List of Report Template HTML Tokens
Use these HTML tokens in report templates to enhance your ability to create dynamic reports.
Written by Michael Cone
Updated at October 14th, 2026
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Table of Contents
PRELIMINARY DEFINITIONS
VTUBE TOKENS BY CATEGORY
Part and Job Information
Units
Tube Geometry and Part Setup
Overall Lengths and Spans
End Lengths, End Angles and End Trim
Pass / Fail Results
Alignment and Datum
Measuring Device and Calibration
Bender
Out-of-Round Calculator
XYZ Points (Iteration Tokens)
LRA Bend Data (Iteration Tokens)
Bender Setup Data (Iteration Tokens)
Tangent Inspection (Iteration Tokens)
Measured Straights and GD&T (Iteration Tokens)
Bend Profile and Radius Qualification (Iteration Tokens)
Space Objects, Drill Bit Bosses and Sleeves (Iteration Tokens)
End Form Profile (Iteration Tokens)
LIST OF VTUBE TOKENS
PRELIMINARY DEFINITIONS
WHAT IS A TOKEN? A "token" is a pre-defined word that VTube replaces with a value to show the current value in a report. There are 486 unique tokens for reporting.
In VTube report templates, the tag <vtube_val> will be followed by a token word like "diameter". When VTube finds DIAMETER between the <vtube_val> tags, it will replace the "diameter" word with an actual diameter value, like "3.000." See the example below.
WHAT IS A TAG? A "tag" is text that HTML uses to control formatting. Tags are enclosed in corner brackets < and >. So, <vtube_val> is an HTML tag that we created for VTube report templates.)
WHAT IS A REPORT TEMPLATE? A report template is an HTML file that contains HTML formatting tags to control how a VTube report looks.
VTube's templates always include tokens that tell VTube where to put values in the report. For example, this is a one-line report template:
<vtube_val>diameter</vtube_val>
The above text in a CSV report will create this output if the diameter is 3" in the current VTube project.
Tokens are case-insensitive. For example, DIAMETER, diameter, and Diameter are all the same to VTube.
VTUBE TOKENS BY CATEGORY
Use these tables to find a token by what it reports. Single-value tokens can go anywhere in a report template. Iteration tokens repeat once per row and go inside the <vtube_iterate section=NAME> section shown in the table. The full description of every token is in the List of VTube Tokens below.
Part and Job Information
Text fields from the part setup, custom fields, dates and notes. (32 tokens)
| Group | Tokens |
| Part identity |
|
| Job and people |
|
| Comments and notes |
|
| Custom fields |
|
| Date and time |
|
| Images and environment |
|
Units
Unit labels for column headings and captions. (4 tokens)
| Group | Tokens |
| Linear units |
|
Tube Geometry and Part Setup
Tube size, cross section, part setup and End Form values. (47 tokens)
| Group | Tokens |
| Round tube size |
|
| Rectangular tube |
|
| Pipe size and D of bend |
|
| Counts |
|
| Defaults |
|
| Cut length and end offsets |
|
| End Forms a_end_form_ for End A, b_end_form_ for End B |
|
Overall Lengths and Spans
Matches the Overall Lengths tab: total length, AB (end to end) length, and axis spans, untrimmed and hypothetically trimmed. (50 tokens)
| Group | Tokens |
|
Total length
Note: This is like a Cut Length - but it is always calculated in real-time. |
|
|
Cut length
This can be either static or recalculated in real-time depending on setup.
|
|
|
AB length, untrimmed
AB is the 3D distance from end point A to end point B. |
|
| Hypothetical trimmed lengths after end-length trim |
|
| AB angle |
|
| Axis spans, untrimmed XM, XA, XD |
|
| Axis spans, trimmed XA, XD after trim |
|
| Elongation |
|
End Lengths, End Angles and End Trim
Values for the A and B ends of the tube. (20 tokens)
| Group | Tokens |
| End length difference |
|
| End angle difference |
|
| End length adjustment |
|
| End tangent deviation T1 at end A, T2 at end B |
|
| End trim profile report blocks |
|
Pass / Fail Results
Overall pass or fail for combinations of checks. (14 tokens)
| Group | Tokens |
| Combined results |
|
| Single checks |
|
| Qualifier attributes |
|
Alignment and Datum
How the measured tube was aligned to the master. (16 tokens)
| Group | Tokens |
| Alignment method |
|
| Plane-line-point setup setup and coordinate per point |
|
| Datum |
|
Measuring Device and Calibration
Arm, probe and laser details, plus diameter cut plane settings. (17 tokens)
| Group | Tokens |
| Device |
|
| Arm |
|
| Probe |
|
| Laser |
|
| Diameter cut plane |
|
Bender
Bender identity, springback and correction settings. (8 tokens)
| Group | Tokens |
| Bender identity |
|
| Springback |
|
| Correction percentages bender setup |
|
Out-of-Round Calculator
Results from the OOR calculator window. (10 tokens)
| Group | Tokens |
| Measured OD |
|
| Surface |
|
XYZ Points (Iteration Tokens)
One row per centerline intersection point. (56 tokens)
| Group | Iteration Section | Tokens |
| Row number | Any iteration section |
|
| Master XYZ | XYZ |
|
| Measured XYZ | XYZMEAS |
|
| Aligned XYZ measured, best fit |
XYZFIT |
|
| XYZ deviation and tolerance | XYZDEV |
|
| XYZ relative to datum | XYZDATUM |
|
| Unbent XYZ | XYZ_UNBENT |
|
LRA Bend Data (Iteration Tokens)
One row per bend: length, rotation and angle. (48 tokens)
| Group | Iteration Section | Tokens |
| Master LRA | LRA |
|
| Accumulated lengths | LRA |
|
| Full springback | LRA |
|
| Measured LRA | LRAMEAS |
|
| LRA deviation and tolerance | LRA |
|
| Corrections | LRACOR LRACORDAMP |
|
| Errors | LRAERR |
|
| Unbent LRA | LRABENDER_UNBENT |
|
Bender Setup Data (Iteration Tokens)
Per-bend values sent to or adjusted for the bender. (20 tokens)
| Group | Iteration Section | Tokens |
| Bender setup | LRABENDERSETUP |
|
| Bender setup adjustments | LRABENDERSETUP |
|
| Setup plus adjustments | LRABENDERPLUSADJUSTED |
|
| Setup plus damped adjustments adjustment halved when damping is on |
LRABENDERPLUSADJUSTEDDAMP |
|
| Conrac draw and compression bend |
LRACONRAC LRACONRAC_Measured |
|
Tangent Inspection (Iteration Tokens)
One row per straight: tangent and midpoint deviations, tangent points and straight vectors. (49 tokens)
| Group | Iteration Section | Tokens |
| Tangent tolerance and deviation T1, MP, T2 |
INSPECTION |
|
| Bend straightness | INSPECTION |
|
| Master tangent points | TAN_MASTER |
|
| Measured tangent points | TAN_MEASURED |
|
| Aligned tangent points | TAN_ALIGNED |
|
| Straight vectors | STRAIGHTCOUNT_MASTER STRAIGHTCOUNT_MEASURED STRAIGHTCOUNT_FIT |
|
| Straight Z intercepts | STRAIGHTCOUNT_MASTER STRAIGHTCOUNT_MEASURED STRAIGHTCOUNT_FIT |
|
| Intersection lengths | INTERSECTIONLENGTHS_MASTER INTERSECTIONLENGTHS_MEASURED |
|
Measured Straights and GD&T (Iteration Tokens)
Cylinder fit quality and position for each measured straight. (17 tokens)
| Group | Iteration Section | Tokens |
| Cylinder fit values | STRAIGHTCOUNT_MEASURED |
|
| Cylinder fit scores | STRAIGHTCOUNT_MEASURED |
|
| GD&T straight OD position | STRAIGHTCOUNT_MEASURED |
|
Bend Profile and Radius Qualification (Iteration Tokens)
Bend-area measurements from bend profile scans. (35 tokens)
| Group | Iteration Section | Tokens |
| Bend profile setup | BENDCOUNT |
|
| Centerline radius | BENDCOUNT |
|
| OD in plane | BENDCOUNT |
|
| OD perpendicular to plane | BENDCOUNT |
|
| Ovality and out-of-round | BENDCOUNT |
|
| Bend profile OOR slices | BENDPROFILE_SLICES |
|
Space Objects, Drill Bit Bosses and Sleeves (Iteration Tokens)
Features and constructed objects attached to the tube. (37 tokens)
| Group | Iteration Section | Tokens |
| Space objects | SPACEOBJECTS |
|
| Space objects, untransformed | SPACEOBJECTS_UNTRANSFORMED |
|
| Drill bit boss size and distance | DRILLBITBOSS |
|
| Drill bit boss angles | DRILLBITBOSS |
|
| SAE J2551 sleeve | SAE_J25511_SLEEVE |
|
| Note list | NOTELIST |
|
End Form Profile (Iteration Tokens)
One row per point of a Complex End Form profile. (2 tokens)
| Group | Iteration Section | Tokens |
| Complex End Form profile points nothing is printed when the end form is Calculated |
A_END_FORM_PROFILE B_END_FORM_PROFILE |
|
LIST OF VTUBE TOKENS
This is a list of available HTML tokens for VTube report templates. We recommend that you search for a token in this list by finding the token in the category above first. Then press Ctrl-F and search for the token.
