io.github.ZacharyVorsteg/provenplaza-agent-mcp

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Les 50 outils

• agent_readiness_score≈ 139 tokens

  Free 0-100 score of how easily AI assistants and agents can read, quote and contact a public business website: AI crawler rules, llms.txt, schema.org business/offer data, agent catalog, MCP card, sitemap, meta, contact. Not a Google ranking score.

  Paramètres, retour & exemple (1)

  Paramètres

  • url · string · requis

  Exemple d'appel

  {"name": "agent_readiness_score", "arguments": {"url": "texte"}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• agent_ready_fix_pack≈ 211 tokens

  Generate robots.txt AI-crawler rules, llms.txt, schema.org JSON-LD and /.well-known/agent-catalog.json from facts the business supplies. services: one per line as "Name|Price". Uses only supplied facts.

  Paramètres, retour & exemple (11)

  Paramètres

  • url · string · requis
  • city · string · optionnel
  • name · string · requis
  • email · string · optionnel
  • phone · string · optionnel
  • region · string · optionnel
  • services · string · optionnel
  • areaServed · string · optionnel
  • bookingUrl · string · optionnel
  • description · string · optionnel
  • businessType · string · optionnel

  Exemple d'appel

  {"name": "agent_ready_fix_pack", "arguments": {"url": "texte", "name": "texte"}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• ai_crawler_audit≈ 134 tokens

  Check a public site robots.txt for AI crawler allow/deny verdicts.

  Paramètres, retour & exemple (2)

  Paramètres

  • url · string · requis
    Public site URL or domain, e.g. https://example.com
  • path · string · optionnel
    Optional path to test against the rules, default /

  Exemple d'appel

  {"name": "ai_crawler_audit", "arguments": {"url": "texte"}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_ac_btu≈ 229 tokens

  Room air-conditioner capacity using the ENERGY STAR sizing chart and its adjustments for sun, occupants and kitchens. Formula: Base BTU from the ENERGY STAR area chart; −10% heavily shaded, +10% very sunny, +600 BTU per person above 2, +4,000 BTU for a kitchen.

  Paramètres, retour & exemple (4)

  Paramètres

  • shade · string · optionnel · normal | shaded | sunny
    Sun exposure; default normal
  • kitchen · number · optionnel
    Used as kitchen; default 0; one of 0 = No, 1 = Yes (+4,000 BTU)
  • occupants · number · optionnel
    Regular occupants; default 2
  • room_sqft · number · optionnel
    Room area (sq ft); default 350

  Exemple d'appel

  {"name": "calc_ac_btu", "arguments": {"shade": "normal", "kitchen": 1, "occupants": 1, "room_sqft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_appliance_energy_cost≈ 226 tokens

  Daily and yearly kWh and the cost to run any appliance from its wattage, hours of use and your electricity rate. Formula: kWh per day = watts × hours ÷ 1,000; kWh per year = kWh per day × days; cost = kWh × rate.

  Paramètres, retour & exemple (4)

  Paramètres

  • watts · number · optionnel
    Appliance wattage (nameplate, or amps × volts) (W); default 1500
  • rate_per_kwh · number · optionnel
    Your electricity rate (from your bill) ($/kWh); default 0.15
  • days_per_year · number · optionnel
    Days used per year; default 365
  • hours_per_day · number · optionnel
    Hours used per day (h); default 4

  Exemple d'appel

  {"name": "calc_appliance_energy_cost", "arguments": {"watts": 1, "rate_per_kwh": 1, "days_per_year": 1, "hours_per_day": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_asphalt≈ 188 tokens

  Tons of hot-mix asphalt for a driveway or lot from area, compacted depth and mix density. Formula: Tons = L × W × depth(in)/12 × density(lb/cu ft) ÷ 2,000.

  Paramètres, retour & exemple (4)

  Paramètres

  • depth_in · number · optionnel
    Compacted depth (in); default 2
  • width_ft · number · optionnel
    Width (ft); default 12
  • lb_per_cf · number · optionnel
    Mix density (ask your plant) (lb/cu ft); default 145
  • length_ft · number · optionnel
    Length (ft); default 50

  Exemple d'appel

  {"name": "calc_asphalt", "arguments": {"depth_in": 1, "width_ft": 1, "lb_per_cf": 1, "length_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_attic_ventilation≈ 359 tokens

  How much attic ventilation you need by the 1/150 and 1/300 rules (Florida Building Code, Residential R806.2), split into intake and exhaust, and how many vents that is for your vent products. Formula: Total net free area (sq in) = attic floor area (sq ft) × 144 ÷ 150 (or ÷ 300 under the balanced exception). Exhaust NFA = total × high share; intake NFA = the rest. Vents = ⌈NFA ÷ the net free area of one vent (or one foot of continuous vent)⌉.

  Paramètres, retour & exemple (5)

  Paramètres

  • ratio · number · optionnel
    Ventilation rule; default 150; one of 150 = 1/150 (standard), 300 = 1/300 (balanced exception: 40–50% high)
  • upper_pct · number · optionnel
    Share of vent area that is high (exhaust) (%); default 50
  • attic_floor_sqft · number · optionnel
    Attic floor area (vented space) (sq ft); default 1500
  • intake_nfa_per_unit · number · optionnel
    Intake vent net free area per unit or per ft of soffit vent (from the label) (sq in); default 9
  • exhaust_nfa_per_unit · number · optionnel
    Exhaust vent net free area per unit or per ft of ridge vent (from the label) (sq in); default 18

  Exemple d'appel

  {"name": "calc_attic_ventilation", "arguments": {"ratio": 1, "upper_pct": 1, "attic_floor_sqft": 1, "intake_nfa_per_unit": 1, "exhaust_nfa_per_unit": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_board_foot≈ 205 tokens

  Board feet and cost for hardwood or dimensional lumber. Formula: Board feet = thickness(in) × width(in) × length(ft) ÷ 12 × pieces (one board foot = 144 cubic inches).

