A B C D E F G H I J K L M N P Q R S T U V W X misc
| flowCore-package | Provides S4 data structures and basic infrastructure and functions to deal with flow cytometry data. |
| action | Class "view" |
| action-method | Class "view" |
| actionItem-class | Class "actionItem" |
| actions | Class "workFlow"(deprecated) |
| actions-method | Class "workFlow"(deprecated) |
| add | Class "workFlow"(deprecated) |
| add-method | Class "normalization" |
| add-method | Class "subsetting" |
| add-method | Class "workFlow"(deprecated) |
| alias | Class "view" |
| alias-method | Class "actionItem" |
| alias-method | Class "view" |
| alias-method | Class "workFlow"(deprecated) |
| arcsinhTransform | Create the definition of an arcsinh transformation function (base specified by user) to be applied on a data set |
| as.data.frame.manyFilterResult | Class "manyFilterResult" |
| asinht | Class "asinht" |
| asinht-class | Class "asinht" |
| asinhtGml2 | Class asinhtGml2 |
| asinhtGml2-class | Class asinhtGml2 |
| assign | Class "fcReference" and its subclasses |
| assign-method | Class "workFlow"(deprecated) |
| biexponentialTransform | Compute a transform using the 'biexponential' function |
| booleanGate,filter-class | A class for representing filtering operations to be applied to flow data. |
| boundaryFilter | Class "boundaryFilter" |
| boundaryFilter-class | Class "boundaryFilter" |
| c-method | Class "transformList" |
| call-method | Filter FCS files |
| cbind2-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| char2ExpressionFilter | Class "expressionFilter" |
| character-method | Filter FCS files |
| characterOrTransformation-class | Class "characterOrTransformation" |
| checkOffset | Fix the offset when its values recorded in header and TEXT don't agree |
| cleanup | Read an FCS file |
| coerce | Convert an object to another class |
| coerce-method | Convert an object to another class |
| coerce-method | Take the intersection of two filters |
| coerce-method | Class "filterSummary" |
| colnames-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| colnames-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| colnames-method | Class "transformList" |
| colnames<- | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| colnames<--method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| colnames<--method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| compensate | Class "compensation" |
| compensate-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| compensate-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| compensateActionItem | Class "compensateActionItem" |
| compensateActionItem-class | Class "compensateActionItem" |
| compensatedParameter | Class "compensatedParameter" |
| compensatedParameter-class | Class "compensatedParameter" |
| compensateView | Class "compensateView" |
| compensateView-class | Class "compensateView" |
| compensation | Class "compensation" |
| compensation-class | Class "compensation" |
| complementFilter-class | Class "setOperationFilter" |
| concreteFilter-class | Class "concreteFilter" |
| Data | Class "view" |
| Data-method | Class "view" |
| decisionTreeGate,filter-class | A class for representing filtering operations to be applied to flow data. |
| description | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| description-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| description<--method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| dg1polynomial | Class "dg1polynomial" |
| dg1polynomial-class | Class "dg1polynomial" |
| dim | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| dim-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| each_col | Method to apply functions over flowFrame margins |
| each_col-method | Method to apply functions over flowFrame margins |
| each_col-methods | Method to apply functions over flowFrame margins |
| each_row | Method to apply functions over flowFrame margins |
| each_row-method | Method to apply functions over flowFrame margins |
| each_row-methods | Method to apply functions over flowFrame margins |
| EHtrans | Class "EHtrans" |
| EHtrans-class | Class "EHtrans" |
| ellipsoidGate | Class "ellipsoidGate" |
| ellipsoidGate,filter-class | A class for representing filtering operations to be applied to flow data. |
| ellipsoidGate-class | Class "ellipsoidGate" |
| estimateLogicle | Computes a transform using the 'logicle_transform' function |
| estimateMedianLogicle | Estimates a common logicle transformation for a flowSet. |
| eval-method | Class "EHtrans" |
| eval-method | Class "asinht" |
| eval-method | Class asinhtGml2 |
| eval-method | Class "compensatedParameter" |
| eval-method | Class "dg1polynomial" |
| eval-method | Class "exponential" |
| eval-method | Class filterReference |
| eval-method | Class "hyperlog" |
| eval-method | Class hyperlogtGml2 |
| eval-method | Class "invsplitscale" |
| eval-method | Class lintGml2 |
| eval-method | Class "logarithm" |
| eval-method | Class logicletGml2 |
| eval-method | Class logtGml2 |
