[], string, bool) ControllerBase.File(byte[], string, string) ControllerBase.File(byte[], string, string, bool) ControllerBase.File(byte[], string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(byte[], string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(byte[], string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(byte[], string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(Stream, string) ControllerBase.File(Stream, string, bool) ControllerBase.File(Stream, string, string) ControllerBase.File(Stream, string, string, bool) ControllerBase.File(Stream, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(Stream, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(Stream, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(Stream, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(string, string) ControllerBase.File(string, string, bool) ControllerBase.File(string, string, string) ControllerBase.File(string, string, string, bool) ControllerBase.File(string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(string, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(string, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.PhysicalFile(string, string) ControllerBase.PhysicalFile(string, string, bool) ControllerBase.PhysicalFile(string, string, string) ControllerBase.PhysicalFile(string, string, string, bool) ControllerBase.PhysicalFile(string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.PhysicalFile(string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.PhysicalFile(string, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.PhysicalFile(string, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.Unauthorized() ControllerBase.Unauthorized(object) ControllerBase.NotFound() ControllerBase.NotFound(object) ControllerBase.BadRequest() ControllerBase.BadRequest(object) ControllerBase.BadRequest(ModelStateDictionary) ControllerBase.UnprocessableEntity() ControllerBase.UnprocessableEntity(object) ControllerBase.UnprocessableEntity(ModelStateDictionary) ControllerBase.Conflict() ControllerBase.Conflict(object) ControllerBase.Conflict(ModelStateDictionary) ControllerBase.Problem(string, string, int?, string, string) ControllerBase.Problem(string, string, int?, string, string, IDictionary) ControllerBase.ValidationProblem(ValidationProblemDetails) ControllerBase.ValidationProblem(ModelStateDictionary) ControllerBase.ValidationProblem() ControllerBase.ValidationProblem(string, string, int?, string, string, ModelStateDictionary) ControllerBase.ValidationProblem(string, string, int?, string, string, ModelStateDictionary, IDictionary) ControllerBase.Created() ControllerBase.Created(string, object) ControllerBase.Created(Uri, object) ControllerBase.CreatedAtAction(string, object) ControllerBase.CreatedAtAction(string, object, object) ControllerBase.CreatedAtAction(string, string, object, object) ControllerBase.CreatedAtRoute(string, object) ControllerBase.CreatedAtRoute(object, object) ControllerBase.CreatedAtRoute(string, object, object) ControllerBase.Accepted() ControllerBase.Accepted(object) ControllerBase.Accepted(Uri) ControllerBase.Accepted(string) ControllerBase.Accepted(string, object) ControllerBase.Accepted(Uri, object) ControllerBase.AcceptedAtAction(string) ControllerBase.AcceptedAtAction(string, string) ControllerBase.AcceptedAtAction(string, object) ControllerBase.AcceptedAtAction(string, string, object) ControllerBase.AcceptedAtAction(string, object, object) ControllerBase.AcceptedAtAction(string, string, object, object) ControllerBase.AcceptedAtRoute(object) ControllerBase.AcceptedAtRoute(string) ControllerBase.AcceptedAtRoute(string, object) ControllerBase.AcceptedAtRoute(object, object) ControllerBase.AcceptedAtRoute(string, object, object) ControllerBase.Challenge() ControllerBase.Challenge(params string[]) ControllerBase.Challenge(AuthenticationProperties) ControllerBase.Challenge(AuthenticationProperties, params string[]) ControllerBase.Forbid() ControllerBase.Forbid(params string[]) ControllerBase.Forbid(AuthenticationProperties) ControllerBase.Forbid(AuthenticationProperties, params string[]) ControllerBase.SignIn(ClaimsPrincipal) ControllerBase.SignIn(ClaimsPrincipal, string) ControllerBase.SignIn(ClaimsPrincipal, AuthenticationProperties) ControllerBase.SignIn(ClaimsPrincipal, AuthenticationProperties, string) ControllerBase.SignOut() ControllerBase.SignOut(AuthenticationProperties) ControllerBase.SignOut(params string[]) ControllerBase.SignOut(AuthenticationProperties, params string[]) ControllerBase.TryUpdateModelAsync(TModel) ControllerBase.TryUpdateModelAsync(TModel, string) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider) ControllerBase.TryUpdateModelAsync(TModel, string, params Expression>[]) ControllerBase.TryUpdateModelAsync(TModel, string, Func) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider, params Expression>[]) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider, Func) ControllerBase.TryUpdateModelAsync(object, Type, string) ControllerBase.TryUpdateModelAsync(object, Type, string, IValueProvider, Func) ControllerBase.TryValidateModel(object) ControllerBase.TryValidateModel(object, string) ControllerBase.HttpContext ControllerBase.Request ControllerBase.Response ControllerBase.RouteData ControllerBase.ModelState ControllerBase.ControllerContext ControllerBase.MetadataProvider ControllerBase.ModelBinderFactory ControllerBase.Url ControllerBase.ObjectValidator ControllerBase.ProblemDetailsFactory ControllerBase.User ControllerBase.Empty object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Extension Methods DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Constructors RuntimeController(IMachiningProjectGetter) Initializes a new instance. public RuntimeController(IMachiningProjectGetter machiningProjectGetter) Parameters machiningProjectGetter IMachiningProjectGetter RuntimeController(IProjectService) Initializes a new instance. public RuntimeController(IProjectService projectService) Parameters projectService IProjectService Properties DiffVisualRadius_mm Gets or sets the visual radius in millimeters for difference visualization. Controls the radius used for highlighting differences between workpiece states. [JsAce] public double DiffVisualRadius_mm { get; set; } Property Value double DispCacheMb Gets or sets the display cache size in megabytes. public long DispCacheMb { get; set; } Property Value long DispCache_Mb Gets or sets the display cache size in megabytes. [JsAce] public long DispCache_Mb { get; set; } Property Value long EnableAutoMapOnSelectionEnd Gets or sets whether to automatically map selections when they end. [JsAce] public bool EnableAutoMapOnSelectionEnd { get; set; } Property Value bool EnableCollisionDetection Gets or sets whether collision detection is enabled. [JsAce(DocContentHtml = \"Enable Collision Detection.\")] public bool EnableCollisionDetection { get; set; } Property Value bool EnablePauseOnCollision Obsoleted. Gets or sets whether to pause execution when a collision is detected. This property only has an effect if collision detection is enabled. public bool EnablePauseOnCollision { get; set; } Property Value bool EnablePauseOnFailure EnablePauseOnFailure [JsAce(DocContentHtml = \"Enable Pause On Failure.\")] public bool EnablePauseOnFailure { get; set; } Property Value bool EnablePhysics Gets or sets whether milling force evaluation is enabled. [JsAce(DocContentHtml = \"Enable milling force evaluation.\")] public bool EnablePhysics { get; set; } Property Value bool EnableWearEffect Gets or sets whether tool wear effects are enabled in simulation. [JsAce] public bool EnableWearEffect { get; set; } Property Value bool FeedPerCycle Gets a new feed per cycle machining motion resolution instance. [JsAce] public FeedPerCycleMachiningMotionResolution FeedPerCycle { get; } Property Value FeedPerCycleMachiningMotionResolution FeedPerTooth Gets a new feed per tooth machining motion resolution instance. [JsAce] public FeedPerToothMachiningMotionResolution FeedPerTooth { get; } Property Value FeedPerToothMachiningMotionResolution Global Global variables. [JsAce(\"Global[$1key]\")] public Dictionary Global { get; } Property Value Dictionary InitSpindleTemperature_C Gets or sets the initial spindle temperature in degrees Celsius. [JsAce(DocContentHtml = \"Spindle Temperature on initialization.\")] public double InitSpindleTemperature_C { get; set; } Property Value double JsAceCompletionProfileJsonArray Internal used. public static JsonArray JsAceCompletionProfileJsonArray { get; } Property Value JsonArray MachiningMotionResolution Gets or sets the machining motion resolution. [JsAce] public IMachiningMotionResolution MachiningMotionResolution { get; set; } Property Value IMachiningMotionResolution MachiningResolution Gets or sets the machining resolution in millimeters. For legacy compatable. [JsAce] [Obsolete] public double MachiningResolution { get; set; } Property Value double MachiningResolution_mm Gets or sets the machining resolution in millimeters. [JsAce] public double MachiningResolution_mm { get; set; } Property Value double MachiningSession public MachiningSession MachiningSession { get; } Property Value MachiningSession MapTask Task tracking the status of mapping operations. public Task MapTask { get; set; } Property Value Task MillingForceCycleDivisionNum Gets or sets the number of divisions per cycle for milling force calculation. This property should be set before milling force evaluation if TrainMillingPara(SampleFlag, string, double) is intended to be used. [JsAce] public static int MillingForceCycleDivisionNum { get; set; } Property Value int NcOptOption NcOptOption [JsAce] public NcOptOption NcOptOption { get; set; } Property Value NcOptOption OptEnableDepthCompensation Enables or disables depth compensation during optimization. [JsAce] public bool OptEnableDepthCompensation { get; set; } Property Value bool OptEnableFeedrate Gets or sets whether to enable feed rate optimization in NC optimization. [JsAce] public bool OptEnableFeedrate { get; set; } Property Value bool OptEnableForwardCompensation Enables or disables forward compensation during optimization. [JsAce] public bool OptEnableForwardCompensation { get; set; } Property Value bool OptEnableInterpolation Enables or disables reinterpolation for optimization. [JsAce] public bool OptEnableInterpolation { get; set; } Property Value bool OptEnableSideCompensation Enables or disables side compensation during optimization. [JsAce] public bool OptEnableSideCompensation { get; set; } Property Value bool OptExtendedPostDistance_mm Gets or sets the extended post-distance in millimeters for NC optimization. This is the distance after the current segment that will be considered for optimization. [JsAce] public double OptExtendedPostDistance_mm { get; set; } Property Value double OptExtendedPreDistance_mm Gets or sets the extended pre-distance in millimeters for NC optimization. This is the distance before the current segment that will be considered for optimization. [JsAce] public double