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value | source_path stringlengths 14 47 | chunk_index int64 0 8 | token_start int64 0 3.07k | token_end int64 34 3.34k | chunk_id stringlengths 18 18 | annotation_method stringclasses 1
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e78e24638e31d176 | default | Linear_Actuator_practice.sysml | 0 | 0 | 384 | e78e24638e31d176:0 | translator-rule | private import ScalarValues::String;
private import SI::V;
private import SI::A;
port def PowerOutletPort {
out attribute power :> ISQ::electricPower;
attribute voltage :> ISQ::voltage;
attribute ratedCurrent : ISQ::ElectricCurrentValue;
}
part def Room {
attribute name : String;
attribute size : ISQ::AreaVal... | [
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"label": "attribute",
"text": "voltage"
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{... |
e78e24638e31d176 | default | Linear_Actuator_practice.sysml | 1 | 384 | 768 | e78e24638e31d176:1 | translator-rule | area [m²]
in ambientTemp : Real; // outside temperature [°C]
in targetTemp : Real; // desired interior temperature [°C]
in h : Real default = 1.5; // heat transfer coefficient [W/(m²·K)]
attribute deltaT : Real = targetTemp - ambientTemp;
return : Real = h * A * deltaT; // resulting heat loss in Watts
}
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"text": "HeatingSufficiency"
},
{
"start_token": 92,
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"label": "attribute",
"text": "ambientTemp"
},... |
e78e24638e31d176 | default | Linear_Actuator_practice.sysml | 2 | 768 | 779 | e78e24638e31d176:2 | translator-rule | targetTemp;
assume constraint { ambientTemp > 5 }
}
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] | [] |
ab3dac58b8e5186c | default | Linear_Actuator_Part_Definitions.sysml | 0 | 0 | 384 | ab3dac58b8e5186c:0 | translator-rule | package LinearActuatorPartDefinitions {
part def ActuatorBase {
attribute mass :> ISQ::mass;
}
part def ShaftGuide {
attribute mass :> ISQ::mass;
}
part def ShaftWithMountingHole {
attribute mass :> ISQ::mass;
attribute length :> ISQ::length;
}
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ab3dac58b8e5186c | default | Linear_Actuator_Part_Definitions.sysml | 1 | 384 | 596 | ab3dac58b8e5186c:1 | translator-rule | ISQ::mass;
}
part def BrushHolderPCB {
attribute mass :> ISQ::mass;
}
part def BrushHolderPCBScrew {
attribute mass :> ISQ::mass;
}
part def BrushSpring {
attribute mass :> ISQ::mass;
}
part def ElectricMotorBrush {
attribute mass :> ISQ::mass;
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b8b8dd402e6be753 | default | Linear_Actuator_Interface_Definitions.sysml | 0 | 0 | 56 | b8b8dd402e6be753:0 | translator-rule | package LinearActuatorInterfaceDefinitions {
public import LinearActuatorPortDefinitions::*;
interface def PowerInterface {
end [1] port powerinput : PowerInputPort;
end [1] port poweroutput : PowerOutputPort;
}
interface def TorqueInterface {
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ae778d9f0962686f | default | Linear_Actuator_State_Definitions.sysml | 0 | 0 | 106 | ae778d9f0962686f:0 | translator-rule | package LinearActuatorStateDefinitions {
public import LinearActuatorActionDefinitions::*;
item def PowerFromBattery;
item def FrontLimitSwitchSignal;
item def BackLimitSwitchSignal;
state def LinearActuatorState {
entry; then off;
state off;
transition OffToActuatingForw... | [
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"text": "F... |
e7e8984b7dba35f6 | default | Linear_Actuator_Sequence_Model.sysml | 0 | 0 | 214 | e7e8984b7dba35f6:0 | translator-rule | package LinearActuatorModel11 {
public import LinearActuatorPartDefinitions::*;
public import LinearActuatorModel4::*;
part def Person {
attribute mass :> ISQ :: mass;
}
part def Thing {
attribute mass :> ISQ :: mass;
}
part person : Person {
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{... |
e841b66d155d3330 | default | Linear_Actuator_Connection_And_Port_Model.sysml | 0 | 0 | 384 | e841b66d155d3330:0 | translator-rule | package LinearActuatorModel5 {
public import ISQ::*;
public import SI::*;
public import ScalarValues::*;
port def PowerInputPort {
in attribute power :> ISQ::power;
}
port def PowerOutputPort {
out attribute power :> ISQ::power;
}
port def TorqueInputPort {
in ... | [
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... |