| eval-method | Class "quadratic" |
| eval-method | Class "ratio" |
| eval-method | Class "ratiotGml2" |
| eval-method | Class "sinht" |
| eval-method | Class "splitscale" |
| eval-method | Class "squareroot" |
| eval-method | Class "transformReference" |
| eval-method | Class "unitytransform" |
| exponential | Class "exponential" |
| exponential-class | Class "exponential" |
| expressionFilter | Class "expressionFilter" |
| expressionFilter-class | Class "expressionFilter" |
| exprs | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| exprs-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| exprs<- | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| exprs<--method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| fcActionReference | Class "fcReference" and its subclasses |
| fcActionReference-class | Class "fcReference" and its subclasses |
| fcAliasReference | Class "fcReference" and its subclasses |
| fcAliasReference-class | Class "fcReference" and its subclasses |
| fcCompensateReference | Class "fcReference" and its subclasses |
| fcCompensateReference-class | Class "fcReference" and its subclasses |
| fcDataReference | Class "fcReference" and its subclasses |
| fcDataReference-class | Class "fcReference" and its subclasses |
| fcFilterReference | Class "fcReference" and its subclasses |
| fcFilterReference-class | Class "fcReference" and its subclasses |
| fcFilterResultReference | Class "fcReference" and its subclasses |
| fcFilterResultReference-class | Class "fcReference" and its subclasses |
| fcNormalizationReference | Class "fcReference" and its subclasses |
| fcNormalizationReference-class | Class "fcReference" and its subclasses |
| fcNullReference | Class "fcReference" and its subclasses |
| fcNullReference-class | Class "fcReference" and its subclasses |
| fcReference | Class "fcReference" and its subclasses |
| fcReference-class | Class "fcReference" and its subclasses |
| FCSTransTransform | Computes a transform using the 'iplogicle' function |
| fcStructureReference-class | Class "fcReference" and its subclasses |
| fcSubsettingReference | Class "fcReference" and its subclasses |
| fcSubsettingReference-class | Class "fcReference" and its subclasses |
| fcTransformReference | Class "fcReference" and its subclasses |
| fcTransformReference-class | Class "fcReference" and its subclasses |
| fcTreeReference | Class "fcReference" and its subclasses |
| fcTreeReference-class | Class "fcReference" and its subclasses |
| fcViewReference | Class "fcReference" and its subclasses |
| fcViewReference-class | Class "fcReference" and its subclasses |
| featureNames | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| featureNames-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| filter | Filter FCS files |
| filter,flowFrame,norm2Filter | Filter FCS files |
| filter,flowFrame,polygonGate | Filter FCS files |
| filter,flowFrame,rectangleGate | Filter FCS files |
| filter-class | A class for representing filtering operations to be applied to flow data. |
| filter-method | A class for representing filtering operations to be applied to flow data. |
| filter-method | Filter FCS files |
| filter-on-methods | Methods for Function %on% in Package 'flowCore' |
| filterDetails | Obtain details about a filter operation |
| filterDetails-method | Obtain details about a filter operation |
| filterDetails-methods | Obtain details about a filter operation |
| filterDetails<- | Obtain details about a filter operation |
| filterDetails<--method | Obtain details about a filter operation |
| filtergate,filter-class | A class for representing filtering operations to be applied to flow data. |
| filterList | Class "filterList" |
| filterList-class | Class "filterList" |
| filterReference | Class filterReference |
| filterReference-class | Class filterReference |
| filterReference-method | Class filterReference |
| filterReference-method | Class filterSet(deprecated) |
| filterResult | Class "filterResult" |
| filterResult-class | Class "filterResult" |
| filterResultList | Class "filterResultList" |
| filterResultList-class | Class "filterResultList" |
| filters | Class "filters" and "filtersList" |
| filters-class | Class "filters" and "filtersList" |
| filterSet | Class filterSet(deprecated) |
| filterSet-class | Class filterSet(deprecated) |
| filtersList | Class "filters" and "filtersList" |
| filtersList-class | Class "filters" and "filtersList" |
| filterSummary | Class "filterSummary" |
| filterSummary-class | Class "filterSummary" |
| filterSummaryList | Class "filterSummaryList" |
| filterSummaryList-class | Class "filterSummaryList" |
| flowCore | Provides S4 data structures and basic infrastructure and functions to deal with flow cytometry data. |
| flowFrame | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| flowFrame-class | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| flowSet | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| flowSet-class | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| formula-method | Filter FCS files |
