Package jline.api.lqn

Class Lqn_export_nlp.Program

java.lang.Object
jline.api.lqn.Lqn_export_nlp.Program
Enclosing class:
Lqn_export_nlp
public static final class Lqn_export_nlp.Program extends Object
The program, built in memory. Field and method names follow the python script's; every array is in the program's own 0-based positions.

  • Field Details

    • HOSTS

      public final String[] HOSTS

    • HOST_MULT

      public final double[] HOST_MULT

    • HOST_MAXMULT

      public final double[] HOST_MAXMULT

    • HOST_INF

      public final boolean[] HOST_INF

    • TASKS

      public final String[] TASKS

    • TASK_HOST

      public final int[] TASK_HOST

    • TASK_MULT

      public final double[] TASK_MULT

    • TASK_INF

      public final boolean[] TASK_INF

    • TASK_ISREF

      public final boolean[] TASK_ISREF

    • TASK_THINK

      public final double[] TASK_THINK

    • ENTRIES

      public final String[] ENTRIES

    • ENTRY_TASK

      public final int[] ENTRY_TASK

    • ENTRY_ORDER

      public final int[] ENTRY_ORDER

    • ACTS

      public final String[] ACTS

    • ACT_TASK

      public final int[] ACT_TASK

    • ACT_ENTRY

      public final int[] ACT_ENTRY

    • ACT_DEMAND

      public final double[] ACT_DEMAND

    • ACT_VISITS

      public final double[] ACT_VISITS

    • CALLS

      public final String[] CALLS

    • CALL_ACT

      public final int[] CALL_ACT

    • CALL_ENTRY

      public final int[] CALL_ENTRY

    • CALL_MEAN

      public final double[] CALL_MEAN

    • CALL_CALLER_TASK

      public final int[] CALL_CALLER_TASK

    • FORK_ENTRY

      public final int[] FORK_ENTRY

    • FORK_BRANCHES

      public final int[][][] FORK_BRANCHES

    • FORK_LABEL

      public final String[] FORK_LABEL

    • SOFTMIN_ALPHA

      public final double SOFTMIN_ALPHA

    • HOST_LLD

      public final String[] HOST_LLD

    • TASK_LLD

      public final String[] TASK_LLD

    • HOST_RATE_CAPPED

      public final boolean[] HOST_RATE_CAPPED

    • HOST_RATE

      public final Lqn_export_nlp.Rate[] HOST_RATE

    • TASK_RATE

      public final Lqn_export_nlp.Rate[] TASK_RATE

    • NH

      public final int NH

    • NT

      public final int NT

    • NE

      public final int NE

    • NA

      public final int NA

    • NC

      public final int NC

    • NFORK

      public final int NFORK

    • NR

      public final int NR

    • NGH

      public final int NGH

    • NGT

      public final int NGT

    • NVAR

      public final int NVAR

    • NRES

      public final int NRES

    • ACTS_OF_HOST

      public final int[][] ACTS_OF_HOST

    • ACTS_OF_ENTRY

      public final int[][] ACTS_OF_ENTRY

    • CALLS_OF_ACT

      public final int[][] CALLS_OF_ACT

    • CALLS_INTO_ENTRY

      public final int[][] CALLS_INTO_ENTRY

    • CALLS_INTO_TASK

      public final int[][] CALLS_INTO_TASK

    • ENTRIES_OF_TASK

      public final int[][] ENTRIES_OF_TASK

    • FORK_ACTS

      public final boolean[] FORK_ACTS

    • BLOCKS_OF_ENTRY

      public final int[][] BLOCKS_OF_ENTRY

    • SEQ_ACTS_OF_ENTRY

      public final int[][] SEQ_ACTS_OF_ENTRY

    • REF_TASKS

      public final int[] REF_TASKS

    • REF_ENTRY

      public final int[] REF_ENTRY

    • TASK_DELAY

      public final boolean[] TASK_DELAY

    • HOST_DELAY

      public final boolean[] HOST_DELAY

    • TASK_POP

      public final double[] TASK_POP

    • SIBLING_ACTS

      public final int[][] SIBLING_ACTS

    • SIBLING_CALLS

      public final int[][] SIBLING_CALLS

    • QD_HOSTS

      public final int[] QD_HOSTS

    • QD_TASKS

      public final int[] QD_TASKS

    • GH_OF

      public final int[] GH_OF
      GH_OF[h], the position of host h among QD_HOSTS, -1 when it carries none.

