An Excel worksheet that divide a visual into sections, by angles, and puts them in an order for identifying them are calling a classifying triangle diagram. This tool is used to explore various shapes, figures, and ideas in relation to one another. It may also be used to work with angles in diverse relationships, and even in physical and statistical terms. The ideas could relate to data collection, presenting, analysis, or even visualizing.
The rows of the classifying triangle can contain horizontally or vertically lines. The horizontal line will generally refer to a dimension, while the vertical line refers to a dimension that is further away from the horizontal line. The more visible the angles on each line are, the more prominent the visual that is presented to the user.
In the vertical lines of the vertical line, they can represent vertices or be the equivalent of points. Points or vertices will correspond to points that are lower down on the chart. The horizontal lines can refer to angles or the top or bottom edge of the chart. These degrees can vary depending on the classifying triangle itself. The classifying triangle will usually be placed at the bottom of the chart, and the angle of the top side will always be negative or negative to the bottom edge.
The divisibility of the graph is another way to break up visual items into sections. There are four levels of divisibility, and they can relate to the scale of a graph in two different ways. The first level is the linear measurement of the divisibility. The size of the piece of graph paper that contains the chart will determine the level of linear measurement. The second level is the scale of the elements that are used to produce the diagram.
Lines that are longer than the width of the classifying triangle may not be very useful for analyzing a data set. The length of the lines is dependent on the scale that is chosen for the chart. The middle of the lines may correspond to the different scales. It is possible to apply these styles to other items as well.
The lengths of the lines will change depending on the number of angles on each line. For instance, the lines will only span the base of the graph if there are no angles on the line. Each of the items is assigned an ordinal number. These numbers will relate to the data that is associated with each point, by the perspective of the owner of the chart.
The data will relate to the visual that is presented to the owner of the chart. The data that is contained within the classifying triangle diagram will be represented in the vertical bar. The source of the data is also important when deciding which of the two views is presented.
The quadrant size is usually determined by the axis of the chart. The axis that is contained by the rectangle on the chart will be the axis of the data. The content of the chart will be the contents of the vertical bar. The angle size is determined by the form that corresponds to the axis. Each of the dimensions and angles will be proportional to the other.