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Code generator

Click Next and SAS will prompt you to see if you want to save the PROC IMPORT code generated by the Import Wizard. Click Finish to complete the file import. Here is the PROC IMPORT code generated by SAS from this run. [Pg.62]

Program 3.8 PROC IMPORT Code Generated by the Import Wizard to Read a Microsoft Excel File... [Pg.62]

Bremser produced tables of these HOSE codes from NMR work that was carried out at BASF in Germany. Most modern carbon prediction routines still use this HOSE code today (albeit slightly modified from the original). Modem software hides all the HOSE code generation in the background so all you do is draw a structure and press the predict button and all the chemical shifts are calculated. [Pg.169]

Placeholder types map to existing fagades within connected components, or to code-generated adapters"... [Pg.55]

Code generation is nevertheless a useful facility, at least for creating prototypes. It is easy to take the packages from your business analysis and turn them into the skeleton of a rapid prototype. [Pg.232]

If the connect takes place in a component assembly tool, the registration may be hidden within initialization code generated by the tool. [Pg.440]

Fig. 13 Monolayer KETs assembled on SU8 organic gate dielectric layers configured to form different circuits, (a) dc transfer characteristics of an inverter at different supply voltages (Rdd) (b) output characteristics of a 7-stage ring oscillator, and (c) output of a 4-bit code generator (continuous line) and the preprogrammed code (dotted line)... Fig. 13 Monolayer KETs assembled on SU8 organic gate dielectric layers configured to form different circuits, (a) dc transfer characteristics of an inverter at different supply voltages (Rdd) (b) output characteristics of a 7-stage ring oscillator, and (c) output of a 4-bit code generator (continuous line) and the preprogrammed code (dotted line)...
Our final code generates the (a, y) 2D data of the zero contour for F in (3.6). This data is then interpolated for a user-specified input at ao, and the program decides whether the given adiabatic CSTR has one or three steady state solutions for the given parameters / and 7 at ao- Moreover, it computes the y values for all steady states and the associated function deviations of / in (3.4) from zero, called Fy. By all appearances this method is far more reliable near the bifurcation points and surpasses and supersedes our initial more generic root-finding code solveadiabxy.m from page 72. [Pg.86]

This code generates a plot shown in Figure 4.14, of the steady-state conversion Xsss for the above data. [Pg.161]

Fig. 13.14. The output pattern of a 48-bit code generator. An external clock operating at 50 Hz is applied. The graph shows two full periods of 64 bits, 48 information bits plus 16 start bits. The code is indicated above. Fig. 13.14. The output pattern of a 48-bit code generator. An external clock operating at 50 Hz is applied. The graph shows two full periods of 64 bits, 48 information bits plus 16 start bits. The code is indicated above.
Design and implementation, with code generation and inspection... [Pg.25]

PROGRES as well as its modeling environment, which offers a graphical editor, an analyzer, an interpreter and a code generator [414], Both the process meta model and process model definitions are specified in PROGRES. The former was created once by the tool builders of AHEAD the latter ones are generated automatically by the modeling environment (cf. Subsect. 3.4.3). [Pg.319]

To ensure correct code generation, the following context-sensitive conditions have to be fulfilled ... [Pg.585]

This extension is not only investigated on the conceptual level but also covers a prototype implementation for the corresponding modeling environment and its code generator. In this way, a test environment for the evaluation and exploration of service-oriented concepts in the context of integrated business applications is built. [Pg.727]

A precise conceptualization and a compact notation for modeling the aspects mentioned above is challenging. Furthermore, to determine suitable analyses for completeness and correctness of the models, so that program code generation is possible, is also not trivial. Both are interesting aspects of the extensions of the modeling formalism to specify service descriptions and service compositions. [Pg.737]

Rirther extensions deal with code generation. The generated code allows the execution of specified services. It is embedded into a test framework to interactively evaluate and explore the specified services. This test framework is comparable with the tool support to explore existing component interfaces interactively (cf. Subsect. 5.7.4). [Pg.737]

Regarding the requirements of our industrial partner (see Subsect. 7.8.3), another topic concerning code generation is to realize the specified services as a 1-Fel Service. [Pg.738]

While the two latter steps can be realized with the help of existing transformation tools [508], the first step requires further extensions of our code generator. [Pg.738]


See other pages where Code generator is mentioned: [Pg.570]    [Pg.278]    [Pg.49]    [Pg.298]    [Pg.267]    [Pg.24]    [Pg.231]    [Pg.226]    [Pg.340]    [Pg.341]    [Pg.341]    [Pg.346]    [Pg.135]    [Pg.417]    [Pg.45]    [Pg.197]    [Pg.305]    [Pg.208]    [Pg.183]    [Pg.491]    [Pg.73]    [Pg.257]    [Pg.257]    [Pg.258]    [Pg.258]    [Pg.486]    [Pg.579]    [Pg.585]    [Pg.737]   
See also in sourсe #XX -- [ Pg.340 ]




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