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Gujarat High Court Case Information System Print CR.A/25719/1994 9/ 9 JUDGMENT IN THE HIGH COURT OF GUJARAT AT AHMEDABAD CRIMINAL APPEAL NO. 257 OF 1994 For Approval and Signature: HONOURABLE MR.JUSTICE RAJESH H.SHUKLA ====================================== 1 Whether Reporters of Local Papers may be allowed to see the judgment ? 2 To be referred to the Reporter or not ? 3 Whether their Lordships wish to see the fair copy of the judgment ? 4 Whether this case involves a substantial question of law as to the interpretation of the constitution of India, 1950 or any order made thereunder ? 5 Whether it is to be circulated to the civil judge ? ====================================== GUJARAT POLLUTION CONTROL BOARD - Appellant(s) Versus VADILA METAL CORPORATION & ORS. - Respondent(s) ======================================Appearance : Mr. Yogesh S. Lakhani for Appellant(s). Notice Served for Respondent(s) : 1. Mr. Bhargav N. Bhatt for Respondent(s) : 2-7. Mr. K. P. Raval, APP for Respondent(s) : 8. ====================================== CORAM : HONOURABLE MR.JUSTICE RAJESH H.SHUKLA Date : 06/10/2008 ORAL JUDGMENT
By way of the present appeal under Section 378 of the Code of Criminal Procedure, 1973 ( the Code for short), the appellant Gujarat Pollution Control Board ( the Board for short) has questioned the legality and validity of the impugned judgement and order of discharge dated 11th October, 1992 passed by the learned Chief Metropolitan Magistrate, Ahmedabad in Criminal Case No.1707 of 1989.
2. The facts of the case briefly summarised are that the Assistant Law Officer of the appellant-Board lodged a complaint in exercise of the powers conferred upon him against the respondents - original accused. The respondent No.1 Vadalia Metal Corporation is a partnership firm and respondent Nos.2 to 6 are its partners and respondent No.7 is its manager. It is alleged in the complaint lodged by the Board that the respondents - original accused, who are engaged in the business of manufacturing the cold roll stainless steel sheets and are using heat roll stainless steel plates as raw material, are required to use water in the manufacturing process and without obtaining any approval from the appellant-Board, they are discharging trade effluent without any treatment. It is also alleged that a notice dated 25th May, 1988 was served upon respondent No.1 and its partners by Registered Post A.D., informing them to maintain the parameters of the trade effluent, as required under the law, as they are discharging the effluent without giving them treatment. On 2nd June, 1989, the officers of the appellant-Board visited the factory premises of respondent No.1 and serving the notice under Section 21(3)(a) of the Water (Prevention & Control of Pollution) Act, 1974 ( the Act for short) upon respondent No.7 Manager, who was present at that time, a sample of the effluent discharged by respondent No.1 was taken in his presence and was sent for analysis. Accordingly, the analyst analysed the sample and sent the report dated 17th May, 1989 to the appellant-Board, a copy of which was also sent to respondent No.1 on 2nd June, 1989. As the analysis report revealed that the respondents-original accused have not maintained the parameters which were informed to them by the Notice dated 25th May, 1988 and have continued to discharge polluted trade effluent in contravention of the instructions and conditions of the Notice dated 25th May, 1988, the complaint came to be lodged against them alleging that the respondents-accused have committed the offence under Sections 43 and 44 of the Act and appropriate punishment may be imposed upon them. On the basis of the aforesaid complaint being lodged, it came to be registered as Criminal Case No. 1707 of 1989.
2.1 The learned Chief Metropolitan Magistrate has considered the material and evidence adduced by the complainant-Board and having not found sufficient material, he did not frame the charges and came to the conclusion that there is prima facie nothing on record to establish that the accused have committed the alleged offence under Sections 43 and 44 of the Act and ultimately, passed the impugned judgement and order discharging the accused persons.
2.2 It is against this judgement and order, the present appeal has been preferred by the appellant-Board on various grounds inter alia that the learned Magistrate has erred in discharging the accused persons for the offence under Section 44 of the Act and has not followed the provisions of Section 245 of the Code. It is also contended that while taking the evidence or deciding as to whether the charges are required to be framed against the accused persons, the learned Magistrate has failed to appreciate the evidence adduced by the prosecution and has wrongly discharged the accused. It has also been contended that while taking the evidence for the purpose, the learned Magistrate is required to consider as to whether any prima facie case has been made out or not. It has also been contended that the learned Magistrate has assumed that the inspection report has not stated the details and therefore, it cannot be believed.
3. Mr.
Yogesh Lakhani, learned Counsel for the appellant, has referred to the material and evidence on record and has submitted that at the stage of framing of the charge only prima facie case is required to be seen. He submitted that the learned Magistrate ought to have followed the provisions of Section 245 of the Code and while recording the evidence, ought to have considered the material produced by the appellant-Board as sufficient and ought not to have discharged the respondents-accused persons. He submitted that the learned Magistrate has failed to appreciate the provisions of law and particularly, he has not appreciated that only prima facie case was required to be seen on the basis of the material and evidence produced. He submitted that the learned Magistrate has wrongly and erroneously observed that the Board has failed to produce any evidence. He also submitted that the learned Magistrate has also failed to consider the analysis report prepared by the analyst and has erroneously recorded the order of discharge. However, he fairly conceded that the report does suffer from some defects as, admittedly, it is not clear as to whether the sample collected was sealed or not and it is also not reflected in the report. Similarly, the parameters or criteria are also not clearly reflected. He also conceded that the view expressed by the learned Metropolitan Magistrate in the impugned judgement and order recording discharge cannot be said to be perverse or cannot be said to be suffering from illegality or manifest error of law in ignoring the relevant material on record.
4. Mr.
K. P. Raval, learned Additional Public Prosecutor, has also referring to the material and evidence on record, conceded that as stated by the learned Counsel, Mr. Y. S. Lakhani, the impugned judgement and order recording discharge of the accused persons cannot be said to be perverse.
5. On appreciation and scrutiny of the evidence and in light of the submissions made by the learned Counsel, Mr. Y. S. Lakhani, for the appellant, it is required to be appreciated that whether the impugned judgement and order recording the discharge of the accused persons is perverse and whether it calls for any interference by this Court. From the scrutiny of the evidence, it appears that the notices were served upon the respondents-original accused and thereafter, the Officer of the appellant-Board visited the premises of respondent No.1 and collected the sample in presence of respondent No.7-Manager. On close scrutiny of the evidence, it appears that admittedly, no seal was applied on the sample collected for analysis and it has been discussed and reflected in the impugned judgement and order by specifically recording that there is no mention about the fact that the sample was sealed. Further, the parameters or criteria for the purpose of comparison are also not produced by the appellant-Board, which is also referred to and reflected in the impugned judgement. Admittedly, the complaint has been lodged by the appellant-Board with regard to non-treatment of the trade effluent discharged by respondent No.1-original accused firm, alleging commission of the offence under Sections 43 and 44 of the Act. The provisions thereof make it clear that it has to be established by the Board with regard to non-compliance thereof, meaning thereby, when the samples are taken by the Board or its officers, which are tested in its own laboratory and the report is also prepared by its own officer, then, why so much of discrepancies crept in while following the procedure and not complying with the provisions of the Act. As discussed, the very basis for framing the charges for the prima facie case itself were not fulfilled. Therefore, though the learned Counsel, Mr. Lakhani, has submitted that only the prima facie case is required to be seen, but, in the facts of the present case even for prima facie case with regard to the alleged breach or non-compliance of the provisions of the Act, the same is required to be established on the basis of the sample collected, its analysis report and the parameters or criteria on the basis of which it could be compared as to whether there is any breach or violation of the norms. Admittedly, when no such parameters or criteria have been produced and the report itself suffers from some defects, the Board cannot be said to have produced sufficient material and evidence to make out even a prima facie case.
6. Another facet of the argument with regard to non-compliance of Section 245 of the Code also cannot be accepted as when there is no sufficient material to establish even the prima facie case, as discussed above, the charges could not be framed. It is only if on the basis of the material produced, the involvement or ingredients for the offences are prima facie made out, the charges could be framed and thereafter, it could be decided on merits at the trial.
7. It is in these circumstances, on appreciation and scrutiny of evidence on record, it would be evident that the view taken by the learned Magistrate, recording the discharge, cannot be said to be perverse, but, possible and this Court is in agreement with the conclusions arrived at and therefore, it may not be necessary to elaborate on this aspect and scrutinise the evidence threadbare, as observed by the Honourable Apex Court in its judgement in the case of State of Karnataka vs. Hemareddy & Anr., reported in AIR 1981 SC 1417.
8. Moreover, in light of the judgement of the Honourable Apex Court in the case of State of Goa vs. Sanjay Thakran & Anr., reported in (2007) 3 SCC 755, wherein it has been clearly observed, referring to the scope of interference by the appellate court, that the appellate court can review the evidence and interfere with the order of acquittal/discharge only if the approach of the lower court is vitiated by some manifest illegality or the decision is perverse and the court has committed a manifest error of law and ignored the material evidence on record. In the facts of the present case, it cannot be said that there is any such manifest illegality or error of law or that the learned Metropolitan Magistrate has ignored the material and evidence on record.
9. Therefore, in view of the discussion made hereinabove, the impugned judgement and order dated 11th October, 1992 passed by the learned Chief Metropolitan Magistrate, Ahmedabad in Criminal Case No.1707 of 1989 is possible, reasonable and on appreciation of evidence, broadly the conclusion arrived at is just and proper and therefore, this Court is not inclined to interfere with the discharge of the accused persons recorded by the learned Chief Metropolitan Magistrate. Therefore, the impugned judgement and order passed by the learned Chief Metropolitan Magistrate recording discharge of the accused is hereby confirmed and the present appeal is required to be dismissed.
10. In the result, the present appeal hereby stands dismissed.
[R.
H. Shukla, J.] kamlesh* Top


Reports Vue components, which require to be imported in Vue templates. It provides a quick fix to add the missing import.


