btskyo/demo02
02
1[
2 {
3 "conversations": [
4 {
5 "role": "system",
6 "content": "[Action Options]\n1) LAND, Only LAND if the drone is in the sky. When the battery is insufficient to support any other actions, the drone must LAND.\n2) FORWARD(x),\n3) BACK(x),\n4) LEFT(x),\n5) RIGHT(x),\n6) UP(x),\n7) DOWN(x),\n8) WAIT, do nothing.\n\n[Action Output Instruction]\nThink step-by-step about your plan and output action, give exactly one action for yourself, you are allowed to propose only one action for yourself!\nDo not provide any additional content beyond action!\nExample#1: TAKEOFF\nExample#2: FORWARD(50)\nExample#3: LEFT(30)\n\nEvery action consumes electricity. The displacement distance is directly proportional to the power consumption.\nYour goal is to pass through as many POI points as possible and use as little electricity as possible.\nWhile completing the task, you need to ensure that you do not collide with obstacles or other drones.\nOther drones are also performing the same task as you, try to avoid passing through POI points that other drones are likely to pass through.\nUser will provide you with information such as the location of POIs and drones.\nThe position is given in the form of three-dimensional coordinates (x, y, z). The position of the drone before takeoff is the origin. Directly in front is the positive y-axis direction, directly to the right is the positive x-axis direction, and directly above is the positive z-axis direction.\n"
7 },
8 {
9 "role": "user",
10 "content": "Battery: 88\nPosition:(0,0,10)\nPOIs: (18,27,19),(48,55,25),(33,26,25),(-27,-31,20),(23,-15,16),(-6,-16,16),(5,40,18),(-15,10,22)\nOther drones: (50,50,10),(-50,-50,10)"
11 },
12 {
13 "role": "assistant",
14 "content": "BACK(16)"
15 }
16 ]
17 },
18 {
19 "conversations": [
20 {
21 "role": "system",
22 "content": "[Action Options]\n1) LAND, Only LAND if the drone is in the sky. When the battery is insufficient to support any other actions, the drone must LAND.\n2) FORWARD(x),\n3) BACK(x),\n4) LEFT(x),\n5) RIGHT(x),\n6) UP(x),\n7) DOWN(x),\n8) WAIT, do nothing.\n\n[Action Output Instruction]\nThink step-by-step about your plan and output action, give exactly one action for yourself, you are allowed to propose only one action for yourself!\nDo not provide any additional content beyond action!\nExample#1: TAKEOFF\nExample#2: FORWARD(50)\nExample#3: LEFT(30)\n\nEvery action consumes electricity. The displacement distance is directly proportional to the power consumption.\nYour goal is to pass through as many POI points as possible and use as little electricity as possible.\nWhile completing the task, you need to ensure that you do not collide with obstacles or other drones.\nOther drones are also performing the same task as you, try to avoid passing through POI points that other drones are likely to pass through.\nUser will provide you with information such as the location of POIs and drones.\nThe position is given in the form of three-dimensional coordinates (x, y, z). The position of the drone before takeoff is the origin. Directly in front is the positive y-axis direction, directly to the right is the positive x-axis direction, and directly above is the positive z-axis direction.\n"
23 },
24 {
25 "role": "user",
26 "content": "Battery: 78\nPosition:(-30,20,10)\nPOIs: (10,30,20),(-20,-25,18),(45,60,25),(15,-20,15),(-10,5,22),(30,35,24)\nOther drones: (30,30,10),(-40,-40,5)"
27 },
28 {
29 "role": "assistant",
30 "content": "RIGHT(20)"
31 }
32 ]
33 },
34 {
35 "conversations": [
36 {
37 "role": "system",
38 "content": "[Action Options]\n1) LAND, Only LAND if the drone is in the sky. When the battery is insufficient to support any other actions, the drone must LAND.\n2) FORWARD(x),\n3) BACK(x),\n4) LEFT(x),\n5) RIGHT(x),\n6) UP(x),\n7) DOWN(x),\n8) WAIT, do nothing.\n\n[Action Output Instruction]\nThink step-by-step about your plan and output action, give exactly one action for yourself, you are allowed to propose only one action for yourself!\nDo not provide any additional content beyond action!\nExample#1: TAKEOFF\nExample#2: FORWARD(50)\nExample#3: LEFT(30)\n\nEvery action consumes electricity. The displacement distance is directly proportional to the power consumption.\nYour goal is to pass through as many POI points as possible and use as little electricity as possible.\nWhile completing the task, you need to ensure that you do not collide with obstacles or other drones.\nOther drones are also performing the same task as you, try to avoid passing through POI points that other drones are likely to pass through.\nUser will provide you with information such as the location of POIs and drones.\nThe position is given in the form of three-dimensional coordinates (x, y, z). The position of the drone before takeoff is the origin. Directly in front is the positive y-axis direction, directly to the right is the positive x-axis direction, and directly above is the positive z-axis direction.\n"
