home
***
CD-ROM
|
disk
|
FTP
|
other
***
search
/
Trading on the Edge
/
Trading On The Edge - CD-ROM Toolkit (Wayzata Technology)(2031)(1994).bin
/
mac
/
Mac_Files
/
Vendor Demos
/
HiQ
/
HiQ-Script_Language_Constants
< prev
next >
Wrap
Text File
|
1992-04-28
|
8KB
|
298 lines
// Enter or change language constants here.
// Ñ Constant names are case-insensitive.
// Ñ Fields are delimited by tabs, spaces, and/or commas.
// Ñ Valid types are "real", "integer", and "string".
// Ñ Strings must be enclosed by double-quotes (<JoeLastName> string "Smith")
// Ñ Exponential notation may be used for reals (<value> real 6.24e-7)
// Ñ Comments are blank lines and lines with slash-slash in columns 1-2
// Ñ Samples:
//<root2> real 1.41421356237309504880
//<million> integer 1000000
//<JoeLastName> string "Smith"
// Physical constants.
<pi> real 3.14159265358979323846 Ñ anything after the value is ignored
<e> real 2.71828182845904523536
// "Machine" constants which vary by machine. These values have been adjusted for
// computational purposes; they are not true machine constants, but depend upon the
// values of machine constants. The constants below are associated with Macintosh
// machine constants, and should be redefined appropriately for the make and model
// of the computer on which the HiQ application is to be run. Currently, there is no
// documentation which provides the appropriate values for different platforms, and
// there is no means to conditionally define these values. Use at your own risk.
<maxint> real 2147483647
<minint> real -2147483647
<maxlog> real 1.1355830259113584000e+04
<minlog> real -1.1355830259113584000e+04
<maxno> real 5.9486574767861588254e+4931
<minno> real 1.6810515715560467531e-4932
// numberToString constants.
<fixedPoint> integer 0
<scientific> integer 1
<complexFixedPoint> integer 2
<complexScientific> integer 3
<integer> integer 4
// Type constants.
<real> integer 5
<complex> integer 6
// Logical constants.
<false> integer 0
<true> integer 1
<no> integer 0
<yes> integer 1
<cancel> integer 0
<ok> integer 1
<off> integer 0
<on> integer 1
<disable> integer 0
<enable> integer 1
// Digital Signal Processing window types.
<bartlett> integer 1
<parzen> integer 2
<hanning> integer 3
<hamming> integer 4
<blackman> integer 5
<rectangle> integer 6
<chebyshev> integer 7
<gauss> integer 8
<kaiser> integer 9
// Digital Signal Processing constants which define redundancy
// indices used in power spectrum estimations.
<nonquat> real 1.00
<onequat> real 1.25
<twoquat> real 1.50
<triquat> real 1.75
// Digital Signal Processing filter types.
<lpass> integer 1
<hpass> integer 2
<bpass> integer 3
<bstop> integer 4
// Initial and Boundary Value Problem Solver flags.
// OdeIvpSmooth
<bulrst> integer 1
<romberg> integer 2
<bulrsqn> integer 1
// OdeIvpStiff
<newton> integer 1
<brent> integer 2
<hermit> integer -1
<out_IV> integer -2
// OdeBvpGenLinear
<simple> integer 0
<march> integer 1
<givens> integer 1
<householder> integer 2
<rkfs> integer 1
<bulr> integer 2
<IV_rkfs> integer 1
<IV_bulr> integer 2
// OdeBvpGenNonLinear
<nonlinear> integer 2
<linear> integer 3
<nlbvsnln_bc> integer 2
<nlbvslin_bc> integer 3
// Optimizer flags.
// OptNonLinCon
<conjugate_grad> integer -1
<quasi_newton> integer -2
// OptBFGS
<bfgs> integer -1
<broyden> integer -2
// Infinite integral type flags.
<bnd2inf> integer 1
<inf2bnd> integer 2
<inf2inf> integer 3
// IntegALSing weight function flags.