Tyga Remixes The Macarena On "Ayy Macarena" Track
Tyga has returned with a new track.
by Milca P.Ayy Macarena
Tyga
Editor Rating: VERY HOTTTTT
User Rating: hottttt - 73% (16)
After teasing the track on social media for a few days, Tyga has dropped off his newest "Ayy Macarena" track.
As you've probably guessed, the selection samples a flip of Los del Rio's classic Spanish dance track of the same name. The update on the way the track actually rides comes courtesy of producer Pliznaya. It marks yet another assured hit from Tyga as he comfortably settles into a multimillion-dollar deal with Columbia Records. It also tags onto the trend that Tyga has adopted as of late in Latin-influenced sounds (see: "Go Loko," "Mamacita" and a very keen "Uno" remix).
Get into "Ayy Macarena" below.


1
Hath there come upon man (ever) any period of time in which he was a thing unremembered ?
2
Lo! We create man from a drop of thickened fluid to test him; so We make him hearing, knowing.
3
Lo! We have shown him the way, whether he be grateful or disbelieving.
4
Lo! We have prepared for disbelievers manacles and carcans and a raging fire.
5
Lo! the righteous shall drink of a cup whereof the mixture is of Kafur,
6
A spring wherefrom the slaves of Allah drink, making it gush forth abundantly,
7
(Because) they perform the vow and fear a day whereof the evil is wide- spreading,
8
And feed with food the needy wretch, the orphan and the prisoner, for love of Him,
9
(Saying): We feed you, for the sake of Allah only. We wish for no reward nor thanks from you;
10
Lo! we fear from our Lord a day of frowning and of fate.
12
And hath awarded them for all that they endured, a Garden and silk attire;
13
Reclining therein upon couches, they will find there neither (heat of) a sun nor bitter cold.
14
The shade thereof is close upon them and the clustered fruits thereof bow down.
15
Goblets of silver are brought round for them, and beakers (as) of glass
17
There are they watered with a cup whereof the mixture is of Zanjabil,
18
(The water of) a spring therein, named Salsabil.
20
When thou seest, thou wilt see there bliss and high estate.
23
Lo! We, even We, have revealed unto thee the Qur'an, a revelation;
24
So submit patiently to thy Lord's command, and obey not of them any guilty one or disbeliever.
25
Remember the name of thy Lord at morn and evening.
26
And worship Him (a portion) of the night. And glorify Him through the livelong night.
27
Lo! these love fleeting life, and put behind them (the remembrance of) a grievous day.
29
Lo! this is an Admonishment, that whosoever will may choose a way unto his Lord.
30
Yet ye will not, unless Allah willeth. Lo! Allah is Knower, Wise.
31
He maketh whom He will to enter His mercy, and for evil-doers hath prepared a painful doom.


I present to you my Youtube channel, i make some fragmovies, and a lots of matchs and "WTF" moments with my team.
The channel link
:
http://www.youtube.com/user/mamelle30
My last fragmovie:
http://youtu.be/z9tPs72Rwi4
Playlist of all fragmovie:
http://www.youtube.com/playlist?list=PLHHlXGCPqST_HvIDR9C_gVXRpwBmVk2vv
I hope you enjoy ! Bye-bye and see you on the battlefield ;)


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Elate theme ported to Hugo by Pieter Saey


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All text in here will be read automatically when an object within this modal gains focus.
This is made possible by the interaction of the dialog role and aria-describedby attribute on the modal container.


:: com :: sun :: star :: sheet ::
|
| unpublished |
struct ExternalReference |
|
|
|
- Usage Restrictions
- not published
- Description
- Data structure to store information about an external reference. An
external reference can be either a single cell reference, a cell range
reference, or a named range.
- Since
- OOo 3.1
- See also
- FormulaMapGroupSpecialOffset::PUSH
|
| Elements' Summary |
| Index |
Index of an externally linked document. Each externally-linked document
has a unique index value.
|
| SheetName |
Name of the sheet that the external reference points to.
|
| Reference |
Reference data.
|
| Elements' Details |
Index
long Index;
- Description
- Index of an externally linked document. Each externally-linked document
has a unique index value.
You can get the index value of an external document from the
corresponding ExternalDocLink
instance through its attribute com::sun::star::sheet::ExternalDocLink::TokenIndex.
- See also
- ExternalDocLink, ExternalDocLink::TokenIndex
|
|
SheetName
string SheetName;
- Description
- Name of the sheet that the external reference points to.
In case of a cell range reference that spans across multiple
sheets, this is the name of the first sheet in that range.
Note that an external range name ignores this value at the moment,
but it may make use of this data in the future when Calc supports a
sheet-specific range name.
|
|
| Reference
|
Top of Page
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


{% extends "layout.html" %} {% load static %} {% block css %} {% endblock css %} {% block scripts %} {% endblock scripts %} {% block layout-content %}
Use this form to manually adjust the unlocked units for this student.
For your reference, here is the existing curriculum.
{% include "dashboard/curriculum_list.html" %} {% include "dashboard/back_link.html" %} {% endblock layout-content %}


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Thank you for taking the time to help us improve our services
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| Contents |
| Summary |
| Clock Summary |
| Code Interface Report |
| Timing And Area Report |
|     High-level Resource Report |
|     Critical Path Estimation |
| Optimization Report |
|     Distributed Pipelining |
|     Streaming and Sharing |
|     Delay Balancing |
|     Adaptive Pipelining |
| Traceability Report |
| Referenced Models |


Cfn Graph
by Matthew Shea
Template (JSON)
Analysis
Nodes:
Edges:
Cycles:
Broken Edges:
Graph
Modal Header
×
Resource JSON
Upstream Dependencies
Downstream Dependencies


Joe Pajor has been a ham radio operator for over 20 years. He is a past officer and member of the Board Of Directors of the Wichita Amateur Radio Club. His day job is the Deputy Director of the Public Works & Utilities Department for the City of Wichita. He first moved to Wichita in 1975.
Follow Wichitalks on social media to keep up with what's happening. Send us an email if you have any comments, suggestions, or want to be involved.


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Hierarchy For Package com.mmm.cms.homehealth
Package Hierarchies:
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Class Hierarchy
java.lang.Object
java.util.AbstractCollection<E> (implements java.util.Collection<E>)
java.util.AbstractList<E> (implements java.util.List<E>)
java.util.ArrayList<E> (implements java.lang.Cloneable, java.util.List<E>, java.util.RandomAccess, java.io.Serializable)
com.mmm.cms.homehealth.
EtiologyPairsList
(implements com.mmm.cms.homehealth.proto.
EtiologyPairingListIF
)
com.mmm.cms.homehealth.
AbstractDiagnosisCode
(implements java.lang.Cloneable, com.mmm.cms.homehealth.proto.
DiagnosisCodeIF
)
com.mmm.cms.homehealth.
DiagnosisCode
(implements java.lang.Cloneable, com.mmm.cms.homehealth.proto.
DiagnosisCodeIF
)
com.mmm.cms.homehealth.
AbstractGrouper
(implements com.mmm.cms.util.
Describable
, com.mmm.cms.util.
Namable
)
com.mmm.cms.homehealth.
AbstractGrouper_2
com.mmm.cms.homehealth.
DataValidityFlag
(implements com.mmm.cms.homehealth.proto.
DataValidityFlagIF
)
com.mmm.cms.homehealth.
DiagnosisCode_Empty
(implements com.mmm.cms.homehealth.proto.
DiagnosisCodeIF
)
com.mmm.cms.homehealth.
DiagnosisScoringGrid
(implements com.mmm.cms.homehealth.proto.
DiagnosisScoringGridIF
)
com.mmm.cms.homehealth.
DiagnosticGroup
(implements com.mmm.cms.homehealth.proto.
DiagnosticGroupIF
)
java.util.EventObject (implements java.io.Serializable)
com.mmm.cms.homehealth.
HomeHealthEvent
(implements com.mmm.cms.homehealth.proto.
HomeHealthEventIF
)
com.mmm.cms.homehealth.
GrouperDataManager
(implements com.mmm.cms.homehealth.proto.
DataManagerIF
)
com.mmm.cms.homehealth.
HIPPSThreshold
com.mmm.cms.homehealth.
HomeHealthEventNotifier
(implements com.mmm.cms.homehealth.proto.
HomeHealthEventNotifierIF
)
com.mmm.cms.homehealth.
HomeHealthGrouperFactory
(implements com.mmm.cms.homehealth.proto.
HomeHealthGrouperFactoryIF
)
com.mmm.cms.homehealth.
HomeHealthRecord
(implements com.mmm.cms.homehealth.proto.record.
HomeHealthRecordIF
)
com.mmm.cms.homehealth.
PointsScoringEquations
(implements com.mmm.cms.homehealth.proto.
PointsScoringEquationsIF
)
com.mmm.cms.homehealth.
CaseMixAdjustmentItem
(implements com.mmm.cms.homehealth.proto.
CaseMixAdjustmentItemIF
)
com.mmm.cms.homehealth.
RecordValidatorFactory
(implements com.mmm.cms.util.
Initializable
, com.mmm.cms.homehealth.proto.
RecordValidatorFactoryIF
)
com.mmm.cms.homehealth.
ScoringEventCollector
(implements com.mmm.cms.homehealth.proto.
HomeHealthEventListenerIF
)
com.mmm.cms.homehealth.
ScoringPoints
(implements com.mmm.cms.homehealth.proto.
ScoringPointsIF
)
com.mmm.cms.homehealth.
ScoringResults
(implements com.mmm.cms.homehealth.proto.
ScoringResultsIF
, java.io.Serializable)
com.mmm.cms.homehealth.
SeverityLimitValue
com.mmm.cms.homehealth.
TreatmentAuthorization
(implements com.mmm.cms.homehealth.proto.
TreatmentAuthorizationIF
)
com.mmm.cms.homehealth.
TreatmentAuthorization_2015
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Dog 'drives' car in reverse for an hour after being left alone
by Chelsea RitschelA dog left alone in a car circled a cul-de-sac in reverse during an hour-long ride.
According to neighbours in Port St Lucie, Florida, at first glance it appeared that there was no-one in the car which was moving in reverse around their circular block.
However, once police arrived and stopped the car they realised that there was a passenger - a black Labrador who had accidentally shifted the vehicle into reverse when his owner stepped out.
Fortunately, the dog was unharmed, although he did manage to cause some minor property damage during his ride, according to WPTV.
In addition to moving some bricks in front of a neighbour’s home, he also hit a neighbour’s mailbox and a trash can, which the dog’s owner has reportedly promised to replace.
“He was doing pretty good until he hit the mailbox,” neighbour Anna Sabol told the outlet. “He went around for about an hour without hitting anything at all.”
Police were able to stop the dog’s journey by opening the driver’s side door with the passcode - at which point the pooch jumped out.
According to witnesses, the pup seemed happy about its experience.
“I saw the dog jump out of the car, wagging his tail,” Sabol said, adding that she thinks the dog deserves a driving license. “I was like: ‘Okay, good driving!’”