e841b66d155d3330 | default | Linear_Actuator_Connection_And_Port_Model.sysml | 1 | 384 | 768 | e841b66d155d3330:1 | translator-rule | attribute mass :> ISQ::mass;
port powerOutput : PowerOutputPort;
port powerInput : PowerInputPort;
}
part def Wire {
attribute mass :> ISQ::mass;
port powerOutput : PowerOutputPort;
port powerInput : PowerInputPort;
}
part def ShaftEnclosureCentralScrew {
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e841b66d155d3330 | default | Linear_Actuator_Connection_And_Port_Model.sysml | 2 | 768 | 1,152 | e841b66d155d3330:2 | translator-rule | 1] port torqueoutput : TorqueOutputPort;
}
part def LinearActuatorAssembly {
attribute mass :> ISQ::mass;
part actuatorbase[1] : ActuatorBase;
part shaftenclosurecentralscrew[1] : ShaftEnclosureCentralScrew;
part limitswitchcarrier[1] : LimitSwitchCarrier;
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e841b66d155d3330 | default | Linear_Actuator_Connection_And_Port_Model.sysml | 3 | 1,152 | 1,451 | e841b66d155d3330:3 | translator-rule | shaftdrivegearwheel[1] : ShaftDriveGearWheel {
port torqueinput[1] : TorqueInputPort;
port torqueoutput[1] : TorqueOutputPort;
}
part shaftdrive[1] : ShaftDrive {
port torqueinput[1] : TorqueInputPort;
port torqueoutput[1] : TorqueOutputPort;
}
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448217e3be7a725b | default | Linear_Actuator_Action_Semantic_Mistake.sysml | 0 | 0 | 384 | 448217e3be7a725b:0 | translator-rule | package LinearActuatorActionSemanticMistake {
public import LinearActuatorPartDefinitions::*;
public import ISQ::*;
public import SI::*;
public import ScalarValues::*;
item def Power;
item def TorqueCCW;
item def TorqueCW;
item def Signal;
action def GivePower {
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448217e3be7a725b | default | Linear_Actuator_Action_Semantic_Mistake.sysml | 1 | 384 | 565 | 448217e3be7a725b:1 | translator-rule | action gearspinclockwise : GearSpinClockwise{
in torquecw;
out torqueccw;
}
action movebackward : MoveBackward{
in torqueccw;
out length;
}
action activatebacklimitswitch : ActivateBackLimitSwitch {
out signal;
}
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d93db4b5424010bb | default | Linear_Actuator_Package_Model.sysml | 0 | 0 | 34 | d93db4b5424010bb:0 | translator-rule | package LinearActuatorDefinitions {
public import LinearActuatorPartDefinitions::*;
public import LinearActuatorPortDefinitions::*;
public import LinearActuatorActionDefinitions::*;
public import LinearActuatorStateDefinitions::*;
public import LinearActuatorInterfaceDefinitions::*;
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32d42a3b3ecca427 | default | Linear_Actuator_Port_Model2.sysml | 0 | 0 | 384 | 32d42a3b3ecca427:0 | translator-rule | package LinearActuatorModel7 {
part def ShaftGuide {
attribute mass :> ISQ::mass;
}
part def ShaftDriveGearWheel {
attribute mass :> ISQ::mass;
attribute torque :> ISQ :: torque;
}
part def ShaftDrive {
attribute mass :> ISQ::mass;
}
part def LimitSwitch {
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{
... |
32d42a3b3ecca427 | default | Linear_Actuator_Port_Model2.sysml | 1 | 384 | 683 | 32d42a3b3ecca427:1 | translator-rule | port poweroutput[1] : PowerOutputPort;
}
part electricmotorrotor[1] : ElectricMotorRotor {
port powerinput[1] : PowerInputPort;
port torqueoutput[1] : TorqueOutputPort;
}
part shaftdrivegearwheel[1] : ShaftDriveGearWheel {
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"part definition reference"
] | [] |
95d112ee2a3ef87c | default | Linear_Actuator_Use_Case_Model.sysml | 0 | 0 | 270 | 95d112ee2a3ef87c:0 | translator-rule | package LinearActuatorModel10 {
public import LinearActuatorDefinitions::*;
public import LinearActuatorModel4::*;
part def Person {
attribute mass :> ISQ :: mass;
}
part def Thing {
attribute mass :> ISQ :: mass;
}
use case def 'Linearly Push Item' {
subject linear... | [
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{
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"label": "part definition",
"text": "Person"
},
{
"start_token": 20,
"end_token": 20,
"label": "attribute",
"text": "mass"
},
{... |
0068e1bc3b397382 | default | Linear_Actuator_Parametric_Model.sysml | 0 | 0 | 165 | 0068e1bc3b397382:0 | translator-rule | package LinearActuatorModel13 {
public import LinearActuatorPartDefinitions::*;
public import ScalarValues::*;