| # | Token Name | Description of Values Printed |
| 1 | ab_length_master | This token reports the Crow flight distance from endpoint A to endpoint B of the MASTER (Nominal) data. |
| 2 | ab_length_measured_before_trim | This token reports the crow flight distance from endpoint A to endpoint B of the MEASURED part before applying the trim calculation. |
| 3 | ab_length_measured_after_trim | This token reports the crow flight distance from endpoint A to endpoint B of the MEASURED part after applying the hypothetical end trim. |
| 4 | ab_length_delta_after_trim | This token reports the MEASURED AB length after the hypothetical end trim minus the MASTER AB length. |
| 5 | tube_length_measured_after_trim | This token reports the total length of the MEASURED tube after the hypothetical end trim. |
| 6 | tube_length_delta_after_trim | This token reports the MEASURED tube length after the hypothetical end trim minus the MASTER tube length. |
| 7 | ab-angledelta1 | The AB length (crow-flight from end A to End B) always forms a vector. This value reports the angle difference between the MASTER AB and the MEASURED AB vector in degrees. |
| 8 | ab-angledelta2 | The AB length (crow-flight from end A to End B) always forms a vector. This value reports the angle difference between the MASTER AB and the MEASURED-ALIGNED AB vector in degrees. |
| 9 | ab-anglemaster | This token reports the angle difference between the end A straight's vector and the end B straight's vector in a MASTER tube. |
| 10 | ab-anglemeasured | This token reports the angle difference between the end A straight's vector and the end B straight's vector in a MEASURED tube. |
| 11 | ab-anglemeasuredaligned | This token reports the angle difference between the end A straight's vector and the end B straight's vector in a MEASURED-ALIGNED tube. |
| 12 | ab-lendelta | Changed to ab-len-master-measuredaligned-delta for clarity in 4.3 build 1619 |
| 13 | ab-len-master-measuredaligned-delta | This value reports the difference between the AB Master LENGTH and the AB MEASURED-ALIGNED Length. |
| 14 | ab-lenmaster | This value reports the MASTER calculation for the length from End A to End B. |
| 15 | ab-lenmeasured | This value reports the MEASURED calculation for the length from End A to End B. |
| 16 | AB-LenOOT | This value reports the value that is Out Of Tolerance between the MASTER and MEASURED lengths from End A to End B. |
| 17 | AB-LenTrimmedOOT | This value reports how far the MEASURED AB length is out of tolerance after the hypothetical end trim. It reports 0 when the trimmed AB length is within tolerance. |
| 18 | AB-LenTolNeg | The AB length (crow-flight from end A to end B) tolerance in the negative direction |
| 19 | AB-LenTolPos | The AB length (crow-flight from end A to end B) tolerance in the positive direction |
| 20 | PassFail_Tangents_EndLengths_ABLength_EndAngles |
This token reports if a measurement result passes or fails based on the tangents, end lengths, and AB lengths attributes. |
| 21 | PassFail_Tangents_EndLengths_ABLength |
This token reports if a measurement passes or fails based on the tangents, end lengths, and AB lengths. |
| 22 | PassFail_Tangents_EndLengths_ABLengthWithTrimmedEnds_EndAngles | This token reports if a measurement passes or fails based on the tangents, end lengths, AB length after the hypothetical end trim, and end angles. |
| 23 | PassFail_Tangents_EndLengths_ABLengthWithTrimmedEnds | This token reports if a measurement passes or fails based on the tangents, end lengths, and AB length after the hypothetical end trim. |
| 24 | PassFail_Tangents_ABLengthWithTrimmedEnds | This token reports if a measurement passes or fails based on the tangents and AB length after the hypothetical end trim. |
| 25 | PassFail_Tangents_EndLengths | This token reports if a measurement passes or fails based on the tangents and end lengths. |
| 26 | PassFail_Tangents | This token reports if a measurement passes or fails based on the tangents. |
| 27 | PassFail_LRA | This token reports if a measurement passes or fails based on the LRA (length, rotation, bend angle) tolerances. |
| 28 | PassFail_EndLengths | This token reports if a measurement passes or fails based on the end lengths. |
| 29 | PassFail_ABLength | This token reports if a measurement passes or fails based on the AB length. |
| 30 | PassFail_ABLengthWithTrimmedEnds | This token reports if a measurement passes or fails based on the AB length after the hypothetical end trim. |
| 31 | TangentsInTolerancePercentage | This token reports the percentage of tangent measurements that are within tolerance, rounded to a whole number. |
| 32 | a_end_length_adjustment |
This token reports the End "A" length adjustment. The adjustment dynamically adds material to the tube end without moving the endpoint. This token alters both the MASTER and MEASURED length. |
| 33 | a-endangledifference | This value reports the end A angle difference between MASTER and MEASURED |
| 34 | a-endangledifferencetolerance | This value reports the tolerance for the end A angle difference between MASTER and MEASURED |
| 35 | a-endlengthdifference | This value reports the A end length difference between MASTER and MEASURED |
| 36 | a-endlengthdifferencetolerance | This value reports tolerance for the A end length difference between MASTER and MEASURED |
| 37 | a-endlengthdifferencetoleranceneg | This value reports tolerance for the A end length difference between MASTER and MEASURED in the negative direction |
| 38 | a-endlengthdifferencetolerancepos | This value reports tolerance for the A end length difference between MASTER and MEASURED in the positive direction |
| 39 | aendoffset | This token shows the A-End Offset for the MEASURED tube. If a user needed to extend the end of a tube for a scan, they could enter the value of the extension so VTube-LASER knew it was measuring something longer than the end of the tube, but would know the length and be able to push back the measurement to the actual end of the tube. |
| 40 | A-EndOffset | This token shows the T1 dev value for the first straight in a project. This value can also be found in the Inspection Data window under Tan/Mid
|
| 41 | EndTrimProfileReport_EndA |
This token shows a user information about the end trim data for end A. Information included is: Tube Data Source End Trim Profile Cloud Count Solutions Found End Trim Profile Cloud Data |
| 42 | EndADiameter |
The diameter of End A. This can vary between the end and the rest of the tube
|
| 43 | EndA_TolT1 |
This token reflects the tolerance used for end A. By changing the default tolerance, the "A" Offset value will change. |
| 44 | b-endangledifference |
This value reports the end B angle difference between MASTER and MEASURED |
| 45 | b_end_length_adjustment |
This token alters both the MASTER and MEASURED B length. This token reports the End "B" length adjustment. The adjustment dynamically adds material to the tube end without moving the endpoint. |
| 46 | b-endangledifferencetolerance |
This value reports the tolerance for the end B angle difference between MASTER and MEASURED |
| 47 | b-endlengthdifference |
This value reports the B end length difference between MASTER and MEASURED |
| 48 | b-endlengthdifferencetolerance |
This value reports tolerance for the B end length difference between MASTER and MEASURED |
| 49 | b-endlengthdifferencetoleranceneg |
This value reports tolerance for the B end length difference between MASTER and MEASURED in the negative direction |
| 50 | b-endlengthdifferencetolerancepos |
This value reports tolerance for the B end length difference between MASTER and MEASURED in the positive direction |
| 51 | bendoffset |
This token shows the B-End Offset for the MEASURED tube. If a user needed to extend the end of a tube for a scan, they could enter the value of the extension so VTube-LASER knew it was measuring something longer than the end of the tube, but would know the length and be able to push back the measurement to the actual end of the tube. |
| 52 | B-EndOffset |
This token shows the T2 dev value for the last straight in a project. This value can also be found in the Inspection Data window under Tan/Mid |
| 53 | EndTrimProfileReport_EndB |
This token shows a user information about the end trim data for end B. Information included is: Tube Data Source End Trim Profile Cloud Count Solutions Found End Trim Profile Cloud Data |
| 54 | EndBDiameter |
The diameter of End B. This can vary between the end and the rest of the tube
|
| 55 | EndB_TolT2 |
This token reflects the tolerance used for end B. By changing the default tolerance, the "B" Offset value will change. |
| 56 | alignment-plp-linepoint1-coordinate | This token shows the coordinates of Line Point 1 in the PLP alignment |
| 57 | alignment-plp-linepoint1-setup | This token shows the setup for Line Point 1. Ex: Straight1-End1 (S1-End 1) |
| 58 | alignment-plp-linepoint2-coordinate | This token shows the coordinates of Line Point 2 in the PLP alignment |
| 59 | alignment-plp-linepoint2-setup | This token shows the setup for Line Point 2. |
| 60 | Alignment-PLP-PlanePoint1-Coordinate | This token shows the coordinates of Plane Point 1 in the PLP alignment |
| 61 | Alignment-PLP-PlanePoint1-Setup | This token shows the setup for Plane Point 1. |
| 62 | alignment-plp-planepoint2-coordinate | This token shows the coordinates of Plane Point 2 in the PLP alignment |
| 63 | alignment-plp-planepoint2-setup | This token shows the setup for Plane Point 2. |
| 64 | alignment-plp-planepoint3-coordinate | This token shows the coordinates of Plane Point 3 in the PLP alignment |
| 65 | alignment-plp-planepoint3-setup | This token shows the setup for Plane Point 3. |
| 66 | alignment-plp-translationpoint-coordinate | This token shows the coordinates of the Translation point in the PLP alignment |
| 67 | alignment-plp-translationpoint-setup | This token shows the setup for the Translation Point. |
| 68 | alignment-type |
The token shows the type of alignment used to compare MEASURED to MASTER data.
