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| Commit in GeomConverter/src/org/lcsim/material on MAIN | |||
| Element.java | -313 | 1.1 removed | |
| ElementData.java | -204 | 1.1 removed | |
| ElementDataToGDML.java | -118 | 1.1 removed | |
| -635 | |||
Remove some old materials classes.
diff -N Element.java --- Element.java 9 Jun 2005 03:30:22 -0000 1.1 +++ /dev/null 1 Jan 1970 00:00:00 -0000 @@ -1,313 +0,0 @@
-package org.lcsim.material;
-import java.util.Map;
-import java.util.Set;
-import java.util.Iterator;
-public class Element extends Material
-{
-
- private Map _elements = ElementData.elements();
- //
- // Constructors, destructor
- // If name is given, constructor calls setTo(name)
- //
- public Element(String name) // Element at STP
- {
- boolean ok = setTo(name);
- if(!ok) throw new IllegalArgumentException(name + " is not an element!");
- }
- public Element(String name, double rho) // Solid with given density
- {
- setTo(name, rho);
- }
- public Element( String name, double P, double T) // Gas with given pressure, temp
- {
- setTo(name, P, T);
- }
- /*
- public Element(Element element)
- {
- }
- */
- //
- // operators
- //
-
- //
- // Set material to named element at 1 atm and 25 degrees C.
- // Uses defaults for atomic weight and density. Determines whether element
- // is a gas based on boiling point data. Name may contain number of atoms
- // if this is a molecule (e.g. H2, O2, N2).
- //
- public boolean setTo(String name)
- {
- //
- // The setTo functions must set Z, A, rho, state, is_element, P, T and I.
- // In this case, these are set by setElement(), and overridden where necessary
- // below. In addition, they must call setMultipleScattering() and
- // setSternheimerPeierls() to set the rest (here this is done in
- // setElement()).
- //
-
- //
- // Set this element to values corresponding to 1 atm and
- // 25 degrees Centigrade (with certain exceptions).
- // This form of setTo lets the software decide if the
- // element is a gas or a solid (liquid). The numbers in
- // the element table are for NTP (25 degrees C, 1 atm).
- //
- _P = 1.0;
- _T = 298.15;
-
- _state = MaterialState.UNKNOWN;
- if (!setElement(name)) return false;
-
- return true ;
- }
-
-
- //
- // Set material to named element with a given density.
- // Force this element to be a solid (or liquid).
- //
- public boolean setTo(String name, double density)
- {
- //
- // Set this element to values corresponding to 1 atm and
- // 25 degrees Centigrade (with certain exceptions).
- // This form of setTo forces the state to be condensed, so
- // the temperature and pressure are not that important.
- //
- _P = 1.0;
- _T = 298.15;
- _rho = density;
-
- _state = MaterialState.CONDENSED;
- if (!setElement(name)) return false;
-
- return true;
- }
- //
- // Set material to named element at given pressure and temperature.
- // Force this element to be a gas.
- //
- public boolean setTo(String name, double pressure, double temperature)
- {
- //
- // This form of setTo forces the state to be a gas. The density
- // rho is calculated based on the ideal gas law from the pressure
- // and temperature.
- //
- _P = pressure;
- _T = temperature;
-
- _state = MaterialState.GAS;
- if (!setElement(name)) return false;
-
- return true;
- }
-
-
- public double getNAtoms()
- {
- return _nAtoms;
- }
-/*
- private void setRadLength(int IZ);
- private void setIntLength(int IZ);
-
- private boolean setElement(const char *name);
- */
- private double _nAtoms; // Number of atoms of this element (e.g. N2, O2, etc.)
-
- ////
- //
- // setElement() tries to find the first element in the given name,
- // and sets this material to that element. Any other elements in the
- // name are ignored. setCompound() in the CECompound class depends
- // on this behavior and scans the rest of the name using setElement().
