Model	claude-3-5-sonnet-20240620
System PromptLong String
MessagesArray
1Collection
Role	user
contentArray
1Collection
type	image
sourceCollection
dataBuffer, codepage: binary
filename	Screenshot_20240919-164624.png
2Collection
textLong String
TASK 1: From top to bottom, and left to right, output what the image says. Use new lines and spacing in your output to capture the location of the information appropriately. Output only what the image contains, nothing more or less, with no explanation, introduction or conclusion to your output.

TASK 2:
Objective: Extract and present detailed trade information from the image.

Process the Text from the image as Follows:

STEP 1: Remove the Following Strings (Case-Insensitive)
Remove any instances of the following strings from the text:
"@mesmon" "THECRYPTONATIVE" "Euathlus" "2pi" "WWG Bot" "WG Bot", "W APP", "unlock content" "@meshion" "W W" "W Wa Dot" "MATT" "Robovo23" "Dilliooo" "MrS CriptoSapo" "helpbot manar" "ventura", "press the button to unlock the content..." "Press the button" "Only you can see this" "Dismiss message" "Done reading? Check out # charts-ideas." "Done reading? Check out # ? | active-questions."

Important: Double-check that all instances of these strings are removed from your task 2 output. A programmatic function has attempted to do this for you, however, you can improve on this further. After removing specified strings, review the output to ensure all authorized trader names are still present. If any have been inadvertently removed, reinsert them in their original positions.

PROGRAMMATIC FUNCTION: ({ "text": "16:46 99 W # | trades > SOL/TetherUS PERPETUAL CONTRACT, 4h, BINANCE USDT 17 TradingView 190.000 185.000 180.000 175.000 170.000 165.000 160.000 155.000 150.000 145.000 143.536 + 100% Q 03:17:19 142.922 140.007 135.000 130.061 125.000 120.000 115.000 110.000 16 23 • ⚫ @ Woods Today at 4:46 PM WIF limit 1.716 stop 1.663 LIMIT WIF Entry: 171.6 SL: 166.3 Last update | Today at 4:46 PM ⚫ Done reading? Check out # | art-of-war." })


The PROGRAMMATIC FUNCTION has also detected cryptocurrency symbols in the text to assist your analysis: WIF/USDT:USDT, SOL/USDT:USDT 

When outputting the trades in 2a and 2b outputs below, if your analysis of the text does not reveal cryptocurrency symbols, try using the list from the programmatic function, and it may help you to identify them. 

Based on Step 1 and the helpful information from the programmatic function, output the parsed/cleaned text as task2_a.

CRITICAL: Do not remove any authorized trader names (Johnny, Eliz, Woods, Michele, HBJ, Tareeq, Impulse, Rego, Cryart, Bryce, Muzzagin, Pocky) during the string removal process. These names are essential for trade attribution and must be preserved where they are, even when other strings are removed.

STEP 2: Retain and Format Authorized Trader Aliases
Ensure that the following trader aliases are always retained in the text. Where these appear in the text, add a space before and after them to clearly distinguish them (case-insensitive):
1. Johnny 2. Eliz 3. Woods (If you see "robovo23", replace it with Woods) 4. Michele 5. HBJ 6. Tareeq 7. Impulse 8. Rego 9. Cryart 10. Bryce 11. Muzzagin 12. Pocky

Look for these trader aliases in various formats, such as:
@[trader name]
-[trader name]
@ [trader name]
-[trader name]
-(trader name misspelled slightly)

NO OTHER TRADERS CAN SUBMIT TRADES FOR YOU TO OUTPUT IN TASK 2.

STEP 3: Extract comprehensive information about each trade listed in the image, using the output from task2_a as the input for this step.

Use the cleaned text from task2_a as the basis for identifying trades and trader information in this step. 

A valid trade must contain at minimum:

- A cryptocurrency symbol
- An action (e.g., long, short, buy, sell) OR price information (entry, stop loss, or take profit)
- An authorized trader name appearing BEFORE the trade information in the visible text

Steps to Follow:

a) Scan the cleaned text from task2_a for authorized trader names.

b) For each authorized trader name found, examine the text following it for trade information, up until the next trader name or end of text.

IMPORTANT: When extracting price information for trades, prioritize the data that follows the pattern '(▲ or ▼) (Symbol) Entry: (price information)'. If price information effectively appears twice for a trade, only include the prioritized format in your output. When reporting the 'Original text' for a trade, include the full context but only list the price information once, using the prioritized format.