|
| 69 | AlignmentStyle | This token shows the alignment style selected in the Measure window. |
| 70 | AmbientTemperature | Ambient Temperature of the environment in which the arm is located |
| 71 | armaccuracyspec | The specs of the arm to determine accuracy |
| 72 | armcalibrationdate | The last date the arm was calibrated. |
| 73 | armcertificationdate | The last date the arm was certified. |
| 74 | armserialnumber | The serial number of the arm |
| 75 | MeasuringDeviceName | This token shows the type of measuring device (arm) connected to VTube. |
| 76 | array_a | The value for the MASTER angle (L) |
| 77 | array_a_fullspringback | This token shows the angle (A) values of the MASTER tube with Springback taken into account. If there is no springback in the project, the values will be the same as the MASTER tube data. |
| 78 | array_l_fullspringback |
This token shows the length (L) values of the MASTER tube with Springback taken into account. If there is no springback in the project, the values will be the same as the MASTER tube data. |
| 79 | fixedspringback |
This token shows the fixed springback in degrees used in a project Springback = [(Bend Angle x Proportional %) + Fixed] |
| 80 | proportionalspringback |
This token shows the proportional spring back used in a project shown in percentages. Springback = [(Bend Angle x Proportional %) + Fixed] |
| 81 | array_a_unbent | This token reflects the Angle (A) in an Unbent tube. This value should be 0 since when a tube is unbent there is no rotation or angle. |
| 82 | array_l_unbent |
The value for the master UNBENT lengths. This should be the only value in an unbent tube report since there should be no rotation or angle values |
| 83 | array_r_unbent |
This token shows all the unbent rotations for the MASTER LRA table. This value should be 0 since there are no rotation or angle values for an unbent tube. |
| 84 | array_r_unbent_cwpos |
This token shows the rotation of an unbent tube in the CLOCKWISE positive direction. This should be 0 because there is no rotation value in an unbent tube. |
| 85 | array_radius_lra_unbent |
This token shows the radius associated with each row of the unbent MASTER LRA data |
| 86 | array_radius_xyz_unbent |
This token shows the radius for each row of the MASTER XYZ table in the unbent orientation |
| 87 | array_x_unbent |
This token shows all of the X values for an unbent tube. These will be the same X values as a bent tube. |
| 88 | array_y_unbent |
This token shows all of the Y values for an unbent tube. These will be the same Y values as a bent tube. |
| 89 | array_z_unbent |
This token shows all of the Z values for an unbent tube. These are the same Z values as a bent tube. |
| 90 | array_abender_plus_adjustments | This token shows the angle (A) values that are currently in the Bender Setup page plus the adjustments (The orange columns) These values will change with each recall. |
| 91 | array_lbender_plus_adjustments_damping | This token shows the length (L) values in the Bender Setup page plus the damped length adjustment. When length damping is on, the adjustment is reduced to half. Use it in the LRABENDERPLUSADJUSTEDDAMP section. |
| 92 | array_rbender_plus_adjustments_damping | This token shows the rotation (R) values in the Bender Setup page plus the damped rotation adjustment. When rotation damping is on, the adjustment is reduced to half. Use it in the LRABENDERPLUSADJUSTEDDAMP section. |
| 93 | array_abender_plus_adjustments_damping | This token shows the bend angle (A) values in the Bender Setup page plus the damped bend adjustment. When bend damping is on, the adjustment is reduced to half. Use it in the LRABENDERPLUSADJUSTEDDAMP section. |
| 94 | array_abendersetup | This token shows the angle (A) values that are currently in the Bender Setup page in the blue columns. These values will change with each recall (if the blue columns change). |
| 95 | array_length_adjustments_bendersetup | This token shows the length (L) adjustment values from the Bender Setup page (the orange columns). |
| 96 | array_rotation_adjustments_bendersetup | This token shows the rotation (R) adjustment values from the Bender Setup page (the orange columns). |
| 97 | array_bend_adjustments_bendersetup | This token shows the bend angle (A) adjustment values from the Bender Setup page (the orange columns). |
| 98 | array_aerr | This token reports the angle (A) error. This value will be the opposite of the correction values. Example: If VTube is reporting a 0.5-degree angle correction, the error will be -0.5. |
| 99 | array_lerr |
This token reports the length (L) error. This value will be the opposite of the correction values. Example: If VTube reports a 1-inch correction, the error will be "-1". |
| 100 | array_rerr |
This token reports the rotation (R) error. This value will be the opposite of the correction values. Example: If VTube is reporting a 0.5-degree rotation correction, the error will be -0.5. |
| 101 | array_rerr_cwpos |
The rotation error of a measured tube in a Clockwise positive rotation setup. |
| 102 | array_rbender_plus_adjustments_cwpos |
This token shows the rotation (R) values, in a clockwise positive direction, that are currently in the Bender Setup page plus the adjustments (The orange columns) These values will change with each recall. |
| 103 | array_rbendersetup_cwpos |
This token shows the rotation (R) values, in a clockwise positive direction, that are currently in the Bender Setup page in the blue columns. These values will change with each recall (if the blue columns change). |
| 104 | array_rcor_cwpos |
This token shows the correction values for the rotations (R) in a clockwise direction in a project. |
| 105 | array_rmeas_cwpos |
This token shows the rotation (R) values for each row in the MEASURED LRA table in a CLOCKWISE positive direction. |
| 106 | array_r_360cwpos |
The 360cwpos token allows a user to look at the CLOCKWISE rotation in a 360-degree rotation method for each bend. |
| 107 | array_ameas |
This token shows all MEASURED angle values (A) |
| 108 | array_aligned_straight_vector_x |
Insert the X value of an aligned straight's vector. |
| 109 | array_aligned_straight_vector_y | Insert the Y value of an aligned straight's vector. |
| 110 | array_aligned_straight_vector_z | Insert the Z value of an aligned straight's vector. |
| 111 | array_master_straight_vector_x |
Insert the X value of a MASTER straight's vector. |
| 112 | array_master_straight_vector_y |
Insert the Y value of a MASTER straight's vector. |
| 113 | array_master_straight_vector_z |
Insert the Z value of a MASTER straight's vector. |
| 114 | array_measured_straight_vector_x |
Insert the X value of a measured straight's vector. |
| 115 | array_measured_straight_vector_y |
Insert the Y value of a measured straight's vector. |
| 116 | array_measured_straight_vector_z |
Insert the Z value of a measured straight's vector. |
| 117 | array_aligned_straight_Zintercept_x |
Insert the X value for the aligned straight's Z intercept (XY plane). |
| 118 | array_aligned_straight_Zintercept_y |
Insert the Y value for the aligned straight's Z intercept (XY plane). |
| 119 | array_master_straight_Zintercept_x |
Insert the X value for the master straight's Z intercept (XY plane). |
| 120 | array_master_straight_Zintercept_y |
Insert the Y value for the master straight's Z intercept (XY plane). |
| 121 | array_measured_straight_Zintercept_x |
Insert the X value for the measured straight's Z intercept (XY plane). |
| 122 | array_measured_straight_Zintercept_y |
Insert the Y value for the measured straight's Z intercept (XY plane). |
| 123 | array_aligned_tan_x1 | This token reports all of the tangent 1 values in the X axis for the ALIGNED tube |
| 124 | array_aligned_tan_x2 | This token reports all of the tangent 2 values in the X axis for the ALIGNED tube |
| 125 | array_master_tan_x1 |
This token reports all of the tangent 1 values in the X axis for the MASTER tube |
| 126 | array_master_tan_x2 |
This token reports all of the tangent 2 values in the X axis for the MASTER tube |
| 127 | array_measured_tan_x1 |
This token reports all of the tangent 1 values in the X axis for the MEASURED tube. |
| 128 | array_measured_tan_x2 |
This token reports all of the tangent 2 values in the X axis for the MEASURED tube |
| 129 | array_aligned_tan_y1 | This token reports all of the tangent 1 values in the Y axis for the ALIGNED tube |
| 130 | array_aligned_tan_y2 | This token reports all of the tangent 2 values in the Y axis for the ALIGNED tube |
| 131 | array_master_tan_y1 |
This token reports all of the tangent 1 values in the Y axis for the MASTER tube |
| 132 | array_master_tan_y2 |
This token reports all of the tangent 2 values in the Y axis for the MASTER tube |
| 133 | array_measured_tan_y1 |
This token reports all of the tangent 1 values in the Y axis for the MEASURED tube. |
| 134 | array_measured_tan_y2 |
This token reports all of the tangent 2 values in the Y axis for the MEASURED tube. |
| 135 | array_aligned_tan_z1 | This token reports all of the tangent 1 values in the Z axis for the ALIGNED tube |
| 136 | array_aligned_tan_z2 | This token reports all of the tangent 2 values in the Z axis for the ALIGNED tube |
| 137 | array_master_tan_z1 |
This token reports all of the tangent 1 values in the Z axis for the MASTER tube |
| 138 | array_master_tan_z2 |
This token reports all of the tangent 2 values in the Z axis for the MASTER tube |
| 139 | array_measured_tan_z1 |
This token reports all of the tangent 1 values in the Z axis for the MEASURED tub.e |
| 140 | array_measured_tan_z2 |
This token reports all of the tangent 2 values in the Z axis for the MEASURED tube. |
| 141 | array_arclength | Report the arc length for each angle in a bent tube. |
| 142 | array_dev_tmt_average | This token shows the average of all the deviations between tangent 1, midpoint and tangent 2 (tmt). This will show the average deviation value for each straight in a project. |
