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Adobe Illustrator Draw is a version of Adobe's popular vector-based drawing application made specifically for touchscreen devices. Like the desktop version, this app lets you draw on the screen of your Android device using a wide range of tools.

If A is a column vector, then flipud(A) returnsa vector of the same length with the order of its elements reversed.If A is a row vector, then flipud(A) simplyreturns A. For multidimensional arrays, flipud operateson the planes formed by the first and second dimensions.

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Inkscape is an open source vector graphics editor similar to apps like Adobe Illustrator, Freehand, CorelDraw, and Xara X. This program lets you convert any sketch or drawing into a professional piece that's ready to be published on any website or in print.

With this program, you can create your own vector graphics from scratch, as well as import images in any format to work on them. Inkscape supports all the most common formats, such as PNG, JPG, BMP, and TIFF. When you're finished with a project, you can save it in SVG to continue working on it in the future, or you can export it in tons of different formats, such as PNG, PDF, DXF, or EPS.

It includes a wide array of brushes and strokes, the ability to work with layers, support for the majority of the most common image formats, cropping, vector modification, color palette management, and various retouching assistants.

At one time or another you've almost certainly heard someone talking about vector graphics. These are images that don't lose their quality when you resize them, as they are made based on mathematical techniques so that all their components retain their proportions. Now you can create them, too.

Concepts is a tool for designing and sketching that, thanks to the incredible possibilities it offers, has managed to make room for itself alongside paid apps or similar apps by much more popular companies. Concepts transforms any Android device into a real-life graphic design tablet that can be used to work with vectors, multiple layers, and any features you might not find in other, more simple design tools.

I am a newbie in programming. Whenever I include vectors in my programming ,compiler shows segmentation fault. Can anyone help me where am I wrong? And I strongly doubt that it is due to vectors since after commenting out vectors part program runs well. I thought it might be the issue withFOLLOWING IS THE CODE

The male participant with back pain showed a diminished level of walking balance with a wider range of xyz-axis variations in the rotations compared to those of the healthy participants. The standard deviation in the xyz-axis of the male participant with back pain was larger than that of the healthy male participant. Moreover, the participant with back pain had the widest combined range of right-to-left and forward-to-backward motions. The healthy male participant showed smaller standard deviation while walking than the male participant with back pain and the female healthy participant, indicating that the healthy male participant had a well-balanced walking movement. The walking movement of the female healthy participant showed symmetry in the left-to-right (x-axis) and up-to-down (y-axis) motions in the x-y variations of rotation vectors, indicating that she had lesser bias in gait than the others.

This study shows that our mHealth app based on smartphone sensors and rotation vectors can measure the variations in the walking movements of different individuals. Further studies are needed to measure and compare walking movements by age, gender, as well as types of health problems or disease. This app can help in finding differences in gait in people with diseases that affect gait.

In this study, we developed an mHealth app to measure the body movements of 3 participants wearing the smartphone on their waists while walking. The motion sensors of the smartphone were used to measure the walking movements and to analyze the rotation matrix data with the proposed method, which shows the variables of walking over time. The difference in each walking step of the 3 participants was compared using a formula (equation 4). Table 1 shows the statistical information of the walking movement data after applying the formula. The healthy male participant had the smallest standard deviation (Table 1), indicating that he had the most balanced walking movement. The healthy female participant showed symmetrical walking movement in the left-to-right (x-axis) and up-and-down (y-axis) movements in the variations of the x-y axis rotation vector (Figure 9), indicating that she had lesser bias in gait than the other two participants. The x-axis standard deviation in the healthy female participant was the highest because female hip is bigger than male hip [36]. The standard deviation of y-axis and z-axis of the participant with back pain was the highest (Table 1), indicating that he had a wider movement than the other two healthy participants. Thus, the participant with back pain had a lesser balanced walking movement while walking than the other participants. Our app showed that the participant with little back pain has a wide range of movement during walking. Specifically, this participant appeared to show more variations in the right-to-left and forward-to-backward movements.

Our study shows that mHealth and the walking rotation vector can be used to define the body walking movements. Currently, the most widely used assessments for measuring postural control are laboratory-based such as the previous walking movement research [12,13] and human balance research [2,3]. Along with requiring specialized equipment, such assessments typically do not provide real-time feedback. However, our proposed mHealth app and analysis methods support home-based measurements. The findings of this study support our mHealth app as a low-cost and easy-to-use alternative with minimal equipment required that provides sensitive walking balance assessment [6]. ff782bc1db