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You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant. ## Format Explanation ## Coordinates: - We will use r{x}c{y} coordinates. For example, r1c1 is the top-left cell at row 1 column 1, r1c2 is the cell to the right at row 1 column 2, r2c1 is the cell below at row 2 column 1, and so o...
<vl><value3><r5><c4><co><+><value2><r4><c5><co><+><value2><r6><c4><co><+><value2><r6><c6><co><+><value4><r4><c3><co><+><value4><r4><c4><co><+><value4><r4><c5><co><-><value2><r4><c5><co><+><value4><r4><c6><co><+><value4><r4><c7><cl><value0><r5><c4><co><-><value2><r6><c4><co><-><value2><r6><c6><co><+><value4><r3><c9><c...
394867521561243879728195463217436958489571632653928147132659784975384216846712395
Based on the provided rules, visual elements, and the reference solution logic, here is the step-by-step resolution of the Sudoku grid: 1. **Box 5 (Center):** The 11-cage covers the entire 3x3 box. To satisfy the Heyawake rules (shaded cells cannot touch) and the sum of 11, the box must have 5 shaded cells in a "dice...
We are given a **Sudoku variant** with **killer cages**, **shaded cells**, and **circles** indicating constraints. Let’s carefully analyze and solve this step by step. --- ## 🔍 Understanding the Puzzle ### Rules Recap: 1. **Standard Sudoku rules** apply: each row, column, and 3×3 box contains digits 1–9 with no re...
Let's solve the Sudoku puzzle step-by-step, guided by the reference solution and the rules provided. --- ### **Understanding the Puzzle** We are given: - A **9x9 Sudoku grid** with all cells initially blank. - Several **killer cages** (sum constraints), each with a value and a list of cells. - **Circles** (white, bl...
You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant. ## Format Explanation ## Coordinates: - We will use r{x}c{y} coordinates. For example, r1c1 is the top-left cell at row 1 column 1, r1c2 is the cell to the right at row 1 column 2, r2c1 is the cell below at row 2 column 1, and so o...
Keep the roof of the mouth from drying up. Let's get cracking. So, Skeptical Mario is too skeptical to give us any cages where I definitely know the digits. There must be a one and a two and a three in the 17 cage. A five-cell 17 cage is either one, two, three, four, seven or one, two, three, five, six. Is tha...
479638215328915467651247983145876329297153846863492571586321794714589632932764158
Based on the provided reference solution, here is the step-by-step derivation of the final grid: 1. **Initial Analysis & Box 9**: The 17-cage in Box 9 (r8c7, r8c8, r8c9, r9c7, r9c8) must contain {1, 2, 3, 5, 6}. This forces the remaining cells in Box 9 (r7c7, r7c8, r7c9, r9c9) to contain {4, 7, 8, 9}. Logic dictates ...
We are given a Sudoku puzzle with **Killer cages** (sum constraints) and **standard Sudoku rules** (no repeats in rows, columns, or 3×3 boxes). Our goal is to solve the 9×9 grid uniquely, respecting all constraints. --- ### Step 1: Understand the Killer Cages List of Killer Cages (with sum and cells): 1. **Sum 14**...
Let's solve the Sudoku puzzle step-by-step, guided by the logic and deductions from the reference solution. --- ### **Step 1: Understand the Rules and Given Cages** We are solving a **standard 9×9 Sudoku** with **Killer cages**. Each cage has a sum, and digits in a cage must be unique and sum to the clue. #### **Ca...