  Paramètres, retour & exemple (5)

  Paramètres

  • quantity · number · optionnel
    Pieces; default 10
  • width_in · number · optionnel
    Width (in); default 6
  • length_ft · number · optionnel
    Length (ft); default 8
  • price_per_bf · number · optionnel
    Price per board foot (0 = skip) ($); default 0
  • thickness_in · number · optionnel
    Thickness (in); default 1

  Exemple d'appel

  {"name": "calc_board_foot", "arguments": {"quantity": 1, "width_in": 1, "length_ft": 1, "price_per_bf": 1, "thickness_in": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_brick≈ 292 tokens

  Bricks for a single-wythe wall from its area, the brick face size and the mortar joint. Defaults are a modular brick with a ⅜ in joint. Formula: Bricks per sq ft = 144 ÷ ((length + joint) × (height + joint)); bricks = (wall area − openings) × bricks per sq ft × (1 + waste%).

  Paramètres, retour & exemple (7)

  Paramètres

  • joint_in · number · optionnel
    Mortar joint (in); default 0.375
  • waste_pct · number · optionnel
    Waste allowance (%); default 5
  • openings_sqft · number · optionnel
    Openings to subtract (sq ft); default 0
  • unit_height_in · number · optionnel
    Brick height (actual) (in); default 2.25
  • unit_length_in · number · optionnel
    Brick length (actual) (in); default 7.625
  • wall_height_ft · number · optionnel
    Wall height (ft); default 8
  • wall_length_ft · number · optionnel
    Wall length (ft); default 20

  Exemple d'appel

  {"name": "calc_brick", "arguments": {"joint_in": 1, "waste_pct": 1, "openings_sqft": 1, "unit_height_in": 1, "unit_length_in": 1, "wall_height_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_concrete_block≈ 298 tokens

  Number of 8×8×16 concrete blocks (CMU) for a wall. A standard block plus a ⅜ in joint covers 16 × 8 in, so about 1.125 blocks per square foot. Formula: Blocks per sq ft = 144 ÷ ((length + joint) × (height + joint)) = 144 ÷ (16 × 8) = 1.125 for standard units; blocks = net wall area × 1.125 × (1 + waste%).

  Paramètres, retour & exemple (7)

  Paramètres

  • joint_in · number · optionnel
    Mortar joint (in); default 0.375
  • waste_pct · number · optionnel
    Waste allowance (%); default 5
  • openings_sqft · number · optionnel
    Openings to subtract (sq ft); default 0
  • unit_height_in · number · optionnel
    Block height (actual) (in); default 7.625
  • unit_length_in · number · optionnel
    Block length (actual) (in); default 15.625
  • wall_height_ft · number · optionnel
    Wall height (ft); default 8
  • wall_length_ft · number · optionnel
    Wall length (ft); default 40

  Exemple d'appel

  {"name": "calc_concrete_block", "arguments": {"joint_in": 1, "waste_pct": 1, "openings_sqft": 1, "unit_height_in": 1, "unit_length_in": 1, "wall_height_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_concrete_column≈ 226 tokens

  Concrete needed for round columns, piers and tube forms (sonotubes). Uses cylinder volume, which differs from slab math. Formula: Cubic feet = π × (diameter(in)/24)² × height(ft) × count; cubic yards = cu ft ÷ 27 × (1 + waste%).

  Paramètres, retour & exemple (5)

  Paramètres

  • count · number · optionnel
    Number of columns; default 4
  • height_ft · number · optionnel
    Height (ft); default 4
  • waste_pct · number · optionnel
    Waste allowance (%); default 10
  • diameter_in · number · optionnel
    Tube diameter (in); default 12
  • bag_yield_cf · number · optionnel
    Bag yield (cu ft/bag); default 0.6

  Exemple d'appel

  {"name": "calc_concrete_column", "arguments": {"count": 1, "height_ft": 1, "waste_pct": 1, "diameter_in": 1, "bag_yield_cf": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_concrete_footing≈ 224 tokens

  Volume for continuous trench/wall footings where width is in inches and length runs the full perimeter. Formula: Cubic yards = Length(ft) × Width(in)/12 × Depth(in)/12 ÷ 27 × (1 + waste%).

  Paramètres, retour & exemple (5)

  Paramètres

  • depth_in · number · optionnel
    Footing depth (in); default 8
  • width_in · number · optionnel
    Footing width (in); default 16
  • length_ft · number · optionnel
    Total footing length (ft); default 120
  • waste_pct · number · optionnel
    Waste allowance (%); default 10
  • bag_yield_cf · number · optionnel
    Bag yield (cu ft/bag); default 0.6

  Exemple d'appel

  {"name": "calc_concrete_footing", "arguments": {"depth_in": 1, "width_in": 1, "length_ft": 1, "waste_pct": 1, "bag_yield_cf": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_concrete_slab≈ 222 tokens

  Estimate ready-mix cubic yards or the number of 80 lb bags for a rectangular slab, patio or driveway. Formula: Cubic yards = Length(ft) × Width(ft) × Thickness(in)/12 ÷ 27 × (1 + waste%). Bags = cubic feet ÷ bag yield.

  Paramètres, retour & exemple (5)

  Paramètres

  • depth_in · number · optionnel
    Thickness (in); default 4
  • width_ft · number · optionnel
    Width (ft); default 10
  • length_ft · number · optionnel
    Length (ft); default 20
  • waste_pct · number · optionnel
    Waste allowance (%); default 10
  • bag_yield_cf · number · optionnel
    Bag yield (cu ft/bag); default 0.6

  Exemple d'appel

  {"name": "calc_concrete_slab", "arguments": {"depth_in": 1, "width_ft": 1, "length_ft": 1, "waste_pct": 1, "bag_yield_cf": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_concrete_steps≈ 376 tokens

  How much concrete solid steps need, from the total height to climb: number of risers, riser height, treads, top landing, cubic yards and 80 lb bags. Formula: Risers n = ⌈total rise ÷ max riser⌉; riser height R = total rise ÷ n. Side profile area = tread × R × n(n − 1) ÷ 2 + landing depth × n × R (each lower tread is a block of its own height; the landing sits at full height). Volume (cu ft) = profile (sq in) × width (in) ÷ 1,728; cubic yards = cu ft × (1 + waste) ÷ 27; bags = cu ft × (1 + waste) ÷ bag yield.