Remove ALL non-prioritized price information from the original text, even if it means significantly altering the original wording. The goal is to have price information appear ONLY ONCE in the entire trade output, using the prioritized format.
c) If trade information is found, extract:
The trader alias
The trading cryptocurrency symbol/ticker
The action (if explicitly stated)
Any available price information (entry, stop loss, take profit), prioritizing the format '(▲ or ▼) (Symbol) Entry: (price information)'
The original text of the trade, modified to include only the prioritized price information format

IMPORTANT: When reporting the 'Original text' for a trade, include the full context but only list the price information once, using the prioritized format. Remove any duplicate or non-prioritized price information from the original text.

d) Determine the trade direction (long or short) based on the following logic:
   - If an action is explicitly stated (long, short, buy, sell), use that.
   - If a stop loss is provided and it's lower than the entry price, the trade is a LONG.
   - If a stop loss is provided and it's higher than the entry price, the trade is a SHORT.
   - If no stop loss is provided or the relationship isn't clear, mark the direction as UNKNOWN.
- If no direction or side is clearly stated, then the position is Long. 

e) If no authorized trader name is found immediately before the trade information in task2_a output:
   - First, scan backwards in the task2_a text to find the nearest authorized trader name that appears before the trade information.
   - If no valid trader name is found in task2_a, then and only then, refer back to the original text from task1_output to locate the nearest authorized trader name appearing before the trade information.
   - If a valid trader name is found using either method, associate the trade with this trader.
   - If no valid trader name is found before the trade information in both task2_a and task1_output, do not include the trade in the output.

f) After extracting all trade information, compare the timestamp of each trade with the provided time of the most recent analyzed trade: 2024-09-19 16:44:00. When connecting the time to a trade ALWAYS use the time that comes after the phrase "Last update | Today at (time)" in the image. Only include trades with timestamps later than this time in your task2_b_output.

Format each trade as follows:
'Trader Alias: @[name] | Symbol: [(symbol)/USDT:USDT] | Direction: [LONG/SHORT] | Original text: [trader name] [action if stated] [symbol] [▲ or ▼ Symbol Entry: price SL: stop-loss]'
Example:
'Trader Alias: @Johnny | Symbol: BTC/USDT:USDT | Direction: LONG | Original text: Johnny longed BTC ▲ BTC Entry: 30000 SL: 29000'"

CRITICAL: Trade information extends from any mention of price, risk, or symbol all the way BACK to the nearest VALID trader reference. When identifying a trade, consider all information between the trade details and the most recent valid trader name as part of the trade. However, price information should only be included ONCE, using the prioritized price information. 

IMPORTANT: Consider context and proximity when linking trader names to trade information. A trader name doesn't need to be immediately adjacent to the trade details, but should be reasonably close and not separated by another trader's name or unrelated content.

Verification: For each identified trade, double-check that it contains all required elements (symbol, action or price information). If any element is missing, do not include it in the output.

STEP 4: Filter Trades Based on Timestamp
a) Compare the timestamp of each trade extracted in Step 3 with the provided time of the most recent analyzed trade: 2024-09-19 16:44:00
b) Only include trades in the task2_b_output that have timestamps after 2024-09-19 16:44:00 
c) If the timestamp of a trade is not clear or not provided, include it in the output (err on the side of inclusion)

STEP 5: Reasoning
After completing Task 2, provide a detailed explanation of your reasoning process. Explain how you followed the steps to arrive at your outputs for task2_a and task2_b. Include any challenges you encountered and how you resolved them. Additionally, include your approach to including only the prioritized price information. 


TASK 3: Timestamp Analysis and Recent Updates
Objective: Analyze the timestamps in the image to determine the most recent update time and identify new trades.

FOR TASK 3, when connecting the time to a trade ALWAYS use the time that comes after the phrase "Last update | Today at (time)" in the image

Steps:
Identify all timestamps associated with trades in the processed text from Task 2A.

Compare these timestamps with the provided current time: 2024-09-19 16:46:32

Determine the most recent timestamp. If timestamps show values after the current time on the same day, assume they are from the previous day and use the most recent time.
Format the result as "YYYY-MM-DD HH:MM:SS" (24-hour format).

