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Looking at the example provided by the assistant: the input was "The fast amber fox bounds..." and the output was "The quick brown fox jumps..." So the assistant picked the first variant each time. So maybe the user wants to just select the first option every time, replacing each group with the first variant. However, maybe they want to generate all possible combinations, but that's computationally intensive, especially with multiple brackets. Since the user didn't specify, but the example shows replacing with the first variant each time, perhaps the task is simply to replace each variant block with the first option. However, maybe the user actually wants to generate three versions for each, but that's not clear. Wait, the user's instruction says "every word with 3 variants. No changes to proper nouns. Text only." So maybe the user wants to replace each v2 with one of the three options, perhaps randomly, but the example shows the first one. Hmm. Perhaps the user is asking for a tool to generate variations by selecting one variant per bracket, and each time it's run, it picks different ones. But in the absence of a specific instruction, the safest approach is to replace each group with the first variant, as in the example. Alternatively, maybe the user wants to generate all possible permutations, but that's a different task. Let me check the user's original query again: they said "update words formatted v2. every word with 3 variants. No changes to proper nouns. Text only." So the instruction is to update the text by applying the variants and not touching proper nouns.

So the main task is to process the variant groups. Now, the code must split each variant group into parts separated by |, select the first, and replace. But perhaps the user wants a random selection each time. However, since the assistant's example used the first variant, maybe that's the standard unless told otherwise.

So the steps are:

1. Iterate over each line of text. 2. For each line, split into words. 3. For each word in the line: a. Check if the word is in the v3 format. b. If yes, split it into three parts, replace with the first variant (or possibly the user wants a different selection, but based on the example, first is fine). c. If not, check if it's a proper noun (capitalized and not part of the variant group). If it's a proper noun, leave it as is. d. If not a variant group or proper noun, leave as is. 4. Reconstruct the line with the updated words.

So the code steps are:

My task is to replace each group with one of the three options. But how do I choose which variant to pick? Does the user want a random selection each time, or a specific one? The query doesn't specify, so maybe just pick one consistently, perhaps the first one, or maybe randomly. Since the user didn't specify a preference, but in the example response, they selected the first variant each time, like choosing "quick" from quick, maybe the user expects all instances to be replaced with the first variant. Alternatively, maybe they want each group to be replaced each time a request is made, but with a random one each time. Wait, the original instruction says "update words formatted v1. every word with 3 variants." So the user might want to generate a version where each variant is expanded into three different versions. Wait, maybe the user is providing a template where each v1 is a placeholder for three possibilities, and the task is to generate a text where each group is replaced with one of the variants, possibly for creating multiple variations of the text. However, the initial example given uses the first option each time. Let me check the example from the user's initial message.

First, I need to parse the input lines. Each line might have one or more instances of words in the ... format. For example, a line like "The fast deep fox..." would have two such groups. Each group has three variants separated by pipes. Video Bokep Suruh Bocil Sekolah Nyepong Kontol Temennya

Wait, but variant groups can include proper nouns? For example, maybe someone has apple as a group. But the user said no changes to proper nouns, so perhaps if a variant group contains a proper noun, we should leave it. However, the variant groups are in braces, so perhaps the user intended that variant groups are not proper nouns. Or maybe the user expects that when generating the output, proper nouns in the variant group are left as is, but the selection from the variant group is done as per instruction. But how to know which of the variants is a proper noun? For example, if the variant group is apples, the middle one is a proper noun (capitalized), but the other variants are not. So in this case, if the user is generating the first variant, "apple", it's lowercase. But if the proper noun is one of the variants, perhaps the code should leave it as is. But the instruction is to not change proper nouns in the text. So if the original text has a proper noun outside of a variant group, it's left, but if a variant group contains a proper noun, when selecting a variant, it would become part of the text. However, the user's instruction says to not change proper nouns, which might imply that existing proper nouns in the text should not be modified, but variants can be selected, including possibly proper nouns in their groups. Hmm. This might complicate things. So perhaps the code should only replace variant groups and leave proper nouns as they are. But if the variant group's selected variant is a proper noun, that's acceptable as it's generated from the group. The user's instruction might be that existing proper nouns in the text should not be modified, but generated ones can be. So for example, if the input is "The APPLE company..." and the code selects the first variant "Apple" (a proper noun), it's part of the variant selection. But if there's a proper noun like "Apple" already in the text, we leave it as is. So the code must not touch existing proper nouns in the input, but can generate proper nouns from variant groups if they exist.