39 },
40 {
41 "role": "user",
42 "content": "Battery: 59\nPosition:(-5,-10,10)\nPOIs: (-5,-10,15),(25,40,20),(-30,-35,22),(50,55,25),(12,-18,16),(16,-20,10),(-15,10,22)\nOther drones: (20,20,15),(-25,-25,10)"
43 },
44 {
45 "role": "assistant",
46 "content": "UP(5)"
47 }
48 ]
49 },
50 {
51 "conversations": [
52 {
53 "role": "system",
54 "content": "[Action Options]\n1) LAND, Only LAND if the drone is in the sky. When the battery is insufficient to support any other actions, the drone must LAND.\n2) FORWARD(x),\n3) BACK(x),\n4) LEFT(x),\n5) RIGHT(x),\n6) UP(x),\n7) DOWN(x),\n8) WAIT, do nothing.\n\n[Action Output Instruction]\nThink step-by-step about your plan and output action, give exactly one action for yourself, you are allowed to propose only one action for yourself!\nDo not provide any additional content beyond action!\nExample#1: TAKEOFF\nExample#2: FORWARD(50)\nExample#3: LEFT(30)\n\nEvery action consumes electricity. The displacement distance is directly proportional to the power consumption.\nYour goal is to pass through as many POI points as possible and use as little electricity as possible.\nWhile completing the task, you need to ensure that you do not collide with obstacles or other drones.\nOther drones are also performing the same task as you, try to avoid passing through POI points that other drones are likely to pass through.\nUser will provide you with information such as the location of POIs and drones.\nThe position is given in the form of three-dimensional coordinates (x, y, z). The position of the drone before takeoff is the origin. Directly in front is the positive y-axis direction, directly to the right is the positive x-axis direction, and directly above is the positive z-axis direction.\n"
55 },
56 {
57 "role": "user",
58 "content": "Battery: 42\nPosition:(-30,-30,10)\nPOIs: (15,25,18),(-18,-22,20),(40,50,24),(-5,8,12),(28,-12,15),(10,20,10),(-10,10,10),(-19,13,11)\nOther drones: (37,29,19),(0,0,15)"
59 },
60 {
61 "role": "assistant",
62 "content": "RIGHT(12)"
63 }
64 ]
65 },
66 {
67 "conversations": [
68 {
69 "role": "system",
70 "content": "[Action Options]\n1) LAND, Only LAND if the drone is in the sky. When the battery is insufficient to support any other actions, the drone must LAND.\n2) FORWARD(x),\n3) BACK(x),\n4) LEFT(x),\n5) RIGHT(x),\n6) UP(x),\n7) DOWN(x),\n8) WAIT, do nothing.\n\n[Action Output Instruction]\nThink step-by-step about your plan and output action, give exactly one action for yourself, you are allowed to propose only one action for yourself!\nDo not provide any additional content beyond action!\nExample#1: TAKEOFF\nExample#2: FORWARD(50)\nExample#3: LEFT(30)\n\nEvery action consumes electricity. The displacement distance is directly proportional to the power consumption.\nYour goal is to pass through as many POI points as possible and use as little electricity as possible.\nWhile completing the task, you need to ensure that you do not collide with obstacles or other drones.\nOther drones are also performing the same task as you, try to avoid passing through POI points that other drones are likely to pass through.\nUser will provide you with information such as the location of POIs and drones.\nThe position is given in the form of three-dimensional coordinates (x, y, z). The position of the drone before takeoff is the origin. Directly in front is the positive y-axis direction, directly to the right is the positive x-axis direction, and directly above is the positive z-axis direction.\n"
71 },
72 {
73 "role": "user",
74 "content": "Battery: 5\nPosition:(-14,-3,10)\nPOIs: (15,22,18),(-18,-22,20),(34,51,24),(-5,8,12),(28,-12,15),(13,22,14),(-18,12,13),(-19,13,11)\nOther drones: (13,11,8),(17,-16,9)"
75 },
76 {
77 "role": "assistant",
78 "content": "LAND"
79 }
80 ]
81 },
82 {
83 "conversations": [
84 {
85 "role": "system",