public import RealFunctions::*;
constraint def MassConstraint {
in partMasses[0..*] : Real;
in massLimit : Real;
doc /* The sum of the masses of the parts in the linear... | [
"package",
"LinearActuatorModel13",
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... | [
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"state",
"item flow",
"port",
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] | [
{
"start_token": 1,
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"label": "package",
"text": "LinearActuatorModel13"
},
{
"start_token": 23,
"end_token": 23,
"label": "constraint",
"text": "MassConstraint"
},
{
"start_token": 89,
"end_token": 89,
"label": "part usage",
"text": "actuatorba... |
5e3babb998c29c52 | default | Linear_Actuator_Requirements_Model.sysml | 0 | 0 | 340 | 5e3babb998c29c52:0 | translator-rule | package LinearActuatorModel12 {
public import LinearActuatorModel4::*;
public import LinearActuatorPartDefinitions::*;
public import LinearActuatorModel7::*;
public import LinearActuatorModel8::*;
constraint def MaxMass {
in linearactuator : LinearActuator;
linearactuator.mass <= 2.... | [
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{
"start_token": 29,
"end_token": 29,
"label": "constraint",
"text": "MaxMass"
},
{
"start_token": 44,
"end_token": 44,
"label": "requirement",
"text": "LinearActuatorMa... |
022cdae52bff34c6 | default | Linear_Actuator2.sysml | 0 | 0 | 384 | 022cdae52bff34c6:0 | translator-rule | package LinearActuatorModel2 {
private import ISQ::*;
private import SI::*;
private import ScalarValues::*;
port def SignalOut {
out controlSignal;
}
port def SignalIn {
in controlSignal;
}
port def TorqueOut {
out outputTorque :> ISQ::torque;
}
port d... | [
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"LinearActuatorModel2",
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"... | [
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"attribute",
"action",
"state",
"item flow",
"port",
"part usage",
"port definition reference",
"part definition reference"
] | [
{
"start_token": 1,
"end_token": 1,
"label": "package",
"text": "LinearActuatorModel2"
},
{
"start_token": 23,
"end_token": 23,
"label": "port definition",
"text": "SignalOut"
},
{
"start_token": 31,
"end_token": 31,
"label": "port definition",
"text": "Signal... |
022cdae52bff34c6 | default | Linear_Actuator2.sysml | 1 | 384 | 768 | 022cdae52bff34c6:1 | translator-rule | ;
port shaftGuidePort : ShaftGuidePort;
perform action extendingShaft : ExtendingShaft;
port insertPort : InsertPort;
}
part def MountingHoleGuard {
attribute mass :> ISQ::mass;
port inserterPort : InserterPort;
}
part def ShaftDriveORing {
attribute mas... | [
";",
"port",
"shaftGuidePort",
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{
"start_token": 2,
"end_token": 2,
"label": "port",
"text": "shaftGuidePort"
},
{
"start_token": 4,
"end_token": 4,
"label": "port definition reference",
"text": "ShaftGuidePort"
},
{
"start_token": 8,
"end_token": 8,
"label": "action",
"text": "extendingShaf... |
022cdae52bff34c6 | default | Linear_Actuator2.sysml | 2 | 768 | 1,152 | 022cdae52bff34c6:2 | translator-rule | ScrewPort;
port inserterPort : InserterPort;
}
part def MountingPlateScrew {
attribute mass :> ISQ::mass;
port screwerPort : ScrewerPort;
}
part def LimitSwitch {
attribute mass :> ISQ::mass;
port signalOut : SignalOut;
perform action activateLimitSwitch... | [
"ScrewPort",
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{
"start_token": 0,
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{
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"label": "port",
"text": "inserterPort"
},
{
"start_token": 5,
"end_token": 5,
"label": "port definition reference",
"text": "I... |
022cdae52bff34c6 | default | Linear_Actuator2.sysml | 3 | 1,152 | 1,517 | 022cdae52bff34c6:3 | translator-rule | TorqueOut;
perform action generateTorque;
}
part def RotorTopBearing {
attribute mass :> ISQ::mass;
port insertPort : InsertPort;
port inserterPort : InserterPort;
perform action freeSpin : FreeSpin;
}
part def RotorTopWasher {
attribute mass :> ISQ::mas... | [
"TorqueOut",
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] | [
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},
{
"start_token": 4,
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"label": "action",
"text": "generateTorque"
},