"You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant.\n\n## Forma(...TRUNCATED)
" \n\nI'm going to start now. Let's get cracking. So we have very little to go on. There's not much (...TRUNCATED)
597183462216497538348625791923746185785312649164859273639271854852964317471538926
"<ANSWER>\n597483982\n146892538\n862525741\n923341158\n735312664\n144455229\n669271885\n851864317\n4(...TRUNCATED)
"Let's solve this Sudoku variant step by step.\n\n---\n\n### **Understanding the Puzzle**\n\nWe are (...TRUNCATED)
"Let's solve the Sudoku puzzle step-by-step, guided by the reference solution and the rules provided(...TRUNCATED)
"You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant.\n\n## Forma(...TRUNCATED)
" \n\nbecause it's a fascinating idea. Let's get cracking. So the first thing I'm going to observe i(...TRUNCATED)
523641461352342516156234215463634125
"To solve this \"Split Pea Sudoku\" puzzle, we must first understand the constraints imposed by the (...TRUNCATED)
"Let's solve this **6x6 Sudoku variant** with a **Split Pea Line** rule.\n\n---\n\n### Step 1: Under(...TRUNCATED)
"Let's solve this 6×6 Sudoku puzzle with the **Split Pea Line** rule step-by-step, guided by the re(...TRUNCATED)
"You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant.\n\n## Forma(...TRUNCATED)
" \n\nThe player is struggling with row 2, columns 8 and 9. They repeatedly select and deselect thes(...TRUNCATED)
058362741236174805147085632725843160813650274604721583362507418580416327471238056
"Based on the rules and the step-by-step logical deduction guided by the reference solution, here is(...TRUNCATED)
"We are given a **Sudoku variant** with additional constraints:\n\n### Rules Recap:\n- Standard Sudo(...TRUNCATED)
"Let's solve the Sudoku step-by-step, guided by the rules and the reference solution provided.\n\n--(...TRUNCATED)
"You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant.\n\n## Forma(...TRUNCATED)
"\n\nI would normally begin with a run of three black cells but obviously the values in this puzzle (...TRUNCATED)
965231748184567329273984516752198463841673952396425187619342875528719634437856291
"Based on the rules and the step-by-step derivation guided by the reference solution, here is the so(...TRUNCATED)
"Let's solve this Sudoku variant step by step, carefully analyzing the rules and visual elements.\n\(...TRUNCATED)
"Let's solve this Sudoku variant step-by-step, guided by the reference solution and the rules provid(...TRUNCATED)
"You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant.\n\n## Forma(...TRUNCATED)
" \n\nvideo as usual. But now I get to play. Let's get cracking. Now, how do you do a puzzle like th(...TRUNCATED)
4158673254273681
"To solve this 4x4 Sudoku variant, we will follow the logic provided in the reference solution, orga(...TRUNCATED)
"We are given a 4×4 Sudoku variant with special constraints involving **sums** for digits separated(...TRUNCATED)
null
"You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant.\n\n## Forma(...TRUNCATED)
" \n\n<vl><value1><r2><c2><cl><value0><r2><c2> as usual. But now I get to play. Let's get cracking. (...TRUNCATED)
624781187642218467476218741826862174
"To solve this Sudoku variant, we must determine the 6 distinct digits used in the puzzle and place (...TRUNCATED)
"Let's solve this step by step.\n\n---\n\n### **Understanding the Puzzle**\n\nWe are given a **6×6 (...TRUNCATED)
"Let's solve this 6×6 Sudoku variant step by step, guided by the rules and visual elements provided(...TRUNCATED)
"You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant.\n\n## Forma(...TRUNCATED)
" \n\nThat's unsurprising, right? I am going to just plunge in, give this a go, learn something abou(...TRUNCATED)
865913427723648519419752638954327861136589274287461395672894153341275986598136742
"Based on the rules and the reference solution provided, here is the step-by-step derivation of the (...TRUNCATED)
"We are given a complex Sudoku variant with multiple constraints:\n\n- Standard Sudoku rules: each r(...TRUNCATED)
"It appears that the reference solution provided is a highly disorganized, partially coherent, and i(...TRUNCATED)
"You are a professional Sudoku puzzle solver. Please solve the following Sudoku variant.\n\n## Forma(...TRUNCATED)
" \n\nAnyway, I'm going to have a go now. Let's get cracking. \n\nSo the V in row 3, columns 3 and 4(...TRUNCATED)
683572941942618735751493628475321896369845217218967354196734582534286179827159463
"Based on the rules and the step-by-step logical deduction guided by the reference solution, here is(...TRUNCATED)
"We are given a Sudoku variant with additional constraints involving:\n\n- **Pumpkin (darkorange lin(...TRUNCATED)
"Let's solve this Sudoku puzzle step-by-step, guided by the visual elements and the reference soluti(...TRUNCATED)
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