- //
- ////
-
- public boolean setElement(String name)
- {
- System.out.println("name="+name);
- if (name == null) return false ;
- //
- // Match the element symbol
- //
- ElementData firstElement = null;
- Set names = _elements.keySet();
- Iterator it = names.iterator();
- while( it.hasNext() )
- {
- String s = (String) it.next();
-
- if(name.equals(s))
- {
-
- firstElement = (ElementData) _elements.get(s);
- System.out.println(s+" "+firstElement.fullName());
- }
- }
-
-/*
- //
- // Now match abbreviation. Abbreviations must be given as X or Xy, and
- // capitalization is significant. Tin and TiN (titanium nitride) are different
- // materials and so are Cu (copper) and CU (uranium carbide).
- //
-
- if (firstElement == null)
- {
- Set elements = _elements.entrySet();
- it = elements.iterator();
- while( it.hasNext() )
- {
- String s = (String) it.next();
- System.out.println(s);
- if(name.equals(s))
- {
- //firstElement = (ElementData) _elements.get(ed.fullName());
- }
- }
-
- }
- */
- if (firstElement == null)
- {
- _Z = 0.;
- return false;
- }
-
- // cng todo
-
- //
- // Found the element. Now determine if it has a trailing number of atoms (like H2, N2)
- //
- // ElementData &e = Elements[idx];
-
- _nAtoms = 1.0;
- /*
- if (isdigit(*nameptr)) nAtoms = atof(nameptr);
-
- while (isdigit(*nameptr)) nameptr++;
- setName(element_name, nameptr - element_name);
- */
- _name = firstElement.fullName();
- _isElement = true;
-
- _Z = (double) firstElement.Z();
- _A = firstElement.A();
- _ZoverA = _Z / _A;
- _molecularWeight = _A * _nAtoms;
-
- if (((_state == MaterialState.UNKNOWN) && (firstElement.boilingPoint() <= _T)) ||
- (_state == MaterialState.GAS) )
- {
- _state = MaterialState.GAS;
- _rho = _P * (273.15 / _T) * _molecularWeight / 22413.996;
- }
- else if (_state == MaterialState.UNKNOWN)
- {
- _state = MaterialState.CONDENSED;
- _rho = firstElement.rho();
- } // Otherwise state is SOLID and no action needed (rho already set).
- //
- // Reference:
- // 1. Sternheimer & Peierls, Phys. Rev. B 3, 3681 (1971):
- //
- // Equation 13: excitation potential
- //
-
- if (firstElement.Z() > 12)
- {
- _I = _Z * (9.76 + 58.8 * Math.pow(_Z, -1.19));
- }
- else
- {
- //
- // The following values are correct when used with the Ref 1
- // procedure. Especially for the gasses with Z <= 10, these
- // values are not accurate when used in the context of Ref 2.
- //
- if (firstElement.Z() == 1) _I = 18.7; // ********should be 19.0
- else _I = 13.0 * firstElement.Z();
- }
- //
- // Set radiation length
- //
- setRadLength(firstElement.Z());
- _radLength_m = 0.01 * _radLength / _rho;
- //
- // Set interaction length
- //
- setIntLength(firstElement.Z());
- _intLength_m = 0.01 * _intLength / _rho;
- //
- // Set critical energy
- //
- _Ec = 2.66 * Math.pow(_radLength * _ZoverA, 1.1);
- _Ec_GeV = 0.001 * _Ec;
- //
- // Set Moliere radius
- //
- _rMoliere = _radLength * 21.2052 / _Ec;
- _rMoliere_m = 0.01 * _rMoliere / _rho;
-
- setMultipleScattering();
- setSternheimerPeierls();
-
- return true;
- }
- //
- ////
- //
- // The following is based on the formulas in the Particle Data Book.
- //
- ////
- public void setRadLength(int IZ)
- {
- double alpha = 1.0 / 137.03599976;
- double azsq = alpha * _Z;
- azsq *= azsq;
- double f = azsq * ( 1.0 / (1.0 + azsq) + 0.20206 - 0.0369 * azsq + 0.0083 * azsq * azsq
- - 0.002 * azsq * azsq * azsq );
-
- double Lrad, LradP;
- switch (IZ)
- {
- case 1: Lrad = 5.31; LradP = 6.144; break;
- case 2: Lrad = 4.79; LradP = 5.621; break;
- case 3: Lrad = 4.74; LradP = 5.805; break;
- case 4: Lrad = 4.71; LradP = 5.924; break;
- default:
- Lrad = Math.log(184.15 / Math.pow(_Z, 0.333333333));
- LradP = Math.log(1194.0 / Math.pow(_Z, 0.666666667));
- break;
- }
- _radLength = 716.408 * _A / ((_Z * _Z * (Lrad - f) + _Z * LradP));
- }
-
- ////
- //
- // The following uses data from the Particle Data Book.
