Domain: Object_Inference / kitchenware_and_appliances

turn: 1
modality: image
input: Please generate an object designed to: 1. Perform the action of planing multiple surfaces of a wooden board simultaneously; 2. Help the user achieve the purpose of creating a board with four precisely squared and smooth sides.
output: evaluation_points: 1. The overall form of the object in the image should logically support the action of planing multiple surfaces at once (e.g., a multi-sided housing or multiple cutter heads).

2. The object possesses the key structural components necessary to achieve the goal of creating a four-sided board (e.g., multiple cutting blades or planing heads arranged in a specific configuration).

3. The overall design of the object conforms to normal mechanical logic for a woodworking tool.

turn: 2
modality: image
input: Based on the previous prompt and the image you created, add the following physical constraints to the object: 1. To achieve the above function, it must possess the physical property of being rigid and durable; 2. It contains a prominent functional component described as a sturdy, adjustable feed table or bed.
output: evaluation_points: 1. The basic functional form of the object remains logically consistent with the object designed in Turn 1 to perform the action of planing multiple surfaces of a wooden board simultaneously and create a board with four precisely squared and smooth sides.

2. The object's material or form exhibits the physical property of being rigid and durable (e.g., heavy-duty metal construction).

3. The image clearly shows a sturdy, adjustable feed table or bed, and its position is reasonable for guiding the workpiece.

turn: 3
modality: image
input: Based on the previous prompts, add usage context information: 1. This object is typically used by professional woodworkers or carpenters; 2. It is commonly found in a woodworking shop or mill. Please update the image combining this new information.
output: evaluation_points: 1. The physical properties (rigid, durable) and functional components (sturdy, adjustable feed table or bed) established in Turn 2 remain unchanged.

2. The object's style or background environment fits the specific location of a woodworking shop or mill (e.g., workshop setting, wood shavings).

3. The object's appearance (e.g., industrial design, lack of decorative frills, robust size/proportions) suggests it is adapted to the operational habits of professional woodworkers.

turn: 4
modality: text
input: Based on all the previous prompt steps and the final image you generated, please select which of the following items you have generated (output the chosen option directly):
Options:
A. Thickness Planer
B. Jointer
C. Four-Sided Planer (Four-Sider)
D. Band Saw
E. None of the above.
output: answer: C

turn: 5
modality: image
input: Based on the previous prompts and the image you generated, now modify this object into a CNC-controlled, automated four-sided planer. Please update the necessary components to fit this variant feature while keeping its appearance characteristics (such as color, pattern) largely unchanged.
output: evaluation_points: 1. The item's color and pattern in the image remain largely consistent with the appearance characteristics of the object in the Turn 3 output image.

2. The core features of the four-sided planer, as established in Turn 1 (e.g., a form that logically supports planing multiple surfaces at once, such as a multi-sided housing or multiple cutter heads), are retained in the image.

3. The image shows new or modified key structural components that fit the 'CNC-controlled, automated' variant (e.g., added control panels, servo motors, digital readouts, or an enclosure for automation).

turn: 6
modality: text
input: Comparing the variant version you drew to the original item, what is the biggest physical structural change made to enable the variant's function?
Options:
A. The material of the cutter blades
B. The addition of a computerized control system and servo drives
C. The size of the adjustable feed table
D. The color of the machine housing
E. None of the above.
output: answer: B