| fsApply | Apply a Function over values in a flowSet |
| fsApply,flowSet,ANY | Apply a Function over values in a flowSet |
| fsApply-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| gate | Class "gateActionItem" |
| gate-method | Class "gateActionItem" |
| gateActionItem | Class "gateActionItem" |
| gateActionItem-class | Class "gateActionItem" |
| gateView | Class "gateView" |
| gateView-class | Class "gateView" |
| get-method | Class "fcReference" and its subclasses |
| get-method | Class "workFlow"(deprecated) |
| getChannelMarker | get channel and marker information from a 'flowFrame' that matches to the given keyword |
| getIndexSort | Extract Index Sorted Data from an FCS File |
| getIndexSort-method | Extract Index Sorted Data from an FCS File |
| GvHD | Extract of a Graft versus Host Disease monitoring experiment (Rizzieri et al., 2007) |
| head-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| hyperlog | Class "hyperlog" |
| hyperlog-class | Class "hyperlog" |
| hyperlogtGml2 | Class hyperlogtGml2 |
| hyperlogtGml2-class | Class hyperlogtGml2 |
| identifier | Retrieve the GUID of flowCore objects |
| identifier-method | Class "actionItem" |
| identifier-method | Class "compensation" |
| identifier-method | Class "fcReference" and its subclasses |
| identifier-method | Class "filterList" |
| identifier-method | Class filterSet(deprecated) |
| identifier-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| identifier-method | Retrieve the GUID of flowCore objects |
| identifier-method | Class "normalization" |
| identifier-method | Class "subsetting" |
| identifier-method | Class "transformList" |
| identifier-method | Class "view" |
| identifier-methods | Retrieve the GUID of flowCore objects |
| identifier<- | Retrieve the GUID of flowCore objects |
| identifier<--method | Class "compensation" |
| identifier<--method | Filter FCS files |
| identifier<--method | Class "filterList" |
| identifier<--method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| identifier<--method | Retrieve the GUID of flowCore objects |
| identifier<--method | Class "normalization" |
| identifier<--method | Class "subsetting" |
| identifier<--method | Class "transformList" |
| initialize-method | Class "dg1polynomial" |
| initialize-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| initialize-method | Class "parameterFilter" |
| initialize-method | Class "ratio" |
| initialize-method | Class "ratiotGml2" |
| initialize-method | Class "singleParameterTransform" |
| intersectFilter-class | Class "setOperationFilter" |
| intersectFilter-method | Take the intersection of two filters |
| inverseLogicleTransform | Computes the inverse of the transform defined by the 'logicleTransform' function |
| invsplitscale | Class "invsplitscale" |
| invsplitscale-class | Class "invsplitscale" |
| isFCSfile | Read an FCS file |
| isNull | Class "fcReference" and its subclasses |
| isNull-method | Class "fcReference" and its subclasses |
| journal | Class "workFlow"(deprecated) |
| journal-method | Class "workFlow"(deprecated) |
| keyword | Methods to retrieve keywords of a flowFrame |
| keyword-method | Methods to retrieve keywords of a flowFrame |
| keyword-methods | Methods to retrieve keywords of a flowFrame |
| keyword<- | Methods to retrieve keywords of a flowFrame |
| keyword<--method | Methods to retrieve keywords of a flowFrame |
| kmeansFilter | Class "kmeansFilter" |
| kmeansFilter-class | Class "kmeansFilter" |
| length-method | Filter FCS files |
| length-method | Class filterReference |
| length-method | Class "filterSummary" |
| length-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| length-method | Class "kmeansFilter" |
| length-method | Class "logicalFilterResult" |
| length-method | Class "manyFilterResult" |
| length-method | Class "multipleFilterResult" |
| linearTransform | Create the definition of a linear transformation function to be applied on a data set |
| lintGml2 | Class lintGml2 |
| lintGml2-class | Class lintGml2 |
| lnTransform | Create the definition of a ln transformation function (natural logarthim) to be applied on a data set |
| logarithm | Class "logarithm" |
| logarithm-class | Class "logarithm" |
| logicalFilterResult | Class "logicalFilterResult" |
| logicalFilterResult-class | Class "logicalFilterResult" |
| logicletGml2 | Class logicletGml2 |
| logicletGml2-class | Class logicletGml2 |
| logicleTransform | Computes a transform using the 'logicle_transform' function |
| logtGml2 | Class logtGml2 |
| logtGml2-class | Class logtGml2 |
| logTransform | Create the definition of a log transformation function (base specified by user) to be applied on a data set |
| ls | Class "workFlow"(deprecated) |
| ls-method | Class "workFlow"(deprecated) |
| manyFilterResult | Class "manyFilterResult" |
| manyFilterResult-class | Class "manyFilterResult" |
| markernames | get or update the marker names |
| markernames-method | get or update the marker names |
| markernames<- | get or update the marker names |
