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Figure 6.1 IEEE floating-point formats: (a) Single precision, (b) Double precision

Figure 6.1 IEEE floating-point formats: (a) Single precision, (b) Double precision. Figure 6.2 Compile-time descriptor for static strings. Figure 6.3 Run-time descriptor for limited dynamic strings. Figure 6.4 Example slices in FORTRAN 90. Figure 6.5

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Figure 6.1 IEEE floating-point formats: (a) Single precision, (b) Double precision

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  1. Figure 6.1 IEEE floating-point formats: (a) Single precision, (b) Double precision

  2. Figure 6.2 Compile-time descriptor for static strings

  3. Figure 6.3 Run-time descriptor for limited dynamic strings

  4. Figure 6.4 Example slices in FORTRAN 90

  5. Figure 6.5 Compile-time descriptor for single-dimensioned arrays

  6. Figure 6.6 The location of the [i, j] element in a matrix

  7. Figure 6.7 A compile-time descriptor for a multi-dimensional array

  8. Figure 6.8 A compile-time descriptor for a record

  9. Figure 6.9 A discriminated union of three shape variables (assume all variables are the same size)

  10. Figure 6.10 A compile-time descriptor for a discriminated union

  11. Figure 6.11 The assignment operation j = *ptr

  12. Figure 6.12a Implementing dynamic variables with and without tombstones

  13. Figure 6.12b Implementing dynamic variables with and without tombstones

  14. Figure 6.13 An example of the actions of the marking algorithm

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