{
"start_token": 9,
"end_token": 9,
"label": "part definition",
"text": "RotorTo... |
6d6fda06f9414c75 | default | Linear_Actuator_Port_Model.sysml | 0 | 0 | 384 | 6d6fda06f9414c75:0 | translator-rule | package LinearActuatorModel6 {
part def ActuatorBase {
attribute mass :> ISQ::mass;
}
part def ShaftGuide {
attribute mass :> ISQ::mass;
}
part def ShaftWithMountingHole {
attribute mass :> ISQ::mass;
attribute length :> ISQ::length;
}
part def MountingHole... | [
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{
"start_token": 8,
"end_token": 8,
"label": "attribute",
"text": "mass"
},
... |
SysML GLiNER Training Data
1,898 labeled entity spans · 14 label types · 25 SysML documents · 62 training/evaluation chunks.
Dataset creator: Eladio (eandujar09). Eladio created the project's labeled SysML training corpus using the rule-based labeling workflow and contributed the source data and preparation code to the repository. The pipeline's automatic labeling step creates the training annotations. A concise data documentation overview records authorship, source, preparation, counts, metadata, EDA, use and rights.
This is the actual weakly supervised corpus used to fine-tune GLiNER RelEx checkpoint 450 for the Patent to SysML prototype. The live interface offers AI Agents using Luna and Fine-Tuned NLP using this checkpoint. This dataset trained GLiNER; it did not train Luna.
Eladio created the labeled training data using a rule-based labeling pipeline. Deterministic rules produce the labels after translator validation; this labeling step creates the training annotations. The labels describe SysML source code, principally related linear-actuator examples with additional practice/sequence examples. The 1,898 count is entity-level annotations across 25 source documents and 62 chunks.
At a glance
| Split | Source documents | Chunks | Labeled spans | Chunks without entities |
|---|---|---|---|---|
| Train | 21 | 54 | 1,721 | 12 |
| Validation | 2 | 5 | 139 | 2 |
| Test | 2 | 3 | 38 | 0 |
| Total | 25 | 62 | 1,898 | 14 |
Chunks contain at most 384 source tokens, using the project's SysML tokenizer. These are not the encoder's subword tokens. The original split seed is 42. Every source document belongs to one split. Related examples remain across splits, so document separation does not establish independent design-family separation.
Full split-specific counts, token lengths, negative examples and source filenames are in eda.json. provenance.json records original-file hashes; SHA256SUMS covers the published package.
Load and explore
from datasets import load_dataset
chunks = load_dataset("cmuchancel/gliner-sysml-training-data", "chunks")
entities = load_dataset("cmuchancel/gliner-sysml-training-data", "entities")
print(len(chunks["train"])) # 54
print(len(entities["train"])) # 1721 labeled occurrences
print(chunks["train"][0])
Two viewer configurations expose the same annotations:
| Configuration | Row unit | Important fields |
|---|---|---|
chunks (default) |
One context chunk | chunk_id, document_id, source_path, text, tokens, candidate_labels, entities |
entities |
One labeled occurrence | entity_id, chunk_id, document_id, source_path, start_token, end_token, label, text |
entities exposes 1,898 entity-level records from the same 25-document corpus. Join it to chunks using chunk_id for context. start_token and end_token are inclusive, relative to tokens in that chunk. text in the entities configuration is the labeled entity; text in chunks is the exact source slice. annotation_method is translator-rule. token_start/token_end in metadata are the half-open document-token interval for the chunk.
To produce the original GLiNER input shape from a viewer row:
row = chunks["train"][0]
gliner_row = {
"tokenized_text": row["tokens"],
"ner": [[e["start_token"], e["end_token"], e["label"]] for e in row["entities"]],
"label": row["candidate_labels"],
}
For exact reproduction, download original/splits/{train,validation,test}.json and their metadata files. Those training JSON files are retained byte-for-byte, including entity-free negative examples and all 14 candidate labels. original/canonical/documents.json contains the full SysML text, character spans and translated SJS. Character offsets there are half-open: text[start:end]. Its confidence: 1.0 is a fixed rule marker, not calibrated model confidence.