| markernames<--method | get or update the marker names |
| mget-method | Class "workFlow"(deprecated) |
| multipleFilterResult | Class "multipleFilterResult" |
| multipleFilterResult-class | Class "multipleFilterResult" |
| name-method | Filter FCS files |
| names | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| names-method | Class "actionItem" |
| names-method | Class "filterResultList" |
| names-method | Class filterSet(deprecated) |
| names-method | Class "filterSummary" |
| names-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| names-method | Class "logicalFilterResult" |
| names-method | Class "manyFilterResult" |
| names-method | Class "multipleFilterResult" |
| names-method | Class "view" |
| names-method | Class "workFlow"(deprecated) |
| names<--method | Class "multipleFilterResult" |
| ncol-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| nodes-method | Class "workFlow"(deprecated) |
| norm2Filter | Class "norm2Filter" |
| norm2Filter,filter-class | A class for representing filtering operations to be applied to flow data. |
| norm2Filter-class | Class "norm2Filter" |
| normalization | Class "normalization" |
| normalization-class | Class "normalization" |
| normalize | Class "normalization" |
| normalize-method | Class "normalization" |
| normalizeActionItem | Class "normalizeActionItem" |
| normalizeActionItem-class | Class "normalizeActionItem" |
| normalizeView | Class "normalizeView" |
| normalizeView-class | Class "normalizeView" |
| nrow-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| parameterFilter-class | Class "parameterFilter" |
| parameters | Obtain information about parameters for flow cytometry objects. |
| parameters-class | Class "parameters" |
| parameters-method | Class "compensation" |
| parameters-method | Class "filterResultList" |
| parameters-method | Class "manyFilterResult" |
| parameters-method | Class "normalization" |
| parameters-method | Obtain information about parameters for flow cytometry objects. |
| parameters-method | Class "ratiotGml2" |
| parameters-method | Class "singleParameterTransform" |
| parameters-method | Class "transformReference" |
| parameters<- | Obtain information about parameters for flow cytometry objects. |
| parameters<--method | Class "dg1polynomial" |
| parameters<--method | Obtain information about parameters for flow cytometry objects. |
| parameterTransform-class | Class "parameterTransform" |
| parent | Class "view" |
| parent-method | Class "actionItem" |
| parent-method | Class "view" |
| pData-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| pData<--method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| phenoData-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| phenoData<--method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| plot-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| plot-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| plot-method | Class "workFlow"(deprecated) |
| polygonGate | Class "polygonGate" |
| polygonGate,filter-class | A class for representing filtering operations to be applied to flow data. |
| polygonGate-class | Class "polygonGate" |
| polytopeGate | Define filter boundaries |
| polytopeGate-class | Define filter boundaries |
| print-method | Class "compensateActionItem" |
| print-method | Class "filterSummary" |
| print-method | Class "gateActionItem" |
| print-method | Class "normalizeActionItem" |
| print-method | Class "subsettingActionItem" |
| print-method | Class "transformActionItem" |
| print-method | Class "view" |
| quadGate | Class "quadGate" |
| quadGate-class | Class "quadGate" |
| quadratic | Class "quadratic" |
| quadratic-class | Class "quadratic" |
| quadraticTransform | Create the definition of a quadratic transformation function to be applied on a data set |
| randomFilterResult-class | Class "randomFilterResult" |
| range | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| range-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| ratio | Class "ratio" |
| ratio-class | Class "ratio" |
| ratiotGml2 | Class "ratiotGml2" |
| ratiotGml2-class | Class "ratiotGml2" |
| rbind2,flowSet,missing | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| rbind2-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| read.FCS | Read an FCS file |
| read.FCSheader | Read the TEXT section of a FCS file |
| read.flowSet | Read a set of FCS files |
| rectangleGate | Class "rectangleGate" |
| rectangleGate,filter-class | A class for representing filtering operations to be applied to flow data. |
| rectangleGate-class | Class "rectangleGate" |
| Rm | Class "fcReference" and its subclasses |
| Rm-method | Class "actionItem" |
| Rm-method | Class "compensateActionItem" |
| Rm-method | Class "compensateView" |
| Rm-method | Class "fcReference" and its subclasses |
| Rm-method | Class "gateActionItem" |
| Rm-method | Class "gateView" |
| Rm-method | Class "normalizeActionItem" |
| Rm-method | Class "normalizeView" |
| Rm-method | Class "subsettingActionItem" |
| Rm-method | Class "subsettingView" |
