Billing & System Integrations

MTM-TRAJECTCONTROLE is engineered with a modular integration engine that bridges with external economy frameworks, banking systems, invoice scripts, and police dispatch networks.

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1. Automated Fine Billing & Banking Systems

When a vehicle commits a speeding violation (either through average section speed or an instant gate radar), the system calculates the penalty according to configured fine brackets and dispatches the citation.

Supported Billing & Banking Frameworks

System	Mode	Key Feature
Direct Bank Deduction	Direct	Automatically withdraws fine from player bank account via ESX, QBCore, Qbox, or Renewed-Banking.
okokBilling	Invoice	Dispatches a formal invoice with reference code into the okokBilling player menu.
esx_billing	Invoice	Sends an official unpaid invoice to the player’s ESX billing menu.
Renewed-Banking	Direct	Deducts fine balance and logs an itemized transaction statement.
pefcl	Direct / Invoice	Dispatches fine notification directly into the PEFCL banking application.
qb-phone	Invoice	Sends invoice notification directly to the QB-Core phone invoices app.
qs-smartphone	Invoice	Integrates with Quasar Smartphone banking and invoice applications.
lb-phone	Invoice	Sends push notifications and invoices directly to LB-Phone.
codem-billing	Invoice	Dispatches structured invoice tickets into the Codem billing interface.

Configuration Modes

In config.lua, configure your preferred billing behavior:

Config.Billing = {
    Enabled = true,
    -- Modes: "direct_bank" (charges bank directly) or "invoice" (creates unpaid bill)
    Mode = "direct_bank",
    -- System: "auto", "okokBilling", "esx_billing", "qb-phone", "qs-smartphone", "lb-phone", "Renewed-Banking", "pefcl"
    System = "auto",
    -- Society account to receive fine revenues (e.g. police or government fund)
    SocietyAccount = "society_police",
    AuthorName = "Centraal Justitieel Incassobureau (CJIB)"
}

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2. Legal Correction & Fine Calculation

To reflect realistic European traffic enforcement standards, MTM-TRAJECTCONTROLE applies a statutory legal correction margin (Config.LegalCorrection = 3.0 km/h) before calculating fines.

Default Fine Brackets (CJIB Standard)

Fines scale progressively based on the net overspeed (measured speed minus legal correction minus speed limit):

Net Overspeed	Base Fine (EUR / USD)
1 - 10 km/h	65
11 - 15 km/h	140
16 - 20 km/h	210
21 - 25 km/h	290
26 - 30 km/h	380
31 - 35 km/h	490
36+ km/h	Scales automatically per km/h over limit

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3. MTM-ANPR Surveillance Forwarding

MTM-TRAJECTCONTROLE connects directly with the MTM-ANPR law enforcement ecosystem:

• Speeding Violation Forwarding (Config.SendToANPR = true): When a vehicle commits a speeding infraction, the telemetry is forwarded to MTM-ANPR, logging the record into the vehicle’s dossier for police investigation.
• Off-Road Evasion Detection (Config.AlertPoliceOnEvasion = true): If a speeding vehicle passes the entry portal but leaves the highway via an unmonitored off-ramp, the evasion watchdog marks the vehicle and alerts on-duty officers.

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4. MTM-PADUI Tablet Integration

MTM-TRAJECTCONTROLE automatically registers itself into the MTM-PADUI tablet system:

• When an officer opens their in-game iPad / tablet, the Section Control icon appears on the home screen.
• Officers can inspect live corridors, monitor active highway speeds, and adjust enforcement toggles directly from their tactical device.

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5. Developer Exports Reference

Client-Side Exports

-- Open, close or toggle tablet map
exports['MTM-TRAJECTCONTROLE']:OpenMap()
exports['MTM-TRAJECTCONTROLE']:CloseMap()
exports['MTM-TRAJECTCONTROLE']:ToggleMap()
local isOpen = exports['MTM-TRAJECTCONTROLE']:IsOpen()

-- Get configured speed unit ("kmh" or "mph")
local unit = exports['MTM-TRAJECTCONTROLE']:GetSpeedUnit()

-- Get list of all registered corridors
local corridors = exports['MTM-TRAJECTCONTROLE']:GetAllTrajecten()

-- Open the 3D in-game creator programmatically
exports['MTM-TRAJECTCONTROLE']:StartCreator()

Server-Side Exports

-- Query the effective speed limit for a section (matrix or default)
local limit, isMatrix = exports['MTM-TRAJECTCONTROLE']:GetEffectiveSpeedLimit("LSF_NOORD")

-- Get table of all active vehicle passages currently inside sections
local activeVehicles = exports['MTM-TRAJECTCONTROLE']:GetActivePassages()

-- Manually issue a fine or invoice through the billing pipeline
local success, amount, refCode = exports['MTM-TRAJECTCONTROLE']:IssueFine(
    src, plate, speed, limit, overspeed, violationType, traject
)

-- Calculate fine amount based on configured CJIB brackets
local amount = exports['MTM-TRAJECTCONTROLE']:CalculateFineAmount(overspeed)

-- Detect currently active billing framework
local systemName = exports['MTM-TRAJECTCONTROLE']:DetectActiveBillingSystem()