| 143 | array_bend_straightness_nominal | This token will show the straightness value for the MASTER bend data. Combine this array value with the BENDNUMBER count in an array section. |
| 144 | array_bend_straightness_measured | This token will show the straightness value for the MEASURED bend data. Combine this array value with the BENDNUMBER count in an array section. |
| 145 | array_dev_tmt_maximum | This token shows the maximum tangent point deviation in any straight. If, for straight 1, T1 dev is larger than T2 dev, then the value returned is T1 dev. |
| 146 | array_devmp | This token shows the deviation of the Midpoint (middle of a straight) for all straights in a project |
| 147 | array_devt1 | This token shows the deviation of tangent 1 (beginning of the straight) for all straights in a project |
| 148 | array_devt2 | This token shows the deviation of tangent 2 (end of the straight) for all straights in a project |
| 149 | array_dofbend_lra | |
| 150 | array_DrillBitBoss_AngleToFirstBendPlane_OrientationBendPlaneToBoss | The Angle of a hole to the first bend plane, in the orientation of the bend plane to the hole |
| 151 | array_DrillBitBoss_AngleToFirstBendPlane_OrientationBossToBendPlane | The Angle of a hole to the first bend plane, in the orientation of the bend plane to the plane the hole is on. |
| 152 | array_DrillBitBoss_AngleToFirstDrillBitBoss_OrientationCurrentBossToFirstBoss | The Angle of the first hole to the first bend plane, in the orientation of the selected hole to the first hole |
| 153 | array_DrillBitBoss_AngleToFirstDrillBitBoss_OrientationFirstBossToCurrentBoss | The Angle of the first hole to the first bend plane, in the orientation of the first hole to the selected hole. |
| 154 | array_DrillBitBoss_AngleToNextBendPlane_OrientationBendPlaneToBoss | The Angle of a hole to the next bend plane, in the orientation of the bend plane to the hole. |
| 155 | array_DrillBitBoss_AngleToNextBendPlane_OrientationBossToBendPlane | The Angle of a hole to the next bend plane, in the orientation of the hole to the bend plane. |
| 156 | array_DrillBitBoss_AngleToPreviousBendPlane_OrientationBendPlaneToBoss | The Angle of a hole to the previous bend plane, in the orientation of the plane to the hole. |
| 157 | array_DrillBitBoss_AngleToPreviousBendPlane_OrientationBossToBendPlane | The Angle of a hole to the previous bend plane, in the orientation of the hole to the plane. |
| 158 | array_DrillBitBoss_Diameter | This token shows the diameter of the drill bit boss. |
| 159 | array_DrillBitBoss_Distance_ToEndA | This token shows the length value of the center of a circle back to end A in an unbent tube. |
| 160 | array_DrillBitBoss_Distance_ToNextTangent | The distance between a hole and the next tangent point |
| 161 | array_DrillBitBoss_Distance_ToPreviousTangent | The distance between a hole and the previous tangent point. |
| 162 | array_end2tan | The value of two lengths + the arc length. Example: Straight 1 = 10.057 + Straight 2 = 10.271 + Arc Length = 3.200 Total = 23.527 |
| 163 | array_GDT_Straight_OD_Measured_Value_Of_Position |
This displays the GD&T straight's OD measured values of position. The measured value of position is like a tangent envelope deviation - except that it always double the tangent envelope value. Also, GD&T only requires one measured position per straight, so the largest value of the two tangents is returned in this token. In the GD&T grid, both T1 and T2 positions have unique tolerances, so the position tolerance used for qualification is always whichever of the two tangents has the larger value. |
| 164 | array_GDT_Straight_OD_Position_Tolerance | This displays the GD&T straight's OD position tolerance. It is double the tangent tolerance of the tangent (T1 or T2) with the larger deviation. |
| 165 | array_GDT_Straight_OD_Position_OOT | This displays how far the GD&T straight's OD measured value of position is out of tolerance. It reports 0 when the position is within tolerance. |
| 166 | array_index | This token shows the number of straights in a particular project on a report |
| 167 | array_intersectionlengths_delta | This token shows the delta/deviation between the MASTER and MEASURED intersection lengths |
| 168 | array_intersectionlengths_master | This token shows all MASTER intersection lengths |
| 169 | array_intersectionlengths_measured | This token shows all MEASURED intersection lengths |
| 170 | array_l | The token for all MASTER length values (L). |
| 171 | array_lbender_plus_adjustments | This token shows the length (L) values that are currently in the Bender Setup page plus the adjustments (The orange columns) These values will change with each recall. |
| 172 | array_lbendersetup | This token shows the length (L) values that are currently in the Bender Setup page in the blue columns. These values will change with each recall (if the blue columns change). |
| 173 | array_rcor |
This token shows the correction values for the rotations (R) in a counterclockwise direction in a project. |
| 174 | array_acor |
This token shows the correction values for the angles (A) in a project. |
| 175 | array_lcor | This token shows the correction values for the lengths (L) in a project. |
| 176 | array_lcor_absolute | This token shows the length (L) correction values for absolute bending projects. |
| 177 | array_rcor_absolute |
This token shows the correction values for the rotations (R) in an absolute rotation direction. The dial on an absolute rotation spindle reads from 0-360 in a clockwise direction. |
| 178 | array_length_master_conrac_compressionbend | This token shows the MASTER length (C) distance for COMPRESSION bending. |
| 179 | array_length_master_conrac_drawbend | This token shows the distance (C) values in an absolute or draw bending scenario for a MASTER tube. This value will always start with the largest value for bend 1 and get smaller further down the print. Example: If a the total tube cut length is 20", the first length value may be 18" then 15" then 12". The numbers will always decrease. |
| 180 | array_length_measured_conrac_drawbend | This token shows the distance (C) values in an absolute or draw bending scenario for a MEASURED tube. This value will always start with the largest value for bend 1 and get smaller further down the print. Example: If a the total tube cut length is 20", the first length value may be 18" then 15" then 12". The numbers will always decrease. |
| 181 | array_lmeas | The token for all MEASURED length values (L). |
| 182 | array_LRAdeviation_Aoot | This token shows a user whether or not an angle is Out Of Tolerance based on a set angle tolerance. This angle degree tolerance can be set in Inspection Data under Data > Bender Data |
| 183 | array_LRAdeviation_Adeviation | This token shows the bend angle deviation between the MEASURED and MASTER tubes. |
| 184 | array_LRAdeviation_ATol | This token shows the tolerance being used to qualify the bend angle of measured tubes. |
| 185 | array_LRAdeviation_Ldeviation | This token shows the length deviation between the MEASURED and MASTER tubes. |
| 186 | array_LRAdeviation_Loot | This token shows a user whether or not a length is Out Of Tolerance. This length tolerance can be set in Inspection Data under Data > Bender Data |
| 187 | array_LRAdeviation_LTol | This token shows the tolerance being used to qualify the length of measured tubes. |
| 188 | array_LRAdeviation_Rdeviation | This token shows the rotation deviation between the MEASURED and MASTER tubes. |
| 189 | array_LRAdeviation_Root | This token shows a user whether or not a rotation is Out Of Tolerance. This rotation tolerance can be set in Inspection Data under Data > Bender Data |
| 190 | array_LRAdeviation_RTol | Insert the tolerance being used to qualify the rotation of measured tubes. |
| 191 | array_master_dbb_plus_arclen | The master length plus the arc length. Example: Straight 1 = 10.057 + Arc Length = 3.200 Total = 13.257 |
| 192 | array_master_tangent_distance | This reports the distance between tangents of the MASTER tube. |
| 193 | array_measuredstraight_cylindricity | This token shows the MEASURED straight cylindricity value. Cylindricity is the difference between the high and the low surface points relative to the cylinder centerline. |
| 194 | array_measuredstraight_cylindricity_score | This token shows a user whether a measured cylinder's cylindricity is considered passing or whether the scan was a 'good' scan based on the tolerances set by the user. Anything below 100% is not considered 'good,' and the user may want to re-scan the tube. |
| 195 | array_measuredstraight_dcfuncertainty | This token shows a user the Dual Cylinder Fit uncertainty fit of a scan. The DCF calculation divides the surface data into two groups, then calculates the cylinder data and intersection points twice to verify low absolute uncertainty. This token reports that number. |
| 196 | array_measuredstraight_dcfuncertainty_score | This token shows a user whether a MEASURED cylinder was a 'good' scan or not based on the tolerances set by the user. This token is specifically looking at the DCF. Dual Cylinder Fit. Anything below 100% is not considered 'good' and the user may want to re-scan the tube. |
| 197 | array_measuredstraight_diameter | This token shows the diameter of all measured straights. |
| 198 | array_measuredstraight_nearpassdeviation | This token shows the Near Pass deviation on a measured tube. VTube calculates the Nearest Pass distance when finding 3-D intersections between two straights. This token reports the deviations. The default is .098in |
| 199 | array_measuredstraight_nearpassdeviation_score | This token reports back to the user a score based on the Near Pass deviation so they can decide weather or not the scan was a quality scan or not. |
| 200 | array_measuredstraight_ovalitypercentage | This token shows the ovality percentage found on a measured tube straight |