| Rm-method | Class "transformActionItem" |
| Rm-method | Class "transformView" |
| Rm-method | Class "view" |
| Rm-method | Class "workFlow"(deprecated) |
| sampleFilter | Class "sampleFilter" |
| sampleFilter-class | Class "sampleFilter" |
| sampleNames-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| sampleNames<--method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| scaleTransform | Create the definition of a scale transformation function to be applied on a data set |
| setOperationFilter-class | Class "setOperationFilter" |
| show-method | Class "boundaryFilter" |
| show-method | Class "compensateActionItem" |
| show-method | Class "compensation" |
| show-method | Class "ellipsoidGate" |
| show-method | Class "expressionFilter" |
| show-method | Class "fcReference" and its subclasses |
| show-method | Filter FCS files |
| show-method | Class "filterList" |
| show-method | Class filterReference |
| show-method | Class "filterResult" |
| show-method | Class "filterResultList" |
| show-method | Class filterSet(deprecated) |
| show-method | Class "filterSummary" |
| show-method | Class "filters" and "filtersList" |
| show-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| show-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| show-method | Class "gateActionItem" |
| show-method | Class "kmeansFilter" |
| show-method | Class "manyFilterResult" |
| show-method | Class "multipleFilterResult" |
| show-method | Class "norm2Filter" |
| show-method | Class "normalizeActionItem" |
| show-method | Class "polygonGate" |
| show-method | Define filter boundaries |
| show-method | Class "quadGate" |
| show-method | Class "rectangleGate" |
| show-method | Class "sampleFilter" |
| show-method | Class "setOperationFilter" |
| show-method | Class "subsetting" |
| show-method | Class "subsettingActionItem" |
| show-method | Class "timeFilter" |
| show-method | 'transform': a class for transforming flow-cytometry data by applying scale factors. |
| show-method | Class "transformActionItem" |
| show-method | A class for encapsulating a filter to be performed on transformed parameters |
| show-method | A class for mapping transforms between parameters |
| show-method | Class "unitytransform" |
| show-method | Class "view" |
| show-method | Class "workFlow"(deprecated) |
| singleParameterTransform-class | Class "singleParameterTransform" |
| sinht | Class "sinht" |
| sinht-class | Class "sinht" |
| sort-method | Class filterSet(deprecated) |
| spillover | Compute a spillover matrix from a flowSet |
| spillover-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| spillover-method | Compute a spillover matrix from a flowSet |
| split | Methods to split flowFrames and flowSets according to filters |
| split-method | Class "filterResultList" |
| split-method | Methods to split flowFrames and flowSets according to filters |
| split-methods | Methods to split flowFrames and flowSets according to filters |
| splitscale | Class "splitscale" |
| splitscale-class | Class "splitscale" |
| splitScaleTransform | Compute the split-scale transformation describe by FL. Battye |
| squareroot | Class "squareroot" |
| squareroot-class | Class "squareroot" |
| Subset | Subset a flowFrame or a flowSet |
| Subset,flowSet,ANY | Subset a flowFrame or a flowSet |
| Subset-method | Subset a flowFrame or a flowSet |
| subsetFilter-class | Class "setOperationFilter" |
| subsetFilter-method | Take the intersection of two filters |
| subsetting | Class "subsetting" |
| subsetting-class | Class "subsetting" |
| subsettingActionItem | Class "subsettingActionItem" |
| subsettingActionItem-class | Class "subsettingActionItem" |
| subsettingView | Class "subsettingView" |
| subsettingView-class | Class "subsettingView" |
| summarizeFilter | Methods for function summarizeFilter |
| summarizeFilter-method | Methods for function summarizeFilter |
| summarizeFilter-methods | Methods for function summarizeFilter |
| summary-method | Filter FCS files |
| summary-method | Class filterReference |
| summary-method | Class "filterResultList" |
| summary-method | Class "filterSummary" |
| summary-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| summary-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| summary-method | Class "gateActionItem" |
| summary-method | Class "gateView" |
| summary-method | Class "logicalFilterResult" |
| summary-method | Class "manyFilterResult" |
| summary-method | Class "multipleFilterResult" |
| summary-method | Class "rectangleGate" |
| summary-method | Class "setOperationFilter" |
| summary-method | 'transform': a class for transforming flow-cytometry data by applying scale factors. |
| summary-method | Class "workFlow"(deprecated) |
| tail-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| timeFilter | Class "timeFilter" |
| timeFilter-class | Class "timeFilter" |
| toTable | Class "filterSummary" |
| toTable-method | Class "filterSummary" |
| toTable-method | Class "filterSummaryList" |
| transform | 'transform': a class for transforming flow-cytometry data by applying scale factors. |
