Console for MATLAB programming vs GraphMath Kullanım & İstatistikleri
Console allows you to run MATLAB code on iOS devices. It comes with a MATLAB interpreter that supports functions frequently used by college students or learners. Individuals who do not need specialised functions should find this app a valuable tool.
Console is powered by the same MATLAB interpreter of our flagship app, SIMO. Before purchasing SIMO, you should download Console to see if this interpreter is adequate for your work. We continue to expand its capability by supporting more functions and language syntax in future updates.
While other similar apps perform computation on the cloud, Console executes MATLAB code using the on-board silicon. Internet connection is not required — even the documents are offline accessible within the app. Being able to use the app without internet connectivity is a great benefit for users with non-cellular iPads. Another great benefit is that plots are interactive and responsive since they are rendered in real-time by the on-board GPU.
Console has 4 key components:
1. Console Input, where you input MATLAB statements. It supports
- Line numbering
- Syntax highlighting for MATLAB keywords and built-in functions.
- Auto-indent.
2. Console Output, where the results are displayed. It supports
- Full-text search
- Variable view height to fit the contents.
3. Figure, where 2D or 3D plots are displayed. It supports
- Multi-touch gestures for zoom, pan, and rotate (3D plots).
- Attributes (such as axis labels, ticks, limits, line colour) can be configured using the built-in tool. No coding is required.
- Sharing plots as images with third party apps.
- Saving plots.
4. Documents, which contains the full set of SIMO documents accessible offline.
- MATLAB functions.
- Tutorials on MATLAB language basics.
- Searchable by document title and contents.
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This graphing calculator is user friendly and powerful.
It is fully compatible with iOS 14 and 15, and mostly compatible with iOS 13 and Mac OS.
Cartesian 3D Z = F (X, Y) functions:
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Graphs can be:
1. Drawn as surface, lines, or dots.
2. Drawn with or without perspective, and with different light and reflection settings.
3. Tilted up or down.
4. Rotated to any position.
5. Drawing is animated by either X, Y, or Z.
Table of all points can be sorted by either X or Y.
Cylindrical 3D Z = F (Θ, R) functions:
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Graphs can be:
1. Drawn as surface, lines, or dots.
2. Drawn with or without perspective, and with different light and reflection settings.
3. Tilted up or down.
4. Rotated to any position.
5. Drawing is animated by Θ, R, or Z.
Table of all points can be sorted by either Θ or R.
Spherical 3D R = F (Θ, Φ) functions:
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Graphs can be:
1. Drawn as surface, lines, or dots.
2. Drawn with or without perspective, and with different light and reflection settings.
3. Tilted up or down.
4. Rotated to any position.
5. Drawing is animated by either Θ or Φ.
Table of all points can be sorted by Θ, Φ, or R.
Cartesian 2D Y = F (X) functions:
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Graph displays the following curves:
1. One or two Y = F (X) functions.
2. Derivative of the first function.
3. Integral of the first function as a shade and a curve.
Graph features:
1. Drawing is animated by X.
2. Clicking on the curves shows curve values, and finds closest point in the table.
Tables:
1. All function, integral, and derivative values.
2. Zero intersections of first function.
3. Intersections between first and second functions.
Polar 2D R = F (Θ) functions:
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Graph displays the following curves:
1. One or two R = F (Θ) functions.
2. Integral of the first function as a shade and a curve.
Graph features:
1. Drawing is animated by Θ.
2. Clicking on the curves shows curve values, and finds closest point in the table.
Tables:
1. Table of all function and integral values
2. Table of zero intersections of first function.
3. Table of intersections between first and second functions.
Parametric 2D X = F1 (T), Y = F2 (T) functions:
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Graph features:
1. Drawing is animated by T.
2. Clicking on the curves shows T, X, and Y values, and finds them in the table.
Table of all points.
F (X, Y) = 0 equations:
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Graph displays solutions as points.
Clicking on the points shows X, and Y values, and finds them in the table.
Table of all points.
Common features:
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1. List of previous entries.
2. List of preset entries.
3. Undo and redo buttons for formula entries.
4. Automatic correction of errors in function limits or steps are offered.
5. All function points can be saved to clipboard in a table format.
6. All function points can be displayed on corresponding graphs.
7. Control colors can be changed to black and white.
8. Link to Vectors and Planes 3D Geometry Guide App.
9. Link to Matrix Calculator Step by Step App.
Common features of all images:
1. Animation frames can be frozen and moved back or forward.
2. Animation speed can be adjusted.
3. Zoom.
4. Scroll.
5. Save to Clipboard.
6. Save to Photos
7. Color picker.
New functions and further UI improvements for our apps are coming!
Developers hope to get feedback at graphmath@aol.com.
- Apple App Store
- BOŞTA
- Eğitim
Mağaza Sıralaması
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Console for MATLAB programming VS. 
GraphMathAralık 17, 2024