Package algorithms.misc
Class MiscMath
- java.lang.Object
-
- algorithms.misc.MiscMath
-
public class MiscMath extends java.lang.Object
- Author:
- nichole
-
-
Constructor Summary
Constructors Constructor Description MiscMath()
-
Method Summary
All Methods Static Methods Concrete Methods Modifier and Type Method Description static int[]
add(int[] x, int amount)
static void
applyAbsoluteValue(float[][] a)
static void
applyRescale(double[][] a, double minScaled, double maxScaled)
static void
applyRescale(float[][] a, float minScaled, float maxScaled)
static void
applyRescale(int[][] a, int minScaled, int maxScaled)
static void
applyRescale2(float[][] a, float minScaled, float maxScaled)
ignores values of MAX_VALUE and MIN_VALUE during scale calculation and then reassigns those to the calculated min and max of other values.static int
bitReverse(int v, int nBits)
static float[]
calcMeanAndStDev(float[] avgs, float[] stdvs)
calculate the mean of the averages, the standard deviation of those averages and the addition of the standard deviations added in quadrature.static float[]
calcMeanAndStDevWithWrapAround(float[] a, int wrapAroundValue, float[] stdvs)
static float
calculateAngular360SSD(int[] a, int[] b, int sentinel)
static float
calculateCosineSimilarity(float[] a, float[] b, float sentinel)
Calculate the cosine similarity between 2 descriptors.static float
calculateCosineSimilarity(int[] a, int[] b, int sentinel)
Calculate the cosine similarity between 2 descriptors.static int
calculateObjectSize(algorithms.util.PairIntArray points)
calculate the distance between furthest points as object size.static int
calculateObjectSize(java.util.Set<algorithms.util.PairInt> points)
calculate the distance between furthest points as object size.static float[]
calculateOuterRoundedMinAndMax(float[] a)
static double
calculatePolarTheta(double x, double y)
calculate the angle of theta with respect to an origin of (0, 0) for the point (x, y).static float
calculateSSD(float[] a, float[] b, float sentinel)
static float
calculateSSD(int[] a, int[] b, int sentinel)
static int
calculateSumXOR(int[] d1, int[] d2)
static int
calculateThetaAverage(GreyscaleImage img, int wrapAround, java.util.Set<algorithms.util.PairInt> set)
static void
chooseRandomly(java.util.Random rand, int[] selected, int nMax)
choose selected.length unique random numbers between 0 and nMax and populate the array 'selected' with them.static long
computeNDivKTimesNMinusK(int n, int k)
compute n!/k!(n-k)!.static long
computeNDivNMinusK(int n, int k)
compute n!/(n-k)!...static long
factorial(int n)
compute n!static java.math.BigInteger
factorialBigInteger(int n)
compute n!static int
findFirstNonZeroIndex(int[] h)
static int
findFirstNonZeroIndex(algorithms.misc.HistogramHolder h)
static int
findLastNonZeroIndex(int[] h)
static int
findLastNonZeroIndex(algorithms.misc.HistogramHolder h)
static int
findLastZeroIndex(algorithms.misc.HistogramHolder h)
static double
findMax(double[] a)
static double
findMax(double[][] img)
static float
findMax(float[] a)
find max but ignore values such as FLOAT.MAX_VALUE, infinity, and NANstatic float
findMax(float[][] img)
static float
findMax(float[] a, int nIndexes)
static int
findMax(int[] a)
find max but ignore values such as FLOAT.MAX_VALUE, infinity, and NANstatic int
findMax(int[][] img)
static int
findMax(int[] a, int nIndexes)
static int
findMaxForByteCompressed(int[] a, int len, int itemNDatum, int datumNBits, int minDatum)
static long
findMaxForByteCompressed(long[] aL, int len, int itemNDatum, int datumNBits, int minDatum)
static float[]
findMaxXY2(java.util.List<java.util.List<CurvatureScaleSpaceContour>> crLists)
static double
findMedian(double[][] a)
find the median in the double array of values.static int
findMedian(int[][] a)
find the median in the int array of values.static double
findMin(double[][] img)
static float
findMin(float[] a)
static float
findMin(float[][] img)
static float
findMin(float[] a, int nIndexes)
static int
findMin(int[] a)
static int
findMin(int[][] img)
static int
findMin(int[] a, int nIndexes)
static int
findMin(GreyscaleImage img, java.util.Set<algorithms.util.PairInt> points)
static int
findMinForByteCompressed(int[] a, int len, int itemNDatum, int datumNBits, int minDatum)
static long
findMinForByteCompressed(long[] aL, int len, int itemNDatum, int datumNBits, int minDatum)
static int[]
findMinMaxXY(algorithms.util.PairIntArray points)
find the minima and maxima of x and y and return them as int[]{xMin, xMax, yMin, yMax}static int[]
findMinMaxXY(gnu.trove.set.TIntSet pixelIdxs, int imgWidth)
find the minima and maxima of x and y and return them as int[]{xMin, xMax, yMin, yMax}static int[]
findMinMaxXY(java.util.Collection<algorithms.util.PairInt> points)
find the minima and maxima of x and y and return them as int[]{xMin, xMax, yMin, yMax}static float[]
findMinXY2(java.util.List<java.util.List<CurvatureScaleSpaceContour>> crLists)
static int
findPowerOf10(float a)
static int
findPowerOf10_2(float a)
static java.util.List<java.lang.Integer>
findStrongPeakIndexes(algorithms.misc.HistogramHolder h, float frac)
for the given histogram, returns the indexes of the primary peak and any peaks which are larger than frac*maxPeak above their neighboring values.static java.util.List<java.lang.Integer>
findStrongPeakIndexesDescSort(algorithms.misc.HistogramHolder hist, float fracMax)
static int
findYforX(algorithms.misc.HistogramHolder hist, float xSrch)
static int
findYMaxIndex(float[] a)
find max but ignore values such as FLOAT.MAX_VALUE, infinity, and NANstatic int
findYMaxIndex(int[] a)
static int
findYMaxIndex(long[] a)
static int[]
findYMaxIndexes(int[] a)
static int
findYMinIndex(float[] a)
protected static int
fnvRetry(int value, int length)
using a hash based on public domain FNV31 http://www.isthe.com/chongo/src/fnv/hash_32.cstatic algorithms.util.PairIntArray
get20NeighborOffsets()
static double[]
getAvgAndStDev(double[] x)
given an array of points, return the average and standard deviation from the averagestatic float[]
getAvgAndStDev(float[] x)
given an array of points, return the average and standard deviation from the averagestatic float[]
getAvgAndStDev(float[] x, int length)
given an array of points, return the average and standard deviation from the averagestatic double[]
getAvgAndStDev(int[] x)
given an array of points, return the average and standard deviation from the averagestatic double[]
getAvgAndStDev(int[] x, int length)
given an array of points, return the average and standard deviation from the averagestatic double[]
getAvgAndStDev(GreyscaleImage img, java.util.Set<algorithms.util.PairInt> points)
given an array of points, return the average and standard deviation from the averagestatic double[]
getAvgAndStDev(java.util.List<java.lang.Double> x)
given an array of points, return the average and standard deviation from the averagestatic float[]
getAvgAndStDevIgnoreForSentinel(float[] x, int length, float sentinel)
given an array of points, return the average and standard deviation from the averagestatic float[]
getAvgAndStDevIgnoreForSentinel(int[] x, int length, int sentinel)
given an array of points, return the average and standard deviation from the averagestatic int
getHashIndex(int[] list, int value, int[] hash)
get index of list from value using the hash.static int
getNextHashIndex(int value, int listLength, int[] hash)
set list[idx] into hash.static boolean
hashContains(int[] list, int value, int[] hash)
get index of list from value using the hash.protected static int
hashToIndex(int value, int length)
return an index for the given valuestatic boolean
isAPowerOf2(int n)
static java.util.LinkedHashSet<algorithms.util.PairInt>
lexicographicallyOrderPointsByScan(java.util.Set<algorithms.util.PairInt> points, int w, int h)
order points such that: q ≺ p : (i_q < i_p) ∨ ((i_q == i_p) ∧(j_q < j_p)) (-1, 1) (-1, 0) p=(0, 0) (-1,-1) (0, -1)static java.util.LinkedHashSet<algorithms.util.PairInt>
lexicographicallyOrderPointsBySort(java.util.Set<algorithms.util.PairInt> points)
order points such that: q ≺ p : (i_q < i_p) ∨ ((i_q == i_p) ∧(j_q < j_p)) (-1, 1) (-1, 0) p=(0, 0) (-1,-1) (0, -1)static int
numberOfBits(int v)
determine the number of bits, that is, the msb position + 1.static int
numberOfBits(long v)
determine the number of bits, that is the msb position + 1.static int[]
permuteTheSetBits(int setBits)
for the setBits only, create permutations of the bits that are set, that is creating all combinations of number with just those bits being 0 or 1.static int
poissonRandom(java.security.SecureRandom sr, int lambda)
static void
readSetBits(java.lang.Long bitstring, java.util.List<java.lang.Integer> outputIndexes)
read the set bits from bitstring and return them as indexes in outputIndexes.static double
realcuberoot(double x)
static int[][]
rescale(double[][] a, int vi, int vf)
rescale a to values between vi and vf, inclusivestatic int[]
rescale(double[] a, int vi, int vf)
rescale a to values between vi and vf, inclusivestatic float[]
rescale(float[] a, float minPossibleA, float maxPossibleA, int vi, int vf)
rescale a to values between vi and vf, inclusive.static float[]
rescale(float[] a, int vi, int vf)
rescale a to values between vi and vf, inclusive.static void
rescale(GreyscaleImage a, int vi, int vf)
rescale a to values between vi and vf, inclusivestatic GreyscaleImage
rescaleAndCreateImage(float[] a, int imageWidth, int imageHeight)
rescale a to between 0 and 255 and write to outputstatic float
roundDownByLargestPower(float f)
Round number down to in the largest power.static float
roundUpByLargestPower(float f)
Round number up to the next digit in the largest power.static int
setHashValue(int[] list, int idx, int[] hash)
set list[idx] into hash.static algorithms.util.PairIntArray
shuffle(algorithms.util.PairIntArray source)
create a random shuffle of the source array.static double[]
solveCubicRoots(double a, double b, double c, double d)
solve for the roots of equation a * x^3 + b * x^2 + c * x + d = 0; most of the method is adapted from http://www.csse.uwa.edu.au/~pk/research/matlabfns/Misc/cubicroots.m Copyright (c) 2008 Peter Kovesi School of Computer Science & Software Engineering The University of Western Australia pk at csse uwa edu au http://www.csse.uwa.edu.au/ Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.static float
sumSquaredAngular360Error(int[] a, int sentinel, int centralIdx)
Determine the sum squared error within this array using auto-correlation and the assumption that the value at the middle index is the value from the original central pixel.static float
sumSquaredError(float[] a, float sentinel, int centralPixIdx)
Determine the sum squared error within this array using auto-correlation and a self reference value of the item at centralPixIdx in a.static float
sumSquaredError(int[] a, int sentinel, int centralIdx)
Determine the sum squared error within this array using auto-correlation and the assumption that the value at the middle index is the value from the original central pixel.protected static double
taylor(double number, int n)
use the taylor series to approximate the natural log of a number.static float[]
writeDegreeIntervals(float rotStart, float rotStop, float rotDelta)
write an array of the rotation angles that start with rotStart and increment by rotDelta until rotStop, inclusive.static byte[]
writeToBigEndianBytes(long value)
write value to a byte array in big endian, that is LSB in highest order bit (MSB is in lowest memory address).
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-
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Method Detail
-
findPowerOf10_2
public static int findPowerOf10_2(float a)
-
findPowerOf10
public static int findPowerOf10(float a)
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findYMinIndex
public static int findYMinIndex(float[] a)
-
findMax
public static float findMax(float[] a)
find max but ignore values such as FLOAT.MAX_VALUE, infinity, and NAN- Parameters:
a
-- Returns:
-
findMax
public static double findMax(double[] a)
-
findMax
public static float findMax(float[] a, int nIndexes)
-
findMax
public static int findMax(int[] a)
find max but ignore values such as FLOAT.MAX_VALUE, infinity, and NAN- Parameters:
a
-- Returns:
-
findMax
public static float findMax(float[][] img)
-
findMax
public static int findMax(int[][] img)
-
findMax
public static int findMax(int[] a, int nIndexes)
-
findMin
public static float findMin(float[][] img)
-
findMin
public static double findMin(double[][] img)
-
findMax
public static double findMax(double[][] img)
-
findMin
public static int findMin(int[][] img)
-
findMin
public static float findMin(float[] a)
-
findMin
public static float findMin(float[] a, int nIndexes)
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findMin
public static int findMin(int[] a)
-
findMin
public static int findMin(int[] a, int nIndexes)
-
findMin
public static int findMin(GreyscaleImage img, java.util.Set<algorithms.util.PairInt> points)
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findYMaxIndex
public static int findYMaxIndex(float[] a)
find max but ignore values such as FLOAT.MAX_VALUE, infinity, and NAN- Parameters:
a
-- Returns:
-
findYMaxIndex
public static int findYMaxIndex(int[] a)
-
findYMaxIndex
public static int findYMaxIndex(long[] a)
-
findYMaxIndexes
public static int[] findYMaxIndexes(int[] a)
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calculateOuterRoundedMinAndMax
public static float[] calculateOuterRoundedMinAndMax(float[] a)
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roundDownByLargestPower
public static float roundDownByLargestPower(float f)
Round number down to in the largest power. For example, roundDownByLargestPower(3.1) returns 3.0 roundDownByLargestPower(-3.1) returns -4.0 roundDownByLargestPower(31.1) returns 30.0- Parameters:
f
-- Returns:
-
roundUpByLargestPower
public static float roundUpByLargestPower(float f)
Round number up to the next digit in the largest power. MiscMath.roundUpByLargestPower(31.1f) == 40.0f; MiscMath.roundUpByLargestPower(0.11f) == 1.0f; MiscMath.roundUpByLargestPower(-0.011f) == -0.02f; MiscMath.roundUpByLargestPower(310.1f) == 400.0f; MiscMath.roundUpByLargestPower(-3.1) == -4.0f; MiscMath.roundUpByLargestPower(3.1) == 4.0f;- Parameters:
f
-- Returns:
-
poissonRandom
public static int poissonRandom(java.security.SecureRandom sr, int lambda)
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taylor
protected static double taylor(double number, int n)
use the taylor series to approximate the natural log of a number. Note that internally, the variable x which is number - 1. ln(1 + x) is computed, so number = 1 + x and therefore x = number - 1; ln(1+x) = x - (x^2)/2 + (x^3)/3 - ...- Parameters:
number
-n
-- Returns:
-
getAvgAndStDev
public static double[] getAvgAndStDev(int[] x)
given an array of points, return the average and standard deviation from the average- Parameters:
x
-- Returns:
-
getAvgAndStDev
public static double[] getAvgAndStDev(int[] x, int length)
given an array of points, return the average and standard deviation from the average- Parameters:
x
-- Returns:
-
getAvgAndStDev
public static double[] getAvgAndStDev(java.util.List<java.lang.Double> x)
given an array of points, return the average and standard deviation from the average- Parameters:
x
-- Returns:
-
getAvgAndStDev
public static float[] getAvgAndStDev(float[] x)
given an array of points, return the average and standard deviation from the average- Parameters:
x
-- Returns:
- float[]{avg, stDev}
-
getAvgAndStDev
public static float[] getAvgAndStDev(float[] x, int length)
given an array of points, return the average and standard deviation from the average- Parameters:
x
-length
- the number of indexes to use in x. x can be longer than length- Returns:
- float[]{avg, stDev}
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getAvgAndStDevIgnoreForSentinel
public static float[] getAvgAndStDevIgnoreForSentinel(int[] x, int length, int sentinel)
given an array of points, return the average and standard deviation from the average- Parameters:
x
-length
- the number of indexes to use in x. x can be longer than lengthsentinel
- value to flag that an item should not be included in calculations.- Returns:
- float[]{avg, stDev}
-
getAvgAndStDevIgnoreForSentinel
public static float[] getAvgAndStDevIgnoreForSentinel(float[] x, int length, float sentinel)
given an array of points, return the average and standard deviation from the average- Parameters:
x
-length
- the number of indexes to use in x. x can be longer than lengthsentinel
- value to flag that an item should not be included in calculations.- Returns:
- float[]{avg, stDev}
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getAvgAndStDev
public static double[] getAvgAndStDev(double[] x)
given an array of points, return the average and standard deviation from the average- Parameters:
x
-- Returns:
-
getAvgAndStDev
public static double[] getAvgAndStDev(GreyscaleImage img, java.util.Set<algorithms.util.PairInt> points)
given an array of points, return the average and standard deviation from the average- Returns:
-
add
public static int[] add(int[] x, int amount)
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computeNDivNMinusK
public static long computeNDivNMinusK(int n, int k)
compute n!/(n-k)!... needed for large numbers- Parameters:
n
-k
-- Returns:
-
computeNDivKTimesNMinusK
public static long computeNDivKTimesNMinusK(int n, int k)
compute n!/k!(n-k)!. Note that if n or k are larger than 12, computeNDivKTimesNMinusKBigInteger is used and in that case, if the result is larger than Long.MAX_VALUE, LONG.MAX_VALUE is returned.- Parameters:
n
-k
-- Returns:
-
factorial
public static long factorial(int n)
compute n!- Parameters:
n
-- Returns:
-
factorialBigInteger
public static java.math.BigInteger factorialBigInteger(int n)
compute n!- Parameters:
n
-- Returns:
-
readSetBits
public static void readSetBits(java.lang.Long bitstring, java.util.List<java.lang.Integer> outputIndexes)
read the set bits from bitstring and return them as indexes in outputIndexes.- Parameters:
bitstring
-outputIndexes
-
-
solveCubicRoots
public static double[] solveCubicRoots(double a, double b, double c, double d)
solve for the roots of equation a * x^3 + b * x^2 + c * x + d = 0; most of the method is adapted from http://www.csse.uwa.edu.au/~pk/research/matlabfns/Misc/cubicroots.m Copyright (c) 2008 Peter Kovesi School of Computer Science & Software Engineering The University of Western Australia pk at csse uwa edu au http://www.csse.uwa.edu.au/ Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. The Software is provided "as is", without warranty of any kind. Nov 2008- Parameters:
a
- coeff for 3rd orderb
- coeff for 2nd orderc
- coeff for 1st orderd
- coeff for 0th order- Returns:
-
realcuberoot
public static double realcuberoot(double x)
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chooseRandomly
public static void chooseRandomly(java.util.Random rand, int[] selected, int nMax)
choose selected.length unique random numbers between 0 and nMax and populate the array 'selected' with them. Note that the number of ways to make a subset of 7 distinct numbers out of nMax numbers is nMax!/(nMax-7)! So the probability of selecting the same 7 randomly from nMax is very low when nMax is much larger than selected.length, so this method does not check that the same 7 were not drawn before, but the invoker should for small nMax.- Parameters:
sr
- class to generate semi random numbersselected
- the output array to populate with unique random numbers valued 0 to nMax, exclusive.nMax
- the upper limit from which to choose numbers from for 'selected', where the possible numbers are 0 through nMax-1.
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findStrongPeakIndexes
public static java.util.List<java.lang.Integer> findStrongPeakIndexes(algorithms.misc.HistogramHolder h, float frac)
for the given histogram, returns the indexes of the primary peak and any peaks which are larger than frac*maxPeak above their neighboring values.- Parameters:
h
-frac
- the fraction of the y value of the maximum peak that is used as a critical limit that any other peaks must have in excess of their neighboring points. For example, 0.1.- Returns:
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findLastZeroIndex
public static int findLastZeroIndex(algorithms.misc.HistogramHolder h)
-
findFirstNonZeroIndex
public static int findFirstNonZeroIndex(algorithms.misc.HistogramHolder h)
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findFirstNonZeroIndex
public static int findFirstNonZeroIndex(int[] h)
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findLastNonZeroIndex
public static int findLastNonZeroIndex(algorithms.misc.HistogramHolder h)
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findLastNonZeroIndex
public static int findLastNonZeroIndex(int[] h)
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findMinMaxXY
public static int[] findMinMaxXY(java.util.Collection<algorithms.util.PairInt> points)
find the minima and maxima of x and y and return them as int[]{xMin, xMax, yMin, yMax}- Parameters:
points
-- Returns:
- minMaxXY int[]{xMin, xMax, yMin, yMax}
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findMinMaxXY
public static int[] findMinMaxXY(gnu.trove.set.TIntSet pixelIdxs, int imgWidth)
find the minima and maxima of x and y and return them as int[]{xMin, xMax, yMin, yMax}- Parameters:
points
-- Returns:
- minMaxXY int[]{xMin, xMax, yMin, yMax}
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findMinMaxXY
public static int[] findMinMaxXY(algorithms.util.PairIntArray points)
find the minima and maxima of x and y and return them as int[]{xMin, xMax, yMin, yMax}- Parameters:
points
-- Returns:
- minMaxXY int[]{xMin, xMax, yMin, yMax}
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numberOfBits
public static int numberOfBits(int v)
determine the number of bits, that is, the msb position + 1. Note that a value of 0 returns a bit length of 1.- Parameters:
v
-- Returns:
-
numberOfBits
public static int numberOfBits(long v)
determine the number of bits, that is the msb position + 1. Note that a value of 0 returns a bit length of 1.- Parameters:
v
-- Returns:
-
bitReverse
public static int bitReverse(int v, int nBits)
- Parameters:
v
-- Returns:
-
isAPowerOf2
public static boolean isAPowerOf2(int n)
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calculatePolarTheta
public static double calculatePolarTheta(double x, double y)
calculate the angle of theta with respect to an origin of (0, 0) for the point (x, y). The angles are90(=pi/2) | | 180 ----------- 0 (=pi) | | 270(=3pi/2)
- Parameters:
x
-y
-- Returns:
- theta in radians
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writeDegreeIntervals
public static float[] writeDegreeIntervals(float rotStart, float rotStop, float rotDelta)
write an array of the rotation angles that start with rotStart and increment by rotDelta until rotStop, inclusive.- Parameters:
rotStart
- start of rotation angles in units of degreesrotStop
- stop of rotation angles in units of degreesrotDelta
- interval between rotation angles in units of degrees- Returns:
-
findStrongPeakIndexesDescSort
public static java.util.List<java.lang.Integer> findStrongPeakIndexesDescSort(algorithms.misc.HistogramHolder hist, float fracMax)
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writeToBigEndianBytes
public static byte[] writeToBigEndianBytes(long value)
write value to a byte array in big endian, that is LSB in highest order bit (MSB is in lowest memory address). these are signed values stored as twos complement and can be input to BigInteger's constructor.- Parameters:
value
-- Returns:
-
shuffle
public static algorithms.util.PairIntArray shuffle(algorithms.util.PairIntArray source) throws java.security.NoSuchAlgorithmException