  Paramètres, retour & exemple (7)

  Paramètres

  • waste_pct · number · optionnel
    Waste allowance (%); default 10
  • bag_yield_cf · number · optionnel
    Bag yield (from the bag) (cu ft/bag); default 0.6
  • max_riser_in · number · optionnel
    Max riser height (IRC 7¾ in; check your local code) (in); default 7.75
  • step_width_ft · number · optionnel
    Step width (ft); default 4
  • total_rise_in · number · optionnel
    Total rise (ground to top of landing) (in); default 21
  • tread_depth_in · number · optionnel
    Tread depth (in); default 11
  • landing_depth_in · number · optionnel
    Top landing depth (0 = no landing) (in); default 36

  Exemple d'appel

  {"name": "calc_concrete_steps", "arguments": {"waste_pct": 1, "bag_yield_cf": 1, "max_riser_in": 1, "step_width_ft": 1, "total_rise_in": 1, "tread_depth_in": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_deck_board≈ 244 tokens

  Number of deck boards for a rectangular deck, accounting for board width and gap. Formula: Rows = ⌈width(in) ÷ (board width + gap)⌉; boards = rows × ⌈deck length ÷ board length⌉ × (1 + waste%).

  Paramètres, retour & exemple (6)

  Paramètres

  • gap_in · number · optionnel
    Gap between boards (in); default 0.1875
  • waste_pct · number · optionnel
    Waste allowance (%); default 10
  • deck_width_ft · number · optionnel
    Deck width (ft); default 12
  • board_width_in · number · optionnel
    Actual board width (in); default 5.5
  • deck_length_ft · number · optionnel
    Deck length (board direction) (ft); default 16
  • board_length_ft · number · optionnel
    Board length (ft); default 16

  Exemple d'appel

  {"name": "calc_deck_board", "arguments": {"gap_in": 1, "waste_pct": 1, "deck_width_ft": 1, "board_width_in": 1, "deck_length_ft": 1, "board_length_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_drywall≈ 280 tokens

  Number of drywall sheets for walls and optionally the ceiling. Formula: Sheets = (perimeter × height + ceiling area) × (1 + waste%) ÷ sheet area.

  Paramètres, retour & exemple (8)

  Paramètres

  • waste_pct · number · optionnel
    Waste allowance (%); default 10
  • sheet_l_ft · number · optionnel
    Sheet length (ft); default 8
  • sheet_w_ft · number · optionnel
    Sheet width (ft); default 4
  • room_width_ft · number · optionnel
    Room width (ceiling) (ft); default 10
  • room_length_ft · number · optionnel
    Room length (ceiling) (ft); default 14
  • wall_height_ft · number · optionnel
    Wall height (ft); default 8
  • include_ceiling · number · optionnel
    Include ceiling; default 1; one of 1 = Yes, 0 = No
  • wall_perimeter_ft · number · optionnel
    Room perimeter (ft); default 48

  Exemple d'appel

  {"name": "calc_drywall", "arguments": {"waste_pct": 1, "sheet_l_ft": 1, "sheet_w_ft": 1, "room_width_ft": 1, "room_length_ft": 1, "wall_height_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_fence≈ 242 tokens

  Posts, rails and pickets for a straight run of wood privacy or picket fence. Formula: Sections = ⌈length ÷ spacing⌉; posts = sections + 1 + gates; pickets = ⌈length(in) ÷ (picket width + gap)⌉.

  Paramètres, retour & exemple (6)

  Paramètres

  • gates · number · optionnel
    Gates (extra posts); default 1
  • length_ft · number · optionnel
    Fence length (ft); default 100
  • picket_gap_in · number · optionnel
    Gap between pickets (in); default 0
  • picket_width_in · number · optionnel
    Picket width (in); default 5.5
  • post_spacing_ft · number · optionnel
    Post spacing (ft); default 8
  • rails_per_section · number · optionnel
    Rails per section; default 2

  Exemple d'appel

  {"name": "calc_fence", "arguments": {"gates": 1, "length_ft": 1, "picket_gap_in": 1, "picket_width_in": 1, "post_spacing_ft": 1, "rails_per_section": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_flooring_tile≈ 208 tokens

  Square footage plus waste and number of boxes for tile, laminate, vinyl plank or hardwood. Formula: Area = L × W; to buy = area × (1 + waste%); boxes = to buy ÷ coverage per box.

  Paramètres, retour & exemple (4)

  Paramètres

  • width_ft · number · optionnel
    Room width (ft); default 12
  • length_ft · number · optionnel
    Room length (ft); default 14
  • waste_pct · number · optionnel
    Waste allowance (more for diagonal layouts) (%); default 10
  • box_coverage_sqft · number · optionnel
    Coverage per box (on the box) (sq ft); default 20

  Exemple d'appel

  {"name": "calc_flooring_tile", "arguments": {"width_ft": 1, "length_ft": 1, "waste_pct": 1, "box_coverage_sqft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_generator_size≈ 771 tokens

  What size generator you need for a power outage: add the running watts of everything you will run at once, then add the single biggest motor starting surge. Enter how many of each item you plan to run at the same time. Formula: Total running watts = Σ (quantity × running watts). Total starting watts = total running watts + the single highest additional starting watts among the items you run, because motors rarely start at the same instant. Amps at 240 V = running watts ÷ 240. Margin is an optional buffer you choose.

  Paramètres, retour & exemple (18)

  Paramètres

  • box_fan · number · optionnel
    Box fan, 20 in: how many (200 W running); default 0
  • light_60w · number · optionnel
    Light bulb, 60 W: how many (60 W running); default 4
  • margin_pct · number · optionnel
    Safety margin (your choice) (%); default 10
  • coffee_maker · number · optionnel
    Coffee maker: how many (1,000 W running); default 0
  • refrigerator · number · optionnel
    Refrigerator/freezer: how many (700 W running, +2,200 W to start); default 1
  • space_heater · number · optionnel
    Space heater: how many (1,800 W running); default 0
  • window_ac_10k · number · optionnel
    Window AC, 10,000 BTU: how many (1,200 W running, +1,800 W to start); default 1
  • central_ac_24k · number · optionnel
    Central AC, 24,000 BTU (2 ton): how many (3,800 W running, +4,950 W to start); default 0
  • central_ac_40k · number · optionnel
    Central AC, 40,000 BTU: how many (6,000 W running, +6,700 W to start); default 0
  • microwave_1000w · number · optionnel
    Microwave, 1,000 W: how many (1,000 W running); default 1
  • other_running_w · number · optionnel
    Other running watts (TV, router, chargers: from nameplates) (W); default 300
  • washing_machine · number · optionnel
    Washing machine: how many (1,150 W running, +2,250 W to start); default 0
  • other_starting_w · number · optionnel
    Extra starting watts of your largest other motor (0 if none) (W); default 0
  • sump_pump_half_hp · number · optionnel
    Sump pump, 1/2 HP: how many (1,050 W running, +2,200 W to start); default 0
  • well_pump_third_hp · number · optionnel
    Water well pump, 1/3 HP: how many (1,000 W running, +2,200 W to start); default 0
  • furnace_fan_half_hp · number · optionnel
    Furnace fan blower, 1/2 HP: how many (800 W running, +2,350 W to start); default 0
  • garage_door_half_hp · number · optionnel
    Garage door opener, 1/2 HP: how many (875 W running, +2,350 W to start); default 0
  • electric_water_heater · number · optionnel
    Electric water heater: how many (4,000 W running); default 0