- // For elements above Helium, we use the result of a simple fit.
- //
- ////
- public void setIntLength(int IZ)
- {
- switch (IZ)
- {
- case 1:
- if (_A < 1.5) _intLength = 50.8; // Hydrogen
- else _intLength = 54.7; // Deuterium
- break;
- case 2:
- _intLength = 65.2; // Helium
- break;
- default:
- _intLength = 40.8 * Math.pow(_A, 0.289); // All others
- break;
- }
- }
-}
\ No newline at end of file
diff -N ElementData.java --- ElementData.java 9 Jun 2005 03:30:22 -0000 1.1 +++ /dev/null 1 Jan 1970 00:00:00 -0000 @@ -1,204 +0,0 @@
-package org.lcsim.material;
-import java.util.Map;
-import java.util.TreeMap;
-/**
- * Ported from lelaps.
- *
- */
-public class ElementData
-{
- private String _name; // Element 1 or 2 letter name
- private String _fullName; // Element full name
- private int _Z; // Element Z
- private double _A; // Atomic weight in mol/cc
- private double _rho; // Density in g/cm^3 at 25 degrees C or at boiling point for liquids
- private double _meltingPoint; // Melting point (K)
- private double _boilingPoint; // Boiling point (K)
- private double _ionizationPotential; // Ionization potential (eV)
- private static Map _elements = new TreeMap();
- private static String[] ElementNotes = {
- "Density measured at 15 degrees C",
- "Density measured at 20 degrees C",
- "Density measured at 26 degrees C",
- "Melting point represents critical temperature",
- "Boiling point represents sublimation temperature",
- "Density is calculated",
- "Density is estimated",
- "Melting point is estimated",
- };
- // private constructor to disallow user creation
- private ElementData( String name, String fullName, int Z, double A, double rho, double mp, double bp, double ip)
- {
- _name = name;
- _fullName = fullName;
- _Z = Z;
- _A = A;
- _rho = rho;
- _meltingPoint = mp;
- _boilingPoint = bp;
- _ionizationPotential = ip;
- _elements.put(name,this);
- }
-
- public static Map elements()
- {
- return _elements;
- }
-
- public String name()
- {
- return _name;
- }
- public String fullName()
- {
- return _fullName;
- }
- public int Z()
- {
- return _Z;
- }
- public double A()
- {
- return _A;
- }
- public double rho()
- {
- return _rho;
- }
- public double meltingPoint()
- {
- return _meltingPoint;
- }
- public double boilingPoint()
- {
- return _boilingPoint;
- }
- public double ionizationPotential()
- {
- return _ionizationPotential;
- }
-
- public String toString()
- {
- StringBuffer sb = new StringBuffer("ElementData: \n");
- sb.append(_fullName+" : "+_name+" Z= "+_Z+" A= "+_A+" rho= "+_rho+" MP= "+_meltingPoint+" BP= "+_boilingPoint+" IP= "+ _ionizationPotential+"\n");
- return sb.toString();
- }
-
- //
- // name fullName Z A rho melts at boils at ion. pot.
