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Assignment statement definition

The construction appears in Example III-3, We allow composite functions in assignment statements for convenience. This can be simulated by simple functions, to meet our definition. That is, we now allow a statement such as u - abaa(u) which can be simulated by applying in order u - a(u), u - a(u), u b(u), and finally u a(u). ... [Pg.72]

The input to the Workbench is a mixed behavioral and structural description. In Verilog, sequential behavior is described with the always statement, combinational behavior is described with the continuous assignment statement assign), and hierarchical structural is described with module definitions, and module and gate instantiations. For the purposes of the Workbench, the synthesis tools treat the always statement as a single process description of the behavior to be synthesized into a structural data path and controller. For each always statement, a separate controller and data path is generated. [Pg.310]

A type definition on the other hand/ creates a new base type and may be constrained or unconstrained Consider the subtype defin in the package NEW PROC shown in Figure 5 2 This is a subt3 e of the imconstrained base type BIT VECTOR It may therefore use any function defined for that type or be used in assignment statements with other BIT VECTOR svhtypes. This was done in the SYNC WAIT architecture when the 4-bit BIT VECTOR REG was passed to the PRESET CLEAR procedure The following declaration also creates a 4-bit array of type BIT ... [Pg.151]

Thus except for timing this definition is essentially the same as the previous one. It is obvious that the two models are the same. Going from the linear to the flow diagram model is obvious in the reverse construction note that if we must make a correspondence between nodes and addresses such that the statement in the flow diagram given address k is an assignment that does not lead into tie statement given address k+1, then we add a forced transfer as k+1 and readdress the rest of the statements. [Pg.31]

We wish to see that for any choice of X = a and Y = b each path verification condition in W(P,A,B,I) holds. That is, we must examine each V(P,a,At r,I)(a,b) where o is a consistent path from tagged point t to tagged point r not passing through any other tagged point en route from t to r. If the hypothesis of the conditional expression V(P,a,A, A r,I)(a,b) is false, then the verification condition is vacuously true. If it is true, then A (a,b) is true and by definition of Aj, A(a) is true and computation (P,I,a) at some point enters tagged point t with Y = b. Further a is the continuation of this computation and reaches r with Y = b. So there is certainly a time when computation (P,I,a) reaches r with this specification of Y. Now if r is not a STOP statement, inductive assertion was assigned by our definition and thus Ar(a,b ) holds by definition. [Pg.162]

The definition of sponsor indicates who bears ultimate responsibihty for a nonchnical laboratory study. A sponsor may assign the job of actual study conduct and/or reporting, but ultimate responsibility for the study cannot be delegated. The sponsor must thus assure that a nonchnical laboratory study is conducted in comphance with GLP standards, and must supply the statement of GLP comphance or description of GLP noncompliance (conforming amendments statement) that must accompany the submission to FDA of the results of a noncliuical laboratory study (Section XI). The definition does not preclude joint sponsorship of a study. [Pg.45]

In 1808 John Dalton proposed his atomic theory, which included the statement that when atoms of two or more elements combine to form a compound, they combine in a definite ratio by number of atoms and by mass. This is called the law of definite proportions. This provided a means to determine the mass of one atom relative to another. It was necessary to assign a mass to one element to find the mass of another element in a compound. Today we use the most common carbon isotope, assigned a mass of 12.00 atomic mass units (amu), as the basis for comparative weights of the atoms. [Pg.168]

In a randomized controlled trial conducted by Nemoto et al, 98 patients were assigned to either conventional treatment or PMX B (Nemoto et al., 2001). The overall survival was significantly better in the treated group. When looking at subgroups, the authors concluded that this therapeutic approach was more likely to improve survival when applied earlier in sepsis. One criticism of this conclusion is that the subgroups contained a low number of patients to make a definitive statement in this regard. [Pg.332]

The structure and stereochemistry of cis-sativenediol (111) and trans-sativenediol (112) have been established57 by n.m.r. spectroscopy and, in the case of the ris-isomer, by conversion into the diethyl acetal (113) of helminthosporal (115). Both diols co-occur with prehelminthosporol (114), helminthosporal (115), and helminthosporol (116) in Helminthosporium sativum and Cochliobolus setariae and a definitive statement on the possible biosynthetic relationship between these compounds is expected in the near future. Two related sesquiterpenoids, (117) and (118), having the isosativane skeleton have also been identified as metabolites of H. sativum.5 The structures assigned to these compounds are based on chemical correlation with cis-sativenediol (111) (cf. Scheme 16) and it is reasonable to... [Pg.67]

The difficulty in the application of Equation 29 is in the assignment of values to tt when i /. While such a parameter is said to represent the effects of unlike-pair interactions, it is often difficult to give this idea a clear physical or mathematical statement. Thus one usually resorts to combination rules, which relate nto the pure-component parameters and (possibly) to an empirical interaction parameter, a number (by optimistic definition) usually either of order zero or of order unity. [Pg.73]

Data Statements Scalars, Parameters and Tables. It is often desired to declare constants, which can be referred to in the equation definitions. For instance, a constant UPPER is declared and assigned the value 100.0 using the GAMS statement ... [Pg.961]

Although the first versions of these metrics were developed from SDS that used risk phrases (R-phrases) and safety phrases (S-phrases), the metrics have been revised to adapt them to GHS, which required a new definition of the criteria to score the hazards and assess the accomplishment of the GC principles. As in GHS the systemization of the hazards in classes and categories, to which hazard statements are assigned (hazard codes or H codes), is more detailed than in the system of the R- and S-phrases, the change provided a finer evaluation of hazards and made easier the construction of the metrics. The revision included also an improvement of the graphic look of the green star to increase the facility of reading the individual scores of the principles. These new versions of the metrics are those discussed in this text. [Pg.125]

Note that statements defining a single signal instance—like isclO, help, and return [0]—and simple assignments of one M-D signal to another—like a[i] = b[i]—are not considered as relevant M-D signal definitions at this stage. Hence, they are pruned from further analysis to decrease the complexity [31]. That is also why the functions fl()-f5() have been introduced in the description. [Pg.147]

The definition of hazardous in combination with substances follows the European Occupational Safety and Health legislation i.e. every substance that has been assigned a so-called H(azard)-statement. Carcinogenicity, Mutagenicity or Reprotoxicity (CMR) are reflected in specific H-statements, but many other types of toxicity exist. This approach should diminish the confusion that arises when hazardous is considered synonym with CMR or, in other situations, even with CMR plus some specific types of toxicity. Let alone if hazardous substances is considered synonym with the therapeutic class of antineoplastics. [Pg.5]

VHDL, by definition, requires that all the different values of an expression in a case statement be covered. However, this is not required in Verilog. If the user knows that all possible values of the case expression have been covered, one should use the Synopsys synthesis full case pragma. This prevents latches from being inferred due to not assigning values to a reg/signal under all possible conditions. [Pg.41]


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Assignment statement

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