[
    {
        "id": "003",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be the trajectory of the red car turning left into the left lane of the road below the image. It must be a complete trajectory; there can be no wrong lanes or extra strokes.",
        "vc_hint": "<image:crossroad01> The main subject and background of this image should be preserved.",
        "context": "Traffic rules: This image <image:red01> indicates a left turn, while image <image:blue01> indicates a right turn.",
        "instruction": "Under the current circumstances, the red car in image <image:crossroad01> encounters the image <image:red01>. Please draw the complete and detailed driving path of the red car."
    },
    {
        "id": "005",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be the trajectory of the white car turning left into the right lane of the left-hand road. It must be a complete trajectory; there can be no wrong lanes or extra strokes.",
        "vc_hint": "<image:crossroad01> The main subject and background of this image should be preserved.",
        "context": "Traffic rules: This icon <image:bag01> indicates a left turn, while icon <image:trash01> indicates a right turn.",
        "instruction": "Under the current circumstances, the white car in image <image:crossroad01> encounters the icon <image:trash01>. Please draw the complete and detailed driving path of the white car."
    },
    {
        "id": "006",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be the trajectory of the red car turning left into the left lane of the road below the image. It must be a complete trajectory; there can be no wrong lanes or extra strokes.",
        "vc_hint": "<image:crossroad01> The main subject and background of this image should be preserved.",
        "context": "Traffic rules: This icon <image:bag01> indicates a left turn, while icon <image:trash01> indicates straight forward.",
        "instruction": "Under the current circumstances, the red car in image <image:crossroad01> encounters the icon <image:bag01>. Please draw the complete and detailed driving path of the red car."
    },
    {
        "id": "009",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a drawing of the trajectory of the red car go straight. It must be a complete trajectory; there can be no wrong lanes or extra strokes.",
        "vc_hint": "<image:crossroad01> The main subject and background of this image should be preserved.",
        "context": "Traffic rules: The animal in <image:bird01> indicates a left turn, while the animal in <image:elephant01> indicates straight forward.",
        "instruction": "Under the current circumstances, the red car in image <image:crossroad01> encounters the animal in <image:elephant01>. Please draw the complete and detailed driving path of the red car."
    },
    {
        "id": "011",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a drawing of the trajectory of the stick figure turn left. It must be a complete trajectory; there can be no wrong lanes or extra strokes.",
        "vc_hint": "<image:crossroad02> The main part of this image and the simple line drawing should be preserved.",
        "context": "Traffic rules: This image <image:green01> signals a left turn, whereas image <image:blue01> denotes a right turn.",
        "instruction": "Following the rules above, the stick figure in image <image:crossroad02> encounters image <image:green01>. Please draw the complete and detailed driving path of the stick figure."
    },
    {
        "id": "015",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a drawing of the trajectory of the stick figure turn right. It must be a complete trajectory; there can be no wrong lanes or extra strokes.",
        "vc_hint": "<image:crossroad02> The main part of this image and the simple line drawing should be preserved.",
        "context": "Traffic rules: The flower in <image:peony01> indicates a left turn, while the flower in <image:rose01> indicates a right turn.",
        "instruction": "Following the traffic rules above, the stick figure in image <image:crossroad02> encounters the flower in <image:rose02>. Please draw the complete and detailed driving path of the stick figure."
    },
    {
        "id": "023",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should depict snowy weather.",
        "vc_hint": "<image:street02> The buildings and background in this image should be preserved.",
        "context": "This symbol in <image:mouse01> can make raining happen, whereas the symbol in <image:monkey01> can make snowing happen.",
        "instruction": "Under the current circumstances, the city <image:street02> encounters the symbol in <image:mouse02>. Please illustrate what happens next in the city."
    },
    {
        "id": "025",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a piece of chopped beef.",
        "vc_hint": "<image:beef01> The shape and style of beef in this image should be preserved.",
        "context": "The texture <image:texture01> indicates the frying operation, while the texture <image:texture02> represents the chopping operation.",
        "instruction": "Under the current circumstances, I performed the action <image:texture02> on the image <image:beef01>. Please generate the resulting image after my operation."
    },
    {
        "id": "028",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a fire element dragon.",
        "context": "The statue in image <image:statue01> represents the 'Fire Element'.",
        "instruction": "Under the current circumstances, please draw a dragon of the element defined by the statue in image <image:statue02>."
