model_bounds dict | generated_code string | grid_parameters dict | attribute_fields list | model_operations list | subblock_settings dict | assumptions_and_notes list | requested_specification string |
|---|---|---|---|---|---|---|---|
{
"min_x": 1200,
"max_x": 1800,
"min_y": 700,
"max_y": 1100,
"min_z": -150,
"max_z": 90
} | local model = bm.create({
bounds = {min_x = 1200, max_x = 1800, min_y = 700, max_y = 1100, min_z = -150, max_z = 90},
grid = {cell_size_x = 25, cell_size_y = 20, cell_size_z = 10, cell_count_x = 24, cell_count_y = 20, cell_count_z = 24},
rotation_degrees = 0,
subblocking = false
})
bm.add_attribute(model, 'cu_... | {
"cell_size_x": 25,
"cell_size_y": 20,
"cell_size_z": 10,
"cell_count_x": 24,
"cell_count_y": 20,
"cell_count_z": 24,
"rotation_degrees": 0
} | [
{
"name": "cu_pct",
"data_type": "numeric",
"default_value": "0.0",
"description": "Copper grade as a percentage; initialized to zero."
},
{
"name": "density_t_m3",
"data_type": "numeric",
"default_value": "0.0",
"description": "Bulk density in tonnes per cubic metre; initialized... | [
"Create the unrotated parent-cell grid within the specified bounds.",
"Add and initialize cu_pct, density_t_m3, and material_code.",
"Keep subblocking disabled.",
"Validate the grid dimensions and attribute definitions."
] | {
"enabled": false,
"minimum_size_x": 25,
"minimum_size_y": 20,
"minimum_size_z": 10,
"division_rule": "Subblocking is disabled; retain the parent-cell dimensions without subdivision."
} | [
"All coordinates and cell dimensions are in metres.",
"Minimum-size values equal the parent-cell dimensions because subblocking is disabled; they have no subdivision effect.",
"The Lua code uses a host-provided bm adapter; the mining software and its native API were not specified."
] | Build an unrotated block model in metres with bounds X 1200–1800, Y 700–1100, and Z -150–90. Use parent cells measuring 25 m × 20 m × 10 m and do not enable subblocking. Create cu_pct (numeric, default 0.0), density_t_m3 (numeric, default 0.0), and material_code (integer, default 0). Validate the completed grid and fie... |
{
"min_x": 5000,
"max_x": 5600,
"min_y": 10000,
"max_y": 10400,
"min_z": -300,
"max_z": 0
} | local model = bm.create({
bounds = {min_x = 5000, max_x = 5600, min_y = 10000, max_y = 10400, min_z = -300, max_z = 0},
grid = {cell_size_x = 20, cell_size_y = 20, cell_size_z = 10, cell_count_x = 30, cell_count_y = 20, cell_count_z = 30},
rotation_degrees = 0
})
bm.add_attribute(model, 'au_gpt', 'numeric', 0.0)... | {
"cell_size_x": 20,
"cell_size_y": 20,
"cell_size_z": 10,
"cell_count_x": 30,
"cell_count_y": 20,
"cell_count_z": 30,
"rotation_degrees": 0
} | [
{
"name": "au_gpt",
"data_type": "numeric",
"default_value": "0.0",
"description": "Gold grade in grams per tonne; initialized to zero."
},
{
"name": "domain_code",
"data_type": "integer",
"default_value": "-1",
"description": "Geological domain identifier; -1 indicates that no d... | [
"Create the axis-aligned parent-cell grid within the specified bounds.",
"Add and initialize au_gpt and domain_code.",
"Uniformly subdivide all parent cells to the specified minimum dimensions.",
"Validate the resulting model bounds, grid, and attributes."
] | {
"enabled": true,
"minimum_size_x": 5,
"minimum_size_y": 5,
"minimum_size_z": 2.5,
"division_rule": "Recursively divide every parent cell into equal axis-aligned children until each dimension is at or below its specified minimum size."
} | [
"All coordinates and cell dimensions are in metres, as specified.",
"The Lua code uses a host-provided bm adapter; the mining software and its native API were not specified."