//
// INT32 integr, /*@ Weight function indicator: */
// /*@ = 1 pow((x-a),alfa) * pow((b-x),beta) */
// /*@ = 2 pow((x-a),alfa) * pow((b-x),beta) * */
// /*@ ln_(x-a) */
// /*@ = 3 pow((x-a),alfa) * pow((b-x),beta) * */
// /*@ ln_(b-x) */
// /*@ = 4 pow((x-a),alfa) * pow((b-x),beta) * */
// /*@ ln_(x-a) * ln_(b-x) */
<1> integer 1
<2> integer 2
<3> integer 3
<4> integer 4
// IntegFourier weight function flags.
<coswx> integer 1
<sinwx> integer 2
// IntegOscillate flags.
<cososc> integer 1
<sinosc> integer 2
// cpuTimer flags.
<zero> integer 0
<start> integer 1
<stop> integer 2
<get> integer 3
// Export formatting flags.
// <scientific> defined above.
<decimal> integer 2
<delimit_space> integer 201
<delimit_tab> integer 202
<delimit_comma> integer 203
<delimit_newline> integer 204
<replace> integer 101
<append> integer 102
// Grapher flags and parameters.
// Coordinate systems.
<cartesian> integer 0
<polar> integer 1
<spherical> integer 1
<cylindrical> integer 2
// Graph flags.
<hidden_title> integer 1
<hidden_axes> integer 2
<hidden_grids> integer 4
<hidden_annotation> integer 8
<filled_frames> integer 16
<shown_legend> integer 32
// Axis flags.
<vertical_title> integer 32
<vertical_labels> integer 64
<reversed_placement> integer 128
// Shading.
<shade_wire> integer 0
<shade_line> integer 1
<shade_height> integer 2
<shade_light> integer 3
<wire> integer 0
<line> integer 1
<height> integer 2
<light> integer 3
// Lighting.
<ambient> integer 0
<directional> integer 1
// Projection type.
<orthographic> integer 0
<perspective> integer 1
// Axes.
<x_axis> integer 0
<y_axis> integer 1
<z_axis> integer 2
// Scaling.
<linear_scale> integer 0
<log_scale> integer 1
// Plot format.
<curve> integer 0
<surface> integer 0
<point> integer 1
<connected> integer 2
<contour> integer 2
// Colors.
<black> integer 0
<white> integer 1
<red> integer 2
<green> integer 3
<blue> integer 4
<cyan> integer 5
<magenta> integer 6
<yellow> integer 7
// Marker style.
<circular> integer 0
<square> integer 1
<diamond> integer 2
<triangular> integer 3
<cross> integer 4
<x_shape> integer 5
// Contour placement.
<overlaid> integer 0
<projected> integer 1
// Planes.
<yz_plane> integer 1
<xz_plane> integer 2
<xy_plane> integer 3
// Symbol locks.
<NameLock> integer 0
<DataLock> integer 1
<TypeLock> integer 2
<DimLock> integer 3
<DeleteLock> integer 4
<MasterLock> integer 5
// Symbol Types.
<Untyped> integer 0 // Untyped symbol
<IntegerScalar> integer 1 // Integer scalar.
<RealScalar> integer 2 // Real scalar.
<ComplexScalar> integer 3 // Complex scalar.
<IntegerVector> integer 4 // Integer vector.
<RealVector> integer 5 // Real vector.
<ComplexVector> integer 6 // Complex vector.
<IntegerMatrix> integer 7 // Integer matrix.
<RealMatrix> integer 8 // Real matrix.
<ComplexMatrix> integer 9 // Complex matrix.
<HiQFunction> integer 11 // Compiled HiQ-Script function
<HiQBIFunction> integer 12 // Built-in function
<String> integer 13 // String symbol
<Plot> integer 14 // Plot symbol
<Graph> integer 15 // Graph symbol
<Movie> integer 16 // Movie symbol
<HiQScript> integer 19 // HiQ-Script symbol
<BVPODESolver> integer 20 // Boundary value ODE problem solver
<ExprEvaluator> integer 21 // Expression evaluator
<Integrator> integer 23 // Integration problem solver
<IVPODESolver> integer 24 // Initial value ODE problem solver
<NonLinSysSolver> integer 26 // Nonlinear systems problem solver
<Optimizer> integer 27 // Optimizer problem solver
<PolyRootSolver> integer 28 // Polynomial root solver
<IntegralEqnSolver> integer 30 // Integral equation problem solver
<GeneralRootSolver> integer 31 // General root solver
<StatSolver> integer 32 // Statistical problem solver
<Picture> integer 33 // Picture symbol