- //
- public final static ElementData vacuum = new ElementData( "vacuum", "vacuum" , 0, 0.0 , 0.0 , 0.0 , 0.0 , 0.0 );
- public final static ElementData Hydrogen = new ElementData( "H" , "Hydrogen" , 1, 1.00794 , 0.0708 , 13.81 , 20.28 , 13.598 );
- public final static ElementData Deuterium = new ElementData( "D" , "Deuterium" , 1, 2.0140 , 0.16 , 15.0 , 23.4 , -1 );
- public final static ElementData Helium = new ElementData( "He", "Helium" , 2, 4.002602 , 0.124901 , 0.94999999, 4.22 , 24.587 );
- public final static ElementData Lithium = new ElementData( "Li", "Lithium" , 3, 6.941 , 0.534 , 453.65 , 1615.15 , 5.392 );
- public final static ElementData Beryllium = new ElementData( "Be", "Beryllium" , 4, 9.012182 , 1.85 , 1560.15 , 2744.15 , 9.323 );
- public final static ElementData Boron = new ElementData( "B" , "Boron" , 5, 10.811 , 2.37 , 2348.15 , 4273.15 , 8.298 );
- public final static ElementData Carbon = new ElementData( "C" , "Carbon" , 6, 12.0107 , 2.2670 , 4765.15 , 4115.15 , 11.260 );
- public final static ElementData Nitrogen = new ElementData( "N" , "Nitrogen" , 7, 14.00674 , 0.807 , 63.15 , 77.36 , 14.534 );
- public final static ElementData Oxygen = new ElementData( "O" , "Oxygen" , 8, 15.9994 , 1.141 , 54.36 , 90.2 , 13.618 );
- public final static ElementData Fluorine = new ElementData( "F" , "Fluorine" , 9, 18.9984032, 1.50 , 53.53 , 85.03 , 17.423 );
- public final static ElementData Neon = new ElementData( "Ne", "Neon" , 10, 20.1797 , 1.204 , 24.56 , 27.07 , 21.565 );
- public final static ElementData Sodium = new ElementData( "Na", "Sodium" , 11, 22.989770 , 0.97 , 370.95 , 1156.15 , 5.139 );
- public final static ElementData Magnesium = new ElementData( "Mg", "Magnesium" , 12, 24.3050 , 1.74 , 923.15 , 1363.15 , 7.646 );
- public final static ElementData Aluminum = new ElementData( "Al", "Aluminum" , 13, 26.981538 , 2.70 , 933.47 , 2792.15 , 5.986 );
- public final static ElementData Silicon = new ElementData( "Si", "Silicon" , 14, 28.0855 , 2.3296 , 1687.15 , 3538.15 , 8.152 );
- public final static ElementData Phosphorus = new ElementData( "P" , "Phosphorus" , 15, 30.973761 , 1.82 , 317.3 , 553.65 , 10.487 );
- public final static ElementData Sulfur = new ElementData( "S" , "Sulfur" , 16, 32.066 , 2.067 , 388.36 , 717.75 , 10.360 );
- public final static ElementData Chlorine = new ElementData( "Cl", "Chlorine" , 17, 35.4527 , 1.56 , 171.65 , 239.11 , 12.968 );
- public final static ElementData Argon = new ElementData( "Ar", "Argon" , 18, 39.948 , 1.396 , 83.8 , 87.3 , 15.760 );
- public final static ElementData Potassium = new ElementData( "K" , "Potassium" , 19, 39.0983 , 0.89 , 336.53 , 1032.15 , 4.341 );
- public final static ElementData Calcium = new ElementData( "Ca", "Calcium" , 20, 40.078 , 1.54 , 1115.15 , 1757.15 , 6.113 );
- public final static ElementData Scandium = new ElementData( "Sc", "Scandium" , 21, 44.955910 , 2.99 , 1814.15 , 3109.15 , 6.561 );
- public final static ElementData Titanium = new ElementData( "Ti", "Titanium" , 22, 47.867 , 4.5 , 1941.15 , 3560.15 , 6.828 );
- public final static ElementData Vanadium = new ElementData( "V" , "Vanadium" , 23, 50.9415 , 6.0 , 2183.15 , 3680.15 , 6.746 );
- public final static ElementData Chromium = new ElementData( "Cr", "Chromium" , 24, 51.9961 , 7.15 , 2180.15 , 2944.15 , 6.767 );
- public final static ElementData Manganese = new ElementData( "Mn", "Manganese" , 25, 54.938049 , 7.3 , 1519.15 , 2334.15 , 7.434 );