| transform-class | 'transform': a class for transforming flow-cytometry data by applying scale factors. |
| transform-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| transform-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| transform-method | 'transform': a class for transforming flow-cytometry data by applying scale factors. |
| transformActionItem | Class "transformActionItem" |
| transformActionItem-class | Class "transformActionItem" |
| transformation-class | Class "transformation" |
| transformFilter | A class for encapsulating a filter to be performed on transformed parameters |
| transformFilter-class | A class for encapsulating a filter to be performed on transformed parameters |
| transformList | Class "transformList" |
| transformList-class | Class "transformList" |
| transformMap | A class for mapping transforms between parameters |
| transformMap-class | A class for mapping transforms between parameters |
| transformReference | Class "transformReference" |
| transformReference-class | Class "transformReference" |
| transformView | Class "transformView" |
| transformView-class | Class "transformView" |
| tree | Class "workFlow"(deprecated) |
| tree-method | Class "workFlow"(deprecated) |
| truncateTransform | Create the definition of a truncate transformation function to be applied on a data set |
| undo | Class "workFlow"(deprecated) |
| unionFilter-class | Class "setOperationFilter" |
| unitytransform | Class "unitytransform" |
| unitytransform-class | Class "unitytransform" |
| validFilters | Check if all filters in a filters matches same paramters |
| varLabels-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| varLabels<--method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| varMetadata-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| varMetadata<--method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| view | Class "view" |
| view-class | Class "view" |
| views | Class "workFlow"(deprecated) |
| views-method | Class "workFlow"(deprecated) |
| workFlow | Class "workFlow"(deprecated) |
| workFlow-class | Class "workFlow"(deprecated) |
| write.FCS | Write an FCS file |
| write.flowSet | Write an FCS file |
| xyplot-method | Class "gateView" |
| xyplot-method | Class "view" |
| !-method | A class for representing filtering operations to be applied to flow data. |
| $-method | Class "filterSummary" |
| $-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| $-method | Class "workFlow"(deprecated) |
| $.flowFrame | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| %&% | Take the intersection of two filters |
| %&%-method | Take the intersection of two filters |
| %&%-methods | Take the intersection of two filters |
| %in% | Filter-specific membership methods |
| %in%-method | Filter-specific membership methods |
| %in%-methods | Filter-specific membership methods |
| %on% | Methods for Function %on% in Package 'flowCore' |
| %on%-method | Methods for Function %on% in Package 'flowCore' |
| %on%-methods | Methods for Function %on% in Package 'flowCore' |
| %subset% | Take the intersection of two filters |
| %subset%-method | Take the intersection of two filters |
| %subset%-method | Class filterSet(deprecated) |
| &-method | Take the intersection of two filters |
| *-method | Class "rectangleGate" |
| <-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| <=-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| ==-method | Class "filterResult" |
| ==-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| >-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| >=-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| [-method | Class "filterResultList" |
| [-method | Class filterSet(deprecated) |
| [-method | 'flowFrame': a class for storing observed quantitative properties for a population of cells from a FACS run |
| [-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| [-method | Class "multipleFilterResult" |
| [-method | Class "rectangleGate" |
| [-method | Class "workFlow"(deprecated) |
| [[-method | Class "filterResult" |
| [[-method | Class "filterResultList" |
| [[-method | Class filterSet(deprecated) |
| [[-method | Class "filterSummary" |
| [[-method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| [[-method | Class "logicalFilterResult" |
| [[-method | Class "manyFilterResult" |
| [[-method | Class "multipleFilterResult" |
| [[-method | Class "workFlow"(deprecated) |
| [[<-,filterSet,missing,ANY,filter | Class filterSet(deprecated) |
| [[<--method | Class filterSet(deprecated) |
| [[<--method | 'flowSet': a class for storing flow cytometry raw data from quantitative cell-based assays |
| |-method | A class for representing filtering operations to be applied to flow data. |


Three charged after various drugs found in police raid
by Monique StClairThree men have been charged after a major drug bust in Broadbeach Waters last week.
It’s understood police were tipped off to suspicious activity at a home on Rebecca Court, by a member of the public.