| 201 | array_measuredstraight_ovalitypercentage_score | This token reports back to the user a score based on the ovality percentage deviation so they can decide weather or not the scan was a quality scan or not. |
| 202 | array_measuredstraight_wobbledeviation | This token shows the wobble deviation. Wobble is a statistical prediction by the math engine regarding how confident it is for the cylinder centerline calculation from the surface points. |
| 203 | array_measuredstraight_wobbledeviation_score | This token reports back to the user a score based on the wobble deviation so they can decide weather or not the scan was a quality scan or not. |
| 204 | array_midpoint_x | This token reports all of the midpoint values in the X axis for the MASTER tube |
| 205 | array_midpoint_xfit | This token reports all of the midpoint values in the X axis for the ALIGNED tube |
| 206 | array_midpoint_xmeas | This token reports all of the midpoint values in the X axis for the MEASURED tube |
| 207 | array_midpoint_y | This token reports all of the midpoint values in the Y axis for the MASTER tube |
| 208 | array_midpoint_yfit | This token reports all of the midpoint values in the Y axis for the ALIGNED tube |
| 209 | array_midpoint_ymeas | This token reports all of the midpoint values in the Y axis for the MEASURED tube |
| 210 | array_midpoint_z | This token reports all of the midpoint values in the Z axis for the MASTER tube |
| 211 | array_midpoint_zfit | This token reports all of the midpoint values in the Z axis for the ALIGNED tube |
| 212 | array_midpoint_zmeas | This token reports all of the midpoint values in the Z axis for the MEASURED tube |
| 213 | array_mp_oot | This token shows the out of tolerance values for the midpoints of all straights in a project. |
| 214 | array_notelist | This token will show all the notes listed in a project. These notes can be added in the Part Setup menu under the Notes List tab |
| 215 | array_point_label |
This token is for the MASTER point labels on the tube in the viewport.
|
| 216 | array_point_label_measured | This token is for the MEASURED point labels on the tube in the viewport. |
| 217 | array_postarc_accumulated_master | This token shows the user the current arc length plus the straight length for straight 1. For straight 2, the value = arc length + straight length + next straight length + next arc length. |
| 218 | array_postlength_accumulated_from_other_end_master | |
| 219 | array_postlength_accumulated_master | This token shows the user the current length plus the previous length plus the arc length. Example: Straight #2 is 2.33", straight #1 is 2", the arc length is 1.571 so the Accum value is 5.914 |
| 220 | array_r | This token shows the rotation (R) values for each row in the MASTER LRA table. |
| 221 | array_r_cwpos | This token shows the rotation (R) values for each row in the MASTER LRA table, with clockwise rotation as positive. |
| 222 | array_radius_lra | This token shows the radius associated with each row of the MASTER LRA data |
| 223 | array_radius_lra_bendersetup | This token shows the radius values that are currently in the Bender Setup page in the last column. These values will change with each recall (if the value was to change) |
| 224 | array_radius_lrameas | This token shows the radius associated with each row of the MEASURED LRA data |
| 225 | array_radius_xyz | The radius values associated with each row of the XYZ table. If the radius values are not the same for each row, this token will reflect that. |
| 226 | array_radius_xyzdev | |
| 227 | array_radius_xyzfit | This token shows the user the Measured Aligned XYZ radius values. If the radius is not measured, they will default to the nominal values. If they are measured, they will be linked to the correct radius in the Measured Aligned tube section on the report. |
| 228 | array_radius_xyzmeas | This token shows the user the Measured XYZ radius values. If the radius is not measured, they will default to the nominal values. If they are measured, they will be linked to the correct radius in the Measured tube section on the report. |
| 229 | array_radiusqualification_bendprofile_measure_type | The bend profile measure type tells the user which type of measurement was taken. The options are "Inside Only", "Inside/Outside", "Four Sides", and "Outside Only" |
| 230 | array_radiusqualification_bendprofile_measured_yes_no | This token will let a user know right away if a bend was measured or not. YES if it was measured and NO if it was not measured. |
| 231 | array_radiusqualification_bendprofile_envelope_in_out | This lets the user know right away if the measured bend profile is within their allowed tolerance they are using. IN if the bend is within tolerance and OUT if it is above the allowed tolerance. |
| 232 | array_radiusqualification_bendprofile_envelope_tolerance | This shows the user what the tolerance is for the bend profile. This value can be adjusted in Inspection Data under Data > Bend Profiles > Envelope > Default Tolerance |
| 233 | array_radiusqualification_clr | This shows the MEASURED center line of the radius of a tube. |
| 234 | array_radiusqualification_clr_deviation | This shows the DEVIATION between the MASTER and MEASURED center line of the radius of a tube. |
| 235 | array_radiusqualification_clr_oot | This shows how Out Of Tolerance the center line of a radius is between measured and master tubes. |
| 236 | array_radiusqualification_clr_tolerance | This token dictates the tolerance allowed for the center line radius of a tube to determine weather or not the tube passes inspection. |
| 237 | array_radiusqualification_insideradius | This token shows the measured inside radius of a bend. |
| 238 | array_radiusqualification_od_inplane_actual | This token shows the MEASURED outside diameter of the bend profile in plane |
| 239 | array_radiusqualification_od_inplane_change | |
| 240 | array_radiusqualification_od_inplane_oot | The Out Of Tolerance value for the bend radius Outside Diameter for In-Plane measures. MASTER -MEASURED - Tolerance = OOT |
| 241 | array_radiusqualification_od_inplane_tolerance | The tolerance used to determine if the outside diameter of a bend radius is acceptable In-Plane |
| 242 | array_radiusqualification_od_nominal | This token shows the MASTER outside diameter of the bend profile |
| 243 | array_radiusqualification_od_perpplane_actual | This token shows the MEASURED outside diameter of the bend profile |
| 244 | array_radiusqualification_od_perpplane_change | |
| 245 | array_radiusqualification_od_perpplane_oot | The out of tolerance of the diameter. Master OD - Measured OD - Tolerance |
| 246 | array_radiusqualification_od_perpplane_tolerance | The tolerance used to determine whether or not the deviation between nominal and measured Diameter (OD) is acceptable. |
| 247 | array_radiusqualification_ovality_oot | The Out Of Tolerance of bend profile ovality. Ovality - Tolerance |
| 248 | array_radiusqualification_ovality_percentage | The bend profile ovality percentage ((Nominal OD - Minimum OD) / Nominal OD) x 100 |
| 249 | array_radiusqualification_ovality_tolerance | The tolerance used to determine whether or not the bend profile ovality is acceptable or not. |
| 250 | defaultradius |
The radius used for all rows of XYZ and LRA data. If one row has a different value, a user will need to go in and identify that. |
| 251 | array_radiusqualification_oor_oot |
The Out Of Tolerance of bend profile ovality. Out Of Round- Tolerance |
| 252 | array_radiusqualification_oor_percentage |
The bend profile out of round percentage ((2x (OD Perp - OD In-plane)) / (OD Perp + OD in-plane)) x 100 |
| 253 | array_radiusqualification_oor_tolerance |
Bend Profile Out Of Round tolerance used to determine whether or not the bend profile is in tolerance or not. |
| 254 | array_rbender_plus_adjustments | This token shows the rotation (R) values, in a counter clockwise positive direction, that are currently in the Bender Setup page plus the adjustments (The orange columns) These values will change with each recall. |
| 255 | array_rbendersetup | This token shows the rotation (R) values, in a counter clockwise positive direction, that are currently in the Bender Setup page in the blue columns. These values will change with each recall (if the blue columns change). |
| 256 | array_rmeas | This token shows the rotation (R) values for each row in the MEASURED LRA table. |
| 257 | array_rotation_master_conrac | This token shows the rotation for the MASTER tube in a Clockwise or Counter Clockwise direction. This is referred to as the Turn Angle (E) |
| 258 | array_rotation_measured_conrac | This token shows the rotation for the MEASURED tube in a Clockwise or Counter Clockwise direction. This is referred to as the Turn Angle (E) |
| 259 | Array_RotationDirection | Insert the rotation directions used in a part. The values inside this array will be clockwise (CW) or counter clockwise (CCW) viewed from the front of the bender. |
| 260 | Array_RotationDirection_Measured | The rotation (CW or CCW) of a measured tube. |
| 261 | array_SAEJ2551Sleeve_DatumFeatureName | This token shows the name of the datum feature for the SAE J2551 sleeve. Use it in the SAE_J25511_SLEEVE section. |
| 262 | array_SAEJ2551Sleeve_SleeveAnchorPoint | This token shows the anchor point that the SAE J2551 sleeve location is measured from. |
| 263 | array_SAEJ2551Sleeve_DirectionToSleeveFromAnchor | This token shows the direction from the anchor point to the SAE J2551 sleeve. |
| 264 | array_SAEJ2551Sleeve_StraightNumber | This token shows the number of the straight that has the SAE J2551 sleeve. |
| 265 | array_SAEJ2551Sleeve_DistanceAnchorToSleeve | This token shows the distance from the anchor point to the SAE J2551 sleeve. |
| 266 | array_SAEJ2551Sleeve_SleeveLength | This token shows the length of the SAE J2551 sleeve. |
| 267 | array_SAEJ2551Sleeve_MeasuredValueOfPosition | This token shows the measured value of position for the SAE J2551 sleeve. |