- public final static ElementData Iron = new ElementData( "Fe", "Iron" , 26, 55.845 , 7.875 , 1811.15 , 3134.15 , 7.902 );
- public final static ElementData Cobalt = new ElementData( "Co", "Cobalt" , 27, 58.933200 , 8.86 , 1768.15 , 3200.15 , 7.881 );
- public final static ElementData Nickel = new ElementData( "Ni", "Nickel" , 28, 58.6934 , 8.912 , 1728.15 , 3186.15 , 7.640 );
- public final static ElementData Copper = new ElementData( "Cu", "Copper" , 29, 63.546 , 8.933 , 1357.77 , 2835.15 , 7.726 );
- public final static ElementData Zinc = new ElementData( "Zn", "Zinc" , 30, 65.39 , 7.134 , 692.68 , 1180.15 , 9.394 );
- public final static ElementData Gallium = new ElementData( "Ga", "Gallium" , 31, 69.723 , 5.91 , 302.91 , 2477.15 , 5.999 );
- public final static ElementData Germanium = new ElementData( "Ge", "Germanium" , 32, 72.61 , 5.323 , 1211.4 , 3106.15 , 7.900 );
- public final static ElementData Arsenic = new ElementData( "As", "Arsenic" , 33, 74.92160 , 5.776 , 1090.15 , 887.15 , 9.815 );
- public final static ElementData Selenium = new ElementData( "Se", "Selenium" , 34, 78.96 , 4.809 , 494.15 , 958.15 , 9.752 );
- public final static ElementData Bromine = new ElementData( "Br", "Bromine" , 35, 79.904 , 3.11 , 265.95 , 331.95 , 11.814 );
- public final static ElementData Krypton = new ElementData( "Kr", "Krypton" , 36, 83.80 , 2.418 , 115.79 , 119.93 , 14.000 );
- public final static ElementData Rubidium = new ElementData( "Rb", "Rubidium" , 37, 85.4678 , 1.53 , 312.46 , 961.15 , 4.177 );
- public final static ElementData Strontium = new ElementData( "Sr", "Strontium" , 38, 87.62 , 2.64 , 1050.15 , 1655.15 , 5.695 );
- public final static ElementData Yttrium = new ElementData( "Y" , "Yttrium" , 39, 88.90585 , 4.47 , 1795.15 , 3618.15 , 6.217 );
- public final static ElementData Zirconium = new ElementData( "Zr", "Zirconium" , 40, 91.224 , 6.52 , 2128.15 , 4682.15 , 6.634 );
- public final static ElementData Niobium = new ElementData( "Nb", "Niobium" , 41, 92.90638 , 8.57 , 2750.15 , 5017.15 , 6.759 );
- public final static ElementData Molybdenum = new ElementData( "Mo", "Molybdenum" , 42, 95.94 , 10.2 , 2896.15 , 4912.15 , 7.092 );
- public final static ElementData Technetium = new ElementData( "Tc", "Technetium" , 43, 98 , 11 , 2430.15 , 4538.15 , 7.28 );
- public final static ElementData Ruthenium = new ElementData( "Ru", "Ruthenium" , 44, 101.07 , 12.1 , 2607.15 , 4423.15 , 7.361 );
- public final static ElementData Rhodium = new ElementData( "Rh", "Rhodium" , 45, 102.90550 , 12.4 , 2237.15 , 3968.15 , 7.459 );
- public final static ElementData Palladium = new ElementData( "Pd", "Palladium" , 46, 106.42 , 12.0 , 1828.05 , 3236.15 , 8.337 );
- public final static ElementData Silver = new ElementData( "Ag", "Silver" , 47, 107.8682 , 10.501 , 1234.93 , 2435.15 , 7.576 );
- public final static ElementData Cadmium = new ElementData( "Cd", "Cadmium" , 48, 112.411 , 8.69 , 594.22 , 1040.15 , 8.994 );
- public final static ElementData Indium = new ElementData( "In", "Indium" , 49, 114.818 , 7.31 , 429.75 , 2345.15 , 5.786 );
- public final static ElementData Tin = new ElementData( "Sn", "Tin" , 50, 118.710 , 7.287 , 505.08 , 2875.15 , 7.344 );
- public final static ElementData Antimony = new ElementData( "Sb", "Antimony" , 51, 121.760 , 6.685 , 903.78 , 1860.15 , 8.64 );
- public final static ElementData Tellurium = new ElementData( "Te", "Tellurium" , 52, 127.60 , 6.232 , 722.66 , 1261.15 , 9.010 );