    },
    {
        "id": "029",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a ice element dragon.",
        "context": "The statue in image <image:statue01> represents the 'Ice Element', while the statue in image <image:statue_gold01> represents the 'Fire Element'.",
        "instruction": "Under the current circumstances, please draw a dragon of the element defined by the statue in image <image:statue_gold01>."
    },
    {
        "id": "036",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a Warrior class.",
        "context": "Rules for an Adventure Game: The fish in <image:shark01> represents the Mage class, while the fish in <image:fish01> indicates the Warrior class.",
        "instruction": "Under the current circumstances, please draw a character of the class represented by the fish in <image:fish02>."
    },
    {
        "id": "037",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a top-down view of a bustling crossroads.",
        "context": "Rules for image perspective: The color <image:yellow01> indicates a top-down view, while <image:blue01> represents an eye-level view.",
        "instruction": "Given the current circumstances, please illustrate a bustling intersection from the perspective represented by the color yellow."
    },
    {
        "id": "038",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a eye-level view of a bustling crossroads.",
        "context": "Rules for image perspective: The color <image:yellow01> indicates a top-down view. The color <image:blue01> represents an eye-level view.",
        "instruction": "Given the current circumstances, please illustrate a bustling intersection from the perspective represented by the color <image:blue01>."
    },
    {
        "id": "039",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a top-down view of a bustling crossroads.",
        "context": "Rules for image perspective: The icon <image:user01> indicates a top-down view. The icon <image:clock01> represents an eye-level view.",
        "instruction": "Given the current rules, please illustrate a bustling intersection from the perspective represented by the icon <image:user01>."
    },
    {
        "id": "040",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a eye-level view of a bustling crossroads.",
        "context": "Rules for image perspective: The animal in <image:bird01> indicates a top-down view. The animal in <image:elephant01> indicates an eye-level view.",
        "instruction": "Given the current rules, please illustrate a bustling intersection from the perspective represented by elephant."
    },
    {
        "id": "041",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a top-down view of a skyscraper.",
        "context": "Rules for image perspective: The animal in <image:fish01> indicates a top-down view. The animal in <image:elephant01> indicates a low-angle or upward-looking view.",
        "instruction": "Based on the current guidelines, please illustrate a skyscraper from the perspective represented by the animal <image:fish02>."
    },
    {
        "id": "042",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a top-down view of a skyscraper.",
        "context": "Rules for image perspective: The animal in <image:fish01> indicates a top-down view. The animal in <image:elephant01> indicates a low-angle or upward-looking view.",
        "instruction": "Based on the current guidelines, please illustrate a skyscraper from the perspective represented by the animal <image:fish02>."
    },
    {
        "id": "043",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a single apple.",
        "context": "Math rules: <image:red01> = 1; <image:blue01> = 2; <image:green01> = 3.",
        "instruction": "Following the mathematical rules above, generate a picture of the number of apples represented by <image:red01>."
    },
    {
        "id": "044",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be three apples.",
        "context": "Math rules: <image:red01> = 1; <image:blue01> = 2; <image:green01> = 3.",
        "instruction": "Following the mathematical rules above, generate a picture of the number of apples represented by the green color."
    },
    {
        "id": "045",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be three apples.",
        "context": "Math rules: <image:trash01> = 4; <image:bright01> = 3; <image:battery01> = 2.",
        "instruction": "Following the math rules above, generate a picture of the number of apples represented by <image:bright01>."
    },
    {
        "id": "046",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be three apples.",
        "context": "Math rules: <image:apple01> = 1; <image:pear01> = 3; <image:banana01> = 5.",
        "instruction": "Following the math rules above, generate a picture of the number of apples represented by pear."
    },
    {
        "id": "047",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be five apples.",
        "context": "Math rules: <image:apple01> = 1; <image:pear01> = 3; <image:banana01> = 5.",
        "instruction": "Following the math rules above, generate a picture of the number of apples represented by <image:banana01>."
    },
    {
        "id": "048",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be three different kittens, from largest to smallest, from left to right.",
        "context": "Object layout rules: The layout of the main objects in the images you draw next must be consistent with the arrangement of the three stones in <image:stones01>.",
        "instruction": "Following the object layout rules above, generate a picture of 3 cats of different sizes."
    },
    {
        "id": "049",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a seaside house in the left half of the image.",
        "context": "Object layout rules: The color <image:red01> represents to put all main objects in the left side of the image. The color <image:blue01> represents to put all main objects in the right side of the image.",
        "instruction": "Following the object layout rules above, generate a picture of a seaside house following <image:red01>."