| 268 | array_SAEJ2551Sleeve_PositionTolerance | This token shows the position tolerance for the SAE J2551 sleeve. |
| 269 | array_SAEJ2551Sleeve_MeasuredValueOfPosition_OOT | This token shows how far the SAE J2551 sleeve's measured value of position is out of tolerance. |
| 270 | array_SpaceObject_Metrics_Deviation_Value | The list of deviation values for transformed Space Objects |
| 271 | array_SpaceObject_Untransformed_Metrics_Deviation_Value | The list of deviation values for untransformed Space Objects |
| 272 | array_SpaceObject_Metrics_Measured_Value | The list of measured values for transformed Space Objects |
| 273 | array_SpaceObject_Untransformed_Metrics_Measured_Value | The list of measured values for untransformed Space Objects |
| 274 | array_SpaceObject_Metrics_NamesList | The list of names for all the transformed Space Object metrics. |
| 275 | array_SpaceObject_Metrics_Name | This token is the same as array_SpaceObject_Metrics_NamesList. It shows the name of each transformed Space Object metric. |
| 276 | array_SpaceObject_Untransformed_Metrics_NamesList | The list of names for all the untransformed Space Object metrics. |
| 277 | array_SpaceObject_Metrics_Nominal_Value | The list of nominal values for all Space Objects |
| 278 | array_SpaceObject_Untransformed_Metrics_Nominal_Value | The list of nominal values for all untransformed Space Objects |
| 279 | array_SpaceObject_Metrics_OOT_Value | The list of Out Of Tolerance values for transformed Space Objects |
| 280 | array_SpaceObject_Untransformed_Metrics_OOT_Value | The list of Out Of Tolerance values for untransformed Space Objects |
| 281 | array_SpaceObject_Metrics_Tolerance_Value | The list of tolerance values for transformed Space Objects |
| 282 | array_SpaceObject_Untransformed_Metrics_Tolerance_Value | The list of tolerance values for untransformed Space Objects |
| 283 | array_SpaceObject_Name | The list of transformed Space Object names. |
| 284 | array_SpaceObject_Untransformed_Name | The list of untransformed Space Object names. |
| 285 | array_t1_oot | This token shows the out-of-toleranceout-of-tolerance value for tangent 1 (beginning of the straight) for all straights in a project |
| 286 | array_t2_oot | This token shows the out of tolerance value for tangent 2 (end of the straight) for all straights in a project |
| 287 | array_tolmp | This token shows the deviation of the midpoint (middle of the straight) for all straights in a project |
| 288 | array_tolt1 | This token shows the tolerance of tangent 1 (beginning of the straight) for all straights in a project |
| 289 | array_tolt2 | This token shows the tolerance of tangent 2 (end of the straight) for all straights in a project |
| 290 | array_tolXint | The overall tolerance allowed for all X values. |
| 291 | array_tolXint_neg | The negative tolerance allowed for all X values in a project |
| 292 | array_tolXint_pos | The positive tolerance allowed for all X values in a project |
| 293 | array_tolYint | The overall tolerance allowed for all Y values. |
| 294 | array_tolYint_neg | The negative tolerance allowed for all Y values in a project |
| 295 | array_tolYint_pos | The positive tolerance allowed for all Y values in a project |
| 296 | array_tolZint | The overall tolerance allowed for all Z values. |
| 297 | array_tolZint_neg | The negative tolerance allowed for all Z values in a project |
| 298 | array_tolZint_pos | The positive tolerance allowed for all Z values in a project |
| 299 | array_x | This token shows the X values for each row in the MASTER XYZ table. |
| 300 | array_x_aligned_todatum_aligned | This shows distances to the X datum in the measured aligned part |
| 301 | array_x_aligned_todatum_master | The value showing the deviation in the X column between the MASTER and ALIGNED tubes for the |
| 302 | array_x_master_todatum_master | This shows distances to the X datum in the MASTER part |
| 303 | array_xdev | The X deviation between the MEASURED and MASTER tubes. |
| 304 | array_xfit | The measured values for the X column |
| 305 | array_xint_outtol | This token shows how far out of tolerance the measured X values are in a project |
| 306 | array_xmeas | This token shows all of the X values for a MEASURED tube. |
| 307 | array_xyz_int_dev | This token shows the XYZ Intersection deviation for the GD&T Centerline data. |
| 308 | array_xyz_int_outtol | This is the XYZ Intersection 3D OUT OF TOLERANCE value returned in an array of values. This is for a GD&T true position qualification of the intersection points in a tube shape. (Added on June 28, 2024) |
| 309 | array_xyz_int_tol | This is the XYZ Intersection 3D Tolerance returned in an array of values. This is for a GD&T true position qualification of the intersection points in a tube shape. |
| 310 | array_y | This token shows the Y values for each row in the MASTER XYZ table. |
| 311 | array_y_aligned_todatum_aligned | This shows distances to the Y datum in the measured aligned part |
| 312 | array_y_aligned_todatum_master | The value showing the deviation in the Y column between the MASTER and ALIGNED tubes for the |
| 313 | array_y_master_todatum_master | This shows distances to the Y datum in the MASTER part |
| 314 | array_ydev | The Y deviation between the MEASURED and MASTER tubes. |
| 315 | array_yfit | The measured values for the Y column |
| 316 | array_yint_outtol | This token shows how far out of tolerance the measured Y values are in a project |
| 317 | array_ymeas | This token shows all of the Y values for a MEASURED tube. |
| 318 | array_z | This token shows the Z values for each row in the MASTER XYZ table. |
| 319 | array_z_aligned_todatum_aligned | This shows distances to the Z datum in the measured aligned part |
| 320 | array_z_aligned_todatum_master | The value showing the deviation in the Z column between the MASTER and ALIGNED tubes for the |
| 321 | array_z_master_todatum_master | This shows distances to the Z datum in the MASTER part |
| 322 | array_zdev | The Z deviation between the MEASURED and MASTER tubes. |
| 323 | array_zfit | The measured values for the Z column |
| 324 | array_zint_outtol | This token shows how far out of tolerance the measured Z values are in a project |
| 325 | array_zmeas | This token shows all of the Z values for a MEASURED tube. |
| 326 | author | The author of the currently loaded project. |
| 327 | BenderNumber | The number of the bender being used in conjunction with the currently loaded project. This is the number inside VTube not necessarily the number at the bender control. Some controls require they be the same and others do not. |
| 328 | BenderName | The name of the bender being used with the currently loaded project, as named in VTube. |
| 329 | length_correctionpercentage_bendersetup | This token shows the length correction percentage set for the current bender in Bender Setup. |
| 330 | rotation_correctionpercentage_bendersetup | This token shows the rotation correction percentage set for the current bender in Bender Setup. |
| 331 | bend_correctionpercentage_bendersetup | This token shows the bend angle correction percentage set for the current bender in Bender Setup. |
| 332 | bendertype | The type of bender being utilized for the particular project loaded. |
| 333 | bends | The number of bends associated with the project currently loaded. |
| 334 | BendPlaneClockLog | This token prints the log from the Bend Plane Clock Tool window, one line per entry. |
| 335 | calclengthmaster | This token shows the calculated length of the MASTER tube with no elongation compensation. It is the same as calclengthmaster_without_elong. |
| 336 | calclengthmaster_with_elong | This token shows the calculated length of the MASTER tube with elongation compensation. |
| 337 | calclengthmaster_without_elong | This token shows the calculated length of the MASTER tube with no elongation compensation. |
| 338 | calclengthmastermeasureddelta | This token shows the calculated difference of the MASTER tube minus the MEASURED tube with no elongation compensation. It is the same as calclengthmastermeasureddelta_without_elong. |
| 339 | calclengthmastermeasureddelta_with_elong | This token shows the calculated difference of the MASTER tube minus the MEASURED tube with elongation compensation. |
| 340 | calclengthmastermeasureddelta_without_elong | This token shows the calculated difference of the MASTER tube minus the MEASURED tube with no elongation compensation. |
| 341 | calclengthmeasured | This token shows the calculated length of the MEASURED tube with no elongation compensation. It is the same as calclengthmeasured_without_elong. |
| 342 | calclengthmeasured_with_elong | The calculated MEASURED tube length based on the parametric data from the most current scan with a pre established elongation percentage |
| 343 | calclengthmeasured_without_elong | The calculated MEASURED tube length based on the parametric data from the most current scan without elongation |
| 344 | calctubeelongationpercentage_cutlength_measuredlength | This token calculates the elongation percentage from the CUT length minus the MEASURED tube length |
| 345 | calctubeelongationpercentage_masterlength_measuredlength | This token calculates the elongation percentage from the MASTER tube length minus the MEASURED tube length |
| 346 | tubeelongationpercentage |
VTube-LASER can calculate Tube Elongation Percentage by subtracting the current CUT LENGTH from the MEASURED LENGTH - then calculate the percentage by comparing that change to the total ARC LENGTHS in the measured tube. (Measured Length - Cut Length) / (Arc Length Sum for Whole Tube) X 100 |
| 347 | tubeelongationcalctype | This token shows which method VTube uses to calculate the tube elongation percentage. |
| 348 | comment1 |
Comment 1 can be found in Part Setup. It allows users to enter multi-line notes. This comment, if used, it is displayed at every VTube project load.