] | Create a block model in metres with bounds X 5000–5600, Y 10000–10400, and Z -300–0. Use 20 m × 20 m × 10 m parent cells with no rotation. Subdivide every parent cell uniformly to minimum dimensions of 5 m × 5 m × 2.5 m. Add au_gpt as numeric initialized to 0.0 and domain_code as an integer initialized to -1, then vali... |
{
"min_x": 2000,
"max_x": 2600,
"min_y": 4000,
"max_y": 4600,
"min_z": -500,
"max_z": -200
} | local model = bm.create({
bounds = {min_x = 2000, max_x = 2600, min_y = 4000, max_y = 4600, min_z = -500, max_z = -200},
grid = {cell_size_x = 30, cell_size_y = 30, cell_size_z = 15, cell_count_x = 20, cell_count_y = 20, cell_count_z = 20},
rotation_degrees = 12.5,
rotation_origin = 'lower_left_grid_origin'
})
... | {
"cell_size_x": 30,
"cell_size_y": 30,
"cell_size_z": 15,
"cell_count_x": 20,
"cell_count_y": 20,
"cell_count_z": 20,
"rotation_degrees": 12.5
} | [
{
"name": "ore_flag",
"data_type": "integer",
"default_value": "0",
"description": "Intersection indicator set to 1 for blocks intersecting the supplied ore-shell surface."
},
{
"name": "rock_type",
"data_type": "text",
"default_value": "UNASSIGNED",
"description": "Rock-type cla... | [
"Create the grid in the specified grid-local bounds with a 12.5-degree XY rotation.",
"Add and initialize ore_flag and rock_type.",
"Subdivide parent cells intersecting the supplied ore-shell surface to the specified minimum dimensions.",
"Set ore_flag for blocks intersecting the surface.",
"Validate the mo... | {
"enabled": true,
"minimum_size_x": 7.5,
"minimum_size_y": 7.5,
"minimum_size_z": 3.75,
"division_rule": "Subdivide only parent cells intersecting the supplied ore-shell surface, into children no larger than the specified minimum dimensions; leave other parent cells intact."
} | [
"Bounds are expressed in the grid-local coordinate frame; the requested rotation is applied about the lower-left grid origin.",
"The macro receives the ore-shell surface as inputs.ore_shell at runtime; no surface geometry or execution result is included in this record.",
"The Lua code uses a host-provided bm ad... | Create a model using grid-local bounds X 2000–2600, Y 4000–4600, and Z -500–-200 metres. Use 30 m × 30 m × 15 m parent cells and rotate the XY grid 12.5 degrees about the lower-left grid origin. Enable subblocking only for parent cells intersecting the ore-shell surface supplied to the macro, reducing those cells to 7.... |
Mine Block Model Construction and Processing Code Generation Dataset
This dataset provides examples of constructing and processing block models in mine resource modeling software from natural-language specifications. The examples cover model bounds, grid parameters, subblock settings, attribute fields, and model operations, linking text requirements with derived parameters, operation steps, and generated scripts or macros. It supports training and evaluating models for mining software assistance, modeling workflow automation, and code generation.
Technical Specifications
| Field | Type | Description |
|---|---|---|
| model_bounds | object | Derived spatial limits of the block model. |
| generated_code | string | Script or macro generated to implement the requested block model construction or processing task. |
| grid_parameters | object | Derived parent cell dimensions, counts, and orientation for the model grid. |
| attribute_fields | array | Attribute fields to create or populate in the block model. |
| model_operations | array | Ordered operations for constructing or processing the block model. |
| subblock_settings | object | Derived cell subdivision rules and subblock dimensions. |
| assumptions_and_notes | array | Assumptions, unresolved details, or implementation notes relevant to the model or generated code. |
| requested_specification | string | Original natural-language requirements for the block model construction or processing task. |
Compliance Statement
| Authorization Type | CC-BY-NC-SA 4.0 (Attribution–NonCommercial–ShareAlike) |
| Commercial Use | Requires exclusive subscription or authorization contract (monthly or per-invocation charging) |
| Privacy and Anonymization | No PII, no real company names, simulated scenarios follow industry standards |
| Compliance System | Compliant with China's Data Security Law / EU GDPR / supports enterprise data access logs |
Source & Contact
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