Either download Google Earth Pro, or use the web version. Your choice. Both load KML files, but you can 1 click open with desktop version. (not sure about web)
https://www.google.com/earth/versions/#download-pro


Prompt to figure out locations
```to get locations
Ask me 5 questions to figure out locations on earth that I might enjoy seeing in a virtual earth. Ask creative questions, and return a list of locations in a format such as the following. The locations are not limited to cities, this is just the example format provided. Return as many locations that are fitting. [The last location doesn't have a comma, or a period trailing. It should end with a "}"]

Wait for me to answer the questions before providing locations, put your ultimate reply in a code block.
----------------------------------

{"name": "Singapore", "latitude": 1.282302, "longitude": 103.858528},
{"name": "Hong Kong", "latitude": 22.396428, "longitude": 114.109497},
{"name": "Seoul", "latitude": 37.566535, "longitude": 126.977969},
{"name": "Taipei", "latitude": 25.032969, "longitude": 121.565418},
{"name": "Shanghai", "latitude": 31.230390, "longitude": 121.473701},
{"name": "Tokyo", "latitude": 35.689500, "longitude": 139.691700},
{"name": "Kuala Lumpur", "latitude": 3.139003, "longitude": 101.686855},
{"name": "Jakarta", "latitude": -6.175110, "longitude": 106.865039},
{"name": "Bangkok", "latitude": 13.7563309, "longitude": 100.5017651},
{"name": "Manila", "latitude": 14.5995124, "longitude": 120.9842195}
```

Python: https://www.python.org/downloads/

Use this command in command console `pip install simplekml` to instlal the simplekml lib

This is the script to create the KML file for Google Earth. just replace your location data, and run the script. Then you should have a tour.kml you can open with Google Earth.
```python
import simplekml

# Create an array of cities
locations = [
# REPLACE BELOW THIS LINE WITH YOUR OWN DATA
{"name": "Mt. Kilimanjaro", "latitude": -3.075833, "longitude": 37.353333},
{"name": "Mt. Everest", "latitude": 27.988056, "longitude": 86.925278},
{"name": "Yellowstone National Park", "latitude": 44.427963, "longitude": -110.588455},
{"name": "Yosemite National Park", "latitude": 37.865101, "longitude": -119.538329},
{"name": "Grand Canyon National Park", "latitude": 36.106980, "longitude": -112.112997},
{"name": "Zhangjiajie National Forest Park", "latitude": 29.448747, "longitude": 110.489953},
{"name": "Jiuzhaigou Valley", "latitude": 33.231680, "longitude": 103.847360},
{"name": "Tromsø", "latitude": 69.649208, "longitude": 18.955324},
{"name": "Banff National Park", "latitude": 51.178363, "longitude": -115.570769},
{"name": "Serengeti National Park", "latitude": -1.402222, "longitude": 34.787222}
# REPLACE ABOVE THIS LINE WITH YOUR OWN DATA.
]

# DON'T CHANGE ANYTHING BELOW THIS LINE, UNLESS YOU KNOW WHAT YOU ARE DOING

# Create a new KML object
kml = simplekml.Kml()

# Create a tour object
tour = kml.newgxtour(name="City Tour")

# Create a playlist object
playlist = tour.newgxplaylist()

# Add each city to the tour with a smooth transition
for city in locations:
    camera = playlist.newgxflyto(gxduration=8.0)
    camera.lookat.latitude = city["latitude"]
    camera.lookat.longitude = city["longitude"]
    camera.lookat.altitude = 1200
    camera.lookat.heading = 0
    camera.lookat.tilt = 0
    camera.lookat.range = 1200
    camera.lookat.altitudemode = simplekml.AltitudeMode.relativetoground

    camera = playlist.newgxflyto(gxduration=1.5)
    camera.lookat.latitude = city["latitude"]
    camera.lookat.longitude = city["longitude"]
    camera.lookat.altitude = 50
    camera.lookat.heading = 0
    camera.lookat.tilt = 70
    camera.lookat.range = 1000
    camera.lookat.altitudemode = simplekml.AltitudeMode.relativetoground

    camera = playlist.newgxflyto(
        gxduration=15.0, gxflytomode=simplekml.GxFlyToMode.smooth
    )
    camera.lookat.latitude = city["latitude"]
    camera.lookat.longitude = city["longitude"]
    camera.lookat.altitude = 50
    camera.lookat.heading = 90
    camera.lookat.tilt = 70
    camera.lookat.range = 1000
    camera.lookat.altitudemode = simplekml.AltitudeMode.relativetoground

    camera = playlist.newgxflyto(
        gxduration=15.0, gxflytomode=simplekml.GxFlyToMode.smooth
    )
    camera.lookat.latitude = city["latitude"]
    camera.lookat.longitude = city["longitude"]
    camera.lookat.altitude = 50
    camera.lookat.heading = 180
    camera.lookat.tilt = 70
    camera.lookat.range = 1000
    camera.lookat.altitudemode = simplekml.AltitudeMode.relativetoground

    camera = playlist.newgxflyto(
        gxduration=15.0, gxflytomode=simplekml.GxFlyToMode.smooth
    )
    camera.lookat.latitude = city["latitude"]
    camera.lookat.longitude = city["longitude"]
    camera.lookat.altitude = 50
    camera.lookat.heading = 270
    camera.lookat.tilt = 70
    camera.lookat.range = 1000
    camera.lookat.altitudemode = simplekml.AltitudeMode.relativetoground

    camera = playlist.newgxflyto(
        gxduration=15.0, gxflytomode=simplekml.GxFlyToMode.smooth
    )
    camera.lookat.latitude = city["latitude"]
    camera.lookat.longitude = city["longitude"]
    camera.lookat.altitude = 50
    camera.lookat.heading = 360
    camera.lookat.tilt = 70
    camera.lookat.range = 1000
    camera.lookat.altitudemode = simplekml.AltitudeMode.relativetoground

    camera = playlist.newgxflyto(gxduration=1.5)
    camera.lookat.latitude = city["latitude"]
    camera.lookat.longitude = city["longitude"]
    camera.lookat.altitude = 50
    camera.lookat.heading = 0
    camera.lookat.tilt = 0
    camera.lookat.range = 1000
    camera.lookat.altitudemode = simplekml.AltitudeMode.relativetoground

    camera = playlist.newgxflyto(gxduration=1.0)
    camera.lookat.latitude = city["latitude"]
    camera.lookat.longitude = city["longitude"]
    camera.lookat.altitude = 1200
    camera.lookat.heading = 0
    camera.lookat.tilt = 0
    camera.lookat.range = 1200
    camera.lookat.altitudemode = simplekml.AltitudeMode.relativetoground
# Save the KML file
kml.save("tour.kml")