Creator, source and data creation
Eladio (eandujar09) is the dataset creator, as confirmed by the project owner and the recorded source contribution. The supplied corpus and preparation code entered the project in his September 24, 2026 source commit. The original contributor commit was e708b60dea0148615e7b7b3fc0583e4f5b8f394e; the linked commit is its cleaned-history equivalent. The original sibling SysML-files directory was not committed, but all 25 accepted source texts, relative source filenames and hashes are preserved in canonical documents. The source texts are principally linear-actuator SysML examples with additional practice/sequence examples. The rule-based labeling pipeline creates the labeled training data from those texts.
The Hub release packages Eladio's existing corpus for viewing and reproduction. It preserves the original source texts, annotation counts and split bytes; the publication does not add a new training corpus. Creator attribution identifies who prepared the dataset; the separate rights notice records its current licensing status.
The preparation pipeline:
- Reads SysML files and deduplicates identical normalized text by SHA-256.
- Runs the supplied translator; translator-rejected documents are quarantined. The supplied build records zero errors. Translator acceptance does not guarantee semantic correctness; the corpus includes an explicitly named semantic-mistake example.
- Masks embedded
@sjsJSON payloads when applying labeling rules, preserving character offsets. This prevents labeling those payload contents; the surrounding source text remains in the context. - Applies syntax patterns for names and references, then verifies every labeled character slice matches its recorded text.
- Assigns documents to splits before dividing them into non-overlapping chunks; shifts spans to chunk-relative inclusive token offsets. The single
defaultproject group forced document-level splitting. - Retains entity-free chunks and exports fixed train/validation/test JSON.
The labeling pipeline and Hub packaging script are in GitHub. Packaging regenerates every original chunk from the canonical documents and verifies equality before uploading. No padding, new annotations, augmentation, synthetic expansion or re-splitting was performed for this publication.
For example, one actual training annotation from Linear_Actuator_practice.sysml has text PowerOutletPort, label port definition and inclusive token offsets 20:20 in its chunk. The published record retains document_id, chunk_id, source_path and annotation_method: translator-rule, so it can be traced back to its source context.
Label vocabulary
package, part definition, port definition, interface definition, requirement, constraint, attribute, action, state, item flow, port, part usage, port definition reference, part definition reference.
These rules identify syntax-associated names; they do not provide relationship supervision, patent-claim ground truth, or a complete semantic model of SysML.
Model connection and evaluation limits
The fine-tuned model starts from knowledgator/gliner-relex-large-v1.0, revision 4aedc9226a5ac9e2f6b5ea3e91c1ee577c88a290. Training used entity supervision only; relation-specific layers were frozen. The best validation-loss checkpoint was step 450.
At threshold 0.5, exact token-span-and-label matching on the retained test split produced micro F1 8.06% for the base and 100% for the fine-tuned checkpoint (38 correct entities, no false positives or misses). The test covers only actions, item flows, packages and states; ten labels have no support. Two related SysML documents with rule-generated labels are a pilot test, not evidence of broad accuracy. These results do not measure patent extraction or relation accuracy. See the model card for full training/evaluation details.
Intended use, ethics and rights
Suitable for teaching, reproducible pilot fine-tuning, label inspection and development of independently reviewed SysML extraction experiments. English code examples, rule-based labels, narrow domain coverage, related variants and class imbalance limit generalization. Human review and an independent manually labeled patent/relationship benchmark remain necessary for scientific quality claims.
The corpus is engineering example text; original source text has been retained. No private patent upload, account credential, textbook content, model weight, or agent conversation was added to this release. The labels are created by the documented rules. This training dataset is released under the MIT License, allowing public reuse, modification and redistribution, including commercial use, with the copyright and license notice retained. See RIGHTS.md for creator attribution and scope.
Citation
Eladio (eandujar09) and cmuchancel. (2026). SysML GLiNER Training Data: 1,898 rule-labeled entity spans in 25 documents. Hugging Face. https://huggingface.co/datasets/cmuchancel/gliner-sysml-training-data.
Dataset-card structure follows the Hugging Face dataset-card guide. Contact the repository owner through the dataset discussion page for corrections or provenance updates.
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