- public final static ElementData Iodine = new ElementData( "I" , "Iodine" , 53, 126.90447 , 4.93 , 386.85 , 457.55 , 10.451 );
- public final static ElementData Xenon = new ElementData( "Xe", "Xenon" , 54, 131.29 , 2.953 , 161.4 , 165.11 , 12.130 );
- public final static ElementData Cesium = new ElementData( "Cs", "Cesium" , 55, 132.90545 , 1.93 , 301.59 , 944.15 , 3.894 );
- public final static ElementData Barium = new ElementData( "Ba", "Barium" , 56, 137.327 , 3.62 , 1000.15 , 2170.15 , 5.212 );
- public final static ElementData Lanthanum = new ElementData( "La", "Lanthanum" , 57, 138.9055 , 6.15 , 1191.15 , 3737.15 , 5.577 );
- public final static ElementData Cerium = new ElementData( "Ce", "Cerium" , 58, 140.116 , 8.16 , 1071.15 , 3716.15 , 5.539 );
- public final static ElementData Praseodymium = new ElementData( "Pr", "Praseodymium" , 59, 140.90765 , 6.77 , 1204.15 , 3793.15 , 5.464 );
- public final static ElementData Neodymium = new ElementData( "Nd", "Neodymium" , 60, 144.24 , 7.01 , 1294.15 , 3347.15 , 5.525 );
- public final static ElementData Promethium = new ElementData( "Pm", "Promethium" , 61, 145 , 7.26 , 1315.15 , 3273.15 , 5.55 );
- public final static ElementData Samarium = new ElementData( "Sm", "Samarium" , 62, 150.36 , 7.52 , 1347.15 , 2067.15 , 5.644 );
- public final static ElementData Europium = new ElementData( "Eu", "Europium" , 63, 151.964 , 5.24 , 1095.15 , 1869.15 , 5.670 );
- public final static ElementData Gadolinium = new ElementData( "Gd", "Gadolinium" , 64, 157.25 , 7.90 , 1586.15 , 3546.15 , 6.150 );
- public final static ElementData Terbium = new ElementData( "Tb", "Terbium" , 65, 158.92534 , 8.23 , 1629.15 , 3503.15 , 5.864 );
- public final static ElementData Dysprosium = new ElementData( "Dy", "Dysprosium" , 66, 162.50 , 8.55 , 1685.15 , 2840.15 , 5.939 );
- public final static ElementData Holmium = new ElementData( "Ho", "Holmium" , 67, 164.93032 , 8.80 , 1747.15 , 2973.15 , 6.022 );
- public final static ElementData Erbium = new ElementData( "Er", "Erbium" , 68, 167.26 , 9.07 , 1802.15 , 3141.15 , 6.108 );
- public final static ElementData Thulium = new ElementData( "Tm", "Thulium" , 69, 168.93421 , 9.32 , 1818.15 , 2223.15 , 6.184 );
- public final static ElementData Ytterbium = new ElementData( "Yb", "Ytterbium" , 70, 173.04 , 6.90 , 1092.15 , 1469.15 , 6.254 );
- public final static ElementData Lutetium = new ElementData( "Lu", "Lutetium" , 71, 174.967 , 9.84 , 1936.15 , 3675.15 , 5.426 );
- public final static ElementData Hafnium = new ElementData( "Hf", "Hafnium" , 72, 178.49 , 13.3 , 2506.15 , 4876.15 , 6.825 );
- public final static ElementData Tantalum = new ElementData( "Ta", "Tantalum" , 73, 180.9479 , 16.4 , 3290.15 , 5731.15 , 7.89 );
- public final static ElementData Tungsten = new ElementData( "W" , "Tungsten" , 74, 183.84 , 19.3 , 3695.15 , 5828.15 , 7.98 );
- public final static ElementData Rhenium = new ElementData( "Re", "Rhenium" , 75, 186.207 , 20.8 , 3459.15 , 5869.15 , 7.88 );
- public final static ElementData Osmium = new ElementData( "Os", "Osmium" , 76, 190.23 , 22.5 , 3306.15 , 5285.15 , 8.7 );
- public final static ElementData Iridium = new ElementData( "Ir", "Iridium" , 77, 192.217 , 22.5 , 2719.15 , 4701.15 , 9.1 );
- public final static ElementData Platinum = new ElementData( "Pt", "Platinum" , 78, 195.078 , 21.46 , 2041.55 , 4098.15 , 9.0 );