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| 349 | comment2 | Comment 2 can be found in Part Setup. It allows users to enter multi-line notes. This comment, if used, it is displayed at every VTube project load. |
| 350 | customer | The customer associated with the project currently loaded. |
| 351 | CustomField_Name1 | The custom field tokens allow users to customize what they see in the equivalent of a Part Setup grid. Users can fill in the name and values individually and specifically for each project. This token allows a user to type in the field name for slot 1 |
| 352 | CustomField_Name2 | This token allows a user to type in the field name for slot 2. See CustomField_Name1 |
| 353 | CustomField_Name3 | This token allows a user to type in the field name for slot 3. See CustomField_Name1 |
| 354 | CustomField_Name4 | This token allows a user to type in the field name for slot 4. See CustomField_Name1 |
| 355 | CustomField_Name5 | This token allows a user to type in the field name for slot 5. See CustomField_Name1 |
| 356 | CustomField_Value1 | This token allows a user to type in the value related to field name 1. |
| 357 | CustomField_Value2 | This token allows a user to type in the value related to field name 2 |
| 358 | CustomField_Value3 | This token allows a user to type in the value related to field name 3 |
| 359 | CustomField_Value4 | This token allows a user to type in the value related to field name 4 |
| 360 | CustomField_Value5 | This token allows a user to type in the value related to field name 5 |
| 361 | cutlength |
Cut length of the tube is determined by the parametric data of the tube. This can be altered based on the option selected in the drop down in row 27 in Part Setup.
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| 362 | cylinder_fit_score |
This is the token for Wobble, Cylindricity, OOR, Ovality, Near Pass, and DCF
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| 363 | date | This token displays the date of date the project was created |
| 364 | datetime | This token displays the date and time the project was scanned |
| 365 | datum-coordinate | This token displays the origin point (first row) of the MASTER XYX grid unless otherwise specified. |
| 366 | datum-setup |
This is usually Straight 1 End 1 (S1-End 1) unless changed with the Point Selector inside the Datum Tab under Master Tube.
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| 367 | defaulttolerance | The default tolerance chosen by a user for the shape of the tube based on Tan/Mid data. |
| 368 | diameter | Diameter of the tube currently loaded. |
| 369 | DiameterCutPlane_ActiveYesNo_Now | Report if the Diameter Cut Plane is currently active. |
| 370 | DiameterCutPlane_LaserLength_Now |
Report the current Diameter Cut Plane laser line length. |
| 371 | DiameterCutPlane_ActiveYesNo_DuringMeasure_TubeStraights |
Report if the Diameter Cut Plane was active during the last measure for tube straights. |
| 372 | DiameterCutPlane_LaserLength_DuringMeasure_TubeStraights |
Report the Diameter Cut Plane laser line length during the last tube straight measure. |
| 373 | DofBend1 |
Degree of Bend D of bend = Centerline Radius / OD.
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| 374 | DofBend2 | Each project can have multiple radii. See DofBend1 |
| 375 | DofBend3 | See DofBend1 |
| 376 | InnerDiameter | This token is for the inner diameter of the tube (ID) |
| 377 | jobnumber | The job number associated with the project currently loaded. |
| 378 | laser2sigmaerror | The standard deviation of the laser error |
| 379 | lasercalibrationdate | The last date the laser was calibrated |
| 380 | lasermaxerror | The maximum laser error identified by the scanning arm |
| 381 | last_measurexyz_creation_datetime | This token links the current date and time with the most recent MEASURED data |
| 382 | LinearUnitAbreviatedCapitalized | This token shows which linear unit is being used as I or M for Imperial (inches) or Metric (millimeters) |
| 383 | LinearUnitLongname | This token shows the name of the linear unit being used, Inches or Millimeters. It is the same as unit. |
| 384 | LinearUnitSupravisionStyle | This token shows the letter used for the linear unit in Supravision files. |
| 385 | materialspec | The specification of the material being used for the current project loaded |
| 386 | measurexyz_note | |
| 387 | NPS | Token for the Nominal Pipe Sizes. Double click the NPS rows to select a value or go to System Options > Global Level Lists > Edit Valid Tube and Pipe Size Selection Table to add, remove or edit current setups. |
| 388 | NPSCLR | Nominal Pipe Size center line radius |
| 389 | NPSDofBend | Nominal Pipe Size degree of bend D of bend = Centerline Radius / OD. |
| 390 | OORCalc_Measured_OD_Average | This token shows the Measured OD Average of all OD scans |
| 391 | OORCalc_Measured_OD_High | This token shows the Measured OD HIGH of all OD scans |
| 392 | OORCalc_Measured_OD_Low | This token shows the Measured OD LOW of all OD scans |
| 393 | OORCalc_Measured_OD_OORPercentage | This token shows the Measured OD Out Of Round percentage |
| 394 | OORCalc_Measured_OD_OvalityPercentage | This token shows the Measured OD Ovality percentage of a tube being measured. |
| 395 | OORCalc_Surface_Cylindricity | This token shows a tubes surface cylindricity in Inches or Millimeters. |
| 396 | OORCalc_Surface_HighPoint_Distance | This token shows the highest point on a cylinder surface in Inches or Millimeters. |
| 397 | OORCalc_Surface_LowPoint_Distance | This token shows the lowest point on a cylinder surface in Inches or Millimeters. |
| 398 | OORCalc_Surface_OOR_Percentage | This token shows the Out Of Round percentage based on the high and low points on a surface |
| 399 | OORCalc_Surface_Ovality_Percentage | This token shows the Ovality percentage based on the high and low points on a surface |
| 400 | array_bendprofile_oor_calcnote |
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| 401 | array_bendprofile_oor_distance |
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| 402 | array_bendprofile_oor_od |
The out-of-round for an outside diameter of a bend profile. |
| 403 | array_bendprofile_oor_percentage |
This token shows the out-of-round percentage for a bend profile scan. |
| 404 | array_bendprofile_oor_percentagetolerance |
This token shows the tolerance being used to decide the out-of-round percentage. |
| 405 | array_bendprofile_oor_separationangle |
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| 406 | array_bendprofile_oor_sliceangle |
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| 407 | array_bendprofile_oor_slicename |
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| 408 | array_bendprofile_oor_span1 |
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| 409 | array_bendprofile_oor_span2 |
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| 410 | array_bendprofile_oor_surfacepointcount_in_width_region |
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| 411 | array_measuredstraight_oorpercentage |
This token shows the OUT OF ROUND percentage on a cylinder of a measured straight. The default is 8% |
| 412 | array_measuredstraight_oorpercentage_score |
This token reports back to the user a score based on the out of round deviation so they can decide weather or not the scan was a quality scan or not. |
| 413 | operator | The operator name entered for the project. |
| 414 | organization | The organization associated with the project currently loaded. This is determined by the user or company using VTube. |
| 415 | partname | The Part Name used alongside the Part Number used to distinguish parts from each other. |
| 416 | partnumber | The Part Number used to distinguish parts from each other. |
| 417 | PassFail_QualifierAttributes_Result | This token shows a user weather or not a scan passed or failed based on the pre-selected attributes |
| 418 | PassFail_QualifierAttributes_Setup | This token shows the list of pre-selected qualification attributes. |
| 419 | points | The number of XYZ points. |
| 420 | probe2sigmaerror | The standard deviation of the probe error |
| 421 | probecalibrationdate | The last date a probe was calibrated |
| 422 | probediameter | The diameter of the probe being used for the project currently loaded in. |
| 423 | probemaxerror | The maximum error that the probe identified |
| 424 | probename | The name of the probe currently being used. |
| 425 | quantity | Allows users to enter a quantity value. This can be used for the quantity of tubes in the lot, number of tubes in the project, or any other quantity users want to record. |
| 426 | rec_alignment_angle | The twist/angle of the rectangular/square legs |
| 427 | rec_fillet_radius | This token is used to show the value of the fillet radius in a square/rectangular tube. The larger the fillet radius, the less sharp the angle |
| 428 | rec_wall_thickness | The wall thickness of the rectangular tube currently loaded. |