    },
    {
        "id": "050",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be three cats arranged vertically.",
        "context": "Object Layout Rules: The color <image:red01> indicates that all main objects should be placed horizontally. The color <image:blue01> indicates that all main objects should be stacked vertically.",
        "instruction": "Following the object layout rules above, generate a picture of 3 cats following <image:blue01>."
    },
    {
        "id": "051",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have a hero on the left and a monster on the right.",
        "context": "Object Layout Rules: I want to draw a picture of a hero and a monster together. Icon <image:bluetooth01> indicates the hero's position, and Icon <image:alarm01> indicates the monster's position.",
        "instruction": "Based on the object layout rules above, create an image of a hero and a monster, positioning them as shown in the reference image <image:hero_monster_01>."
    },
    {
        "id": "052",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have a hero on the right and a monster on the left.",
        "context": "Object Layout Rules: I want to draw a picture of a hero and a monster together. Icon <image:bluetooth01> indicates the hero's position, and Icon <image:alarm01> indicates the monster's position.",
        "instruction": "Based on the object layout rules above, create an image of a hero and a monster, positioning them as shown in the reference image <image:hero_monster_02>."
    },
    {
        "id": "053",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have a hero on the left bottom and a monster on the right top.",
        "context": "Object Layout Rules: I want to draw a picture of a hero and a monster together. Icon <image:ticket01> indicates the hero's position, and Icon <image:trash01> indicates the monster's position.",
        "instruction": "Based on the object layout rules above, create an image of a hero and a monster, positioning them as shown in the reference image <image:hero_monster_03>."
    },
    {
        "id": "057",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain eight apples.",
        "context": "Math rules: <image:apple01> = 1; <image:pear01> = 3; <image:banana01> = 5.",
        "instruction": "Calculate the sum of <image:pear01> and <image:banana01> based on the rules above. Then, generate a picture containing that calculated number of apples."
    },
    {
        "id": "058",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain two monkeys.",
        "context": "Math rules: <image:apple01> = 1; <image:pear01> = 3; <image:banana01> = 5.",
        "instruction": "Calculate the sum of <image:apple01> and <image:apple01> based on the rules above. Then, generate a picture containing that calculated number of monkeys."
    },
    {
        "id": "059",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain two monkeys.",
        "context": "Math rules: <image:apple01> = 1; <image:pear01> = 3; <image:banana01> = 5.",
        "instruction": "Calculate: '<image:pear01> - <image:apple01>' based on the rules above. Then, generate a picture containing that calculated number of monkeys."
    },
    {
        "id": "060",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain three monkeys.",
        "context": "Math rules: <image:apple01> = 1; <image:pear01> = 3; <image:banana01> = 5.",
        "instruction": "Calculate: '<image:banana01> + <image:apple01> - <image:pear01>' based on the rules above. Then, generate a picture containing that calculated number of monkeys."
    },
    {
        "id": "061",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain six birds.",
        "context": "Math rules: <image:apple01> = 1; <image:pear01> = 2; <image:banana01> = 3.",
        "instruction": "Calculate: '<image:pear01> * <image:banana01>' based on the rules above. Then, generate a picture containing that calculated number of birds."
    },
    {
        "id": "062",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain two pencils.",
        "context": "Math rules: <image:apple01> = 1; <image:pear01> = 2; <image:banana01> = 4.",
        "instruction": "Calculate: '<image:banana01> / <image:pear01>' based on the rules above. Then, generate a picture containing that calculated number of pencils."
    },
    {
        "id": "063",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain five pencils.",
        "context": "Math rules: <image:apple01> = 3; <image:pear01> = 2. For math operators, <image:peach01> represents multiplication, and <image:avocado01> represents plus.",
        "instruction": "Calculate: '<image:pear01> <image:avocado01> <image:apple01>' based on the rules above. Then, generate a picture containing that calculated number of pencils."
    },
    {
        "id": "064",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain six pens.",
        "context": "Math rules: <image:apple01> = 3; <image:pear01> = 2. For math operators, <image:peach01> represents multiplication, and <image:avocado01> represents plus.",
        "instruction": "Calculate: '<image:apple01> <image:peach01> <image:pear01>' based on the rules above. Then, generate a picture containing that calculated number of pens."
    },
    {
        "id": "065",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain six apples.",
        "context": "Math rules: The fruit in <image:apple01> represents 3, and the fruit in <image:pear01> represents 2. For math operators, <image:peach01> represents multiplication, and <image:avocado01> represents plus.",
        "instruction": "Calculate: 'apple peach pear' based on the rules above. Then, generate a picture containing that calculated number of apples."
