- Curl = 0°
- Phi = 0°
- Vertical = 0°
- Transmitted Electric field (TE)
- Transmitted Magnetic field (TM)
- Reflected Electric field (RE)
- Reflected Magnetic field (RM)
- Transmitted Polarization vector
- Reflected Polarization vector
- Reflected Voltage vector
- Transmitted Current vector
- Reflected Current vector
- Transmitted Magnetization vector
- Reflected Magnetization vector
- Reflected Magnetization vector (Mx, My)
- Distorted Reflected Magnetic field vector (x, y)
- Distorted Transmitted Magnetic field vector (x, y)
- Distorted Transmitted Magnetization vector (x, y)
- Distorted Reflected Current vector
- Distorted Reflected Magnetization vector
- Reflected and Distorted Current vector
gjitjm.jar
Java
Sun Microsystems, Inc.
29023-004
80
260
J2ME-Programming
Java programming language that specifies an application programming interface (API) for the development of applications that run on a JVM platform.
KEYMACRO Description:
- X-Axis = The 0° axis of the coordinate system.
- Y-Axis = The 0° axis of the coordinate system.
- Z-Axis = The 0° axis of the coordinate system.
- A = The left-hand rule for the plane of polarization vector.
- B = The 0° axis of the coordinate system.
- C = The 0° axis of the coordinate system.
- D = The top surface of the coordinate system.
- E = The top surface of the coordinate system.
- F = The vertical plane containing the optical axis and the fast axis of the component.
- G = The vertical plane containing the optical axis and the fast axis of the component.
- H = The horizontal plane containing the optical axis of the component.
- I = The horizontal plane containing the optical axis of the component.
- J = The left-hand rule for the plane of polarization vector.
- K = The right-hand rule for the plane of polarization vector.
- L = The left-hand rule for the plane of polarization vector.
- M = The vertical plane containing the fast axis of the component.
- N = The vertical plane containing the fast axis of a77f14ba26 gemcazz
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Igor Pro is a complex and powerful software solution, which helps you input and interpret scientific graphs, analyze data, process images and record macros with ease.
Simple setup and intuitive layout
The installation process does not take very long and it does not pose any kind of problems such as making changes to your default web browser, or downloading unnecessary third-party products.
The interface you come by is quite simple, seeing it only consists of a menu bar, and a panel in which to display all kind of information, using separate windows. In addition to that, extensive Help contents are incorporated. Nonetheless, this tool is mostly dedicated to professionals, seeing it requires some specialized knowledge in order to use it.
Formats and examples you can use
This tool enables you to create new experiments, open already existing ones or save them to the hard drive, using one of the formats supported, namely PXP, UXP, PXT and UXT. You can also import items with extensions such as IPF, IFN, TXT, RTF, IPF and AWAV, and print them with just a click of the button.
In addition to that, you should know that Igor Pro comes bundled with a large number of example experiments, including analysis, curve fitting, feature demos, imaging, movies, statistics and techniques.
Generate stats, create macros and tweak other options
It is possible to load waves, binary files, text documents, Excel files, images and delimited text, as well as make waves them from scratch or duplicate them, as well as kill, rotate or unwrap them.
With just a click of the menu bar, you can generate statistics (e.g. waves average, percentiles, two sample tests etc.), sort items, view a histogram, and convolve, correlate, differentiate, integrate, filter and resample items.
Macros can be created for each of your experiments, while you can also control font type, style, color and size, generate commands, hide or show the ruler, insert new graphs and tables, bring up the command or procedure window, export graphics, use a search feature and add comments.
Bottom line
To conclude, Igor Pro is an efficient and well-rounded piece of software which aids professionals create all kinds of experiments and view stats pertaining to them.
Surprisingly enough, the computer’s performance is not going to be burdened and the response time is good. The interface is quite friendly to all users, and the amount of options. Write a program that will allow you to calculate the term \( x^3 - x^2 - x - 1 \) with a given number of Turing machines. You'll have to decide which of the given Turing machines will use the given number of processing steps to calculate the given term, and then write a program that simulates the corresponding Turing machine.
The number of processing steps each Turing machine can take is given on a separate line. The term is given on the same line. The program should print the state of the Turing machine (1,2,3,4,etc.), the number of processing steps, and the final state of the Turing machine.
NUMBER OF TURING MACHINES xTerm = x^3 - x^2 - x - 1 (0 - 3) * tm 1 = 0tm 2 = 1tm 3 = 2tm 4 = 2tm 5 = 2tm 6 = 2tm 7 = 2tm 8 = 2tm 9 = 2tm 10 = 2tm 11 = 3tm 12 = 3tm 13 = 3tm 14 = 3tm 15 = 3tm 16 = 3tm 17 = 3tm 18 = 3tm 19 = 3tm 20 = 3tm 21 = 3tm 22 = 3tm 23 = 3tm 24 = 3tm 25 = 3tm 26 = 3tm 27 = 3tm 28 = 3tm 29 = 3tm 30 = 3tm 31 = 3tm 32 = 3tm 33 = 3tm 34 = 3tm 35 = 3tm 36 = 3tm 37 = 3tm 38 = 3tm 39 = 3tm 40 = 3tm 41 = 3tm 42 = 3tm 43 = 3tm 44 = 3tm 45 = 3tm 46 = 3tm 47 = 3tm 48 = 3tm 49 = 3tm 50 = 3tm 51 = 3tm 52 = 3tm 53 = 3tm 54 = 3tm 55 = 3tm 56 = 3tm 57 = 3tm 58 = 3tm 59 = 3tm 60 = 3tm 61 = 3tm 62 = 3tm 63 = 3tm 64 = 3tm 65 = 3tm 66 = 3tm 67 = 3tm 68 = 3tm 69 = 3tm 70 = 3tm 71 = 3tm 72 = 3tm 73 = 3tm 74 = 3tm 75 = 3tm 76 = 3tm 77 = 3tm 78 = 3tm 79 = 3tm 80 = 3tm 81 = 3tm 82 = 3tm 83 = 3tm 84 = 3tm