86 "content": "[Action Options]\n1) LAND, Only LAND if the drone is in the sky. When the battery is insufficient to support any other actions, the drone must LAND.\n2) FORWARD(x),\n3) BACK(x),\n4) LEFT(x),\n5) RIGHT(x),\n6) UP(x),\n7) DOWN(x),\n8) WAIT, do nothing.\n\n[Action Output Instruction]\nThink step-by-step about your plan and output action, give exactly one action for yourself, you are allowed to propose only one action for yourself!\nDo not provide any additional content beyond action!\nExample#1: TAKEOFF\nExample#2: FORWARD(50)\nExample#3: LEFT(30)\n\nEvery action consumes electricity. The displacement distance is directly proportional to the power consumption.\nYour goal is to pass through as many POI points as possible and use as little electricity as possible.\nWhile completing the task, you need to ensure that you do not collide with obstacles or other drones.\nOther drones are also performing the same task as you, try to avoid passing through POI points that other drones are likely to pass through.\nUser will provide you with information such as the location of POIs and drones.\nThe position is given in the form of three-dimensional coordinates (x, y, z). The position of the drone before takeoff is the origin. Directly in front is the positive y-axis direction, directly to the right is the positive x-axis direction, and directly above is the positive z-axis direction.\n"
87 },
88 {
89 "role": "user",
90 "content": "Battery: 64\nPosition:(-10,-10,10)\nPOIs: (2,6,17),(9,8,14),(-14,-13,16),(13,19,15),(20,15,14),(-13,16,14),(-12,8,13),(-5,-8,13)\nOther drones: (5,5,20),(0,-5,10)"
91 },
92 {
93 "role": "assistant",
94 "content": "UP(6)"
95 }
96 ]
97 },
98 {
99 "conversations": [
100 {
101 "role": "system",
102 "content": "[Action Options]\n1) LAND, Only LAND if the drone is in the sky. When the battery is insufficient to support any other actions, the drone must LAND.\n2) FORWARD(x),\n3) BACK(x),\n4) LEFT(x),\n5) RIGHT(x),\n6) UP(x),\n7) DOWN(x),\n8) WAIT, do nothing.\n\n[Action Output Instruction]\nThink step-by-step about your plan and output action, give exactly one action for yourself, you are allowed to propose only one action for yourself!\nDo not provide any additional content beyond action!\nExample#1: TAKEOFF\nExample#2: FORWARD(50)\nExample#3: LEFT(30)\n\nEvery action consumes electricity. The displacement distance is directly proportional to the power consumption.\nYour goal is to pass through as many POI points as possible and use as little electricity as possible.\nWhile completing the task, you need to ensure that you do not collide with obstacles or other drones.\nOther drones are also performing the same task as you, try to avoid passing through POI points that other drones are likely to pass through.\nUser will provide you with information such as the location of POIs and drones.\nThe position is given in the form of three-dimensional coordinates (x, y, z). The position of the drone before takeoff is the origin. Directly in front is the positive y-axis direction, directly to the right is the positive x-axis direction, and directly above is the positive z-axis direction.\n"
103 },
104 {
105 "role": "user",
106 "content": "Battery: 73\nPosition:(-11,-10,12)\nPOIs: (2,6,15),(9,8,14),(-7,-8,8),(13,19,15),(-20,15,14),(-13,16,14),(-12,8,13),(-5,-8,13),(8,-10,13),(15,22,18),(-18,-22,20),(34,51,24),(-5,8,12),(28,-12,15),(13,22,14),(-18,12,13),(-19,13,11)\nOther drones: (5,5,20),(0,-5,10)"
107 },
108 {
109 "role": "assistant",
110 "content": "RIGHT(4)"
111 }
112 ]
113 },
114 {
115 "conversations": [
116 {
117 "role": "system",
118 "content": "[Action Options]\n1) LAND, Only LAND if the drone is in the sky. When the battery is insufficient to support any other actions, the drone must LAND.\n2) FORWARD(x),\n3) BACK(x),\n4) LEFT(x),\n5) RIGHT(x),\n6) UP(x),\n7) DOWN(x),\n8) WAIT, do nothing.\n\n[Action Output Instruction]\nThink step-by-step about your plan and output action, give exactly one action for yourself, you are allowed to propose only one action for yourself!\nDo not provide any additional content beyond action!\nExample#1: TAKEOFF\nExample#2: FORWARD(50)\nExample#3: LEFT(30)\n\nEvery action consumes electricity. The displacement distance is directly proportional to the power consumption.\nYour goal is to pass through as many POI points as possible and use as little electricity as possible.\nWhile completing the task, you need to ensure that you do not collide with obstacles or other drones.\nOther drones are also performing the same task as you, try to avoid passing through POI points that other drones are likely to pass through.\nUser will provide you with information such as the location of POIs and drones.\nThe position is given in the form of three-dimensional coordinates (x, y, z). The position of the drone before takeoff is the origin. Directly in front is the positive y-axis direction, directly to the right is the positive x-axis direction, and directly above is the positive z-axis direction.\n"
119 },
120 {
121 "role": "user",
122 "content": "Battery: 25\nPosition:(-10,13,12)\nPOIs: (2,6,15),(9,8,14),(-7,-8,8),(13,19,15),(-20,15,14),(-13,16,14),(-12,8,13),(-5,-8,13),(8,-10,13),(15,22,18),(-18,-22,20),(34,51,24),(-5,8,12),(28,-12,15),(13,22,14),(-18,12,13),(-19,13,11)\nOther drones: (35,25,16),(2,15,14),(-12,2,20)"
123 },
124 {
125 "role": "assistant",
126 "content": "LEFT(3)"
127 }
128 ]
129 }
130]