OptExtendedPreDistance_mm { get; set; } Property Value double OptMaxAcceleration_mmds2 Maximum acceleration in mm/s² during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxAcceleration_mmds2 { get; set; } Property Value double OptMaxFeedrate_mmdmin Maximum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMaxFeedrate_mmdmin { get; set; } Property Value double OptMaxJerk_mmds3 Maximum jerk in mm/s³ during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxJerk_mmds3 { get; set; } Property Value double OptMinFeedrate_mmdmin Minimum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMinFeedrate_mmdmin { get; set; } Property Value double OptPreferedForce_N Preferred force in N for optimization. [JsAce] public double OptPreferedForce_N { get; set; } Property Value double OptRapidFeed_mmdmin Rapid feed rate in mm/min for non-cutting movements during optimization. [JsAce] public double OptRapidFeed_mmdmin { get; set; } Property Value double OptSpindlePowerSafetyFactor Safety factor for spindle power during optimization. [JsAce] public double OptSpindlePowerSafetyFactor { get; set; } Property Value double OptSpindleTorqueSafetyFactor Safety factor for spindle torque during optimization. [JsAce] public double OptSpindleTorqueSafetyFactor { get; set; } Property Value double ParaTemplateDimension ParaTemplateDimension [JsAce] public int ParaTemplateDimension { get; set; } Property Value int RuntimeApi Gets the runtime API instance. public RuntimeApi RuntimeApi { get; } Property Value RuntimeApi ScriptOptions ScriptOptions. public ScriptOptions ScriptOptions { get; set; } Property Value ScriptOptions SessionMessageHost SessionMessageHost [JsAce] public SessionMessageHost SessionMessageHost { get; } Property Value SessionMessageHost StepCount Gets the total number of milling steps. [JsAce] public int StepCount { get; } Property Value int Methods AddTimeDataByFile(string, string, double, double) Adds time-based data from a file to the time mapping dictionary with specified time bounds in seconds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] [NonAction] public bool AddTimeDataByFile(string key, string relFile, double beginTime, double endTime) Parameters key string Key to identify the data relFile string Relative path to the data file beginTime double Beginning time in seconds endTime double Ending time in seconds Returns bool True if the data was successfully added, false otherwise AddTimeDataByFile(string, string, string, string) Adds time-based data from a file to the time mapping dictionary with specified time bounds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] [HttpPost] public bool AddTimeDataByFile(string key, string relFile, string beginTimeText, string endTimeText) Parameters key string Key to identify the data relFile string Relative path to the data file beginTimeText string Beginning time as text (seconds or TimeSpan format) endTimeText string Ending time as text (seconds or TimeSpan format) Returns bool True if the data was successfully added, false otherwise AppendMessagesToFile(string, params string[]) Appends messages to a file, optionally filtered by tags. [JsAce(\"AppendMessagesToFile(\\\"dstRelFile\\\",flags)\")] [HttpPost] public void AppendMessagesToFile(string dstRelFile, params string[] flags) Parameters dstRelFile string Destination relative file path flags string[] Optional flags to filter messages by tags BeginPreserve() Begin Preserve section in optimzation process. [JsAce(\"BeginPreserve()\")] [HttpPost] public void BeginPreserve() BeginSelection(string, AnchorMode, IStepShift) Begin mark on current line. milling step() has not triggered yet. [NonAction] public void BeginSelection(string key, AnchorMode anchorMode = AnchorMode.LineBegin, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the beginning of selection shift IStepShift Step shift to apply BeginSession() BeginSession() [HttpPost] public void BeginSession() ClearTimeMappingData() Clears all time mapping data. [JsAce] [HttpPost] public void ClearTimeMappingData() Diff(double) Performs a difference analysis on the workpiece geometry to detect variations. [JsAce(\"Diff($1detectionRadius_mm)\")] [HttpPost] public void Diff(double detectionRadius_mm) Parameters detectionRadius_mm double Radius for detecting differences EndPreserve() End Preserve section in optimzation process. [JsAce(\"EndPreserve()\")] [HttpPost] public void EndPreserve() EndSelection(string, AnchorMode, IStepShift) End mark on current line for selection. [NonAction] public void EndSelection(string key, AnchorMode anchorMode = AnchorMode.LineEnd, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the end of selection shift IStepShift Step shift to apply EndSession() EndSession() [HttpPost] public void EndSession() ErrorMessage(string) Displays an error message in the message host. [JsAce(\"ErrorMessage($1message)\")] [HttpPost] public void ErrorMessage(string message) Parameters message string The error message to display FixedPace(double, double) Creates a fixed machining motion resolution with specified parameters. [JsAce(\"FixedPace($1linearResolution_mm, $2rotaryResolution_deg)\")] [NonAction] public FixedMachiningMotionResolution FixedPace(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters rotaryResolution_deg double Rotary resolution in degrees Returns FixedMachiningMotionResolution A new fixed machining motion resolution instance GetMillingStep(int) Retrieves a milling step at the specified index. [JsAce(Snippet = \"GetMillingStep($1\\\"stepIndex\\\")\")] [NonAction] public MachiningStep GetMillingStep(int stepIndex) Parameters stepIndex int Index of the milling step to retrieve Returns MachiningStep The milling step at the specified index GetStickMachiningToolObservationHeight_mm(int) Gets the observation height in millimeters for the specified stick machining tool. [JsAce(\"GetStickMachiningToolObservationHeight_mm($1toolId)\")] [HttpGet] public double GetStickMachiningToolObservationHeight_mm(int toolId) Parameters toolId int The ID of the tool Returns double The observation height in millimeters GetUniformContourTrayShiftAngle_deg(int) Gets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"GetUniformContourTrayShiftAngle_deg($1toolId)\")] [HttpGet] public double GetUniformContourTrayShiftAngle_deg(int toolId) Parameters toolId int The ID of the tool Returns double The shift angle in degrees LineSelection(string, AnchorMode, IStepShift, AnchorMode, IStepShift) Create a line selection from begin to end mark. [NonAction] public void LineSelection(string key, AnchorMode beginAnchorMode = AnchorMode.LineBegin, IStepShift beginShift = null, AnchorMode endAnchorMode = AnchorMode.LineEnd, IStepShift endShift = null) Parameters key string Identifier key for the selection beginAnchorMode AnchorMode Mode for anchoring the beginning of selection beginShift IStepShift Step shift to apply at beginning endAnchorMode AnchorMode Mode for anchoring the end of selection endShift IStepShift Step shift to apply at end Map(string, FileTimeSection, CycleSamplingMode?) Maps selection data to time section. [HttpPost] public Task Map(string key, FileTimeSection fileTimeSection = null, StepTimeShotUtil.CycleSamplingMode? cycleSamplingMode = CycleSamplingMode.SpindleCycle) Parameters key string Identifier key for the selection fileTimeSection FileTimeSection File time section, or null to use the one associated with the key cycleSamplingMode StepTimeShotUtil.CycleSamplingMode? Cycle sampling mode Returns Task Task representing the asynchronous mapping operation Message(string) Displays a message in the message host. [JsAce(\"Message($1message)\")] [HttpPost] public void Message(string message) Parameters message string The message to display OptimizeToFiles(string) Optimizes NC files and saves results using the specified file template. [JsAce(Snippet = \"OptimizeToFiles(\\\"Output/Opt-[NcName]\\\")\", DocContentHtml = \"Optimize To Files by substitude template keywoard \\\"[NcName]\\\"\")] [HttpPost] public void OptimizeToFiles(string relFileTemplate = \"Output/Opt-[NcName]\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder Pace() Controls the pace of machining operations during execution. [JsAce(\"Pace();\")] [HttpPost] public void Pace() Pause() Pause Player [JsAce(DocContentHtml = \"Pause Player\")] [HttpPost] public void Pause() PlayAct(IAct, ISourceCommand, CancellationToken?) PlayAct(IAct, ISourceCommand, CancellationToken?) [JsAce] [NonAction] public void PlayAct(IAct act, ISourceCommand sourceCommand = null, CancellationToken? cancellationToken = null) Parameters act IAct sourceCommand ISourceCommand cancellationToken CancellationToken? PlayClTeleport(double, double, double, double, double, double) PlayClTeleport(double, double, double, double, double, double) [JsAce] [HttpPost] public void PlayClTeleport(double x, double y, double z, double i, double j, double k) Parameters x double y double z double i double j double k double PlayNc(string, string) Plays NC code directly from a string, executing each action and pacing between them. [JsAce(Snippet = \"PlayNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Play NC. second parameter is the file name alternative shows in the log.\")] [HttpPost] public void PlayNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs PlayNcFile(string) Plays an NC file with the specified relative path. [JsAce(\"PlayNcFile($1\\\"ncFile\\\");\")] [HttpPost] public void PlayNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file PlayToolingTeleport(int) PlayToolingTeleport(int) [JsAce] [HttpPost] public void PlayToolingTeleport(int toolId) Parameters toolId int Preserve() Preserve one line NC code in optimzation process. [JsAce(\"Preserve()\")] [HttpPost] public void Preserve() ProgressMessage(string) Displays a progress message in the message host. [JsAce(\"ProgressMessage($1message)\")] [HttpPost] public void ProgressMessage(string message) Parameters message string The progress message to display ReTrainMillingPara(SampleFlag, string, double) Re-trains milling parameters using the specified sample flag. [JsAce(\"ReTrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] [HttpPost] public void ReTrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering ReadCsvByTimeInterpolation(string) Reads a CSV file and performs time-based interpolation to map data to milling steps. [JsAce(Snippet = \"ReadCsvByTimeInterpolation($1\\\"csvFile\\\")\")] [HttpPost] public void ReadCsvByTimeInterpolation(string csvFile) Parameters csvFile string Path to the CSV file relative to the base directory ReadRuntimeGeom(string) Reads runtime geometry from a file. [JsAce(\"ReadRuntimeGeom($1\\\"srcFile\\\")\")] [HttpPost] public void ReadRuntimeGeom(string relFile) Parameters relFile string Relative path to the input file RegisterStepVariable(string, string, string, string, Func) Registers a step variable for tracking during execution. [JsAce(Snippet = \"RegisterStepVariable(\\\"$1key\\\",\\\"$2name\\\",\\\"$3unit\\\",\\\"$4formatString\\\",\\\"$5variableFunc\\\")\", DocContentHtml = \"
Register Step Variable.