create a random shuffle of the source array. It uses wikipedia pseudo code for the In/Out method. (add reference here).- Parameters:
source
-- Returns:
- Throws:
java.security.NoSuchAlgorithmException
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get20NeighborOffsets
public static algorithms.util.PairIntArray get20NeighborOffsets()
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calculateSumXOR
public static int calculateSumXOR(int[] d1, int[] d2)
-
calculateSSD
public static float calculateSSD(int[] a, int[] b, int sentinel)
-
calculateAngular360SSD
public static float calculateAngular360SSD(int[] a, int[] b, int sentinel)
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calculateSSD
public static float calculateSSD(float[] a, float[] b, float sentinel)
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calculateCosineSimilarity
public static float calculateCosineSimilarity(float[] a, float[] b, float sentinel)
Calculate the cosine similarity between 2 descriptors. Calculates a dot b/(magnitude(a) * magnitude(b). The equation and use are from the paper "Generalized RANSAC framework for relaxed correspondence problems" by Zhang and Kosecka. The authors use the similarity with a threshold of 0.95 to filter out dissimilar matches.- Parameters:
a
-b
-sentinel
-- Returns:
-
calculateCosineSimilarity
public static float calculateCosineSimilarity(int[] a, int[] b, int sentinel)
Calculate the cosine similarity between 2 descriptors. Calculates a dot b/(magnitude(a) * magnitude(b). The equation and use are from the paper "Generalized RANSAC framework for relaxed correspondence problems" by Zhang and Kosecka. The authors use the similarity with a threshold of 0.95 to filter out dissimilar matches.- Parameters:
a
-b
-sentinel
-- Returns:
-
sumSquaredError
public static float sumSquaredError(int[] a, int sentinel, int centralIdx)
Determine the sum squared error within this array using auto-correlation and the assumption that the value at the middle index is the value from the original central pixel. Values the same as the sentinel are ignored and not included in the calculation.- Returns:
-
sumSquaredAngular360Error
public static float sumSquaredAngular360Error(int[] a, int sentinel, int centralIdx)
Determine the sum squared error within this array using auto-correlation and the assumption that the value at the middle index is the value from the original central pixel. Values the same as the sentinel are ignored and not included in the calculation.- Returns:
-
sumSquaredError
public static float sumSquaredError(float[] a, float sentinel, int centralPixIdx)
Determine the sum squared error within this array using auto-correlation and a self reference value of the item at centralPixIdx in a. Any item in a having value sentinel is ignored and not included in the calculation.- Returns:
-
lexicographicallyOrderPointsBySort
public static java.util.LinkedHashSet<algorithms.util.PairInt> lexicographicallyOrderPointsBySort(java.util.Set<algorithms.util.PairInt> points)
order points such that: q ≺ p : (i_q < i_p) ∨ ((i_q == i_p) ∧(j_q < j_p)) (-1, 1) (-1, 0) p=(0, 0) (-1,-1) (0, -1)
runtime complexity is 2*O(N_points) + O(N_points * lg2(O(N_points)))- Parameters:
points
-- Returns:
-
lexicographicallyOrderPointsByScan
public static java.util.LinkedHashSet<algorithms.util.PairInt> lexicographicallyOrderPointsByScan(java.util.Set<algorithms.util.PairInt> points, int w, int h)
order points such that: q ≺ p : (i_q < i_p) ∨ ((i_q == i_p) ∧(j_q < j_p)) (-1, 1) (-1, 0) p=(0, 0) (-1,-1) (0, -1)
runtime complexity is O(w*h)- Parameters:
points
-w
-h
-- Returns:
-
findMaxForByteCompressed
public static long findMaxForByteCompressed(long[] aL, int len, int itemNDatum, int datumNBits, int minDatum)
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findMinForByteCompressed
public static long findMinForByteCompressed(long[] aL, int len, int itemNDatum, int datumNBits, int minDatum)
-
findMaxForByteCompressed
public static int findMaxForByteCompressed(int[] a, int len, int itemNDatum, int datumNBits, int minDatum)
-
findMinForByteCompressed
public static int findMinForByteCompressed(int[] a, int len, int itemNDatum, int datumNBits, int minDatum)
-
findMinXY2
public static float[] findMinXY2(java.util.List<java.util.List<CurvatureScaleSpaceContour>> crLists)
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findMaxXY2
public static float[] findMaxXY2(java.util.List<java.util.List<CurvatureScaleSpaceContour>> crLists)
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rescale
public static int[] rescale(double[] a, int vi, int vf)
rescale a to values between vi and vf, inclusive- Parameters:
a
-vi
-vf
-- Returns:
-
rescale
public static int[][] rescale(double[][] a, int vi, int vf)
rescale a to values between vi and vf, inclusive- Parameters:
a
-vi
-vf
-- Returns:
-
rescale
public static void rescale(GreyscaleImage a, int vi, int vf)
rescale a to values between vi and vf, inclusive- Parameters:
a
-vi
-vf
-
-
rescale
public static float[] rescale(float[] a, int vi, int vf)
rescale a to values between vi and vf, inclusive. the input array a is not modified.- Parameters:
a
-vi
- start of range to scale the values tovf
- stop, inclusive, of range to scale the values to- Returns:
-
rescale
public static float[] rescale(float[] a, float minPossibleA, float maxPossibleA, int vi, int vf)
rescale a to values between vi and vf, inclusive. the input array a is not modified.- Parameters:
a
-vi
- start of range to scale the values tovf
- stop, inclusive, of range to scale the values to- Returns:
-
findYforX
public static int findYforX(algorithms.misc.HistogramHolder hist, float xSrch)
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findMedian
public static double findMedian(double[][] a)
find the median in the double array of values. runtime complexity is O(N*lg2(N)).- Parameters:
a
-- Returns:
-
findMedian
public static int findMedian(int[][] a)
find the median in the int array of values. runtime complexity is either O(maxValue( or N*O(lg2(N)), whichever is smaller.- Parameters:
a
-- Returns:
-
applyRescale
public static void applyRescale(double[][] a, double minScaled, double maxScaled)
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applyRescale
public static void applyRescale(int[][] a, int minScaled, int maxScaled)
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applyRescale
public static void applyRescale(float[][] a, float minScaled, float maxScaled)
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rescaleAndCreateImage
public static GreyscaleImage rescaleAndCreateImage(float[] a, int imageWidth, int imageHeight)
rescale a to between 0 and 255 and write to output- Parameters:
a
-- Returns:
-
applyRescale2
public static void applyRescale2(float[][] a, float minScaled, float maxScaled)
ignores values of MAX_VALUE and MIN_VALUE during scale calculation and then reassigns those to the calculated min and max of other values.- Parameters:
a
-minScaled
-maxScaled
-
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applyAbsoluteValue
public static void applyAbsoluteValue(float[][] a)
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calculateThetaAverage
public static int calculateThetaAverage(GreyscaleImage img, int wrapAround, java.util.Set<algorithms.util.PairInt> set)
-
calcMeanAndStDev
public static float[] calcMeanAndStDev(float[] avgs, float[] stdvs)
calculate the mean of the averages, the standard deviation of those averages and the addition of the standard deviations added in quadrature.- Parameters:
avgs
-stdvs
-- Returns:
- [mean][std dev of mean][stdvs added in quadrature]
-
calcMeanAndStDevWithWrapAround
public static float[] calcMeanAndStDevWithWrapAround(float[] a, int wrapAroundValue, float[] stdvs)
-
calculateObjectSize
public static int calculateObjectSize(java.util.Set<algorithms.util.PairInt> points)
calculate the distance between furthest points as object size.- Parameters:
points
-- Returns:
-
calculateObjectSize
public static int calculateObjectSize(algorithms.util.PairIntArray points)
calculate the distance between furthest points as object size.- Parameters:
points
-- Returns:
-
getHashIndex
public static int getHashIndex(int[] list, int value, int[] hash)
get index of list from value using the hash. This method is based upon a method from the libquantum library file qureg.c which has copyright: Copyright 2003, 2004 Bjoern Butscher, Hendrik Weimer This file is part of libquantum libquantum is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3 of the License, or (at your option) any later version. libquantum is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with libquantum; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA ============= the hash is based on public domain FNV31 http://www.isthe.com/chongo/src/fnv/hash_32.c- Parameters:
list
-value
-hash
-- Returns:
- index of list where value is stored
-
hashContains
public static boolean hashContains(int[] list, int value, int[] hash)
get index of list from value using the hash. This method is based upon a method from the libquantum library file qureg.c which has copyright: Copyright 2003, 2004 Bjoern Butscher, Hendrik Weimer This file is part of libquantum libquantum is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3 of the License, or (at your option) any later version. libquantum is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with libquantum; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA ============= the hash is based on public domain FNV31 http://www.isthe.com/chongo/src/fnv/hash_32.c ======= NOTE: this method was made to only use primitives, for use with the quantum methods.- Parameters:
list
-value
-hash
-- Returns:
- index of list where value is stored
-
getNextHashIndex
public static int getNextHashIndex(int value, int listLength, int[] hash)
set list[idx] into hash. This method is based upon a method from the libquantum library file qureg.c which has copyright: Copyright 2003, 2004 Bjoern Butscher, Hendrik Weimer This file is part of libquantum libquantum is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3 of the License, or (at your option) any later version. libquantum is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with libquantum; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA ============= the hash is based on public domain FNV31 http://www.isthe.com/chongo/src/fnv/hash_32.c- Parameters:
value
-listLength
- length of array with values to hash (should be same size as hash)hash
-- Returns:
- index of hash where list[idx] was stored
-
setHashValue
public static int setHashValue(int[] list, int idx, int[] hash)
set list[idx] into hash. This method is based upon a method from the libquantum library file qureg.c which has copyright: Copyright 2003, 2004 Bjoern Butscher, Hendrik Weimer This file is part of libquantum libquantum is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 3 of the License, or (at your option) any later version. libquantum is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with libquantum; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA ============= the hash is based on public domain FNV31 http://www.isthe.com/chongo/src/fnv/hash_32.c- Parameters:
list
-idx
-hash
-- Returns:
- index of hash where list[idx] was stored
-
hashToIndex
protected static int hashToIndex(int value, int length)
return an index for the given value- Parameters:
value
-length
- size of the container in which the result is an index in- Returns:
-
fnvRetry
protected static int fnvRetry(int value, int length)
using a hash based on public domain FNV31 http://www.isthe.com/chongo/src/fnv/hash_32.c- Parameters:
value
-length
- length of the array value will be hashed to. no index .geq. length will be returned.- Returns:
- index from hashing value
-
permuteTheSetBits
public static int[] permuteTheSetBits(int setBits)
for the setBits only, create permutations of the bits that are set, that is creating all combinations of number with just those bits being 0 or 1.- Parameters:
setBits
-- Returns:
-
-