- public final static ElementData Gold = new ElementData( "Au", "Gold" , 79, 196.96655 , 19.282 , 1337.33 , 3129.15 , 9.226 );
- public final static ElementData Mercury = new ElementData( "Hg", "Mercury" , 80, 200.59 , 13.5336 , 234.32 , 629.88 , 10.438 );
- public final static ElementData Thallium = new ElementData( "Tl", "Thallium" , 81, 204.3833 , 11.8 , 577.15 , 1746.15 , 6.108 );
- public final static ElementData Lead = new ElementData( "Pb", "Lead" , 82, 207.2 , 11.342 , 600.61 , 2022.15 , 7.417 );
- public final static ElementData Bismuth = new ElementData( "Bi", "Bismuth" , 83, 208.98038 , 9.807 , 544.55 , 1837.15 , 7.289 );
- public final static ElementData Polonium = new ElementData( "Po", "Polonium" , 84, 209 , 9.32 , 527.15 , 1235.15 , 8.417 );
- public final static ElementData Astatine = new ElementData( "At", "Astatine" , 85, 210 , -1 , 575.15 , -1 , -1 );
- public final static ElementData Radon = new ElementData( "Rn", "Radon" , 86, 222 , 4.4 , 202.15 , 211.45 , 10.749 );
- public final static ElementData Francium = new ElementData( "Fr", "Francium" , 87, 223 , -1 , 300.15 , -1 , -1 );
- public final static ElementData Radium = new ElementData( "Ra", "Radium" , 88, 226 , 5 , 973.15 , -1 , 5.279 );
- public final static ElementData Actinium = new ElementData( "Ac", "Actinium" , 89, 227 , 10.07 , 1324.15 , 3471.15 , 5.17 );
- public final static ElementData Thorium = new ElementData( "Th", "Thorium" , 90, 232.0381 , 11.72 , 2023.15 , 5061.15 , 6.08 );
- public final static ElementData Protactinium = new ElementData( "Pa", "Protactinium" , 91, 231.03588 , 15.37 , 1845.15 , -1 , 5.89 );
- public final static ElementData Uranium = new ElementData( "U" , "Uranium" , 92, 238.0289 , 18.95 , 1408.15 , 4404.15 , 6.194 );
- public final static ElementData Neptunium = new ElementData( "Np", "Neptunium" , 93, 237 , 20.25 , 917.15 , -1 , 6.266 );
- public final static ElementData Plutonium = new ElementData( "Pu", "Plutonium" , 94, 244 , 19.84 , 913.15 , 3501.15 , 6.06 );
- public final static ElementData Americium = new ElementData( "Am", "Americium" , 95, 243 , 13.69 , 1449.15 , 2284.15 , 5.993 );
- public final static ElementData Curium = new ElementData( "Cm", "Curium" , 96, 247 , 13.51 , 1618.15 , -1 , 6.02 );
- public final static ElementData Berkelium = new ElementData( "Bk", "Berkelium" , 97, 247 , 14 , 1323.15 , -1 , 6.23 );
- public final static ElementData Californium = new ElementData( "Cf", "Californium" , 98, 251 , -1 , 1173.15 , -1 , 6.30 );
- public final static ElementData Einsteinium = new ElementData( "Es", "Einsteinium" , 99, 252 , -1 , 1133.15 , -1 , 6.42 );
- public final static ElementData Fermium = new ElementData( "Fm", "Fermium" , 100, 257 , -1 , 1800.15 , -1 , 6.50 );
- public final static ElementData Mendelevium = new ElementData( "Md", "Mendelevium" , 101, 258 , -1 , 1100.15 , -1 , 6.58 );
- public final static ElementData Nobelium = new ElementData( "No", "Nobelium" , 102, 259 , -1 , 1100.15 , -1 , 6.65 );
- public final static ElementData Lawrencium = new ElementData( "Lr", "Lawrencium" , 103, 262 , -1 , 1900.15 , -1 , -1 );
- public final static ElementData Rutherfordium = new ElementData( "Rf", "Rutherfordium" , 104, 261 , -1 , -1 , -1 , -1 );
- public final static ElementData Hahnium = new ElementData( "Ha", "Hahnium" , 105, 262 , -1 , -1 , -1 , -1 );
- public final static ElementData Seaborgium = new ElementData( "Sg", "Seaborgium" , 106, 266 , -1 , -1 , -1 , -1 );
