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A timelapse video condenses the changes in a relatively long term into a short video. Thus you can easily obtain a lot of information from it. In our daily life, people usually use digital cameras to take numerous pictures or short videos and merge the clips to restore the whole process of change. To make it more smooth, people also need to speed up their works.
But when you want to make a time-lapse video of the changes on your computer screen, what should you do? First and foremost, a competent timelapse screen recorder is necessary. This post will introduce the top 5 time lapse screen recorder on Windows 10 and Mac and give you detailed tutorials about using the recorder to make a wonderful timelapse video.
This is a powerful Windows screen recorder for time-lapse recording. First of all, it gives you the ability to choose the recording region flexibly. For instance, you can capture the full screen or record part of screen on Windows 10.
Moreover, this Windows 10 timelapse recorder can schedule recording, which makes it possible to record short videos at certain intervals automatically. Then, you can merge those clips into a timelapse video. All you need to do is add a new task and set the start time as well as the duration. After that, the recording task will begin and stop automatically. The auto split is also helpful for you, and the video will be split when the recording time reaches the preset time.
Once your scheduled time has passed, the software will capture and save your screen recording video file automatically. You can access this file by clicking on the "Recordings" option on the main interface. All of the recordings that you make using this tool are saved here.
After that, you can do anything unwanted using the built-in video editing tool. Then, you need to find a specialized video editing program - such as EaseUS Video Editor- to speed up other videos. When you consider the work can satisfy your need, export it to your device as a whole time-lapse video.
In addition to recording a timelapse video of what happens on your screen, you can also record with an internal or external camera. This feature greatly expands its range of applications. And Debut Video Capture Software supports many common video formats, including MP4, MOV, and AVI.
This is one of the best time lapse apps on Windows, and you can use this screen recorder on many occasions. For instance, you can capture the video with system sound or record the gameplay on different platforms. It's compatible with various external devices like Xbox, PlayStation, etc.
If you want to use this recorder as timelapse video software, its schedule recording function is indispensable. You can record several short videos at intervals and put them together using some third-party video editing tools.
After you recorded all the necessary clips, you should import them into a video editing program and arrange those clips according to chronological order. Then, speed them up and export the footage as a complete time-lapse video.
This Mac screen recorder supports scheduling recording to record some videos in succession, and you can integrate them to make a timelapse video. It's worth noting that, this recorder comes with a built-in video/audio trimming tool that can remove unnecessary clips for you.
The easy-to-use configuration options allow you to customize your recordings freely to obtain exactly what you want to record using this time-lapse software which is open source. Plus, it also helps you capture online video conferences, you can try it if you don't know how to record Zoom meeting without permission.
We talked about the best 5 timelapse screen recorder in this post, and you can download the most appropriate one based on the instruction above. But among all those timelapse screen recorders, EaseUS RecExperts is the most rich-featured one since it offers you both a powerful screen recording tool and a basic video editing tool.
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Courtrooms are asking for reliable scientific evidence in order to prevent wrongful convictions. Thus, a more rigorous approach to forensic science approved by scientific methods is promoted. The study of human blood dynamics in the context of forensic science is becoming a widespread research topic, although the physics behind wetting and drying of blood is not completely understood. Based on the morphological changes of drying blood pools, the following work presents a patentable method to quantitatively date these blood pools for forensic purposes. As for drying drops of blood, cracking patterns are observed but they are more disordered. Similar disordered crack patterns are observed in the case of gels, their evaporation process is, therefore, presented since this topic has been thoroughly investigated. We aim to find reliable patterns that could give information concerning the evolution of a blood pool over time to lead to practical application of this knowledge. An empirical model is established between final dried blood patterns and the generating mechanism, yielding application in bloodstain pattern analysis for forensic investigations.
One of the first observations concerning the sol-gel transition is that the process goes through different stages. First the sol transforms into a gel, which presents viscous and elastic properties. The clusters grown either by polymeric condensation or by particle aggregation assemble together to form a giant cluster called gel. Once the gel has formed, evaporation then takes place through this porous media. First the body of the system shrinks and the volume loss corresponds to the volume that has evaporated. After a critical point the body becomes rigid and stops shrinking. The liquid then recedes inside leaving near the surface air-filled pores. However evaporation continues to occur at the surface. Finally when only a small amount of liquid is left in some isolated pores, evaporation can only take place inside the system followed by vapour diffusion to the outside. Consequently drying of gels can be divided into several drying stages. Already in 1986 Dwivedi examined this process in some detail by studying the drying process of alumina gels of different thicknesses focusing on the mass loss over time. As a result he found that about 7% of the initial mass of gel is left after drying. In the case of blood pools, it was similarly shown that 23% of the initial mass is left after drying8. Dwivedi then looked at the different drying stages and found that alumina gels undergo three drying stages. The first stage is a constant rate period (CRP)19,20,21 where the volume decrease of the gel is equal to the volume of liquid lost by evaporation. In this stage, the evaporation rate appears to be comparable to that of an open dish of water22. A critical point is reached at the end of this stage, inducing the shrinkage to stop. Subsequently to this, cracking of the gel is more likely to occur. After the critical point, gels undergo a first falling rate (FRP1) where the liquid flows through partially empty pores, followed by a second falling rate (FRP2) corresponding to the final stage of drying. In this final stage, evaporation occurs inside the body and the liquid diffuses to the surface in the form of vapour. The description of the sol-gel transition and the drying of inorganic gels represent a classic work where the mechanisms are well established19. Therefore, examining its characteristics is interesting since we can envisage that the drying process of blood is likely to present some similarities, which will now be presented.
The observations made during this study highlight the complexity of the problem of drying blood pools. Although many questions remain, some interesting features have been characterised, especially the drying front. This particular feature presents an interest to BPA analysts since it can easily be monitored by photography. In practice, investigation teams need tools, which can easily be brought on the scene, and that will not induce an alteration of the evidence. Photography is a tool being already used. The aim of this work was thus to develop a method that would require only photographies so that it could be concretely applicable. Using this practical field tool, and the previously obtained constant value of the diffusion coefficient for drying blood pools, the time at which a pool was formed can be calculated for a pool drying in the same conditions. The pool presented in Fig. 12 was dried at 22.5 °C on a white tile. The drying front is already clearly visible in this photograph.
One important use of time-based GIS technology involves creating time-lapse photography that shows processes occurring over large areas and long periods of time. For example, data showing the movement of fluid in ocean or air currents help scientists better understand how moisture and heat energy move around the globe.
Reoccurring dreams that occur during the recovery process from substance use disorder that concern depictions of substance use, often vivid in nature, and frequently involving a relapse scenario. These dreams decrease in frequency with time in recovery from substance use disorder.
A timelapse is a film technique that compresses hours of a video into a few seconds. This post offers you 5 free timelapse screen recorders and teaches you how to record a timelapse of your desktop step by step.
Bandicam is an HD timelapse video recorder for Windows. You can use it to record computer screens and 2D/3D gameplays at 4K UHD. It features real-time drawing, DirectX/OpenGL recording, webcam overlay, mouse effects, scheduled recording, and chroma key. Bandicam also lets you add a logo to a video and take screenshots. You can capture screenshots and save them as BMP, PNG, and JPEG. 2b1af7f3a8