  Exemple d'appel

  {"name": "calc_generator_size", "arguments": {"box_fan": 1, "light_60w": 1, "margin_pct": 1, "coffee_maker": 1, "refrigerator": 1, "space_heater": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_grout≈ 378 tokens

  How much grout a tile job takes from the tile size, joint width, joint depth and area, in pounds and bags. The grout density is editable so you can match your product. Formula: Each tile plus its joint is a (L + J) × (W + J) module, of which J × (L + W + J) is joint. Joint share = J(L + W + J) ÷ ((L + J)(W + J)). Grout volume (cu ft) = area × joint share × depth(in) ÷ 12; pounds = volume × density × (1 + waste); bags = ⌈pounds ÷ bag size⌉.

  Paramètres, retour & exemple (8)

  Paramètres

  • bag_lb · number · optionnel
    Bag size (lb); default 25
  • area_sqft · number · optionnel
    Tiled area (sq ft); default 100
  • waste_pct · number · optionnel
    Waste allowance (%); default 10
  • density_lb_cf · number · optionnel
    Grout weight per cubic foot of joint (from your grout data sheet; ~100 sanded, ~85 unsanded) (lb/cu ft); default 100
  • tile_width_in · number · optionnel
    Tile width (in); default 12
  • joint_depth_in · number · optionnel
    Joint depth (usually tile thickness) (in); default 0.375
  • joint_width_in · number · optionnel
    Joint width (1/8 in = 0.125) (in); default 0.125
  • tile_length_in · number · optionnel
    Tile length (in); default 12

  Exemple d'appel

  {"name": "calc_grout", "arguments": {"bag_lb": 1, "area_sqft": 1, "waste_pct": 1, "density_lb_cf": 1, "tile_width_in": 1, "joint_depth_in": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_gutter_size≈ 446 tokens

  Check whether a gutter can carry the runoff from your roof in a design storm, and how many downspouts it needs. Uses the USDA NRCS gutter and downspout capacity table and your local rainfall intensity. Formula: Runoff Q (cfs) = roof area (sq ft) × rainfall intensity (in/hr) ÷ 43,200 (12 in/ft × 3,600 s/hr); gpm = cfs × 448.8. The gutter is adequate when Q ≤ its NRCS PA-1 capacity at your slope. Downspouts = the larger of ⌈Q ÷ one downspout's PA-1 capacity⌉ and ⌈run length ÷ max length per downspout⌉. Max roof area for the gutter = capacity × 43,200 ÷ intensity.

  Paramètres, retour & exemple (7)

  Paramètres

  • slope · string · optionnel · 1/64 | 1/32 | 1/16 | 1/8 | 1/4
    Gutter slope; default 1/16
  • gutter · string · optionnel · alum5 | alum6 | galv5 | galv6 | galv7 | semi6
    Gutter; default alum5
  • downspout · string · optionnel · 2x3 | 3x4 | 4x5 | 5x6 | r3 | r4 | r5
    Downspout; default 2x3
  • gutter_run_ft · number · optionnel
    Gutter run length (ft); default 40
  • rain_in_per_hr · number · optionnel
    Design rainfall intensity (5-minute depth from NOAA Atlas 14 × 12) (in/hr); default 6
  • roof_area_sqft · number · optionnel
    Roof area draining to this gutter (plan view, not slope length) (sq ft); default 1200
  • max_run_per_downspout_ft · number · optionnel
    Max gutter length per downspout (SMACNA practical max 50 ft) (ft); default 50

  Exemple d'appel

  {"name": "calc_gutter_size", "arguments": {"slope": "1/64", "gutter": "alum5", "downspout": "2x3", "gutter_run_ft": 1, "rain_in_per_hr": 1, "roof_area_sqft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_insulation_r_value≈ 184 tokens

  Thickness needed to reach a target R-value for the R-per-inch printed on your insulation product. Formula: Thickness(in) = target R ÷ R per inch. Volume in board feet = area(sq ft) × thickness(in).

  Paramètres, retour & exemple (3)

  Paramètres

  • target_r · number · optionnel
    Target R-value; default 38
  • area_sqft · number · optionnel
    Area (optional) (sq ft); default 1000
  • r_per_inch · number · optionnel
    R-value per inch (product label); default 3.2

  Exemple d'appel

  {"name": "calc_insulation_r_value", "arguments": {"target_r": 1, "area_sqft": 1, "r_per_inch": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_mulch_gravel≈ 206 tokens

  Cubic yards (and optional tons) of mulch, gravel, sand or soil for a bed or path. Formula: Cubic yards = L(ft) × W(ft) × depth(in) ÷ 324 (since 27 cu ft × 12 in = 324). Tons = cu yd × supplier density.

  Paramètres, retour & exemple (4)

  Paramètres

  • depth_in · number · optionnel
    Depth (in); default 3
  • width_ft · number · optionnel
    Width (ft); default 10
  • length_ft · number · optionnel
    Length (ft); default 20
  • tons_per_cy · number · optionnel
    Material density from your supplier (0 = skip) (tons/cu yd); default 0

  Exemple d'appel

  {"name": "calc_mulch_gravel", "arguments": {"depth_in": 1, "width_ft": 1, "length_ft": 1, "tons_per_cy": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_oval_pool_volume≈ 152 tokens

  Gallons in an oval (elliptical) pool. Formula: Gallons = π × (L/2) × (W/2) × average depth × 7.48052.

