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think-cell chart is the leading Microsoft PowerPoint add-in for creating professional business charts. It is 3 to 5 times more efficient than the current best practices and customized to your firm's corporate design. You can link all charts to their Excel data source, making chart updates a quick and easy task.
We employ the power of today's personal computers to relieve you from the tedious work of creating and altering charts. think-cell chart is a powerful charting package that integrates seamlessly with PowerPoint and can be individually customized to respect and enforce your firm's corporate design. With a minimum of manual adjustments, you get accurate, well-laid-out and standard-conformant charts. Furthermore, with think-cell chart even occasional users can create and change charts 3 to 5 times faster than an expert when she must rely on PowerPoint alone.
think-cell chart draws its data either from an internal Excel sheet -- much like MS Graph's data sheet -- or from an arbitrary Excel file. If data has changed, a simple command can update the entire presentation.
The look and feel of all your charts is always the same, no matter if they are based on an internal data sheet or on data from a separate Excel file. You can continue editing a linked chart as usual, even when the Excel file it is linked to is not available. You are free to rename the concerned PowerPoint and Excel files or put them into a different location -- the link does still work to update the charts. You can also break an existing Excel link and keep the chart's data in the internal data sheet; or create the chart based on the internal data sheet and then link it to an Excel data range later.
A waterfall chart visually explains a summation. Each column represents an addend or a subtotal. Addends are connected by horizontal lines. A summation is made up from a number of connected addends, which may have positive or negative values. Waterfall charts may become quite complex, with addends consisting of multiple segments, and with dependencies not only between neighbouring columns, but between arbitrary addends across the diagram.
You can easily create waterfall charts with think-cell chart. Simply put in the values to add. Positive values build up, negative values build down. For additional flexibility, you can interactively reattach the reference connector of each segment to change the order of summation. Subtotals are automatically calculated and updated whenever the summation changes.
Marimekko charts are two-dimensional graphs that analyze multiple data series against two variables, the X and Y axes. The graphs are so named for their tapestry-like appearance. The Marimekko graph can be used in many different industries. Its function is to display a system of interrelated values so that both groups and relative sizes of the elements can be seen at the same time. In a Marimekko chart, the widths of the columns are proportional to data represented by the columns. Individual segment height is a percentage of the respective bar total value.
A Marimekko chart, sometimes called Mekko chart, is a two-dimensional 100% chart, in which the width of a column is proportional to the total of the column's values. Data input is similar to a 100% chart, with data represented as either absolute values or percentages of a given total.
A scatter chart displays quantitative information using markers. The data is plotted simultaneously against X and Y axis. One or more data series may be displayed at a time, using markers of different shapes. The graph shows uneven dispersal of data, or clusters, and is frequently used for scientific data.
A bubble chart plots three variables simultaneously. The X and Y coordinates demonstrate how one item varies in relation to another. The third variable is bubble size, i.e., the area or radius of a bubble is proportional to the value it represents. Bubble charts have an advantage over line graphs because they display an additional variable in the same chart.
In bubble charts and scatter charts putting each label in a good place is particularly difficult; especially, when the data must be updated later. With think-cell chart, the automatic labeling feature solves that problem like a snap.
A Gantt chart is a type of scheduling chart that tracks schedules, events, and steps necessary to complete a project. It shows the steps involved in a project and their relationship over time. The lengths of horizontal bars indicate the duration of each step. This chart allows a group to document the progress made on the implementation of a project.
think-cell chart is the only software that allows you to create complex Gantt charts directly in PowerPoint. The diagram is completely calendar-based and supports a variety of decorations and labels.
Stacked bar charts have multiple data series stacked on top of one another, so that the top data level represents the total for that column. They are generally used to show how a larger component is divided into smaller components and the effect of each component has on the whole.
You can build sophisticated stacked column charts using think-cell chart including value axis, automatic column breaks, formatted numbers and a CAGR. You can simply access functionality by the think-cell toolbar, the circular context menu and direct mouse manipulations.
Simple and cluster bar charts are bar charts designed to display changes in data over time. A simple bar chart compares items for one data series. A cluster bar chart compares two or more data series plotted side-by-side. The bars are always in the same position for each grouping throughout the graph, so comparisons may be made.
Clustered charts in think-cell chart feature the same advanced options as stacked column and bar charts. Automatic breaks can be added and modified to ensure the perfect visibility of smaller data segments.
Stacked bar charts have multiple data series stacked on top of one another, so that the top data level represents the total for that column. A 100% stacked bar graph, instead of plotting actual values, shows the percents of values relative to the total.
The think-cell chart data sheet is a fully-featured Excel sheet. You can input either absolute values or percentages. To quickly mark elements of the same type, you can use our intelligent logical selection mechanism.
A pie chart shows the size of items that make up a data series proportional to the sum of the items. Pie charts always show only one data series and consist of a circle divided into wedged segments. It shows the relative sizes of components to one another and to the whole pie.
As all charts created with think-cell chart, the pie chart supports sophisticated automatic labeling. You can rotate and explode pie segments by simply dragging their handles to 0, 90, 180 or 270 degrees.
A line chart shows trends in data over time of equal intervals. It can display one or multiple data series.
An area chart displays how relative mixtures of a given category change over time. By displaying the sum of the plotted values, it shows the relationship of parts to a whole. Area graphs usually do not display specific values, but rather show trends and relationships.
With think-cell chart, even line and area charts representing a large amount of data are effortlessly created. The more data you have, the more you will like think-cell chart's ability to create original PowerPoint charts directly from your data in Excel.
Everybody creating data driven charts and diagrams in Microsoft Office will profit from using think-cell chart. Typical customers include