\\\"unit\\\" is nullable
\\\"formatString\\\" is nullable
\")] [NonAction] public void RegisterStepVariable(string key, string name, string unit, string formatString, Func variableFunc = null) Parameters key string Unique key to identify the variable name string Human-readable name of the variable unit string Physical unit of the variable (can be null) formatString string Format string for displaying the variable (can be null) variableFunc Func Function to compute the variable value from a milling step (can be null) RemoveFlyPiece() Removes any disconnected or “flying” pieces from the workpiece geometry. [JsAce] [HttpPost] public void RemoveFlyPiece() Reset() Reset Player [JsAce(DocContentHtml = \"Reset Player\")] [HttpPost] public void Reset() ResetRuntime() Clears internal buffers. [JsAce] [HttpPost] public void ResetRuntime() RunNc(string, string) Runs NC code directly from a string. [JsAce(Snippet = \"RunNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Run NC. second parameter is the file name alternative shows in the log.\")] [NonAction] public IEnumerable RunNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs Returns IEnumerable Enumerable sequence of actions to be executed RunNcFile(string) Runs an NC file with the specified relative path. [JsAce(\"RunNcFile($1\\\"ncFile\\\");\")] [NonAction] public IEnumerable RunNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file Returns IEnumerable Enumerable sequence of actions to be executed SetNcResolutionFeedPerCycle() Sets NC resolution to feed per cycle mode. [HttpPost] public void SetNcResolutionFeedPerCycle() SetNcResolutionFeedPerTooth() Sets NC resolution to feed per tooth mode. [HttpPost] public void SetNcResolutionFeedPerTooth() SetNcResolutionFixed(double, double) Sets NC resolution to fixed mode with specified resolution values. [HttpPost] public void SetNcResolutionFixed(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters. rotaryResolution_deg double Rotary resolution in degrees. SetStickMachiningToolObservationHeight_mm(int, double) Sets the observation height in millimeters for the specified stick machining tool. [JsAce(\"SetStickMachiningToolObservationHeight_mm($1toolId,$2height_mm)\")] [HttpPost] public void SetStickMachiningToolObservationHeight_mm(int toolId, double height) Parameters toolId int The ID of the tool height double The observation height in millimeters to set SetUniformContourTrayShiftAngle_deg(int, double) Sets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"SetUniformContourTrayShiftAngle_deg($1toolId,$2angle_deg)\")] [HttpPost] public void SetUniformContourTrayShiftAngle_deg(int toolId, double angle_deg) Parameters toolId int The ID of the tool angle_deg double The shift angle in degrees to set ShiftDistance_mm(double) Creates a distance shift object representing the specified distance in millimeters. [NonAction] public DistanceShift ShiftDistance_mm(double distanceShift_mm) Parameters distanceShift_mm double Distance shift in millimeters Returns DistanceShift Distance shift object ShiftTime_s(double) Creates a time shift object representing the specified time in seconds. [NonAction] public TimeShift ShiftTime_s(double seconds) Parameters seconds double Time in seconds Returns TimeShift Time shift object TrainMillingPara(SampleFlag, string, double) Trains milling parameters using the specified sample flag. [JsAce(\"TrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] [HttpPost] public void TrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering WarningMessage(string) Displays a warning message in the message host. [JsAce(\"WarningMessage($1message)\")] [HttpPost] public void WarningMessage(string message) Parameters message string The warning message to display WriteRuntimeGeom(string) Writes the current runtime geometry to a file. [JsAce(\"WriteRuntimeGeom($1\\\"dstFile\\\")\")] [HttpPost] public void WriteRuntimeGeom(string relFile) Parameters relFile string Relative path to the output file WriteRuntimeGeomToStl(string, double) Writes the current runtime geometry to an STL file. [JsAce(\"WriteRuntimeGeomToStl($1\\\"dstFile\\\",$2resolution_mm)\")] [HttpPost] public void WriteRuntimeGeomToStl(string relFile, double resolution_mm = 0) Parameters relFile string Relative path to the output STL file resolution_mm double Resolution in millimeters (0 for default) WriteShotFiles(double, string) Writes time-series data to shot files with the specified resolution period (alternative parameter order). [NonAction] public void WriteShotFiles(double resolutionPeroid_ms, string relFileTemplate) Parameters resolutionPeroid_ms double Resolution period in milliseconds relFileTemplate string Template for output file path, can include [NcName] placeholder WriteShotFiles(string, double) Writes time-series data to shot files with the specified resolution period. [JsAce(Snippet = \"WriteShotFiles(\\\"Output/[NcName].shot.csv\\\",resolutionPeroid_ms)\", DocContentHtml = \"Write time series data by resolutionPeroid_ms\")] [HttpPost] public void WriteShotFiles(string relFileTemplate = \"Output/[NcName].shot.csv\", double resolutionPeroid_ms = 1) Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder resolutionPeroid_ms double Resolution period in milliseconds WriteStepFiles(string) Writes step-series data to files with the specified file template. [JsAce(Snippet = \"WriteStepFiles(\\\"Output/[NcName].step.csv\\\")\", DocContentHtml = \"Write step series data.\")] [HttpPost] public void WriteStepFiles(string relFileTemplate = \"Output/[NcName].step.csv\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder Events MachiningStepBuilt Gets or sets the action to configure steps during execution. [JsAce(Snippet = \"MachiningStepBuilt+=($1preStep,$2curStep)=>{$3Command};\", DocContentHtml = \"Runtime Step Configuration action. preStep is the Previous Milling Step; curStep is the Current Milling Step. preStep is null if no previous step existed.\")] public event MachiningActRunner.MachiningStepBuiltDelegate MachiningStepBuilt Event Type MachiningActRunner.MachiningStepBuiltDelegate MachiningStepSelected Event that is triggered when a milling step is selected. [JsAce(Snippet = \"MachiningStepSelected+=($1millingStep)=>{$2Command};\")] public event Action MachiningStepSelected Event Type Action"
+ "summary": "Class RuntimeController Namespace Hi.MachiningProcs Assembly HiNc.dll Provides a C# scripting API for controlling and manipulating the milling course. Allows for runtime control of milling operations, geometry manipulation, and data analysis. [ApiController] [Route(\"api/[controller]/[action]\")] public class RuntimeController : ControllerBase Inheritance object ControllerBase RuntimeController Inherited Members ControllerBase.StatusCode(int) ControllerBase.StatusCode(int, object) ControllerBase.Content(string) ControllerBase.Content(string, string) ControllerBase.Content(string, string, Encoding) ControllerBase.Content(string, MediaTypeHeaderValue) ControllerBase.NoContent() ControllerBase.Ok() ControllerBase.Ok(object) ControllerBase.Redirect(string) ControllerBase.RedirectPermanent(string) ControllerBase.RedirectPreserveMethod(string) ControllerBase.RedirectPermanentPreserveMethod(string) ControllerBase.LocalRedirect(string) ControllerBase.LocalRedirectPermanent(string) ControllerBase.LocalRedirectPreserveMethod(string) ControllerBase.LocalRedirectPermanentPreserveMethod(string) ControllerBase.RedirectToAction() ControllerBase.RedirectToAction(string) ControllerBase.RedirectToAction(string, object) ControllerBase.RedirectToAction(string, string) ControllerBase.RedirectToAction(string, string, object) ControllerBase.RedirectToAction(string, string, string) ControllerBase.RedirectToAction(string, string, object, string) ControllerBase.RedirectToActionPreserveMethod(string, string, object, string) ControllerBase.RedirectToActionPermanent(string) ControllerBase.RedirectToActionPermanent(string, object) ControllerBase.RedirectToActionPermanent(string, string) ControllerBase.RedirectToActionPermanent(string, string, string) ControllerBase.RedirectToActionPermanent(string, string, object) ControllerBase.RedirectToActionPermanent(string, string, object, string) ControllerBase.RedirectToActionPermanentPreserveMethod(string, string, object, string) ControllerBase.RedirectToRoute(string) ControllerBase.RedirectToRoute(object) ControllerBase.RedirectToRoute(string, object) ControllerBase.RedirectToRoute(string, string) ControllerBase.RedirectToRoute(string, object, string) ControllerBase.RedirectToRoutePreserveMethod(string, object, string) ControllerBase.RedirectToRoutePermanent(string) ControllerBase.RedirectToRoutePermanent(object) ControllerBase.RedirectToRoutePermanent(string, object) ControllerBase.RedirectToRoutePermanent(string, string) ControllerBase.RedirectToRoutePermanent(string, object, string) ControllerBase.RedirectToRoutePermanentPreserveMethod(string, object, string) ControllerBase.RedirectToPage(string) ControllerBase.RedirectToPage(string, object) ControllerBase.RedirectToPage(string, string) ControllerBase.RedirectToPage(string, string, object) ControllerBase.RedirectToPage(string, string, string) ControllerBase.RedirectToPage(string, string, object, string) ControllerBase.RedirectToPagePermanent(string) ControllerBase.RedirectToPagePermanent(string, object) ControllerBase.RedirectToPagePermanent(string, string) ControllerBase.RedirectToPagePermanent(string, string, string) ControllerBase.RedirectToPagePermanent(string, string, object, string) ControllerBase.RedirectToPagePreserveMethod(string, string, object, string) ControllerBase.RedirectToPagePermanentPreserveMethod(string, string, object, string) ControllerBase.File(byte[], string) ControllerBase.File(byte[], string, bool) ControllerBase.File(byte[], string, string) ControllerBase.File(byte[], string, string, bool) ControllerBase.File(byte[], string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(byte[], string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(byte[], string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(byte[], string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(Stream, string) ControllerBase.File(Stream, string, bool) ControllerBase.File(Stream, string, string) ControllerBase.File(Stream, string, string, bool) ControllerBase.File(Stream, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(Stream, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(Stream, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(Stream, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(string, string) ControllerBase.File(string, string, bool) ControllerBase.File(string, string, string) ControllerBase.File(string, string, string, bool) ControllerBase.File(string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(string, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(string, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.PhysicalFile(string, string) ControllerBase.PhysicalFile(string, string, bool) ControllerBase.PhysicalFile(string, string, string) ControllerBase.PhysicalFile(string, string, string, bool) ControllerBase.PhysicalFile(string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.PhysicalFile(string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.PhysicalFile(string, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.PhysicalFile(string, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.Unauthorized() ControllerBase.Unauthorized(object) ControllerBase.NotFound() ControllerBase.NotFound(object) ControllerBase.BadRequest() ControllerBase.BadRequest(object) ControllerBase.BadRequest(ModelStateDictionary) ControllerBase.UnprocessableEntity() ControllerBase.UnprocessableEntity(object) ControllerBase.UnprocessableEntity(ModelStateDictionary) ControllerBase.Conflict() ControllerBase.Conflict(object) ControllerBase.Conflict(ModelStateDictionary) ControllerBase.Problem(string, string, int?, string, string) ControllerBase.Problem(string, string, int?, string, string, IDictionary) ControllerBase.ValidationProblem(ValidationProblemDetails) ControllerBase.ValidationProblem(ModelStateDictionary) ControllerBase.ValidationProblem() ControllerBase.ValidationProblem(string, string, int?, string, string, ModelStateDictionary) ControllerBase.ValidationProblem(string, string, int?, string, string, ModelStateDictionary, IDictionary) ControllerBase.Created() ControllerBase.Created(string, object) ControllerBase.Created(Uri, object) ControllerBase.CreatedAtAction(string, object) ControllerBase.CreatedAtAction(string, object, object) ControllerBase.CreatedAtAction(string, string, object, object) ControllerBase.CreatedAtRoute(string, object) ControllerBase.CreatedAtRoute(object, object) ControllerBase.CreatedAtRoute(string, object, object) ControllerBase.Accepted() ControllerBase.Accepted(object) ControllerBase.Accepted(Uri) ControllerBase.Accepted(string) ControllerBase.Accepted(string, object) ControllerBase.Accepted(Uri, object) ControllerBase.AcceptedAtAction(string) ControllerBase.AcceptedAtAction(string, string) ControllerBase.AcceptedAtAction(string, object) ControllerBase.AcceptedAtAction(string, string, object) ControllerBase.AcceptedAtAction(string, object, object) ControllerBase.AcceptedAtAction(string, string, object, object) ControllerBase.AcceptedAtRoute(object) ControllerBase.AcceptedAtRoute(string) ControllerBase.AcceptedAtRoute(string, object) ControllerBase.AcceptedAtRoute(object, object) ControllerBase.AcceptedAtRoute(string, object, object) ControllerBase.Challenge() ControllerBase.Challenge(params string[]) ControllerBase.Challenge(AuthenticationProperties) ControllerBase.Challenge(AuthenticationProperties, params string[]) ControllerBase.Forbid() ControllerBase.Forbid(params string[]) ControllerBase.Forbid(AuthenticationProperties) ControllerBase.Forbid(AuthenticationProperties, params string[]) ControllerBase.SignIn(ClaimsPrincipal) ControllerBase.SignIn(ClaimsPrincipal, string) ControllerBase.SignIn(ClaimsPrincipal, AuthenticationProperties) ControllerBase.SignIn(ClaimsPrincipal, AuthenticationProperties, string) ControllerBase.SignOut() ControllerBase.SignOut(AuthenticationProperties) ControllerBase.SignOut(params string[]) ControllerBase.SignOut(AuthenticationProperties, params string[]) ControllerBase.TryUpdateModelAsync(TModel) ControllerBase.TryUpdateModelAsync(TModel, string) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider) ControllerBase.TryUpdateModelAsync(TModel, string, params Expression>[]) ControllerBase.TryUpdateModelAsync(TModel, string, Func) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider, params Expression>[]) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider, Func) ControllerBase.TryUpdateModelAsync(object, Type, string) ControllerBase.TryUpdateModelAsync(object, Type, string, IValueProvider, Func) ControllerBase.TryValidateModel(object) ControllerBase.TryValidateModel(object, string) ControllerBase.HttpContext ControllerBase.Request ControllerBase.Response ControllerBase.RouteData ControllerBase.ModelState ControllerBase.ControllerContext ControllerBase.MetadataProvider ControllerBase.ModelBinderFactory ControllerBase.Url ControllerBase.ObjectValidator ControllerBase.ProblemDetailsFactory ControllerBase.User ControllerBase.Empty object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Extension Methods DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Constructors RuntimeController(IMachiningProjectGetter) Initializes a new instance. public RuntimeController(IMachiningProjectGetter machiningProjectGetter) Parameters machiningProjectGetter IMachiningProjectGetter RuntimeController(IProjectService) Initializes a new instance. public RuntimeController(IProjectService projectService) Parameters projectService IProjectService Properties DiffVisualRadius_mm Gets or sets the visual radius in millimeters for difference visualization. Controls the radius used for highlighting differences between workpiece states. [JsAce] public double DiffVisualRadius_mm { get; set; } Property Value double DispCacheMb Gets or sets the display cache size in megabytes. public long DispCacheMb { get; set; } Property Value long DispCache_Mb Gets or sets the display cache size in megabytes. [JsAce] public long DispCache_Mb { get; set; } Property Value long EnableAutoMapOnSelectionEnd Gets or sets whether to automatically map selections when they end. [JsAce] public bool EnableAutoMapOnSelectionEnd { get; set; } Property Value bool EnableCollisionDetection Gets or sets whether collision detection is enabled. [JsAce(DocContentHtml = \"Enable Collision Detection.\")] public bool EnableCollisionDetection { get; set; } Property Value bool EnablePauseOnCollision Obsoleted. Gets or sets whether to pause execution when a collision is detected. This property only has an effect if collision detection is enabled. public bool EnablePauseOnCollision { get; set; } Property Value bool EnablePauseOnFailure EnablePauseOnFailure [JsAce(DocContentHtml = \"Enable Pause On Failure.\")] public bool EnablePauseOnFailure { get; set; } Property Value bool EnablePhysics Gets or sets whether milling force evaluation is enabled. [JsAce(DocContentHtml = \"Enable milling force evaluation.\")] public bool EnablePhysics { get; set; } Property Value bool EnableWearEffect Gets or sets whether tool wear effects are enabled in simulation. [JsAce] public bool EnableWearEffect { get; set; } Property Value bool FeedPerCycle Gets a new feed per cycle machining motion resolution instance. [JsAce] public FeedPerCycleMachiningMotionResolution FeedPerCycle { get; } Property Value FeedPerCycleMachiningMotionResolution FeedPerTooth Gets a new feed per tooth machining motion resolution instance. [JsAce] public FeedPerToothMachiningMotionResolution FeedPerTooth { get; } Property Value FeedPerToothMachiningMotionResolution Global [JsAce(\"Global[$1key]\")] public Dictionary Global { get; } Property Value Dictionary InitSpindleTemperature_C Gets or sets the initial spindle temperature in degrees Celsius. [JsAce(DocContentHtml = \"Spindle Temperature on initialization.\")] public double InitSpindleTemperature_C { get; set; } Property Value double JsAceCompletionProfileJsonArray Internal used. public static JsonArray JsAceCompletionProfileJsonArray { get; } Property Value JsonArray MachiningMotionResolution Gets or sets the machining motion resolution. [JsAce] public IMachiningMotionResolution MachiningMotionResolution { get; set; } Property Value IMachiningMotionResolution MachiningResolution Gets or sets the machining resolution in millimeters. For legacy compatable. [JsAce] [Obsolete] public double MachiningResolution { get; set; } Property Value double MachiningResolution_mm Gets or sets the machining resolution in millimeters. [JsAce] public double MachiningResolution_mm { get; set; } Property Value double MachiningSession public MachiningSession MachiningSession { get; } Property Value MachiningSession MapTask Task tracking the status of mapping operations. public Task MapTask { get; set; } Property Value Task MillingForceCycleDivisionNum Gets or sets the number of divisions per cycle for milling force calculation. This property should be set before milling force evaluation if TrainMillingPara(SampleFlag, string, double) is intended to be used. [JsAce] public static int MillingForceCycleDivisionNum { get; set; } Property Value int NcOptOption NcOptOption [JsAce] public NcOptOption NcOptOption { get; set; } Property Value NcOptOption OptEnableDepthCompensation Enables or disables depth compensation during optimization. [JsAce] public bool OptEnableDepthCompensation { get; set; } Property Value bool OptEnableFeedrate Gets or sets whether to enable feed rate optimization in NC optimization. [JsAce] public bool OptEnableFeedrate { get; set; } Property Value bool OptEnableForwardCompensation Enables or disables forward compensation during optimization. [JsAce] public bool OptEnableForwardCompensation { get; set; } Property Value bool OptEnableInterpolation Enables or disables reinterpolation for optimization. [JsAce] public bool OptEnableInterpolation { get; set; } Property Value bool OptEnableSideCompensation Enables or disables side compensation during optimization. [JsAce] public bool OptEnableSideCompensation { get; set; } Property Value bool OptExtendedPostDistance_mm Gets or sets the extended post-distance in millimeters for NC optimization. This is the distance after the current segment that will be considered for optimization. [JsAce] public double OptExtendedPostDistance_mm { get; set; } Property Value double OptExtendedPreDistance_mm Gets or sets the extended pre-distance in millimeters for NC optimization. This is the distance before the current segment that will be considered for optimization. [JsAce] public double OptExtendedPreDistance_mm { get; set; } Property Value double OptMaxAcceleration_mmds2 Maximum acceleration in mm/s² during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxAcceleration_mmds2 { get; set; } Property Value double OptMaxFeedrate_mmdmin Maximum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMaxFeedrate_mmdmin { get; set; } Property Value double OptMaxJerk_mmds3 Maximum jerk in mm/s³ during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxJerk_mmds3 { get; set; } Property Value double OptMinFeedrate_mmdmin Minimum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMinFeedrate_mmdmin { get; set; } Property Value double OptPreferedForce_N Preferred force in N for optimization. [JsAce] public double OptPreferedForce_N { get; set; } Property Value double OptRapidFeed_mmdmin Rapid feed rate in mm/min for non-cutting movements during optimization. [JsAce] public double OptRapidFeed_mmdmin { get; set; } Property Value double OptSpindlePowerSafetyFactor Safety factor for spindle power during optimization. [JsAce] public double OptSpindlePowerSafetyFactor { get; set; } Property Value double OptSpindleTorqueSafetyFactor Safety factor for spindle torque during optimization. [JsAce] public double OptSpindleTorqueSafetyFactor { get; set; } Property Value double ParaTemplateDimension ParaTemplateDimension [JsAce] public int ParaTemplateDimension { get; set; } Property Value int RuntimeApi Gets the runtime API instance. public RuntimeApi RuntimeApi { get; } Property Value RuntimeApi ScriptOptions public ScriptOptions ScriptOptions { get; set; } Property Value ScriptOptions SessionMessageHost SessionMessageHost [JsAce] public SessionMessageHost SessionMessageHost { get; } Property Value SessionMessageHost StepCount Gets the total number of milling steps. [JsAce] public int StepCount { get; } Property Value int Methods AddTimeDataByFile(string, string, double, double) Adds time-based data from a file to the time mapping dictionary with specified time bounds in seconds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] [NonAction] public bool AddTimeDataByFile(string key, string relFile, double beginTime, double endTime) Parameters key string Key to identify the data relFile string Relative path to the data file beginTime double Beginning time in seconds endTime double Ending time in seconds Returns bool True if the data was successfully added, false otherwise AddTimeDataByFile(string, string, string, string) Adds time-based data from a file to the time mapping dictionary with specified time bounds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] [HttpPost] public bool AddTimeDataByFile(string key, string relFile, string beginTimeText, string endTimeText) Parameters key string Key to identify the data relFile string Relative path to the data file beginTimeText string Beginning time as text (seconds or TimeSpan format) endTimeText string Ending time as text (seconds or TimeSpan format) Returns bool True if the data was successfully added, false otherwise AppendMessagesToFile(string, params string[]) Appends messages to a file, optionally filtered by tags. [JsAce(\"AppendMessagesToFile(\\\"dstRelFile\\\",flags)\")] [HttpPost] public void AppendMessagesToFile(string dstRelFile, params string[] flags) Parameters dstRelFile string Destination relative file path flags string[] Optional flags to filter messages by tags BeginPreserve() Begin Preserve section in optimzation process. [JsAce(\"BeginPreserve()\")] [HttpPost] public void BeginPreserve() BeginSelection(string, AnchorMode, IStepShift) Begin mark on current line. milling step() has not triggered yet. [NonAction] public void BeginSelection(string key, AnchorMode anchorMode = AnchorMode.LineBegin, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the beginning of selection shift IStepShift Step shift to apply BeginSession() BeginSession() [HttpPost] public void BeginSession() ClearTimeMappingData() Clears all time mapping data. [JsAce] [HttpPost] public void ClearTimeMappingData() Diff(double) Performs a difference analysis on the workpiece geometry to detect variations. [JsAce(\"Diff($1detectionRadius_mm)\")] [HttpPost] public void Diff(double detectionRadius_mm) Parameters detectionRadius_mm double Radius for detecting differences EndPreserve() End Preserve section in optimzation process. [JsAce(\"EndPreserve()\")] [HttpPost] public void EndPreserve() EndSelection(string, AnchorMode, IStepShift) End mark on current line for selection. [NonAction] public void EndSelection(string key, AnchorMode anchorMode = AnchorMode.LineEnd, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the end of selection shift IStepShift Step shift to apply EndSession() EndSession() [HttpPost] public void EndSession() ErrorMessage(string) Displays an error message in the message host. [JsAce(\"ErrorMessage($1message)\")] [HttpPost] public void ErrorMessage(string message) Parameters message string The error message to display FixedPace(double, double) Creates a fixed machining motion resolution with specified parameters. [JsAce(\"FixedPace($1linearResolution_mm, $2rotaryResolution_deg)\")] [NonAction] public FixedMachiningMotionResolution FixedPace(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters rotaryResolution_deg double Rotary resolution in degrees Returns FixedMachiningMotionResolution A new fixed machining motion resolution instance GetMillingStep(int) Retrieves a milling step at the specified index. [JsAce(Snippet = \"GetMillingStep($1\\\"stepIndex\\\")\")] [NonAction] public MachiningStep GetMillingStep(int stepIndex) Parameters stepIndex int Index of the milling step to retrieve Returns MachiningStep The milling step at the specified index GetStickMachiningToolObservationHeight_mm(int) Gets the observation height in millimeters for the specified stick machining tool. [JsAce(\"GetStickMachiningToolObservationHeight_mm($1toolId)\")] [HttpGet] public double GetStickMachiningToolObservationHeight_mm(int toolId) Parameters toolId int The ID of the tool Returns double The observation height in millimeters GetUniformContourTrayShiftAngle_deg(int) Gets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"GetUniformContourTrayShiftAngle_deg($1toolId)\")] [HttpGet] public double GetUniformContourTrayShiftAngle_deg(int toolId) Parameters toolId int The ID of the tool Returns double The shift angle in degrees LineSelection(string, AnchorMode, IStepShift, AnchorMode, IStepShift) Create a line selection from begin to end mark. [NonAction] public void LineSelection(string key, AnchorMode beginAnchorMode = AnchorMode.LineBegin, IStepShift beginShift = null, AnchorMode endAnchorMode = AnchorMode.LineEnd, IStepShift endShift = null) Parameters key string Identifier key for the selection beginAnchorMode AnchorMode Mode for anchoring the beginning of selection beginShift IStepShift Step shift to apply at beginning endAnchorMode AnchorMode Mode for anchoring the end of selection endShift IStepShift Step shift to apply at end Map(string, FileTimeSection, CycleSamplingMode?) Maps selection data to time section. [HttpPost] public Task Map(string key, FileTimeSection fileTimeSection = null, StepTimeShotUtil.CycleSamplingMode? cycleSamplingMode = CycleSamplingMode.SpindleCycle) Parameters key string Identifier key for the selection fileTimeSection FileTimeSection File time section, or null to use the one associated with the key cycleSamplingMode StepTimeShotUtil.CycleSamplingMode? Cycle sampling mode Returns Task Task representing the asynchronous mapping operation Message(string) Displays a message in the message host. [JsAce(\"Message($1message)\")] [HttpPost] public void Message(string message) Parameters message string The message to display OptimizeToFiles(string) Optimizes NC files and saves results using the specified file template. [JsAce(Snippet = \"OptimizeToFiles(\\\"Output/Opt-[NcName]\\\")\", DocContentHtml = \"Optimize To Files by substitude template keywoard \\\"[NcName]\\\"\")] [HttpPost] public void OptimizeToFiles(string relFileTemplate = \"Output/Opt-[NcName]\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder Pace() Controls the pace of machining operations during execution. [JsAce(\"Pace();\")] [HttpPost] public void Pace() Pause() Pause Player [JsAce(DocContentHtml = \"Pause Player\")] [HttpPost] public void Pause() PlayAct(IAct, ISourceCommand, CancellationToken?) PlayAct(IAct, ISourceCommand, CancellationToken?) [JsAce] [NonAction] public void PlayAct(IAct act, ISourceCommand sourceCommand = null, CancellationToken? cancellationToken = null) Parameters act IAct sourceCommand ISourceCommand cancellationToken CancellationToken? PlayClTeleport(double, double, double, double, double, double) PlayClTeleport(double, double, double, double, double, double) [JsAce] [HttpPost] public void PlayClTeleport(double x, double y, double z, double i, double j, double k) Parameters x double y double z double i double j double k double PlayNc(string, string) Plays NC code directly from a string, executing each action and pacing between them. [JsAce(Snippet = \"PlayNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Play NC. second parameter is the file name alternative shows in the log.\")] [HttpPost] public void PlayNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs PlayNcFile(string) Plays an NC file with the specified relative path. [JsAce(\"PlayNcFile($1\\\"ncFile\\\");\")] [HttpPost] public void PlayNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file PlayToolingTeleport(int) PlayToolingTeleport(int) [JsAce] [HttpPost] public void PlayToolingTeleport(int toolId) Parameters toolId int Preserve() Preserve one line NC code in optimzation process. [JsAce(\"Preserve()\")] [HttpPost] public void Preserve() ProgressMessage(string) Displays a progress message in the message host. [JsAce(\"ProgressMessage($1message)\")] [HttpPost] public void ProgressMessage(string message) Parameters message string The progress message to display ReTrainMillingPara(SampleFlag, string, double) Re-trains milling parameters using the specified sample flag. [JsAce(\"ReTrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] [HttpPost] public void ReTrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering ReadCsvByTimeInterpolation(string) Reads a CSV file and performs time-based interpolation to map data to milling steps. [JsAce(Snippet = \"ReadCsvByTimeInterpolation($1\\\"csvFile\\\")\")] [HttpPost] public void ReadCsvByTimeInterpolation(string csvFile) Parameters csvFile string Path to the CSV file relative to the base directory ReadRuntimeGeom(string) Reads runtime geometry from a file. [JsAce(\"ReadRuntimeGeom($1\\\"srcFile\\\")\")] [HttpPost] public void ReadRuntimeGeom(string relFile) Parameters relFile string Relative path to the input file RegisterStepVariable(string, string, string, string, Func) Registers a step variable for tracking during execution. [JsAce(Snippet = \"RegisterStepVariable(\\\"$1key\\\",\\\"$2name\\\",\\\"$3unit\\\",\\\"$4formatString\\\",\\\"$5variableFunc\\\")\", DocContentHtml = \"
Register Step Variable.