    • GT_OF

      public final int[] GT_OF

    • HOST_NTOT

      public final double[] HOST_NTOT

    • TASK_NTOT

      public final double[] TASK_NTOT

    • HOST_DELTA

      public final double[] HOST_DELTA

    • TASK_DELTA

      public final double[] TASK_DELTA

    • BLOCK_NAMES

      public final String[] BLOCK_NAMES
      Variable blocks in layout order, with their sizes.

    • BLOCK_SIZES

      public final int[] BLOCK_SIZES

    • OFFSET

      public final Map<String,Integer> OFFSET

    • AEQ

      public final double[][] AEQ

    • BEQ

      public final double[] BEQ

    • AUB

      public final double[][] AUB

    • BUB

      public final double[] BUB

    • RES_LIN

      public final double[][] RES_LIN

    • RES_CONST

      public final double[] RES_CONST

    • hshift

      public final int hshift
      Position in the python layout of the model's element shifts, for the analyzer.

    • tshift

      public final int tshift

    • eshift

      public final int eshift

    • ashift

      public final int ashift

  • Method Details

    • col

      public int col(String block, int i)
      Absolute column of variable BLOCK at index I.

    • sent

      public int sent(int e)
      Column of the entry's thread-seconds: SA when the model forks, else S.

    • blockSize

      public int blockSize(String name)
      Size of variable block NAME.

    • block

      public double[] block(double[] x, String name)
      Variable block NAME of the iterate X.

    • varNames

      public List<String> varNames()

    • qbarHostTerms

      public List<double[]> qbarHostTerms(int h, int a, double g)
      g times the arrival-instant estimate at host H for activity A, as (column, coefficient) pairs.

    • qbarTaskTerms

      public List<double[]> qbarTaskTerms(int t, int c, double g)

    • residuals

      public double[] residuals(double[] x)

    • jacobian

      public double[][] jacobian(double[] x)

    • objective

      public double objective(double[] x)

    • qdPopHost

      public double qdPopHost(double[] Q, int h)

    • qdPopTask

      public double qdPopTask(double[] Qt, int t)

    • qbarHost

      public double qbarHost(double[] Q, int h, int a)

    • qbarTask

      public double qbarTask(double[] Qt, int t, int c)

    • initialPoint

      public double[] initialPoint(int warm)
      A point satisfying every linear relation, after WARM fixed-point sweeps of the QD-AMVA laws, python's initial_point.

    • polish

      public double[] polish(double[] x0, int iters)
      Newton on the square system [residuals; AEQ x - BEQ] = 0, each step the minimum-norm least-squares solution, python's polish.

    • polish

      public double[] polish(double[] x0)

    • solved

      public boolean solved(double[] x)
      A root of the square system, feasible to the bounds and the inequalities.

    • solve

      public Lqn_export_nlp.Result solve(int warm, int maxiter)
      Newton from an escalating warm start (WARM, then 5, 20 and 100 sweeps), python's solve; when no rung reaches a root, the projected Levenberg-Marquardt fallback from the best rung's start, then a polish.

    • merit

      public double merit(double[] x)
      The merit the fallback descends: residuals, equality and inequality violations squared.

    • lmFallback

      public Lqn_export_nlp.LmTrace lmFallback(double[] x0, int maxiter)
      Projected Levenberg-Marquardt on merit(double[]) over x >= 0, the fallback the MATLAB, JAR and C++ ports share in place of python's trust-constr.