Compare the timestamps with the time of the most recent analyzed trade: 2024-09-19 16:44:00

In the JSON structure, include a "task3" object with the following fields:
"current_time": The provided current time
"most_recent_update": The most recent timestamp from the image associated with a trade
"new_trades_status": "new trades detected" if there are trades with timestamps later than 2024-09-19 16:44:00, or "no new trades detected" if there are no such trades
"new_trades_count": The number of trades output in task2_b with timestamps later than 2024-09-19 16:44:00

Example:
{
"task3": {
"current_time": "2024-09-19 14:30:00",
"most_recent_update": "2024-09-19 14:25:30",
"new_trades_status": "new trades detected",
"new_trades_count": 2
}
}

RECURSIVE REASONING AND SELF-CHECK:
Before finalizing your output, perform a recursive reasoning process to check your work step by step. Follow these guidelines:

Task 1 Review:
Re-read the original image text and your task1_output. Ensure all visible text is accurately transcribed, including spacing and line breaks. Verify that no additional information or interpretation has been added.

Task 2a Review:
Compare your task2_a_output with the task1_output. Confirm that all specified strings have been removed. Verify that all authorized trader names have been RETAINED. Check for any inconsistencies or errors in the cleaning process.
Task 2b Review:
Re-examine the task2_a_output as the basis for trade identification. For each trade in your task2_b_output:
a. Verify that the trader alias is from the authorized list and appears BEFORE the trade information.
b. Confirm that the trade contains all required elements (symbol, action, price information).
c. Double-check that the original text accurately reflects the information in task2_a_output.
d. Ensure that no trades have been associated with @meshion or 'meshion'.
e. If a trade is associated with a trader name that wasn't found in task2_a and required referring back to task1_output, explain in the reasoning section why this was necessary and how the nearest valid trader name was determined.
f. Verify that each trade has a timestamp associated with it.
Ensure that each trade in task2_b_output follows the exact format specified, with price information appearing only once and using only the prioritized format. Remove all other forms of price information from the 'Original text' field, even if it significantly alters the original wording.

Overall Consistency Check:
Ensure that task2_b_output is directly derived from task2_a_output, not from task1_output. Verify that all reasoning in the "reasoning" section aligns with the outputs provided.

Timestamp Verification:
a. Confirm that all trade timestamps have been correctly identified and formatted.
b. Verify that only trades with timestamps later than 2024-09-19 16:44:00 are included in the task2_b_output.
c. If a trade's timestamp is not clear or not provided, include it in the output (err on the side of inclusion).
JSON Structure Validation:
Parse your JSON output to ensure it's valid and free of syntax errors. Check that all required keys are present and correctly formatted.
Final Review:
Read through your entire response one last time. Make any necessary adjustments to improve accuracy, consistency, or clarity. After completing this recursive reasoning and self-check process, update your output if needed. Then, provide a brief summary of any changes made or confirmations of accuracy as part of your "reasoning" section in the JSON output.
Verify that price information appears only once in each trade output, using the prioritized format '(▲ or ▼) (Symbol) Entry: (price information)'. Ensure that any duplicate or non-prioritized price information has been removed from the 'Original text' field.
OUTPUT FORMATTING:
JSON Structure Instructions
Create a JSON object with five main keys: "task1_output", "task2_a_output", "task2_b_output", "task3", and "reasoning".
For Task 1:
"task1_output" should be a string containing the raw text from the image, preserving line breaks and spacing.
For Task 2:
"task2_a_output" should be a string containing the parsed/cleaned text based on Step 1 and the programmatic function.
"task2_b_output" should be an array of strings, where each string represents a trade in the format:
"Trader Alias: @[name] | Symbol: [pair] | Direction: [LONG/SHORT] | Original text: [full text], timestamp: [YYYY-MM-DD HH:MM:SS]"
For Task 3:
"task3" should be an object with the following fields:
"current_time": The provided current time (2024-09-19 16:46:32)
"most_recent_update": The most recent timestamp from the image associated with a trade
"new_trades_status": "new trades detected" if there are trades with timestamps later than 2024-09-19 16:44:00, or "no new trades detected" if there are no such trades
"new_trades_count": The number of trades output in task2_b with timestamps later than 2024-09-19 16:44:00
"reasoning" should be a string containing a detailed explanation of the reasoning process.
Here's an example JSON structure:
{
"task1_output": "Line 1 of raw text\nLine 2 of raw text\n Indented line of text",
"task2_a_output": "Cleaned text without specified strings",
"task2_b_output": [
"Trader Alias: @Johnny | Symbol: BTC/USDT:USDT | Direction: LONG | Original text: Johnny longed BTC ▲ BTC Entry: 30000 SL: 29000, timestamp: 2024-09-19 14:30:00",
"Trader Alias: @Eliz | Symbol: ETH/USDT:USDT | Direction: SHORT | Original text: Eliz ETH/USDT:USDT short 1800 sl 1850, timestamp: 2024-09-19 14:35:00"
],
"task3": {
"current_time": "2024-09-19 14:40:00",
"most_recent_update": "2024-09-19 14:35:00",
"new_trades_status": "new trades detected",
"new_trades_count": 2
},
"reasoning": "Detailed explanation of the reasoning process"
}
VALIDATION STEP:
After creating your JSON response, parse it as if you were a JSON parser. If you detect any issues that would cause parsing errors, fix them before submitting your final response. Ensure that all timestamps are correctly formatted and included in the output.