    },
    {
        "id": "066",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should contain four oranges.",
        "context": "Math rules: The fruit in <image:apple01> represents 3, and the fruit in <image:pear01> represents 1. For math operators, <image:peach01> represents multiplication, and <image:avocado01> represents plus.",
        "instruction": "Calculate: 'apple avocado pear' based on the rules above. Then, generate a picture containing that calculated number of oranges."
    },
    {
        "id": "067",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have three cats.",
        "context": "Math rules: \nCondition A (<image:moon01>): <image:apple01> = 3;\nCondition B (<image:sunny01>): <image:apple01> = 1.",
        "instruction": "Current condition is <image:moon01>. Under this condition, generate a picture of the number od cats represented by <image:apple01>."
    },
    {
        "id": "068",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have a single cat.",
        "context": "Math rules: \nCondition A (<image:moon01>): <image:apple01> = 3;\nCondition B (<image:sunny01>): <image:apple01> = 1.",
        "instruction": "Current condition is <image:sunny01>. Under this condition, generate a picture of the number od cats represented by <image:apple01>."
    },
    {
        "id": "069",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have two dogs.",
        "context": "Base value: <image:apple01> = 1. Modifier rule: The magic mushroom <image:mushroom01> doubles the value of any fruit it is paired with.",
        "instruction": "Apply the modifier <image:mushroom01> to the <image:apple01>. Generate a picture of the resulting number of dogs."
    },
    {
        "id": "070",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have four dogs.",
        "context": "Base value: <image:apple01> = 3, <image:pear01> = 2. Modifier rule: The magic mushroom <image:mushroom01> doubles the value of any fruit it is paired with.",
        "instruction": "Apply the modifier <image:mushroom01> to the <image:pear01>. Generate a picture of the resulting number of dogs."
    },
    {
        "id": "071",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have six apples.",
        "context": "Math rules: <image:red01> = 1; <image:blue01> = 3; <image:yellow01> = 5.",
        "instruction": "Calculate the sum of <image:red01> and <image:yellow01> based on the rules above. Then, generate a picture containing that calculated number of apples."
    },
    {
        "id": "072",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have two monkeys.",
        "context": "Math rules: <image:red01> = 1; <image:blue01> = 3; <image:yellow01> = 5.",
        "instruction": "Calculate: '<image:blue01> - <image:red01>' based on the rules above. Then, generate a picture containing that calculated number of monkeys."
    },
    {
        "id": "073",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have three pears.",
        "context": "Math rules: <image:red01> = 1; <image:blue01> = 3; <image:yellow01> = 5.",
        "instruction": "Calculate: '<image:yellow01> + <image:red01> - <image:blue01>' based on the rules above. Then, generate a picture containing that calculated number of pears."
    },
    {
        "id": "074",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have six apples.",
        "context": "Math rules: <image:ticket01> = 1; <image:crop01> = 5.",
        "instruction": "Calculate the sum of <image:ticket01> and <image:crop01> based on the rules above. Then, generate a picture containing that calculated number of apples."
    },
    {
        "id": "075",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have four monkeys.",
        "context": "Math rules: <image:ticket01> = 1; <image:crop01> = 3; <image:battery01> = 5.",
        "instruction": "Calculate: '<image:battery01> - <image:ticket01>' based on the rules above. Then, generate a picture containing that calculated number of monkeys."
    },
    {
        "id": "076",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should have three pears.",
        "context": "Math rules: <image:ticket01> = 1; <image:crop01> = 3; <image:battery01> = 5.",
        "instruction": "Calculate: '<image:battery01> + <image:ticket01> - <image:crop01>' based on the rules above. Then, generate a picture containing that calculated number of pears."
    },
    {
        "id": "084",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should be a grassland without trees",
        "vc_hint": "<image:grass01> The background of this image should be preserved.",
        "context": "Editing rules: If there are trees in the image, please plant flowers when seeing this animal's picture: <image:fish01> . If there are flowers in the image, please plant trees when seeing this animal's picture: <image:elephant01>. If the condition does not fall into any of the above situations, do not perform any operation.",
        "instruction": "I show you this animal <image:elephant02>. Please edit this image <image:grass01> according to the rules above."