\\\"unit\\\" is nullable
\\\"formatString\\\" is nullable
\")] [NonAction] public void RegisterStepVariable(string key, string name, string unit, string formatString, Func variableFunc = null) Parameters key string Unique key to identify the variable name string Human-readable name of the variable unit string Physical unit of the variable (can be null) formatString string Format string for displaying the variable (can be null) variableFunc Func Function to compute the variable value from a milling step (can be null) RemoveFlyPiece() Removes any disconnected or “flying” pieces from the workpiece geometry. [JsAce] [HttpPost] public void RemoveFlyPiece() Reset() Reset Player [JsAce(DocContentHtml = \"Reset Player\")] [HttpPost] public void Reset() ResetRuntime() Clears internal buffers. [JsAce] [HttpPost] public void ResetRuntime() RunNc(string, string) Runs NC code directly from a string. [JsAce(Snippet = \"RunNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Run NC. second parameter is the file name alternative shows in the log.\")] [NonAction] public IEnumerable RunNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs Returns IEnumerable Enumerable sequence of actions to be executed RunNcFile(string) Runs an NC file with the specified relative path. [JsAce(\"RunNcFile($1\\\"ncFile\\\");\")] [NonAction] public IEnumerable RunNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file Returns IEnumerable Enumerable sequence of actions to be executed SetNcResolutionFeedPerCycle() Sets NC resolution to feed per cycle mode. [HttpPost] public void SetNcResolutionFeedPerCycle() SetNcResolutionFeedPerTooth() Sets NC resolution to feed per tooth mode. [HttpPost] public void SetNcResolutionFeedPerTooth() SetNcResolutionFixed(double, double) Sets NC resolution to fixed mode with specified resolution values. [HttpPost] public void SetNcResolutionFixed(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters. rotaryResolution_deg double Rotary resolution in degrees. SetStickMachiningToolObservationHeight_mm(int, double) Sets the observation height in millimeters for the specified stick machining tool. [JsAce(\"SetStickMachiningToolObservationHeight_mm($1toolId,$2height_mm)\")] [HttpPost] public void SetStickMachiningToolObservationHeight_mm(int toolId, double height) Parameters toolId int The ID of the tool height double The observation height in millimeters to set SetUniformContourTrayShiftAngle_deg(int, double) Sets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"SetUniformContourTrayShiftAngle_deg($1toolId,$2angle_deg)\")] [HttpPost] public void SetUniformContourTrayShiftAngle_deg(int toolId, double angle_deg) Parameters toolId int The ID of the tool angle_deg double The shift angle in degrees to set ShiftDistance_mm(double) Creates a distance shift object representing the specified distance in millimeters. [NonAction] public DistanceShift ShiftDistance_mm(double distanceShift_mm) Parameters distanceShift_mm double Distance shift in millimeters Returns DistanceShift Distance shift object ShiftTime_s(double) Creates a time shift object representing the specified time in seconds. [NonAction] public TimeShift ShiftTime_s(double seconds) Parameters seconds double Time in seconds Returns TimeShift Time shift object TrainMillingPara(SampleFlag, string, double) Trains milling parameters using the specified sample flag. [JsAce(\"TrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] [HttpPost] public void TrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering WarningMessage(string) Displays a warning message in the message host. [JsAce(\"WarningMessage($1message)\")] [HttpPost] public void WarningMessage(string message) Parameters message string The warning message to display WriteRuntimeGeom(string) Writes the current runtime geometry to a file. [JsAce(\"WriteRuntimeGeom($1\\\"dstFile\\\")\")] [HttpPost] public void WriteRuntimeGeom(string relFile) Parameters relFile string Relative path to the output file WriteRuntimeGeomToStl(string, double) Writes the current runtime geometry to an STL file. [JsAce(\"WriteRuntimeGeomToStl($1\\\"dstFile\\\",$2resolution_mm)\")] [HttpPost] public void WriteRuntimeGeomToStl(string relFile, double resolution_mm = 0) Parameters relFile string Relative path to the output STL file resolution_mm double Resolution in millimeters (0 for default) WriteShotFiles(double, string) Writes time-series data to shot files with the specified resolution period (alternative parameter order). [NonAction] public void WriteShotFiles(double resolutionPeroid_ms, string relFileTemplate) Parameters resolutionPeroid_ms double Resolution period in milliseconds relFileTemplate string Template for output file path, can include [NcName] placeholder WriteShotFiles(string, double) Writes time-series data to shot files with the specified resolution period. [JsAce(Snippet = \"WriteShotFiles(\\\"Output/[NcName].shot.csv\\\",resolutionPeroid_ms)\", DocContentHtml = \"Write time series data by resolutionPeroid_ms\")] [HttpPost] public void WriteShotFiles(string relFileTemplate = \"Output/[NcName].shot.csv\", double resolutionPeroid_ms = 1) Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder resolutionPeroid_ms double Resolution period in milliseconds WriteStepFiles(string) Writes step-series data to files with the specified file template. [JsAce(Snippet = \"WriteStepFiles(\\\"Output/[NcName].step.csv\\\")\", DocContentHtml = \"Write step series data.\")] [HttpPost] public void WriteStepFiles(string relFileTemplate = \"Output/[NcName].step.csv\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder Events MachiningStepBuilt Gets or sets the action to configure steps during execution. [JsAce(Snippet = \"MachiningStepBuilt+=($1preStep,$2curStep)=>{$3Command};\", DocContentHtml = \"Runtime Step Configuration action. preStep is the Previous Milling Step; curStep is the Current Milling Step. preStep is null if no previous step existed.\")] public event MachiningActRunner.MachiningStepBuiltDelegate MachiningStepBuilt Event Type MachiningActRunner.MachiningStepBuiltDelegate MachiningStepSelected Event that is triggered when a milling step is selected. [JsAce(Snippet = \"MachiningStepSelected+=($1millingStep)=>{$2Command};\")] public event Action MachiningStepSelected Event Type Action"
},
"api/Hi.MachiningProcs.SessionMessage.html": {
"href": "api/Hi.MachiningProcs.SessionMessage.html",
@@ -4679,6 +4679,11 @@
"title": "Using RenderingCanvas with DispEngine | HiAPI-C# 2025",
"summary": "Using RenderingCanvas with DispEngine The RenderingCanvas is the primary UI component for displaying and interacting with 3D content across different platforms. This section explains how to use it with the DispEngine to create cross-platform applications. Overview The RenderingCanvas class is available in frameworks: Hi.WinForm for Windows Forms applications Hi.Wpf for WPF applications All implementations share a common architecture centered around the DispEngine class, enabling consistent rendering and interaction across platforms. Core Concept: DispEngine and IDisplayee At the heart of the rendering system is the relationship between DispEngine and IDisplayee: DispEngine: The rendering engine that manages the OpenGL context and handles user interaction IDisplayee: The interface that defines objects that can be rendered by the DispEngine This relationship is fundamental - the purpose of DispEngine is to render IDisplayee objects. graph TD A[IDisplayee Objects] -->|Rendered by| B B[DispEngine] <--> C[RenderingCanvas UI Component] Working with IDisplayee Objects implementing IDisplayee define what gets rendered. Typically, you'll use Drawing objects or compose multiple IDisplayee objects together: // Create a composite displayee public class MyCompositeDisplayee : IDisplayee { private List _displayees = new List(); public MyCompositeDisplayee() { // Add various displayees _displayees.Add(new AxesDisplayee()); _displayees.Add(new ModelDisplayee()); } public void Display(Bind bind) { // Render all contained displayees foreach (var displayee in _displayees) { displayee.Display(bind); } } public void ExpandToBox3d(Box3d box) { // Update bounding box based on all displayees foreach (var displayee in _displayees) { displayee.ExpandToBox3d(box); } } } For more detailed information on creating displayees with Drawing, see the Drawing section. Basic Usage Apply Hi.WinForm // Create a new instance with displayee objects using Hi.WinForm.Disp; // Create displayee object var displayee = new MyCompositeDisplayee(); // Initialize canvas with the displayee var canvas = new RenderingCanvas(displayee); // Access the DispEngine for direct manipulation DispEngine engine = canvas.DispEngine; // Add to a form myForm.Controls.Add(canvas); Apply Hi.WPF // Create a new instance using Hi.Wpf.Disp; // Create displayee object var displayee = new MyCompositeDisplayee(); // Initialize the canvas var canvas = new RenderingCanvas(); // Set displayee objects through the DispEngine canvas.DispEngine.Displayee = displayee; // Add to a container myGrid.Children.Add(canvas); Switching Displayees at Runtime You can dynamically change what's being displayed: // Switch to a different displayee renderingCanvas.DispEngine.Displayee = alternativeDisplayee; // Or update a DispList var displayList = new DispList(); if (showModel) displayList.Add(modelDisplayee); if (showGrid) displayList.Add(gridDisplayee); renderingCanvas.DispEngine.Displayee = displayList; Key Features of DispEngine The DispEngine provides cross-platform support for: Handles buffer swapping and image generation Mouse/pointer events Keyboard navigation Touch gestures Zoom, pan, and rotate operations Resize and Visibility changed. Camera positioning and orientation Standard views (front, top, isometric, etc.) Renders IDisplayee implementations Touch and Gesture Support The DispEngine centralizes touch handling across all platforms with a unified API that supports: Single-finger pan Two-finger rotate and scale Multi-finger specialized operations The touch API is designed to be simple for UI implementations to use. Platform-specific UI components only need to capture touch events and forward them to the DispEngine. Common Operations // Accessing DispEngine (works on all platforms) var engine = renderingCanvas.DispEngine; // Set to standard views engine.SetViewToHomeView(); engine.SetViewToFrontView(); // Manual camera manipulation engine.Translate(dx, dy); engine.Rotate(deltaX, deltaY); // Resize handling engine.Resize(width, height); Implementation Details For detailed implementation information, including: Full source code examples Implementation details for each platform Advanced touch handling Custom implementation guidance See the Building Your Own RenderingCanvas guide. See Also DispEngine IDisplayee DispList Drawing Building Your Own RenderingCanvas"