  Paramètres, retour & exemple (3)

  Paramètres

  • width_ft · number · optionnel
    Width (ft); default 15
  • length_ft · number · optionnel
    Length (ft); default 30
  • avg_depth_ft · number · optionnel
    Average depth (ft); default 4.5

  Exemple d'appel

  {"name": "calc_oval_pool_volume", "arguments": {"width_ft": 1, "length_ft": 1, "avg_depth_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_paint≈ 245 tokens

  Gallons of wall paint from room perimeter and height, minus doors and windows, for any number of coats. Formula: Paintable area = perimeter × height − 20 sq ft per door − 15 sq ft per window. Gallons = area × coats ÷ label coverage.

  Paramètres, retour & exemple (6)

  Paramètres

  • coats · number · optionnel
    Coats; default 2
  • doors · number · optionnel
    Doors; default 1
  • windows · number · optionnel
    Windows; default 2
  • wall_height_ft · number · optionnel
    Wall height (ft); default 8
  • wall_perimeter_ft · number · optionnel
    Room perimeter (ft); default 48
  • coverage_sqft_per_gal · number · optionnel
    Coverage (from your can label) (sq ft/gal); default 350

  Exemple d'appel

  {"name": "calc_paint", "arguments": {"coats": 1, "doors": 1, "windows": 1, "wall_height_ft": 1, "wall_perimeter_ft": 1, "coverage_sqft_per_gal": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_paver≈ 287 tokens

  Number of pavers for a patio, walkway or driveway plus cubic yards of compacted base and bedding sand. Formula: Pavers per sq ft = 144 ÷ (paver length × width); pavers = area × per sq ft × (1 + waste%). Base and sand cubic yards = area × depth(in) ÷ 324.

  Paramètres, retour & exemple (7)

  Paramètres

  • width_ft · number · optionnel
    Area width (ft); default 12
  • length_ft · number · optionnel
    Area length (ft); default 16
  • waste_pct · number · optionnel
    Waste allowance (more for patterns/curves) (%); default 10
  • base_depth_in · number · optionnel
    Base depth (per your design) (in); default 4
  • sand_depth_in · number · optionnel
    Bedding sand depth (in); default 1
  • paver_width_in · number · optionnel
    Paver width (in); default 4
  • paver_length_in · number · optionnel
    Paver length (in); default 8

  Exemple d'appel

  {"name": "calc_paver", "arguments": {"width_ft": 1, "length_ft": 1, "waste_pct": 1, "base_depth_in": 1, "sand_depth_in": 1, "paver_width_in": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_pool_alkalinity≈ 280 tokens

  How much baking soda raises your pool's total alkalinity, or how much muriatic acid or dry acid lowers it, for your pool size, using published doses per 10,000 gallons. Formula: Batches = |target − current| ÷ 10 × gallons ÷ 10,000. Raise: baking soda (lb) = batches × 1.4. Lower: muriatic acid 31.4% (fl oz) = batches × 26, or sodium bisulfate (lb) = batches × 2.1. Additions: raise no more than about 50 ppm at a time; add no more than 1 quart of acid per 10,000 gallons at a time.

  Paramètres, retour & exemple (3)

  Paramètres

  • target_ppm · number · optionnel
    Target total alkalinity (from your pool builder or test kit guide) (ppm); default 100
  • current_ppm · number · optionnel
    Current total alkalinity (test result) (ppm); default 60
  • pool_gallons · number · optionnel
    Pool volume (gal); default 15000

  Exemple d'appel

  {"name": "calc_pool_alkalinity", "arguments": {"target_ppm": 1, "current_ppm": 1, "pool_gallons": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_pool_calcium_hardness≈ 327 tokens

  How much calcium chloride raises your pool's calcium hardness, or how much water to replace to lower it, based on your pool size and fill-water hardness. Formula: Raise: calcium chloride (lb) = (target − current) ÷ 10 × gallons ÷ 10,000 × 1.2 for 77% (0.9 for 100%). Lower (dilution): share to drain = (current − target) ÷ (current − fill water); gallons = share × pool volume.

  Paramètres, retour & exemple (5)

  Paramètres

  • product · number · optionnel
    Calcium chloride strength (on the label); default 77; one of 77 = 77% (flake / dihydrate), 100 = 100% (anhydrous)
  • target_ppm · number · optionnel
    Target calcium hardness (from your pool builder or test kit guide) (ppm); default 250
  • current_ppm · number · optionnel
    Current calcium hardness (test result) (ppm); default 150
  • pool_gallons · number · optionnel
    Pool volume (gal); default 15000
  • fill_water_ppm · number · optionnel
    Calcium hardness of your fill water (ppm); default 50

  Exemple d'appel

  {"name": "calc_pool_calcium_hardness", "arguments": {"product": 1, "target_ppm": 1, "current_ppm": 1, "pool_gallons": 1, "fill_water_ppm": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_pool_chlorine≈ 233 tokens

  Fluid ounces of liquid chlorine (sodium hypochlorite) to raise free chlorine by a target number of ppm, from pool volume and product strength. Formula: Available chlorine (g) = gallons × 3.78541 L/gal × ppm (mg/L) ÷ 1,000. Product (mL) = grams ÷ (strength% ÷ 100), since trade percent is grams of available chlorine per 100 mL. Fl oz = mL ÷ 29.5735.

  Paramètres, retour & exemple (3)

  Paramètres

  • raise_ppm · number · optionnel
    Raise free chlorine by (ppm); default 3
  • pool_gallons · number · optionnel
    Pool volume (gal); default 15000
  • strength_pct · number · optionnel
    Product strength (trade %, on the jug) (%); default 12.5

  Exemple d'appel

  {"name": "calc_pool_chlorine", "arguments": {"raise_ppm": 1, "pool_gallons": 1, "strength_pct": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_pool_salt≈ 226 tokens

  Pounds and bags of pool salt to raise a saltwater pool from its current salt level to the target your chlorine generator needs. Formula: Salt (lb) = gallons × 8.34 lb/gal × (target ppm − current ppm) ÷ 1,000,000. Bags = ⌈lb ÷ bag size⌉.