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A B C D E F G H I K L M N O P Q R S T U V W X Y
All Classes All Packages
All Classes All Packages
All Classes All Packages
S
- saveProperties(Properties) - Method in class workspaces.BackgroundPicker
-
Saves the chosen background color so that this workspace can be loaded later.
- saveProperties(Properties) - Method in class workspaces.DefaultValueSelector
-
Saves the selected properties (or default ones) to a properties file for later loading of the saved workspace.
- saveProperties(Properties) - Method in class workspaces.LanguagePicker
-
Saves the selected language to a properties file for later loading a worksapce.
- saveProperties(Properties) - Method in class workspaces.PalletteMaker
-
Saves the properties of the palette as key + value pairs.
- saveProperties(Properties) - Method in interface workspaces.WorkspaceSetting
- saveStringAsFile(String) - Method in class view.selector.features.FileSelector
-
Takes in a string value and saves that string value as a file.
- SceneSettings - Class in view.selector.features
-
This class holds the visual objects that a user might use to interact with the scene.
- SceneSettings(FeatureReceiver) - Constructor for class view.selector.features.SceneSettings
-
The constructor for the SceneSettings class.
- SelectorConstants - Class in view.selector
- SelectorPane - Interface in view.selectorpane
-
Interface representing a selector pane, with methods to access the pane's node and to add possible panes for selection from the selector pane.
- SelectorPaneObserver - Interface in view.mainpane
-
Interface for a Selector Pane observer, that should be updated whenever the selector pane changes state.
- setActiveTurtles(List<String>) - Method in class model.Model
- SetBackground - Class in controller.operations
-
sets the background to a new color
- SetBackground(Model) - Constructor for class controller.operations.SetBackground
- SetBackgroundColorCommand - Class in utilities.Commands
-
Command object that tells the front end to set the background of the turtle arena
- SetBackgroundColorCommand(int) - Constructor for class utilities.Commands.SetBackgroundColorCommand
-
Constructor for SetBackgroundColorCommand.
- setCoordinates(Coordinate) - Method in class model.Turtle
- setDefaultImage(Image) - Method in class view.turtlearena.BasicTurtleArena
- setDefaultImage(Image) - Method in interface view.turtlearena.TurtleArena
-
Sets the default image all subsequent new turtles should have
- setDefaultPenColor(int) - Method in class view.View
-
Sets the default pen color when creating a new turtle
- setDefaultPenColor(Color) - Method in class view.statepane.BasicStatePane
-
Sets value of pen colour to be used when initialising new SingleTurtleState objects.
- setDefaultPenColor(Color) - Method in interface view.statepane.StatePane
-
Sets the default pen colour to be used when initialising values for new turtles.
- setDefaultPenColor(Color) - Method in class view.turtlearena.BasicTurtleArena
- setDefaultPenColor(Color) - Method in interface view.turtlearena.TurtleArena
-
Sets the default pen colour all subsequent new turtles should have
- setDefaultPenWidth(double) - Method in class view.statepane.BasicStatePane
-
Sets value of pen width to be used when initialising new SingleTurtleState objects.
- setDefaultPenWidth(double) - Method in interface view.statepane.StatePane
-
Sets the default pen width to be used when initialising values for new turtles.
- setDefaultPenWidth(double) - Method in class view.turtlearena.BasicTurtleArena
- setDefaultPenWidth(double) - Method in interface view.turtlearena.TurtleArena
-
Sets the default pen width all subsequent new turtles should have
- setDefaultPenWidth(double) - Method in class view.View
-
Sets the default pen width when creating a new turtle
- setDefaultTurtleImage(int) - Method in class view.View
-
Sets the default image used when making new turtles
- setDisplayed(boolean) - Method in class view.mainpane.PaneProperties
-
Sets the value of whether pane is displayed.
- setHeading(double) - Method in class model.Turtle
- setHeading(double) - Method in class view.statepane.BasicSingleTurtleState
-
Set value of heading of turtle.
- setHeading(double) - Method in interface view.statepane.SingleTurtleState
-
Set value of heading of turtle.
- setHeading(double, String) - Method in class model.Model
- SetHeading - Class in controller.operations
-
sets the heading to an absolute direction
- SetHeading(Model) - Constructor for class controller.operations.SetHeading
- setIsShowing(int) - Method in class model.Turtle
- setMyBackground(int) - Method in class model.Model
- SetPalette - Class in controller.operations
-
sets the pallatte to a specific RGB value
- SetPalette(Model) - Constructor for class controller.operations.SetPalette
- SetPaletteCommand - Class in utilities.Commands
-
Command object to update the palette with a new index and color values.
- SetPaletteCommand(int, int, int, int) - Constructor for class utilities.Commands.SetPaletteCommand
-
Constructor for SetPaletteCommand.
- setPaletteIndex(int, int, int, int) - Method in interface view.StaticView
-
Method to set the colour corresponding to a specific index of the palette
- setPaletteIndex(int, int, int, int) - Method in class view.View
-
Method to set the colour corresponding to a specific index of the palette
- setPenColor(int) - Method in class model.Turtle
- setPenColor(int, String) - Method in class model.Model
- setPenColor(Color) - Method in class view.statepane.BasicSingleTurtleState
-
Set value of pen colour of turtle.
- setPenColor(Color) - Method in interface view.statepane.SingleTurtleState
-
Set value of pen colour of turtle.
- setPenColor(Color) - Method in class view.turtlearena.BasicTurtle
-
Sets the pen colour of the turtle, such that subsequent lines are drawn with the new pen colour
- SetPenColor - Class in controller.operations
-
sets the pen color to a given index value
- SetPenColor(Model) - Constructor for class controller.operations.SetPenColor
- SetPenColorCommand - Class in utilities.Commands
-
Command object that sets the pen color of a given turtle.
- SetPenColorCommand(int, int) - Constructor for class utilities.Commands.SetPenColorCommand
-
Constructor for SetPenColorCommand.
- setPenSize(int) - Method in class model.Turtle
- setPenSize(int, double) - Method in interface view.StaticView
-
Method to set the pen size of a specific turtle
- setPenSize(int, double) - Method in class view.View
-
Method to set the pen size of a specific turtle
- setPenSize(int, String) - Method in class model.Model
- SetPenSize - Class in controller.operations
-
sets the pen size to a given size
- SetPenSize(Model) - Constructor for class controller.operations.SetPenSize
- SetPenSizeCommand - Class in utilities.Commands
-
Command object that tells the front end to change the pen size for a given turtle.
- SetPenSizeCommand(int, double) - Constructor for class utilities.Commands.SetPenSizeCommand
-
Constructor for the SetPenSizeCommand.
- setPenStatus(boolean) - Method in class view.statepane.BasicSingleTurtleState
-
Set value of pen status of turtle.
- setPenStatus(boolean) - Method in interface view.statepane.SingleTurtleState
-
Set value of pen status of turtle.
- setPenThickness(double) - Method in class view.statepane.BasicSingleTurtleState
-
Set value of pen thickness of turtle.
- setPenThickness(double) - Method in interface view.statepane.SingleTurtleState
-
Set value of pen thickness of turtle.
- setPenThickness(double) - Method in class view.turtlearena.BasicTurtle
-
Sets the pen thickness of the turtle, such that subsequent lines are drawn with the new pen thickness
- setPenUp(int) - Method in class model.Turtle
- setPosition(double[]) - Method in class view.statepane.BasicSingleTurtleState
-
Set value of position of turtle.
- setPosition(double[]) - Method in interface view.statepane.SingleTurtleState
-
Set value of position of turtle.
- SetPosition - Class in controller.operations
-
sets the position to a given coordinate of parameters
- SetPosition(Model) - Constructor for class controller.operations.SetPosition
- setProperty(View) - Method in class workspaces.BackgroundPicker
-
This class follows the command object design.
- setProperty(View) - Method in class workspaces.DefaultValueSelector
-
This class sets the view's default pen color, pen size, and turtle image based on the selected values (or the default ones if nothing is selected).
- setProperty(View) - Method in class workspaces.LanguagePicker
-
Sets the view's language to the chosen language.
- setProperty(View) - Method in class workspaces.PalletteMaker
-
Sets the palette of the view to the chosen palette from the user interface.
- setProperty(View) - Method in interface workspaces.WorkspaceSetting
- setSettingValue(String) - Method in class workspaces.BackgroundPicker
-
Sets the active background color to the value given
- setSettingValue(String) - Method in class workspaces.DefaultValueSelector
-
Sets the turtle image, pen color, and pen size to the values given in the argument.
- setSettingValue(String) - Method in class workspaces.LanguagePicker
- setSettingValue(String) - Method in class workspaces.PalletteMaker
-
Sets the palette to the colors stored in the string.
- setSettingValue(String) - Method in interface workspaces.WorkspaceSetting
- setShape(int) - Method in class model.Turtle
- setShape(int, String) - Method in class model.Model
- setShape(String, int) - Method in class model.Model
- SetShape - Class in controller.operations
-
Sets the shape to a given index
- SetShape(Model) - Constructor for class controller.operations.SetShape
- SetShapeCommand - Class in utilities.Commands
-
Command object that tells the front end to change the shape of a given turtle.
- SetShapeCommand(int, int) - Constructor for class utilities.Commands.SetShapeCommand
-
Constructor for SetShapeCommand.
- SetTowards - Class in controller.operations
-
sets the command to go towards a given value
- SetTowards(Model) - Constructor for class controller.operations.SetTowards
- setTurtleImage(Image) - Method in class view.turtlearena.BasicTurtle
-
Sets turtle to new image
- SHAPES_FILE_NAME - Static variable in class view.selector.features.ImagePicker
- show() - Method in class view.turtlearena.BasicTurtle
-
Visually shows the turtle
- showPane(Node, String) - Method in class view.mainpane.ControlVisualiser
-
Adds a pane to the scene graph and shows the pane name.
- showStage() - Method in class view.mainpane.ControlVisualiser
-
Visually display the stage.
- showTurtle(int) - Method in interface view.StaticView
-
Method to show a specific turtle
- showTurtle(int) - Method in class view.turtlearena.BasicTurtleArena
- showTurtle(int) - Method in interface view.turtlearena.TurtleArena
-
Visually shows turtle identified by its index.
- showTurtle(int) - Method in class view.View
-
Method to show a specific turtle
- showTurtle(int, String) - Method in class model.Model
- showTurtle(int, String) - Method in interface model.StaticModel
- ShowTurtle - Class in controller.operations
-
shows the turtle
- ShowTurtle - Class in utilities.Commands
-
Command object telling the front end to show a turtle on the screen.
- ShowTurtle(int) - Constructor for class utilities.Commands.ShowTurtle
-
Constructor for ShowTurtle command.
- ShowTurtle(Model) - Constructor for class controller.operations.ShowTurtle
- Sine - Class in controller.operations
-
calculates the sine of a given param
- Sine(Model) - Constructor for class controller.operations.Sine
- SingleTurtleState - Interface in view.statepane
-
Represents a object which stores the state of a single turtle, with values able to be dynamically modified.
- slogo - package slogo
- slogo_team01 - module slogo_team01
- SPECIAL_OPERATION - Static variable in class controller.OperationFinder
- SPECIAL_ROOT - Static variable in class controller.OperationFinder
- SpecialOperation - Class in controller
-
class with some helpful methods for all special operations
- SpecialOperation() - Constructor for class controller.SpecialOperation
- STAGE_TITLE - Static variable in class view.mainpane.MainPaneConstants
- STANDARD_ROOT - Static variable in class controller.OperationFinder
- start(Stage) - Method in class slogo.Main
-
Launch point for Application class.
- STATE_PANE_STYLESHEET - Static variable in class view.statepane.StatePaneConstants
- STATE_RESOURCES - Static variable in class view.statepane.StatePaneConstants
- StateObserver - Interface in view
-
Part of a simplified observer design pattern.
- StatePane - Interface in view.statepane
-
Interface that classes able to display each turtle's individual state dynamically implements.
- StatePaneConstants - Class in view.statepane
-
Contains all constants for classes in the statepane package.
- StaticModel - Interface in model
- StaticView - Interface in view
-
External front-end interface containing methods to invoke static changes to the front-end.
- STRING_NEWLINE - Static variable in class view.selector.features.variabletextfeature.VariableTextFeatureConstants
- STRING_SPACE - Static variable in class view.selector.features.variabletextfeature.VariableTextFeatureConstants
- Sum - Class in controller.operations
-
returns the sum of two parameters
- Sum(Model) - Constructor for class controller.operations.Sum
- SYNTAX - Static variable in class controller.ProgramParser
All Classes All Packages


