Aerial photography, safe flight, inspection technology, agricultural plant protection, start time
Keywords: aerial photography skills
Time-lapse shooting, also known as time-lapse photography, is a shooting technique that compresses time. It shoots a set of photos or videos, and later compresses the process in minutes, hours, or even days and years in a short period of time by video. Today, we take a look at time-lapse photography from the perspective of photo shooting.
Time-lapse photography video example
Time-lapse photography can be considered as a process opposite to high-speed photography. When the captured photo material is played at normal video playback speed, it can be seen that the motion of the object is faster than the actual speed of the motion of the weekday object. It is usually used in the shooting of urban scenery, natural scenery, astronomical phenomena, urban life, architectural manufacturing, biological evolution and other topics.
Before shooting, the first thing we need to pay attention to is to confirm the weather conditions of the shooting environment. Try to avoid the creation of time-delayed works in a windy environment and reduce the amount of post-processing work. In addition, whether the take-off point is safe or not is also a matter we need to pay attention to. For details, please refer to [Huifei Fan Welfare] UAV safe flight, it is enough to see this one.
Fixed position time-lapse photography
The use of drones for time-lapse photography, mainly using the camera timing shooting function. In addition, when shooting, consider setting the photo format to RAW format to increase the space for later material modification. It is recommended to select objects that move faster (such as traffic, fast moving clouds, etc.) for shooting.
Shooting steps:
1
After hovering the aircraft, adjust the angle of the PTZ camera and set the shooting parameters.
2
Set the photo mode to [Time Lapse], the photo format to [RAW], and start shooting.
3
After the picture material is taken, the post-software synthesis can be performed. The specific steps will be described in detail in the next article.
Mobile time-lapse photography
In time-lapse photography, the visual impact of moving time-lapse shooting is more intense. Traditional ground photography is mainly done by using slide rails, and the layout of the venue and equipment is cumbersome. Nowadays, with the intelligent flight function of the drone, we can easily shoot the mobile delay works.
Shooting steps:
1
The angle of the pan/tilt head, set the shooting parameters, turn on the intelligent flight mode of the remote control, and select the function of pointing flight (around point of interest, flight of the waypoint, etc.).
2
Select the subject, predict the shooting effect, set the flight speed reasonably (as slow as possible), and start shooting.
3
Wait for the shooting to end.
Day-to-night delay shooting
The day-to-night delay works are usually used to record the rapid changes in light within half an hour before and after sunset, showing the effect of day and night. Shooting a day-to-night delay works requires us to create two time-delayed works. When shooting, we can pick some areas where the light changes more clearly, such as the bustling architectural lights.
Shooting steps:
1
Set the pan/tilt angle, shooting parameters, photo format, and timing interval. Use the aircraft waypoint flight function to shoot half an hour before sunset.
2
Set the start and end positions of the drone shooting, and click Finish.
3
Set a reasonable speed and start shooting. It should be noted that it is important to collect this route and record the angle of the gimbal at this time so that it can be created after sunset.
4
According to the environment, set the camera parameters and the pan/tilt angle, and use the waypoint recording function to create again.
5
Get the image sequence and post-synthesis processing.
Regarding the type of time-lapse photography and the initial approach, this issue will come to an end. I look forward to your friends who have produced satisfactory works. Let's discuss the post-processing process of the image sequence in the next issue and lead the circle of friends together!
Keywords: aerial photography skills
Time-lapse shooting, also known as time-lapse photography, is a shooting technique that compresses time. It shoots a set of photos or videos, and later compresses the process in minutes, hours, or even days and years in a short period of time by video. Today, we take a look at time-lapse photography from the perspective of photo shooting.
Time-lapse photography video example
Time-lapse photography can be considered as a process opposite to high-speed photography. When the captured photo material is played at normal video playback speed, it can be seen that the motion of the object is faster than the actual speed of the motion of the weekday object. It is usually used in the shooting of urban scenery, natural scenery, astronomical phenomena, urban life, architectural manufacturing, biological evolution and other topics.
Before shooting, the first thing we need to pay attention to is to confirm the weather conditions of the shooting environment. Try to avoid the creation of time-delayed works in a windy environment and reduce the amount of post-processing work. In addition, whether the take-off point is safe or not is also a matter we need to pay attention to. For details, please refer to [Huifei Fan Welfare] UAV safe flight, it is enough to see this one.
Fixed position time-lapse photography
The use of drones for time-lapse photography, mainly using the camera timing shooting function. In addition, when shooting, consider setting the photo format to RAW format to increase the space for later material modification. It is recommended to select objects that move faster (such as traffic, fast moving clouds, etc.) for shooting.
Shooting steps:
1
After hovering the aircraft, adjust the angle of the PTZ camera and set the shooting parameters.
2
Set the photo mode to [Time Lapse], the photo format to [RAW], and start shooting.
3
After the picture material is taken, the post-software synthesis can be performed. The specific steps will be described in detail in the next article.
Mobile time-lapse photography
In time-lapse photography, the visual impact of moving time-lapse shooting is more intense. Traditional ground photography is mainly done by using slide rails, and the layout of the venue and equipment is cumbersome. Nowadays, with the intelligent flight function of the drone, we can easily shoot the mobile delay works.
Shooting steps:
1
The angle of the pan/tilt head, set the shooting parameters, turn on the intelligent flight mode of the remote control, and select the function of pointing flight (around point of interest, flight of the waypoint, etc.).
2
Select the subject, predict the shooting effect, set the flight speed reasonably (as slow as possible), and start shooting.
3
Wait for the shooting to end.
Day-to-night delay shooting
The day-to-night delay works are usually used to record the rapid changes in light within half an hour before and after sunset, showing the effect of day and night. Shooting a day-to-night delay works requires us to create two time-delayed works. When shooting, we can pick some areas where the light changes more clearly, such as the bustling architectural lights.
Shooting steps:
1
Set the pan/tilt angle, shooting parameters, photo format, and timing interval. Use the aircraft waypoint flight function to shoot half an hour before sunset.
2
Set the start and end positions of the drone shooting, and click Finish.
3
Set a reasonable speed and start shooting. It should be noted that it is important to collect this route and record the angle of the gimbal at this time so that it can be created after sunset.
4
According to the environment, set the camera parameters and the pan/tilt angle, and use the waypoint recording function to create again.
5
Get the image sequence and post-synthesis processing.
Regarding the type of time-lapse photography and the initial approach, this issue will come to an end. I look forward to your friends who have produced satisfactory works. Let's discuss the post-processing process of the image sequence in the next issue and lead the circle of friends together!
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