type	text
MetadataCollection
Max Tokens	8000
Temperature	1
Output
Bundle 1Collection
Text ResponseLong String
Unique ID	msg_015yKRb39bjCjc43yNPheqSE
Type	message
Role	assistant
Model	claude-3-5-sonnet-20240620
ContentArray
1Collection
Type	text
TextLong String
{
"task1_output": "16:46 99 # | trades > SOL/TetherUS PERPETUAL CONTRACT, 4h, BINANCE USDT\n\n17 TradingView\n\n190.000\n185.000\n180.000\n175.000\n170.000\n165.000\n160.000\n155.000\n150.000\n145.000\n143.536\n03:17:19\n142.922\n140.007\n135.000\n130.061\n125.000\n120.000\n115.000\n110.000\n\n8 16 23\n\nWG Bot W APP Today at 4:46 PM\n@meshion\nWIF limit 1.716 stop 1.663\n\n▲ LIMIT WIF Entry: 171.6 SL: 166.3\n\nLast update | Today at 4:46 PM\n\nOnly you can see this • Dismiss message\n\nDone reading? Check out # | art-of-war.",

"task2_a_output": "16:46 99 # | trades > SOL/TetherUS PERPETUAL CONTRACT, 4h, BINANCE USDT\n\n17 TradingView\n\n190.000\n185.000\n180.000\n175.000\n170.000\n165.000\n160.000\n155.000\n150.000\n145.000\n143.536\n03:17:19\n142.922\n140.007\n135.000\n130.061\n125.000\n120.000\n115.000\n110.000\n\n8 16 23\n\n Woods Today at 4:46 PM\nWIF limit 1.716 stop 1.663\n\n▲ LIMIT WIF Entry: 171.6 SL: 166.3\n\nLast update | Today at 4:46 PM",

"task2_b_output": [
"Trader Alias: @Woods | Symbol: WIF/USDT:USDT | Direction: LONG | Original text: Woods WIF ▲ LIMIT WIF Entry: 171.6 SL: 166.3, timestamp: 2024-09-19 16:46:00"
],

"task3": {
"current_time": "2024-09-19 16:46:32",
"most_recent_update": "2024-09-19 16:46:00",
"new_trades_status": "new trades detected",
"new_trades_count": 1
},

"reasoning": "In Task 1, I transcribed the entire visible text from the image, preserving line breaks and spacing. For Task 2a, I removed specified strings and retained authorized trader names. The programmatic function helped identify WIF/USDT:USDT as a cryptocurrency symbol.\n\nIn Task 2b, I identified one trade from the cleaned text. The trade was associated with Woods, an authorized trader. The trade direction was determined to be LONG based on the stop loss (166.3) being lower than the entry price (171.6). I prioritized the format '▲ LIMIT WIF Entry: 171.6 SL: 166.3' for price information and removed any duplicate information from the original text.\n\nFor Task 3, I identified the most recent timestamp as 2024-09-19 16:46:00, which is after the provided time of the most recent analyzed trade (2024-09-19 16:44:00). Therefore, this trade is considered new.\n\nDuring the recursive reasoning process, I verified that the task2_b_output was derived from task2_a_output, confirmed the accuracy of the trade information, and ensured that the price information appears only once in the prioritized format. I also double-checked that the JSON structure is valid and that all required information is included."
}



WHY THE HECK DID IT CHANGE THE DECIMAL PLACE?