8+ Cayo Perico Secondary Targets: Value Guide

secondary target values cayo perico

8+ Cayo Perico Secondary Targets: Value Guide

In the context of the video game Grand Theft Auto Online, supplemental loot options available during the Cayo Perico heist, beyond the primary objective, represent substantial additional income opportunities. These optional loot items vary in value and availability, including cash, gold, paintings, cocaine, weed, and more, located throughout the island. For instance, a player might find a stash of gold inside El Rubio’s compound in addition to the main target.

Maximizing earnings during the heist involves strategically selecting and acquiring these additional valuables. Their presence allows players to significantly increase their payout beyond the primary target’s worth. Understanding the location and potential value of these items is essential for effective heist planning and execution. Since the introduction of the Cayo Perico heist, optimizing these supplemental loot choices has become a core element of maximizing profitability.

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9+ Fix "Target Values Must Be Absolute" Error in Java

java.lang.illegalargumentexception: target values must be absolute

9+ Fix "Target Values Must Be Absolute" Error in Java

This specific exception message indicates an attempt to use relative values where absolute values are required by a particular method or function within a Java program. For instance, when specifying file paths, screen coordinates, or array indices, the underlying API might mandate absolute values for correct operation. Supplying a relative value, such as “../file.txt” for a file path or a negative number for an array index, would trigger this exception. The error message clearly directs the developer to rectify the code by providing absolute values, like “C:/data/file.txt” or a non-negative array index.

Enforcing the use of absolute values ensures predictable and consistent behavior within Java applications. It prevents ambiguity and potential errors that could arise from the interpretation of relative values in different contexts. This practice contributes to robust and reliable software, simplifying debugging and maintenance by providing clear expectations for parameter values. Historically, such explicit requirements stem from the need to eliminate platform-specific interpretations of relative paths and other values, ensuring cross-platform compatibility and portability of Java programs.

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