Officers executed a search warrant on Friday morning – when they allegedly uncovered scores of dangerous drugs, including cocaine, cannabis and testosterone.
A 25-year-old, 29-year-old and a 47-year-old were all charged with various drug offences.
The two men in their 20s will appear at Southport Magistrates Court next month while the 47-year-old man will appear in January.
Detective Inspector Craig McGrath from Major and Organised Crime Squad encourages people who observe suspicious activities in their neighbourhood to contact Crimestoppers.
“Information from the community assists greatly in identifying and disrupting these illegal activities,” Detective Inspector McGrath said.
If you have information for Police, please contact Policelink on 131 444 or provide information using their online form 24 hours per day.
You can also report information about crime anonymously to Crime Stoppers by calling 1800 333 000 or via crimestoppersqld.com.au 24 hours per day. Crime Stoppers is a registered charity and community volunteer organisation.


RULES OF THE GAME
How to Play
Grab as many sets as you can
You have one minute
What is a set?
A set is three cards that are either all the same or all different in each individual feature
There are a total of four features - color, shape, quantity, and pattern
No two cards are the same
This is a set. Notice that all 3 cards have either every feature in common (quantity and pattern), or everything different(shape and color)
This is also a set. The color and pattern is all the same, and the quantity and shape are different
Click to go back to the game page


The development in Abztractionz is based on an Application model: a composition of Flows and a Flow describes a sequence of steps that needs to happen within a Web request (called Message in our approach). A Message has a payload (body) and a list of properties while each step is visually identified by an icon and constitutes an Element of the flow. Communication between Elements happens by the interchange of messages and the way messages are moved from one Element to another one is defined by the Connections between them
In Abztractionz we allow Element profiling, meaning we allow the temporary measuring of the performance of the Element. It helps with the identification of elements that are consuming more time to complete in the Flow and as a consequence helps to model optimization. We can attach multiple profilers to our elements and see how the average response time changes as traffic comes in.
Logging is a practical tool for discovering the state of a message and fix production problems. As well as profilers, we allow attaching loggers dynamically without a redeployment process. In Abztractionz, we also allow condition logging, that’s it, log information if it only satisfies some conditions. This is extremely important as it helps to reduce the performance degradation of the elements when thousands of messages are processed per second and because it filters messages that we know are not causing the problem. Nevertheless, all messages can be logged with a “true” condition.
Some production problems can be easily fixed in Abztractionz. For example, an Element is running slow and we start to see a degradation of the service. After some investigation with our tools, we conclude that some operations are taking longer than expected due to more information on the system. In this scenario, Abztractionz allows you to apply a runtime transformation over your models to see if the performance improves. A variety of this "patterns" have been categorized for you and can be safely applied @ runtime to your models.


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import model._ @import config.AppConfig @import model.EmailOptionChoice.EmailOptionChoice @this(main: MainView, applicationConfig: AppConfig) @(apiVersions: Seq[DropDownValue], users: Seq[RegisteredUser], emails: String, params: Map[String, String])(implicit request: Request[_], loggedInUser: LoggedInUser, messagesProvider: MessagesProvider) @main(title = s"${applicationConfig.title} - Email all users subscribed to an API") {


--- layout: default title: The C++ Actor Framework nav-type: home ---
CAF offers a high-level programming environment based on the Actor Model of computation combined with an efficient, native runtime environment that lets you build scalable applications. For example, software for molecular research, communication backends for distributed network security monitoring or even massive multiplayer online games.
The framework is open source, available on GitHub under the 3-Clause BSD License, and in active development since 2011.
Network-transparent messaging combined with a shared nothing architecture enables actors to run concurrently without risking data races. Once applications outgrow a single machine, CAF enables users to scale out seamlessly by distributing actors across the network.
Actors naturally thrive in an ever-changing environment and scale horizontally just as easily as vertically. This makes actors the perfect fit for building applications that grow and shrink dynamically with user demand.
Leveraging C++ enables us to tightly control memory layout as well as actor scheduling. As a result, CAF actors consist of only a few hundred bytes and the messaging layer reclaims memory as soon as possible.
Whether building large-scale applications that live in the cloud, or IoT application that run on resource-constrained devices, CAF users can rely on a low memory footprint and fast execution thanks to a minimal runtime overhead.
Distributed systems have many sources of errors. Writing software for the real world means to anticipate partial failures and to gracefully respond to hardware, software and network errors. CAF cannot make crashes and bugs go away, but it equips you with the tools to manage them.
