Number of files corrected

Datasheet.md

@@ -23,8 +23,8 @@ The dataset was generated between November 2025 and March 2026. It is publicly r
 
 Each instance in the dataset represents a single operational scenario of the single inverter infinite bus (SIIB) system, a canonical power systems test case consisting of one inverter-based resource connected to a stiff upstream grid through a LCL filter and a feeder. Each instance captures the complete time-domain dynamic response of a random initialization to a random disturbance, either a short circuit fault or a load step, simulated under one of two inverter control modes: grid-forming (GFM) or grid-following (GFL). Each instance consists of two types of sub-records corresponding to two simulation domains as follows:
 
-- EMT sub-record: Five CSV files recording the system's electromagnetic transient response at 50 µs resolution in PSCAD
-- RMS sub-record: Five CSV files recording the system's phasor-domain response at 1 ms resolution in MATLAB Simulink
+- EMT sub-record: Four CSV files recording the system's electromagnetic transient response at 50 µs resolution in PSCAD
+- RMS sub-record: Four CSV files recording the system's phasor-domain response at 1 ms resolution in MATLAB Simulink
 
 Both sub-records cover the same physical scenario under matched conditions, making each instance a paired multi-resolution observation of the same dynamic event. A metadata file accompanies each instance, recording the complete set of initial conditions and disturbance parameters that define the scenario.
 
@@ -33,8 +33,8 @@ Both sub-records cover the same physical scenario under matched conditions, maki
 The dataset contains 3,000 instances (scenarios), each contributing 11 files:
 
 - 1 metadata file (xxxx_meta.csv)
-- 5 EMT signal CSV files (xxxx_[M|L]_EMT_[A|I|P|T|V].csv)
-- 5 RMS signal CSV files (xxxx_[M|L]_RMS_[A|I|P|T|V].csv)
+- Four EMT signal CSV files (xxxx_[M|L]_EMT_[A|I|P|V].csv)
+- Four RMS signal CSV files (xxxx_[M|L]_RMS_[A|I|P|V].csv)
 
 This yields a total of 33,000 files across the full dataset. Each scenario is identified by a four-digit zero-padded index (0001–3000). The dataset covers both GFM (M) and GFL (L) control modes across the 3,000 scenarios.