Ballerina Benchmark Comparison
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| 854 | (A) | we scholde with hungre thaym hurte and holke owte of townn |
| 858 | (C) | ¶ we shałł witħ hongur hem honte . & hurle oute of towne |
| 844 | (D) | we shul with hungre hem hent & holy hem shende |
| 821 | (E) | ¶ we schal witħ hunger hem hente . & hunte owt of towne |
| (Ex) | ---- no text ---- | |
| 875 | (L) | we scholde with hem honte to hoke out of toun |
| 796 | (P) | we sulde with hunger þaim hent & hoke oute of toune |
| (U) | ---- no text ---- | |
| (V) | ---- no text ---- |


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React framework that uses server-side rendering for building optimized web applications.
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- Start the current application in development mode:
next dev
- Start the current application and listen on a specific port:
next dev --port port
- Build the current application optimized for production:
next build
- Start the compiled application in production mode:
next start
- Start the compiled application and listen on a specific port:
next start --port port
- Export the current application to static HTML pages:
next export
- Display the Next.js telemetry status:
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- Display help for a subcommand:
next build|dev|export|start|telemetry --help


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Copyright jQuery Foundation and other contributors, https://jquery.org/ This software consists of voluntary contributions made by many individuals. For exact contribution history, see the revision history available at https://github.com/jquery/globalize The following license applies to all parts of this software except as documented below: ==== Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. ==== Copyright and related rights for sample code are waived via CC0. Sample code is defined as all source code contained within the doc directory. CC0: http://creativecommons.org/publicdomain/zero/1.0/ ==== All files located in the node_modules and external directories are externally maintained libraries used by this software which have their own licenses; we recommend you read them, as their terms may differ from the terms above.
This file is based on or incorporates material from the projects listed below (Third Party IP). The original copyright notice and the license under which Microsoft received such Third Party IP, are set forth below. Such licenses and notices are provided for informational purposes only. Microsoft licenses the Third Party IP to you under the licensing terms for the Microsoft product. Microsoft reserves all other rights not expressly granted under this agreement, whether by implication, estoppel or otherwise.
The MIT License Copyright (c) 2010-2016 Google, Inc. http://angularjs.org Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
This file is based on or incorporates material from the projects listed below (Third Party IP). The original copyright notice and the license under which Microsoft received such Third Party IP, are set forth below. Such licenses and notices are provided for informational purposes only. Microsoft licenses the Third Party IP to you under the licensing terms for the Microsoft product. Microsoft reserves all other rights not expressly granted under this agreement, whether by implication, estoppel or otherwise.
The MIT License Copyright (c) 2013-2015 The AngularUI Team, Karsten Sperling Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