Actor-based design organizes applications into sub-systems with failover strategies that allow forming supervision trees. These techniques proved themselves in practice time and time again for building reliable, fault tolerant systems.
Our main repository at github.com/actor-framework/actor-framework is where the CAF community comes together to collaborate on the project.
Whether you found a bug, have an idea for an improvement, want to submit patches, or simply want to stay up-to-date with ongoing developments: we are always looking forward to welcome new developers!
Never miss a release or other important updates by following @actor_framework on Twitter! Likes and retweets that help us spread the word are much appreciated!
Our Twitter handle is managed directly by the maintainers of the open source project, so Twitter is also a great place to get in touch with the people behind the framework.
Come and say hi on gitter.im/actor-framework! Our chat room is a great place to get in touch with other CAF users and to ask quick questions.
Becoming a member of our user mailing list at<EMAIL_ADDRESS>connects you to CAF users around the world for sharing your thoughts, asking questions and participating in online discussions surrounding CAF.
Many years of research at the INET working group of the Hamburg University of Applied Sciences guided the development of CAF. When using CAF in a scientific context, please cite one of our primary publications.
The INET working group is always open for joint research projects or other forms of collaborations. Please contact Thomas C. Schmidt for questions related to formal project establishment.
The examples folder in the main repository contains many small applications showcasing selected features of the framework. Of course, the folder also contains the obligatory Hello World.
We strongly recommend looking at the message passing examples first to get an initial feeling for the framework. Afterwards, the remoting examples will help you to distribute your CAF applications.
The user manual discusses CAF feature by feature and highlights selected components such as the scheduler. The introduction chapter also explains terminology and concepts we use throughout all of our resources.
Complementary to the user manual, our Doxygen documentation contains details on all public API classes and functions.
Are you considering CAF for your next software project? Get professional support directly from the creators and maintainers of CAF at interance.io!
We offer a variety of services to help you get the most out of CAF. Including support contracts, consulting, and training.


PLANET SICK-BOY: http://www.sick-boy.com "We Put the SIN in Cinema"
Dreamworks' latest foray into animation is the result of an interesting idea. Jeffrey Katzenberg and company decided to take the best aspect of recently successful animated films – the wisecracking sidekick – and build a film around this scene-stealing cut-up. And just to drive the hilarity home, the writers used two of these class clowns as the main characters in The Road to El Dorado. I can picture well-dressed executives greedily rubbing their hands together while visualizing coffers full of doubloons at the mere thought of a film with two hammy leads. Think of how great a movie would be with Eddie Murphy's Mushu (from Mulan) and Danny DeVito's Philoctetes (from Hercules) as the two main characters.
Okay, El Dorado isn't that great. The two leads (Kevin Kline and Kenneth Branagh) are funny, but not over-the-top enough to ruin the film. The slick animation is on par with Dreamworks' last traditionally animated film, The Prince of Egypt, but the story is much more formulaic than its predecessor. And to top things off, the sidekick in El Dorado still steals the show.
El Dorado begins in 1519 Spain, where soon-to-be-legendary explorer Cortes (Jim Cummings, the voice of Tigger and Winnie the Pooh in The Tigger Movie) is about to set sail for the New World, which he intends to conquer for Spain. In addition, Cortes plans to find and plunder El Dorado, the legendary City of Gold. He's a big meanie and points out that his crew was selected more carefully `than Christ's apostles.' Imagine that job interview.
Meanwhile, two lightweight hoodwinks - Miguel and Tulio (Kenneth Branagh and Kevin Kline from Wild Wild West) - shoot craps with loaded dice in a crowded Spanish alley. Like Jack Dawson in Titanic, they win an unusual pot that includes a map to the City of Gold. Before long their deception is discovered and, during their escape, the two men accidentally end up on Cortes' ship. Before they can escape, the ship is already well into its voyage across the Atlantic. With the help of Altivo, Cortes' faithful horse, Miguel and Tulio manage to procure a rowboat and steal away in the darkness of night. With the horse.
After rowing around in circles for days, the trio finally reaches terra firma. Of course, the particular spot they land on is the precise location that corresponds to the start point on the map to the City of Gold.
Thanks to an ancient legend and a healthy dose of dumb luck, the people of El Dorado mistake Miguel and Tulio for gods. The men want to stay just long enough to pilfer all the gold they can carry from the trusting inhabitants, and are able to fit in with the help of a local con woman that looks like a porn star (Rosie Perez, It Could Happen To You). Even though they have to hit the road before Cortes and his men find the city, