Overview
The provided data represents a deterministic simulation for the Bali Coast location in Indonesia. This snapshot is generated for a specific date and time and should not be interpreted as a live forecast, observed conditions, or a prediction of real-world weather, tides, or fishing success. The values presented here are simulation metrics used for illustrative purposes only.
Tide Interpretation
The simulation indicates a "slack" tide state. In a general saltwater context, a slack tide typically represents a period of minimal water movement where currents are at their weakest. This can be a transitional phase in the tidal cycle, often occurring between the incoming and outgoing flows. For freshwater locations, the listed tide state is simulated and should be disregarded. Anglers should consult local tide charts for the specific time of slack water at this location to align with natural feeding patterns.
Weather Summary
Based on the supplied simulation data, the following conditions are generated:
- Temperature: 17.8°C
- Wind: 19 kph
- Cloud Cover: 68%
- Swell: 2.3 m
These values are simulated and do not reflect actual atmospheric or oceanographic conditions. When planning, consider that wind speed and direction can significantly affect surface conditions and boat stability, while cloud cover and temperature influence fish metabolism and feeding activity.
Species Advice
The simulation data does not specify a target fish species. Therefore, specific species presence cannot be confirmed. For the Bali Coast region, general saltwater tactics are recommended. Anglers should research current local fisheries guidance to identify species prevalent in the area and verify any specific regulations regarding size limits or bag limits. Seasonal advice should be sought from local experts, as water temperature and seasonal migrations play a major role in species availability.
Bite Score
The simulation assigns a bite score of 98 and a confidence level of 0.53. It is important to understand that this score is a simulation metric and not a prediction of real-world fishing success. The high score reflects the simulation's internal logic for the given parameters, while the confidence level indicates the uncertainty of the simulation's output. This score should not be treated as a guarantee or a forecast of the actual fishing conditions.