  Paramètres, retour & exemple (4)

  Paramètres

  • bag_lb · number · optionnel
    Bag size (lb); default 40
  • target_ppm · number · optionnel
    Target salt level (from your cell manual) (ppm); default 3200
  • current_ppm · number · optionnel
    Current salt level (test strip or meter) (ppm); default 0
  • pool_gallons · number · optionnel
    Pool volume (gal); default 15000

  Exemple d'appel

  {"name": "calc_pool_salt", "arguments": {"bag_lb": 1, "target_ppm": 1, "current_ppm": 1, "pool_gallons": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_pool_stabilizer≈ 264 tokens

  How much stabilizer (cyanuric acid, CYA) raises your pool to a target level, or how much water to drain and refill to lower it. Formula: Raise: stabilizer (oz) = (target − current) ÷ 10 × gallons ÷ 10,000 × 13. Lower (dilution): share to drain = (current − target) ÷ (current − fill water); gallons = share × pool volume.

  Paramètres, retour & exemple (4)

  Paramètres

  • target_ppm · number · optionnel
    Target cyanuric acid (from your pool builder or test kit guide) (ppm); default 40
  • current_ppm · number · optionnel
    Current cyanuric acid (test result) (ppm); default 0
  • pool_gallons · number · optionnel
    Pool volume (gal); default 15000
  • fill_water_ppm · number · optionnel
    Cyanuric acid in your fill water (ppm); default 0

  Exemple d'appel

  {"name": "calc_pool_stabilizer", "arguments": {"target_ppm": 1, "current_ppm": 1, "pool_gallons": 1, "fill_water_ppm": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_pool_volume≈ 182 tokens

  Gallons in a rectangular pool with a sloped bottom, using average depth. Formula: Gallons = L × W × (shallow + deep)/2 × 7.48052 gal/cu ft.

  Paramètres, retour & exemple (4)

  Paramètres

  • deep_ft · number · optionnel
    Deep-end depth (ft); default 6
  • width_ft · number · optionnel
    Width (ft); default 16
  • length_ft · number · optionnel
    Length (ft); default 32
  • shallow_ft · number · optionnel
    Shallow-end depth (ft); default 3.5

  Exemple d'appel

  {"name": "calc_pool_volume", "arguments": {"deep_ft": 1, "width_ft": 1, "length_ft": 1, "shallow_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_rafter_length≈ 213 tokens

  Common rafter length, ridge rise and roof angle from the horizontal run and pitch, with optional overhang. Formula: Pitch factor = √(1 + (rise/12)²). Rafter length = (run + overhang) × pitch factor. Ridge rise = run × rise ÷ 12. Angle = atan(rise ÷ 12).

  Paramètres, retour & exemple (3)

  Paramètres

  • run_ft · number · optionnel
    Horizontal run (half the span, minus half the ridge board) (ft); default 14
  • pitch_rise · number · optionnel
    Pitch (rise per 12 in of run) (in); default 6
  • overhang_in · number · optionnel
    Horizontal overhang (eave) (in); default 12

  Exemple d'appel

  {"name": "calc_rafter_length", "arguments": {"run_ft": 1, "pitch_rise": 1, "overhang_in": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_rebar≈ 397 tokens

  How much rebar a rectangular slab grid needs: bar count each way, lap splices, total linear feet, 20 ft sticks to order and steel weight from ASTM A615 bar weights. Formula: Bars each way = ⌊(clear span ÷ spacing)⌋ + 1, where clear span = side × 12 − 2 × edge clearance. A run longer than one stick needs ⌈(run − lap) ÷ (stick − lap)⌉ pieces, adding one lap per joint; lap = bar diameters × bar diameter. Linear ft = (bars × run + splices × lap) ÷ 12; sticks = ⌈linear ft × (1 + allowance) ÷ stick length⌉; weight = linear ft × ASTM A615 lb/ft.

  Paramètres, retour & exemple (8)

  Paramètres

  • bar · string · optionnel · 3 | 4 | 5 | 6
    Bar size; default 4
  • edge_in · number · optionnel
    Edge clearance each side (in); default 3
  • width_ft · number · optionnel
    Slab width (ft); default 24
  • length_ft · number · optionnel
    Slab length (ft); default 30
  • waste_pct · number · optionnel
    Cut-off allowance (%); default 5
  • spacing_in · number · optionnel
    Bar spacing on center (from your plans) (in); default 12
  • stock_length_ft · number · optionnel
    Stick length (ft); default 20
  • lap_bar_diameters · number · optionnel
    Lap splice length in bar diameters (from your plans or engineer); default 40

  Exemple d'appel

  {"name": "calc_rebar", "arguments": {"bar": "3", "edge_in": 1, "width_ft": 1, "length_ft": 1, "waste_pct": 1, "spacing_in": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_retaining_wall≈ 631 tokens

  How many retaining wall blocks you need for a straight wall or a circle (fire pit, tree ring), including the buried course, cap units, base gravel for the leveling pad and drainage rock behind the wall. Block sizes are editable because every product line differs. Formula: Buried depth = max(exposed height ÷ bury ratio, minimum). Courses = ⌈(exposed height + buried depth − cap height) ÷ block height⌉. Blocks per course = ⌈run ÷ block face length⌉, where run = wall length, or π × outside diameter for a circle. Wall blocks = ⌈blocks per course × courses × (1 + waste%)⌉; caps = ⌈run ÷ cap length × (1 + waste%)⌉. Base gravel cu yd = run(ft) × trench width(in) × base depth(in) ÷ 144 ÷ 27; drainage rock cu yd = run(ft) × zone depth(in) × stacked block height(in) ÷ 144 ÷ 27 (straight walls only).

  Paramètres, retour & exemple (13)

  Paramètres

  • shape · string · optionnel · straight | circle
    Wall shape; default straight
  • waste_pct · number · optionnel
    Block waste/cut allowance (%); default 5
  • min_bury_in · number · optionnel
    Minimum buried depth (from your block maker) (in); default 6
  • base_depth_in · number · optionnel
    Compacted base depth (in); default 6
  • bury_ratio_in · number · optionnel
    Bury 1 in of block for every __ in of exposed height (from your block maker) (in); default 8
  • cap_height_in · number · optionnel
    Cap height (0 = no caps) (in); default 0
  • cap_length_in · number · optionnel
    Cap face length (in); default 12
  • drain_zone_in · number · optionnel
    Drainage rock zone behind the block (in); default 12
  • block_height_in · number · optionnel
    Block height (from the block label) (in); default 4
  • block_length_in · number · optionnel
    Block face length (from the block label) (in); default 12
  • trench_width_in · number · optionnel
    Base trench width (in); default 24
  • exposed_height_in · number · optionnel
    Exposed wall height above grade (including cap) (in); default 24
  • length_or_diameter_ft · number · optionnel
    Wall length (straight) or outside diameter (circle) (ft); default 20

  Exemple d'appel

  {"name": "calc_retaining_wall", "arguments": {"shape": "straight", "waste_pct": 1, "min_bury_in": 1, "base_depth_in": 1, "bury_ratio_in": 1, "cap_height_in": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_roofing≈ 272 tokens

  Roof area from the house footprint and pitch, converted to roofing squares (100 sq ft) and shingle bundles. Formula: Pitch factor = √(1 + (rise/12)²). Roof area = (L + 2×overhang) × (W + 2×overhang) × pitch factor. Squares = area ÷ 100 × (1 + waste%).

  Paramètres, retour & exemple (6)

  Paramètres

  • waste_pct · number · optionnel
    Waste allowance (%); default 10
  • pitch_rise · number · optionnel
    Pitch (rise per 12 in run) (in); default 6
  • overhang_in · number · optionnel
    Eave/rake overhang (in); default 12
  • bundles_per_square · number · optionnel
    Bundles per square (see wrapper); default 3
  • footprint_width_ft · number · optionnel
    Footprint width (ft); default 30
  • footprint_length_ft · number · optionnel
    Footprint length (ft); default 40

  Exemple d'appel

  {"name": "calc_roofing", "arguments": {"waste_pct": 1, "pitch_rise": 1, "overhang_in": 1, "bundles_per_square": 1, "footprint_width_ft": 1, "footprint_length_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_round_pool_volume≈ 145 tokens

  Gallons in a round or above-ground pool. Formula: Gallons = π × (D/2)² × average depth × 7.48052 (≈ D² × depth × 5.875).

  Paramètres, retour & exemple (2)

  Paramètres

  • diameter_ft · number · optionnel
    Diameter (ft); default 24
  • avg_depth_ft · number · optionnel
    Average water depth (ft); default 4.5

  Exemple d'appel

  {"name": "calc_round_pool_volume", "arguments": {"diameter_ft": 1, "avg_depth_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_septic_tank_size≈ 332 tokens

  Minimum septic tank size, pump tank size and drainfield area for a single-family home under Florida Rule 62-6.008, from bedrooms, building area and soil type. Formula: Design flow = the larger of the bedroom flow (100 gpd per bedroom up to 4, then +60 per bedroom) and the building-area flow (100 gpd to 750 sq ft, 200 to 1,200, 300 to 2,250, 400 to 3,300, then +60 per extra 750 sq ft or fraction), per Table I and its footnote 4. Septic tank and pump tank minimums come from Table II for that flow. Drainfield area = max(flow, 200 gpd) ÷ the Table III loading rate for the soil and trench or bed.

  Paramètres, retour & exemple (4)

  Paramètres

  • soil · string · optionnel · slight | moderate | moderate_slow
    Soil (from the site evaluation); default slight
  • bedrooms · number · optionnel
    Bedrooms; default 3
  • drainfield · string · optionnel · trench | bed
    Drainfield type; default trench
  • building_sqft · number · optionnel
    Building area (sq ft); default 2000

  Exemple d'appel

  {"name": "calc_septic_tank_size", "arguments": {"soil": "slight", "bedrooms": 1, "drainfield": "trench", "building_sqft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_sod≈ 278 tokens

  Square feet of sod, number of pieces and pallets for a lawn area. Piece size and pallet coverage are editable because they vary by farm and grass type. Formula: Sq ft to buy = L × W × (1 + waste%); pieces = sq ft ÷ (piece length × width ÷ 144); pallets = sq ft ÷ pallet coverage.

  Paramètres, retour & exemple (6)

  Paramètres

  • width_ft · number · optionnel
    Lawn width (ft); default 40
  • length_ft · number · optionnel
    Lawn length (ft); default 50
  • waste_pct · number · optionnel
    Waste allowance (%); default 5
  • pallet_sqft · number · optionnel
    Coverage per pallet (ask your supplier) (sq ft); default 400
  • piece_width_in · number · optionnel
    Piece width (ask your supplier) (in); default 16
  • piece_length_in · number · optionnel
    Piece length (ask your supplier) (in); default 24

  Exemple d'appel

  {"name": "calc_sod", "arguments": {"width_ft": 1, "length_ft": 1, "waste_pct": 1, "pallet_sqft": 1, "piece_width_in": 1, "piece_length_in": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_solar_panel≈ 221 tokens

  Panels needed to offset annual electricity use, from panel wattage, peak sun hours and system losses. Formula: Annual kWh per panel = W/1000 × peak sun hours × 365 × (1 − losses). Panels = ⌈annual use ÷ kWh per panel⌉.

  Paramètres, retour & exemple (4)

  Paramètres

  • annual_kwh · number · optionnel
    Annual usage (from your bills) (kWh); default 12000
  • panel_watts · number · optionnel
    Panel rating (W); default 400
  • peak_sun_hours · number · optionnel
    Peak sun hours/day (look up in PVWatts) (h); default 5
  • system_losses_pct · number · optionnel
    System losses (%); default 14

  Exemple d'appel

  {"name": "calc_solar_panel", "arguments": {"annual_kwh": 1, "panel_watts": 1, "peak_sun_hours": 1, "system_losses_pct": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_stair_stringer≈ 234 tokens

  Number of risers and treads, exact riser height, total run and stringer length from the floor-to-floor rise, checked against the IRC 7¾ in maximum riser. Formula: Risers = ⌈total rise ÷ max riser⌉; riser height = total rise ÷ risers; treads = risers − 1; total run = treads × tread depth; stringer length = √(rise² + run²).