- public final static ElementData Nielsbohrium = new ElementData( "Ns", "Nielsbohrium" , 107, 264 , -1 , -1 , -1 , -1 );
- public final static ElementData Hassium = new ElementData( "Hs", "Hassium" , 108, 269 , -1 , -1 , -1 , -1 );
- public final static ElementData Meitnerium = new ElementData( "Mt", "Meitnerium" , 109, 268 , -1 , -1 , -1 , -1 );
- // Last element:
-
-}
\ No newline at end of file
diff -N ElementDataToGDML.java --- ElementDataToGDML.java 9 Jun 2005 03:35:07 -0000 1.1 +++ /dev/null 1 Jan 1970 00:00:00 -0000 @@ -1,118 +0,0 @@
-/*
- * ElementDataToXMLCnv.java
- *
- * Created on June 7, 2005, 3:28 PM
- */
-
-package org.lcsim.material;
-
-import java.io.BufferedOutputStream;
-import java.io.File;
-import java.io.FileNotFoundException;
-import java.io.FileOutputStream;
-import java.io.IOException;
-import java.io.OutputStream;
-import org.jdom.Document;
-import org.jdom.Element;
-import org.jdom.output.XMLOutputter;
-import org.jdom.output.Format;
-
-/**
- *
- * @author jeremym
- *
- * Converts org.lcsim.material.ElementData to valid GDML materials block.
- *
- */
-public class ElementDataToGDML
-{
- static final String elementFileName = "elements.xml";
-
- /** Creates a new instance of ElementDataToXMLCnv */
- public ElementDataToGDML()
- {}
-
- /** Get an XML document containing elements. */
- public static Document convertElementData()
- {
- Element root = createMaterialsRoot();
-
- for ( Object o : ElementData.elements().values() )
- {
- ElementData d = (ElementData) o;
-
- Element e = createElement(d);
- Element m = createMaterial(d);
-
- root.addContent(e);
- root.addContent(m);
- }
-
- Document d = new Document();
- d.setRootElement(root);
- return d;
- }
-
- /** Write GDML materials block to given file and path. */
- public static void write(String path, String nm) throws FileNotFoundException, IOException
- {
- Document d = convertElementData();
- File f = new File(path + File.separator + nm);
- OutputStream out = new BufferedOutputStream(new FileOutputStream(f.getAbsolutePath()));
- XMLOutputter outputter = new XMLOutputter();
- outputter.setFormat(Format.getPrettyFormat());
- outputter.output(d, out);
- out.close();
- }
-
- /** Default write converted elements to ./elements.xml . */
- public static void write() throws FileNotFoundException, IOException
- {
- write(".", elementFileName);
- }
-
- /** Create the "materials" root node. */
- public static Element createMaterialsRoot()
- {
- return new Element("materials");
- }
-
- /**
- * Create a chemical element node.
- */
- public static Element createElement(ElementData d)
- {
- Element e = new Element("element");
- e.setAttribute("name", d.fullName()+"_e" );
- e.setAttribute("formula", d.name() );
- e.setAttribute("Z", String.valueOf( d.Z() ));
-
- Element a = new Element("atom");
- a.setAttribute("type", "A");
- a.setAttribute("unit", "g/mol");
- a.setAttribute("value", String.valueOf( d.A() ));
- e.addContent(a);
-
- return e;
- }
-
- /** Create a material node for the chemical element. */
- public static Element createMaterial(ElementData d)
- {
- Element m = new Element("material");
- m.setAttribute("name", d.fullName());
-
- Element dens = new Element("D");
- dens.setAttribute("type", "density");
- dens.setAttribute("unit", "g/cm3");
- dens.setAttribute("value", String.valueOf(d.rho() ));
- m.addContent(dens);
-
- Element comp = new Element("composite");
- comp.setAttribute("n","1");
- comp.setAttribute("ref",d.fullName()+"_e");
- m.addContent(comp);
-
- return m;
- }
-}