| 429 | rec_width_1 | The first width used to determine the sizing of a square/rectangular tube. |
| 430 | rec_width_2 | The second width used to determine the sizing of a square/rectangular tube |
| 431 | revision | The revision value used for the project currently loaded |
| 432 | serial | Allows users to enter the serial number of the part they are currently working on. |
| 433 | straights | The number of straights in the project currently loaded |
| 434 | supplier | The supplier of materials or information of the project currently loaded |
| 435 | unit |
The unit being used for a project. Imperial or Metric (I) (M)
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| 436 | viewport_image | The blue viewport that shows the image of the project currently loaded. |
| 437 | wall | The wall thickness of the tube currently loaded. |
| 438 | workorder | The work order value of the project currently loaded. |
| 439 | x-span-aligned | This token reflects the span of X in the MEASURED ALIGNED tube |
| 440 | x-span-master | This token reflects the span of X in the MASTER tube |
| 441 | x-span-measured | This token reflects the span of X in the MEASURED tube |
| 442 | x-span-delta | This token reports the X span of the MEASURED ALIGNED tube minus the X span of the MASTER tube. |
| 443 | x-span-aligned-after-trim | This token reflects the span of X in the MEASURED ALIGNED tube after the hypothetical end trim. |
| 444 | x-span-delta-after-trim | This token reports the X span of the MEASURED ALIGNED tube after the hypothetical end trim minus the X span of the MASTER tube. |
| 445 | y-span-aligned | This token reflects the span of Y in the MEASURED ALIGNED tube |
| 446 | y-span-master | This token reflects the span of Y in the MASTER tube |
| 447 | y-span-measured | This token reflects the span of Y in the MEASURED tube |
| 448 | y-span-delta | This token reports the Y span of the MEASURED ALIGNED tube minus the Y span of the MASTER tube. |
| 449 | y-span-aligned-after-trim | This token reflects the span of Y in the MEASURED ALIGNED tube after the hypothetical end trim. |
| 450 | y-span-delta-after-trim | This token reports the Y span of the MEASURED ALIGNED tube after the hypothetical end trim minus the Y span of the MASTER tube. |
| 451 | z-span-aligned | This token reflects the span of Z in the MEASURED ALIGNED tube |
| 452 | z-span-master | This token reflects the span of Z in the MASTER tube |
| 453 | z-span-measured | This token reflects the span of Z in the MEASURED tube |
| 454 | z-span-delta | This token reports the Z span of the MEASURED ALIGNED tube minus the Z span of the MASTER tube. |
| 455 | z-span-aligned-after-trim | This token reflects the span of Z in the MEASURED ALIGNED tube after the hypothetical end trim. |
| 456 | z-span-delta-after-trim | This token reports the Z span of the MEASURED ALIGNED tube after the hypothetical end trim minus the Z span of the MASTER tube. |
| 457 | array_lmeas_passfail | This token shows all MEASURED length values (L), the same as array_lmeas, color coded by whether each length is in tolerance. It uses the same length tolerance check as array_LRAdeviation_Loot. This length tolerance can be set in Inspection Data under Data > Bender Data. Color coding uses the report deviation font colors, the same as the Out Of Tolerance tokens. |
| 458 | array_rmeas_passfail | This token shows the rotation (R) values for each row in the MEASURED LRA table, the same as array_rmeas, color coded by whether each rotation is in tolerance. It uses the same rotation tolerance check as array_LRAdeviation_Root. This rotation tolerance can be set in Inspection Data under Data > Bender Data. Color coding uses the report deviation font colors, the same as the Out Of Tolerance tokens. |
| 459 | array_rmeas_cwpos_passfail | This token shows the rotation (R) values for each row in the MEASURED LRA table in a CLOCKWISE positive direction, the same as array_rmeas_cwpos, color coded by whether each rotation is in tolerance. It uses the same rotation tolerance check as array_LRAdeviation_Root. This rotation tolerance can be set in Inspection Data under Data > Bender Data. Color coding uses the report deviation font colors, the same as the Out Of Tolerance tokens. |
| 460 | array_ameas_passfail | This token shows all MEASURED angle values (A), the same as array_ameas, color coded by whether each angle is in tolerance. It uses the same angle tolerance check as array_LRAdeviation_Aoot. This angle degree tolerance can be set in Inspection Data under Data > Bender Data. Color coding uses the report deviation font colors, the same as the Out Of Tolerance tokens. |
| 461 | cut_length_before_end_forms | This token reports the Cut Length Before End Forms value from Part Setup: the Cut Length plus the Cut Length Adjust Distance of the A-End and B-End Forms. VTube updates it whenever it calculates the cut length automatically. Use it when the tube is cut to length before the ends are formed. |
| 462 | a_end_form_name | This token reports the Name of the A-End Form from End Form Setup. |
| 463 | a_end_form_enabled | This token reports whether the A-End Form is active: Enabled or Disabled. |
| 464 | a_end_form_end_diameter | This token reports the End Diameter (outside diameter at the end of the tube) of the A-End Form. |
| 465 | a_end_form_end_wall | This token reports the End Wall of the A-End Form. A value of 0 means the tube wall is used. |
| 466 | a_end_form_straight_length | This token reports the Straight Length of the A-End Form: the length of the straight section at the end diameter, measured from the A end face. |
| 467 | a_end_form_transition_defined_by | This token reports how the A-End Form transition is defined: Angle or Distance. |
| 468 | a_end_form_transition_angle | This token reports the Transition Angle of the A-End Form in degrees, measured from the tube centerline to the cone wall. |
| 469 | a_end_form_transition_length | This token reports the Transition Length (cone length) the tube model uses for the A-End Form. When the transition is defined by Angle, this is calculated from the tube diameter, the end diameter and the Transition Angle. |
| 470 | a_end_form_cut_length_adjust | This token reports the Cut Length Adjust Distance of the A-End Form. |
| 471 | b_end_form_name | This token reports the Name of the B-End Form from End Form Setup. |
| 472 | b_end_form_enabled | This token reports whether the B-End Form is active: Enabled or Disabled. |
| 473 | b_end_form_end_diameter | This token reports the End Diameter (outside diameter at the end of the tube) of the B-End Form. |
| 474 | b_end_form_end_wall | This token reports the End Wall of the B-End Form. A value of 0 means the tube wall is used. |
| 475 | b_end_form_straight_length | This token reports the Straight Length of the B-End Form: the length of the straight section at the end diameter, measured from the B end face. |
| 476 | b_end_form_transition_defined_by | This token reports how the B-End Form transition is defined: Angle or Distance. |
| 477 | b_end_form_transition_angle | This token reports the Transition Angle of the B-End Form in degrees, measured from the tube centerline to the cone wall. |
| 478 | b_end_form_transition_length | This token reports the Transition Length (cone length) the tube model uses for the B-End Form. When the transition is defined by Angle, this is calculated from the tube diameter, the end diameter and the Transition Angle. |
| 479 | b_end_form_cut_length_adjust | This token reports the Cut Length Adjust Distance of the B-End Form. |
| 480 | a_end_form_type | This token reports the End Form Type of the A-End Form: Calculated or Complex. |
| 481 | b_end_form_type | This token reports the End Form Type of the B-End Form: Calculated or Complex. |
| 482 | a_end_form_profile_point_count | This token reports the number of profile points in the Complex End Form profile of the A-End Form. |
| 483 | b_end_form_profile_point_count | This token reports the number of profile points in the Complex End Form profile of the B-End Form. |
| 484 | array_end_form_complex_profile_distance | Iteration token for the A_END_FORM_PROFILE and B_END_FORM_PROFILE sections. This token reports the Length of each Complex End Form profile point, measured from the end face of the tube inward. The sections print nothing when the end form is Calculated. |
| 485 | array_end_form_complex_profile_od | Iteration token for the A_END_FORM_PROFILE and B_END_FORM_PROFILE sections. This token reports the outside Diameter of each Complex End Form profile point. The sections print nothing when the end form is Calculated. |
| 486 | array_elongation_in_bend | Iteration token for the LRA section. This token reports the elongation length removed from each bend's arc length (the arc length without elongation minus the arc length with elongation). It uses the tube's elongation setup: single elongation percentage, multi-elongation percentages, or interpolated bend elongation. Reports 0 when no elongation is set. |