  Paramètres, retour & exemple (3)

  Paramètres

  • max_riser_in · number · optionnel
    Maximum riser height allowed (in); default 7.75
  • total_rise_in · number · optionnel
    Total rise (finished floor to finished floor) (in); default 108
  • tread_depth_in · number · optionnel
    Tread depth (run per step) (in); default 10

  Exemple d'appel

  {"name": "calc_stair_stringer", "arguments": {"max_riser_in": 1, "total_rise_in": 1, "tread_depth_in": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_voltage_drop≈ 286 tokens

  Voltage drop for a single- or three-phase run using NEC Chapter 9 Table 8 conductor sizes. Formula: VD = 2 × K × I × L ÷ CM (single phase) or √3 × K × I × L ÷ CM (three phase); K = ohm·cmil/ft (approx. 12.9 Cu, 21.2 Al); CM from NEC Ch. 9 Table 8.

  Paramètres, retour & exemple (6)

  Paramètres

  • awg · string · optionnel · 1 | 2 | 3 | 4 | 6 | 8 | 10 | 12
    Wire size (AWG); default 12
  • amps · number · optionnel
    Load current (A); default 16
  • phase · number · optionnel
    Phase; default 1; one of 1 = Single phase, 3 = Three phase
  • volts · number · optionnel
    Source voltage (V); default 120
  • material · string · optionnel · copper | aluminum
    Conductor; default copper
  • one_way_ft · number · optionnel
    One-way length (ft); default 100

  Exemple d'appel

  {"name": "calc_voltage_drop", "arguments": {"awg": "1", "amps": 1, "phase": 1, "volts": 1, "material": "copper", "one_way_ft": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• calc_wall_stud≈ 316 tokens

  Studs at 16 or 24 in on center for a wall length, plus extras for corners and openings, and linear feet of top and bottom plate. Formula: Studs on layout = ⌈length(in) ÷ spacing⌉ + 1; total = layout + corners × extras per corner + openings × extras per opening. Plate linear ft = length × plates.

  Paramètres, retour & exemple (7)

  Paramètres

  • plates · number · optionnel
    Plates (bottom + double top = 3); default 3
  • corners · number · optionnel
    Corners in this wall; default 2
  • openings · number · optionnel
    Door/window openings; default 1
  • spacing_in · number · optionnel
    Stud spacing (on center); default 16; one of 16 = 16 in o.c., 24 = 24 in o.c., 12 = 12 in o.c.
  • wall_length_ft · number · optionnel
    Wall length (ft); default 20
  • studs_per_corner · number · optionnel
    Extra studs per corner; default 2
  • studs_per_opening · number · optionnel
    Extra studs per opening (king/jack); default 2

  Exemple d'appel

  {"name": "calc_wall_stud", "arguments": {"plates": 1, "corners": 1, "openings": 1, "spacing_in": 1, "wall_length_ft": 1, "studs_per_corner": 1}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• federal_awards≈ 247 tokens

  Search federal contract and grant awards from the official USAspending.gov API by keyword, NAICS, state, date and amount.

  Paramètres, retour & exemple (8)

  Paramètres

  • to · string · optionnel
    End date YYYY-MM-DD
  • from · string · optionnel
    Start date YYYY-MM-DD
  • limit · integer · optionnel
    Max awards, 1-500
  • naics · string · optionnel
    NAICS code, e.g. 238160
  • states · string · optionnel
    Comma-separated state codes, e.g. FL,GA
  • category · string · optionnel
    contracts or grants
  • keywords · string · optionnel
    Search words, e.g. roofing
  • minAmount · number · optionnel
    Minimum award amount in USD

  Exemple d'appel

  {"name": "federal_awards", "arguments": {"to": "texte", "from": "texte", "limit": 1, "naics": "texte", "states": "texte", "category": "texte"}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• fl_contractor_licenses≈ 193 tokens

  Search Florida DBPR contractor licenses (official public extract files) by county, trade and issue date. Business records only.

  Paramètres, retour & exemple (4)

  Paramètres

  • limit · integer · optionnel
    Max rows, 1-1000
  • since · string · optionnel
    Only licenses issued on/after this date, YYYY-MM-DD
  • trade · string · optionnel
    Trade keyword, e.g. roofing, pool, solar, general
  • county · string · optionnel
    Florida county name, e.g. Palm Beach

  Exemple d'appel

  {"name": "fl_contractor_licenses", "arguments": {"limit": 1, "since": "texte", "trade": "texte", "county": "texte"}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• offer_customlab≈ 96 tokens

  CustomLab.ai AI operations automation offer from pack JSON. No price, SKU or Payment Link; CTA is a free 30-minute fit call.

  Paramètres, retour & exemple (0)

  Exemple d'appel

  {"name": "offer_customlab", "arguments": {}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• offer_flagship≈ 110 tokens

  Managed AI Front Office (flagship retainer) facts from pack JSON. HUMAN-GATED: recommend -> human Accept -> written scope -> pay. Agents must not purchase unsupervised.

  Paramètres, retour & exemple (0)

  Exemple d'appel

  {"name": "offer_flagship", "arguments": {}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• offer_list≈ 77 tokens

  List offers in the agent GEO pack (ids + names + status). Read-only.

  Paramètres, retour & exemple (0)

  Exemple d'appel

  {"name": "offer_list", "arguments": {}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• sitemap_urls≈ 136 tokens

  Extract URLs from a public sitemap (follows sitemap indexes).

  Paramètres, retour & exemple (2)

  Paramètres

  • max · integer · optionnel
    Maximum URLs to return, 1-5000
  • url · string · requis
    Sitemap URL or site root (robots.txt Sitemap: lines are followed)

  Exemple d'appel

  {"name": "sitemap_urls", "arguments": {"url": "texte"}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

• sofl_permits≈ 194 tokens

  Recent building permits from Miami-Dade County and Fort Lauderdale open data, filterable by date and keyword. Owner names excluded.

  Paramètres, retour & exemple (5)

  Paramètres

  • to · string · optionnel
    End date YYYY-MM-DD
  • from · string · optionnel
    Start date YYYY-MM-DD
  • limit · integer · optionnel
    Max rows, 1-1000
  • source · string · optionnel
    miami-dade or fort-lauderdale
  • keyword · string · optionnel
    Filter permit descriptions, e.g. roof

  Exemple d'appel

  {"name": "sofl_permits", "arguments": {"to": "texte", "from": "texte", "limit": 1, "source": "texte", "keyword": "texte"}}

  Exemple de retour

  {"content": [{"type": "text", "text": "…"}]}

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Source

https://provenplaza-agent-mcp.zvorsteg1.workers.dev/mcp