},
+ "brief/dev-doc/build-hinc/common/dictionary-service-pattern.html": {
+ "href": "brief/dev-doc/build-hinc/common/dictionary-service-pattern.html",
+ "title": "DictionaryService and DictionaryHub Pattern | HiAPI-C# 2025",
+ "summary": "DictionaryService and DictionaryHub Pattern Overview A connection-scoped indexing pattern for referencing backend objects across hierarchical SignalR hub connections. Core Components : Manages connection-scoped index dictionaries First layer key: Hub connectionId (auto-generated by SignalR) Second layer key: LocalId (resource name) Value: References to backend objects (functions, getters/setters) : Base hub that auto-cleans index entries on disconnect Architecture Root-Hub └── Child-Hub - has parent's connectionId └── Grandchild-Hub - has parent's connectionId Each hub gets a unique system-generated hub-connectionId. Child hubs receive parent's connectionId to access parent data. Key Patterns Parent ConnectionId Passing: Child hubs copy parent's function references via connectionId Frontend ConnectionId Chain: Components pass connectionId down the hierarchy Benefits Isolation: Each component has its own connection/index space Nesting Support: Same components can be nested without conflicts Auto-cleanup: Index entries cleaned on disconnect Data Inheritance: Access parent's backend objects via connectionId chain Best Practices Apply or inherit from DictionaryHub for auto-cleanup Use meaningful key names (e.g., “transformer-getter”) Common Pitfalls Don't use child's connectionId to index parent's data"
+ },
"brief/dev-doc/build-hinc/controller/index.html": {
"href": "brief/dev-doc/build-hinc/controller/index.html",
"title": "Controller Page | HiAPI-C# 2025",
@@ -4692,7 +4697,7 @@
"brief/dev-doc/build-hinc/general-rules.html": {
"href": "brief/dev-doc/build-hinc/general-rules.html",
"title": "General Rules | HiAPI-C# 2025",
- "summary": "General Rules Tip You MUST read the cited hyperlink before you do the job. ASK if you think the hyperlink is not work. Handle Message and Exception If message is well-managed, apply MessageKit to show the message; if the message is Exception, apply ExceptionUtil.ShowException(Exception, object) to show the exception for detail treatment. The messages are shown in Message Section on Main Panel. For examples of message and exception handling patterns: Normal message handling: MessageKit.AddMessage(\"Operation completed successfully.\"); MessageKit.AddWarning(\"Please check your input.\"); Exception handling in synchronous code: try { // Your code here throw new NotImplementedException(\"Demo exception\"); } catch (Exception ex) { ExceptionUtil.ShowException(ex, null); } Exception handling in asynchronous code: await Task.Run(() => { // Your async operation here throw new NotImplementedException(\"Demo async exception\"); }).ShowIfCatched(null); The examples are in project Hi.Sample. See this page for git repository. Loose Manner Run Skippable Rapid Calling Synchronous Action in Loose Manner. Some synchronous action may be calling rapidly but only the last call has to be effective (or it is endurable to loss some previous action call). Define a LooseRunner and apply LooseRunner.TryRun(Action) to run the action. Dispose the LooseRunner on owner disposing to ensure the tryrun action is well-managed. GUI File Path Assignment See GUI File Path Assignment. Numeric Input/Output Handling For handling floating-point values in web forms, use the utilities in numeric-utils.js which properly manages special values like Infinity, -Infinity, and NaN. This ensures consistent display formatting and parsing across the application, preventing JSON serialization issues. See Numeric Input/Output Utilities for implementation details. Translation Remarks See Translation Remarks."
+ "summary": "General Rules Tip You MUST read the cited hyperlink before you do the job. ASK if you think the hyperlink is not work. Handle Message and Exception If message is well-managed, apply MessageKit to show the message; if the message is Exception, apply ExceptionUtil.ShowException(Exception, object) to show the exception for detail treatment. The messages are shown in Message Section on Main Panel. For examples of message and exception handling patterns: Normal message handling: MessageKit.AddMessage(\"Operation completed successfully.\"); MessageKit.AddWarning(\"Please check your input.\"); Exception handling in synchronous code: try { // Your code here throw new NotImplementedException(\"Demo exception\"); } catch (Exception ex) { ExceptionUtil.ShowException(ex, null); } Exception handling in asynchronous code: await Task.Run(() => { // Your async operation here throw new NotImplementedException(\"Demo async exception\"); }).ShowIfCatched(null); The examples are in project Hi.Sample. See this page for git repository. Loose Manner Run Skippable Rapid Calling Synchronous Action in Loose Manner. Some synchronous action may be calling rapidly but only the last call has to be effective (or it is endurable to loss some previous action call). Define a LooseRunner and apply LooseRunner.TryRun(Action) to run the action. Dispose the LooseRunner on owner disposing to ensure the tryrun action is well-managed. GUI File Path Assignment See GUI File Path Assignment. Numeric Input/Output Handling Implement a numeric-utils.js module to handle special floating-point values in web forms. See Numeric Input/Output Utilities for implementation details. Translation Remarks See Translation Remarks."
},
"brief/dev-doc/build-hinc/geom/box3d-control.html": {
"href": "brief/dev-doc/build-hinc/geom/box3d-control.html",
@@ -4742,7 +4747,7 @@
"brief/dev-doc/build-hinc/index.html": {
"href": "brief/dev-doc/build-hinc/index.html",
"title": "Sketch to Build HiNC GUI | HiAPI-C# 2025",
- "summary": "Sketch to Build HiNC GUI Apply General Rules to build the HiNC GUI. WPF Application Source Code The source code of HiNC-2025-win-desktop project is at the git repository: https://superhightech-gitea.webredirect.org/HiNC-Deploy/HiNC-2025-win-desktop.git Web Page Application Source Code HiNC-2025-webapi apply vue. The source code of HiNC-2025-webapi project is at the git repository: https://superhightech-gitea.webredirect.org/HiNC-Deploy/HiNC-2025-webapi.git Step by Step Program Construction Check List Tip If you are using AI agent to build the application: Ask AI to do only one job at one time to ensure the quality. Create and config a application project. Set the project platform to x64. Create a application project. Add HiNc packages to the project. See Getting Started to config the packages. Note Add Hi.Wpf packages to the project if the building WPF project. Create Main Window, set the layout according to Main Panel Layout. Build Message Section according to Message Section on Main Panel. Initialize HiAPI at application entry point according to Initialize HiAPI. Set behavior of Navigation Menu/Project according to Behavior of Navigation Menu/Project. Create RenderingCanvas Tool Bar for later usage. Create by Player Panel the Player Panel Step by Step Program Construction Check List. Build behavior of Graphic-Cache Dropdown. Build basic GUI widget component: Vec3dControl Build Transformers Build Geometry Panels. Build Fixture Page. Build Workpiece Page. Build Controller Page. Build ToolHouse Page. Add application icon, splash screen and etc.. (The content is consturcting..) Tip Complete the check list step by step. Compile to ensure the code work on each step completed. You MUST read the cited hyperlink before you do the job. ASK if you think the hyperlink is not work."
+ "summary": "Sketch to Build HiNC GUI Apply General Rules to build the HiNC GUI. WPF Application Source Code The source code of HiNC-2025-win-desktop project is at the git repository: https://superhightech-gitea.webredirect.org/HiNC-Deploy/HiNC-2025-win-desktop.git Web Page Application Source Code HiNC-2025-webapi apply vue. The source code of HiNC-2025-webapi project is at the git repository: https://superhightech-gitea.webredirect.org/HiNC-Deploy/HiNC-2025-webapi.git Web Architecture Patterns DictionaryService and DictionaryHub Pattern - Connection-scoped object indexing for hierarchical components Step by Step Program Construction Check List Tip If you are using AI agent to build the application: Ask AI to do only one job at one time to ensure the quality. Create and config a application project. Set the project platform to x64. Create a application project. Add HiNc packages to the project. See Getting Started to config the packages. Note Add Hi.Wpf packages to the project if the building WPF project. Create Main Window, set the layout according to Main Panel Layout. Build Message Section according to Message Section on Main Panel. Initialize HiAPI at application entry point according to Initialize HiAPI. Set behavior of Navigation Menu/Project according to Behavior of Navigation Menu/Project. Create RenderingCanvas Tool Bar for later usage. Create by Player Panel the Player Panel Step by Step Program Construction Check List. Build behavior of Graphic-Cache Dropdown. Build basic GUI widget component: Vec3dControl Build Transformers Build Geometry Panels. Build Fixture Page. Build Workpiece Page. Build Controller Page. Build ToolHouse Page. Add application icon, splash screen and etc.. (The content is consturcting..) Tip Complete the check list step by step. Compile to ensure the code work on each step completed. You MUST read the cited hyperlink before you do the job. ASK if you think the hyperlink is not work."