    },
    {
        "id": "085",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should be a grassland with a single tree",
        "vc_hint": "<image:grass_tree01> The background of this image should be preserved.",
        "context": "Editing rules: If there are trees in the image, please plant flowers when seeing this animal's picture: <image:fish01> . If there are flowers in the image, please plant trees when seeing this animal's picture: <image:elephant01>. If the condition does not fall into any of the above situations, do not perform any operation.",
        "instruction": "I show you this animal <image:elephant02>. Please edit this image <image:grass_tree01> according to the rules above."
    },
    {
        "id": "086",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should be a grassland with plenty of trees",
        "vc_hint": "<image:grass_flower01> The background of this image should be preserved.",
        "context": "Editing rules: If there are trees in the image, please plant flowers when seeing this animal's picture: <image:fish01> . If there are flowers in the image, please plant trees when seeing this animal's picture: <image:elephant01>. If the condition does not fall into any of the above situations, do not perform any operation.",
        "instruction": "I show you this animal <image:elephant02>. Please edit this image <image:grass_flower01> according to the rules above."
    },
    {
        "id": "087",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should be a grassland full of flowers.",
        "vc_hint": "<image:grass_flower01> The background of this image should be preserved.",
        "context": "Editing rules: If there are trees in the image, please plant flowers when seeing this animal's picture: <image:fish01> . If there are flowers in the image, please plant trees when seeing this animal's picture: <image:elephant01>. If the condition does not fall into any of the above situations, do not perform any operation.",
        "instruction": "I show you this animal <image:fish02>. Please edit this image <image:grass_flower01> according to the rules above."
    },
    {
        "id": "090",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should be a female warrior class character.",
        "context": "You are an adventure game character designer, and your design drawings follow the rules: shape <image:shape01> represents male characters, shape <image:shape02> represents female characters. Texture <image:texture03> represents warrior characters, texture <image:texture04> represents mage characters.",
        "instruction": "Please design and draw a character with shape and texture information in image <image:character01>."
    },
    {
        "id": "091",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should be a female mage class character.",
        "context": "You are an adventure game character designer, and your design drawings follow the rules: shape <image:shape01> represents male characters, shape <image:shape02> represents female characters. Texture <image:texture03> represents warrior characters, texture <image:texture04> represents mage characters.",
        "instruction": "Please design and draw a character with shape and texture information in image <image:character02>."
    },
    {
        "id": "092",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should be a male warrior class character.",
        "context": "You are an adventure game character designer, and your design drawings follow the rules: shape <image:shape01> represents male characters, shape <image:shape02> represents female characters. Texture <image:texture03> represents warrior characters, texture <image:texture04> represents mage characters.",
        "instruction": "Please design and draw a character with shape and texture information in image <image:character03>."
    },
    {
        "id": "093",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should be a male mage class character.",
        "context": "You are an adventure game character designer, and your design drawings follow the rules: shape <image:shape01> represents male characters, shape <image:shape02> represents female characters. Texture <image:texture03> represents warrior characters, texture <image:texture04> represents mage characters.",
        "instruction": "Please design and draw a character with shape and texture information in image <image:character04>."
    },
    {
        "id": "094",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should be a ice element dragon.",
        "context": "The color in <image:blue01> represents the 'Fire Element', while the color in <image:yellow01> represents the 'Ice Element'.",
        "instruction": "Under the current circumstances, please draw a dragon of the element defined by image: <image:yellow_blue_01>."
    },
    {
        "id": "095",
        "sub_dimension": "Simple Constraint",
        "rc_hint": "The generated image should be a piece of chopped and then friedbeef.",
        "context": "The texture <image:texture01> indicates the frying operation, while the texture <image:texture02> represents the chopping operation.",
        "instruction": "Under the current circumstances, I performed the action <image:texture02> and <image:texture01> on the image <image:beef01>. Please generate the resulting image after my operation."
    },
    {
        "id": "099",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should depict three apples.",
        "context": "Math rules: <image:red01> = 1; <image:blue01> = 2; <image:yellow01> = 5.",
        "instruction": "Calculate the 3 times of <image:red01> based on the rules above. Then, generate a picture containing that calculated number of apples."
    },
    {
        "id": "100",
        "sub_dimension": "Complex Constraint",
        "rc_hint": "The generated image should depict two pears.",
        "context": "Math rules: <image:red01> = 1; <image:blue01> = 2; <image:yellow01> = 4.",
        "instruction": "Calculate: '<image:yellow01> / (<image:red01> * <image:blue01>)' based on the rules above. Then, generate a picture containing that calculated number of pears."
    }
]