|
AAX SDK
2.3.1
Avid Audio Extensions Development Kit
|
#include "AAX_Assert.h"
#include "AAX_StringUtilities.h"
#include "AAX.h"
#include <exception>
#include <string>
#include <set>
Go to the source code of this file.
AAX SDK exception classes and utilities
Classes | |
| class | AAX::Exception::Any |
| class | AAX::Exception::ResultError |
| class | AAX_CheckedResult |
| class | AAX_AggregateResult |
Namespaces | |
| AAX | |
| AAX::Exception | |
| AAX exception classes | |
Macros | |
| #define | AAX_SWALLOW(...) |
| Executes X in a try/catch block that catches AAX_CheckedResult exceptions. More... | |
| #define | AAX_SWALLOW_MULT(...) |
| Executes X in a try/catch block that catches AAX_CheckedResult exceptions. More... | |
| #define | AAX_CAPTURE(X, ...) |
| Executes Y in a try/catch block that catches AAX::Exception::ResultError exceptions and captures the result. More... | |
| #define | AAX_CAPTURE_MULT(X, ...) |
| Executes Y in a try/catch block that catches AAX::Exception::ResultError exceptions and captures the result. More... | |
Functions | |
| std::string | AAX::AsString (const char *inStr) |
| const std::string & | AAX::AsString (const std::string &inStr) |
| const std::string & | AAX::AsString (const Exception::Any &inStr) |
| #define AAX_SWALLOW | ( | ... | ) |
Executes X in a try/catch block that catches AAX_CheckedResult exceptions.
Catches exceptions thrown from AAX_CheckedResult only - other exceptions require an explicit catch.
| #define AAX_SWALLOW_MULT | ( | ... | ) |
Executes X in a try/catch block that catches AAX_CheckedResult exceptions.
Version of AAX_SWALLOW for multi-line input.
Catches exceptions thrown from AAX_CheckedResult only - other exceptions require an explicit catch.
| #define AAX_CAPTURE | ( | X, | |
| ... | |||
| ) |
Executes Y in a try/catch block that catches AAX::Exception::ResultError exceptions and captures the result.
Catches exceptions thrown from AAX_CheckedResult and other AAX::Exception::ResultError exceptions.
X must be an AAX_Result
| #define AAX_CAPTURE_MULT | ( | X, | |
| ... | |||
| ) |
Executes Y in a try/catch block that catches AAX::Exception::ResultError exceptions and captures the result.
Version of AAX_CAPTURE for multi-line input.
Catches exceptions thrown from AAX_CheckedResult and other AAX::Exception::ResultError exceptions.
X must be an AAX_Result or an implicitly convertable type


HOME
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BODY MASS INDEX
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Power Tower
$120
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Indoor
Cycling Bike Stationary
$250
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Treadmill
$185
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Adjustable Weight Bench
$80
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Vegan Brain & Body Boost
$40
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Whey Protein Powder
$30
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Shaker Bottle
$15
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Gym Bag
$25
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|
CUGL
2.0
|
The operator<<
overloads for classes Point, Quaternion, and Matrix use the current settings of format parameters. setw()
determines the width of each number rather than the entire field width.
Most of the classes do not have copy constructors or operator=
overloads because the default versions generated by the compiler do the right thing (for once). (Class PixelMap is an exception, because it has pointer members.)
GLfloat
is used as the representation type for most floating-point values. This is for compatibility with OpenGL. Although OpenGL provides a choice of precision for vertex and normal data, matrices are provided in GLfloat
form only. Single-precision floating-point provides only about six decimal places, but this is sufficient for most graphics calculations. If the number of points, vectors, or matrices used is large, substantial amounts of memory may be saved.
Acknowledgements: Mark Kilgard, Ken Shoemake, F.S. Hill, and others, for various publications on mthematical techniques for graphics and OpenGL, and to Liping Ye for improving various features, especially bitmaps.


The Old World is the first playable region in Anno 1800, which is based on Europe in the 19th century. Every game starts in the Old World, which should be a place of residence for majority of your population. There you can create big European cities based on industrialisation and new technologies invented in the 19th century.As every region, the Old World consists of multiple handcrafted islands of varying sizes, fertilities and resources. Islands characteristics and arrangement depends on game settings chosen when creating the game.Besides yourself and other expanding players (either AI or human) some neutral traders and pirates can also be located in the Old World. Each of them settles a separate special island. Sir Archibald Blake is always present in the Old World while the presence of Madame Kahina, Eli Bleakworth and Anne Harlow is optional.
The New World is the second playable region in Anno 1800, which is based on South America in the 19th century. This region can be unlocked after completing a discovery expedition, which is available as soon as first Artisans.png Artisans move into your cities. The main role of the New World is to support the Old World population with required resources.As every region, the New World consists of multiple handcrafted islands of varying sizes, fertilities and resources. Islands characteristics and arrangement depends on game settings chosen when creating the game.
Producing various goods is an essential part of Anno 1800 gameplay. Production supplies your empire with construction materials and consumables fulfilling your population’s needs. You can also trade with goods you produce to earn money or increase your reputation with other players. Production buildings are gathered into complex production chains which final products are usually the most valuable.Every production building produces goods at a certain production rate. The construction menu displays the time needed to produce 1 ton of the product, for every 1 ton of the product 1 ton of each input resource is also required. Based on the production time it is possible to figure out the perfect ratio of all buildings which form a production chain.Sufficient workforce is essential to keep production buildings operating, any lack of workforce will lower the production rate.You can alter working conditions to make your workers’ shifts longer or shorter thus increasing or decreasing the productivity. However, it also impacts the happiness of your population and the chance of incidents.
Coins is the currency of Anno 1800. They are required to construct almost all buildings and buy goods, ships and items. You can also use them to send gifts to computer players to increase your reputation or pay for various diplomatic agreements.They can be obtained by fulfilling needs of your population, trading with other human or computer players, selling ships to neutral traders, holding shares of other players' islands and completing quests from computer players. Occasionally you can also get a gift from other computer players.Your balance Balance. png reflects how many coins you gain or lose per minute. It includes income from residents, maintenance costs of buildings, upkeep costs of ships, shares value, tourists income and royal taxes.A lion share of a Player's regular income consists of fulfilling your population's needs. See the page on the Profitability of Consumer Goods for a summation of the most profitable options.


USC Career Center
Assisted counselors to help undergraduates with resumes, job interviews, and securing an internship.
Check out the career center website
Little Caesars
Cooperated with employees to prepare and deliver food to customers with great customer service.
Check out Little Caesars' website
Glob Ball
Using the Andriod SDK and LIBGdx game library, I created Glob Ball a simple game that is now published on the Google Play Store.
It's free and you can find the code on my GitHub


Do you already have this trip in your trip list?
I don't have the trip. Copy it to my trips.
I have the trip. Don't copy it.
Have you been with {{ trip.user.username }} on the whole trip, or only for part of the trip?
We've been together on the whole trip.
We've been together only between:


x_attendance_assemble_control_jest for x_attendance_assemble_control
UUID
RandomUUID
通用测试页
Test
Entity
Admin
Detail
Appeal
ScheduleSetting
Setting
WorkDayConfig
SelfHoliday
Import
FileUpload
DetailImport
Statistic
doStatistic
ShowStatistic
ShowStatistic
Person
Department
Company


Bungee Jumping, New Zealand
In the 1980’s, a couple of young kiwis, AJ Hackett and Henry van Asch, set up New Zealand's first commercial bungy jumping operation, with a jump from the historic Kawarau Bridge near Queenstown. Since then, New Zealand has become the home of bungy, with numerous other operators starting up. All over the country you can leap from bridges, climbs, rail viaducts, specially made platforms perched on the edge of cliffs, and stadium roofs. The Nevis bungy is the highest and involves an incredible 134-metre plunge. You can also take a leap off the Auckland Harbour Bridge against the backdrop of the beautiful Waitemata Harbour.


convex hull
prune cluster
blur reduce
avg slope
contour scan
clear
square - small
triangle - north
triangle - east
diag - NE
copy as CSV