},
"brief/dev-doc/build-hinc/initialize-hiapi.html": {
"href": "brief/dev-doc/build-hinc/initialize-hiapi.html",
@@ -4827,7 +4832,7 @@
"brief/dev-doc/build-hinc/mission/ListCommand-panel.html": {
"href": "brief/dev-doc/build-hinc/mission/ListCommand-panel.html",
"title": "List Command Panel | HiAPI-C# 2025",
- "summary": "List Command Panel The key model is ListCommand. Assistant Model MachiningProject Layout Columns Layout (Two column with one splition bar) Command Entry List Panel Provide entrys for selection The model is CommandEntryList. Head Line Add Command Dropdown Button (Note that Dropdown is not combobox.) Buttons for adding: PreSettingCommand Content Panel: PreSetting Command Panel NcOptOptionCommand Content Panel: NcOptOption Panel NcFileCommand Content Panel: NcFile Command Panel NcCodeCommand ScriptCommand Content Panel: Script Command Panel PostExecutionCommand Content Panel: PostExecution Command Panel Remove Command Button Move Up Command Button Move Down Command Button Command Entrys Selection Panel (Each) Command Entry Box: The boxes are multi-selectable for re-order, remove and etc.. The boxes are draggable for re-order. Enable CheckBox The model is IsEnabled. Tip Show the label text. Title Label Apply if the command is inherited from ITitleCommand; otherwise, show the class name. Tip Apply style changed if the entry is selected. If there is only one PreSettingCommand in the list and at the begining, Keep it at begining when items adding, shows a “pin at begining” label with a pin icon. If there is only one PostExecutionCommand in the list and at the end, Keep it at end when items adding, shows a “pin at end” label a pin icon. Support file drag from the external application (such as file explorer), files drag into the Command Entrys List Panel is equivalent to create NcFileCommands (with the EnablingWrapper) and set the file into the NC File Command. Vertical Splition Bar The bar can be drag to tune the width. Selected Command Content Panel The model is Command. The panel is based on command type Tip The width of the entry block should expand to fulfill the content block. Tip Use Disabled Style for command panels if the Enable checkbox is not checked. Note Each command entry can be individually enabled or disabled without removing it from the list. Features Update the Title Label if the Command is updated by the Command Content Panel. Source Code Path See this page for git repository. WPF Application Source Code Path Mission/ListCommandPanel Web Page Application Source Code Path wwwroot/mission/panels/list-command-panel.html (Component HTML) wwwroot/mission/panels/list-command-panel.css (Component styles) wwwroot/mission/panels/list-command-panel.js (JavaScript component with full ListCommand logic) Controller/MissionController.cs (REST API - ListCommand CRUD operations)"
+ "summary": "List Command Panel The key model is ListCommand. Assistant Model MachiningProject Layout Columns Layout (Two column with one splition bar) Command Entry List Panel Provide entrys for selection The model is CommandEntryList. Head Line Add Command Dropdown Button (Note that Dropdown is not combobox.) Buttons for adding: PreSettingCommand Content Panel: PreSetting Command Panel Note This command sets up initial parameters before NC simulation which attempt to take the effect. NcOptOptionCommand Content Panel: NcOptOption Panel Note This command is also a type of pre-setting that should be applied before NC simulation which attempt to take the effect. NcFileCommand Content Panel: NcFile Command Panel NcCodeCommand ScriptCommand Content Panel: Script Command Panel PostExecutionCommand Content Panel: PostExecution Command Panel Remove Command Button Move Up Command Button Move Down Command Button Command Entrys Selection Panel (Each) Command Entry Box: The boxes are multi-selectable for re-order, remove and etc.. The boxes are draggable for re-order. Enable CheckBox The model is IsEnabled. Tip Show the label text. Title Label Apply if the command is inherited from ITitleCommand; otherwise, show the class name. Tip Apply style changed if the entry is selected. If there is only one PreSettingCommand in the list and at the begining, Keep it at begining when items adding, shows a “pin at begining” label with a pin icon. If there is only one PostExecutionCommand in the list and at the end, Keep it at end when items adding, shows a “pin at end” label a pin icon. Support file drag from the external application (such as file explorer), files drag into the Command Entrys List Panel is equivalent to create NcFileCommands (with the EnablingWrapper) and set the file into the NC File Command. Vertical Splition Bar The bar can be drag to tune the width. Selected Command Content Panel The model is Command. The panel is based on command type Tip The width of the entry block should expand to fulfill the content block. Tip Use Disabled Style for command panels if the Enable checkbox is not checked. Note Each command entry can be individually enabled or disabled without removing it from the list. Features Update the Title Label if the Command is updated by the Command Content Panel. Source Code Path See this page for git repository. WPF Application Source Code Path Mission/ListCommandPanel Web Page Application Source Code Path wwwroot/mission/panels/list-command-panel.html (Component HTML) wwwroot/mission/panels/list-command-panel.css (Component styles) wwwroot/mission/panels/list-command-panel.js (JavaScript component with full ListCommand logic) Controller/MissionController.cs (REST API - ListCommand CRUD operations)"
},
"brief/dev-doc/build-hinc/mission/NcCodeCommand-panel.html": {
"href": "brief/dev-doc/build-hinc/mission/NcCodeCommand-panel.html",
@@ -4942,7 +4947,7 @@
"brief/dev-doc/build-hinc/widget/numeric-io-utilities.html": {
"href": "brief/dev-doc/build-hinc/widget/numeric-io-utilities.html",
"title": "Numeric Input/Output Utilities | HiAPI-C# 2025",
- "summary": "Numeric Input/Output Utilities The numeric-utils.js module provides essential utilities for handling numeric input/output in web forms, especially for floating-point values with special cases. Purpose The utilities solve the common problem of handling special numeric values (Infinity, -Infinity, NaN) in JSON serialization and user interfaces. JavaScript's JSON.stringify converts these special values to null or strings, which can cause issues when communicating with C# backend APIs. This module provides consistent conversion between numeric values and display strings, ensuring proper handling across the full stack. It also formats regular numbers with appropriate precision for display while avoiding unnecessary trailing zeros. Key Features Converts Infinity to “INF”, -Infinity to “-INF”, and NaN to “NaN” for display Parses these special strings back to their numeric equivalents Formats regular numbers with appropriate precision (4 significant digits) Provides a Vue mixin for easy integration in components Handles both numeric and string inputs from JSON responses"
+ "summary": "Numeric Input/Output Utilities Handle special numeric values (Infinity, -Infinity, NaN) in web forms to prevent JSON serialization issues between JavaScript frontend and C# backend. Implementation Requirements Your numeric-utils.js module should: Convert special values for display: Infinity → “INF”, -Infinity → “-INF”, NaN → “NaN” Parse display strings back to numeric values Format regular numbers with 4 significant digits Provide Vue mixin for component integration Required Exports numericToDisplay(value) - Converts numeric to display string displayToNumeric(displayValue, defaultValue) - Parses display to numeric NumericInputMixin - Vue mixin with formatNumericDisplay and parseNumericDisplay methods Source Code Path See this page for git repository. Web Page Application Source Code Path wwwroot/common/numeric-utils.js"
},
"brief/dev-doc/build-hinc/widget/object-management-menu-button.html": {
"href": "brief/dev-doc/build-hinc/widget/object-management-menu-button.html",
@@ -5187,7 +5192,7 @@
"brief/user-guide/zh-Hant/milling-tool/cutter.html": {
"href": "brief/user-guide/zh-Hant/milling-tool/cutter.html",
"title": "刀具設定注意事項 | HiAPI-C# 2025",
- "summary": "刀具設定注意事項 刀身設定 刀身形式 刀身(Cutter)形式包含： 銑削 凡刀具以旋轉形式加工的，於HiNC中歸類為銑削，包含鑽、搪。 自由減法 切割刀、放電加工模具。 離隙角 HiNC的離隙角設定為第一離隙角。用來計算刀緣磨耗寬度(Flank Wear, VB)。 刀身重量 刀身重量 用來計算熱傳。 一體式刀具： 刀身重量 填寫一體式刀具的重量。 組裝式刀具： 刀身重量 填寫刀片總重，不包含組裝式刀把的重量。 刃磨半徑 刃磨半徑(Hone Radius)表示刀具銳利程度，為刀刃鋒利處的半徑。一般在 20 ~ 50 um。 用來切削易加工材料的刀具通常刃磨半徑小，如Al6061T6，可以假設為20um；用來切削難加工材料的刀具通常刃磨半徑大，如不鏽鋼，可以假設為50um。"
+ "summary": "刀具設定注意事項 刀身設定 刀身形式 刀身(Cutter)形式包含： 銑削 凡刀具以旋轉形式加工的，於HiNC中歸類為銑削，包含鑽、搪。 自由減法 切割刀、放電加工模具。 離隙角 HiNC的離隙角設定為第一離隙角。用來計算刀緣磨耗寬度(Flank Wear, VB)。 刀身重量 刀身重量 用來計算熱傳。 一體式刀具： 刀身重量 填寫一體式刀具的重量。 組裝式刀具： 刀身重量 填寫刀片總重，不包含組裝式刀把的重量。 刃磨半徑 刃磨半徑(Hone Radius)表示刀具銳利程度，為刀刃鋒利處的半徑。一般在 20 ~ 50 um。 用來切削易加工材料的刀具通常刃磨半徑小，如Al6061T6，可以假設為20um；用來切削難加工材料的刀具通常刃磨半徑大，如不鏽鋼，可以假設為50um。 刃形與刃雕-底部刃雕 底部刃雕是在底部刃為水平或反曲才需要設定。 鑽刀不用設定底部刃雕，設定側向刃雕就好。 通常只有牛鼻刀要設定底部刃雕。"
},
"brief/user-guide/zh-Hant/milling-tool/smart-tool-holder.html": {
"href": "brief/user-guide/zh-Hant/milling-tool/smart-tool-holder.html",
diff --git a/App/wwwroot/HiAPI-docsite/manifest.json b/App/wwwroot/HiAPI-docsite/manifest.json
index 7e527cc7..b5b1658b 100644
--- a/App/wwwroot/HiAPI-docsite/manifest.json
+++ b/App/wwwroot/HiAPI-docsite/manifest.json
@@ -13127,6 +13127,16 @@
},
"version": ""
},
+ {
+ "type": "Conceptual",
+ "source_relative_path": "brief/dev-doc/build-hinc/common/dictionary-service-pattern.md",
+ "output": {
+ ".html": {
+ "relative_path": "brief/dev-doc/build-hinc/common/dictionary-service-pattern.html"
+ }
+ },
+ "version": ""
+ },
{
"type": "Conceptual",
"source_relative_path": "brief/dev-doc/build-hinc/controller/index.md",
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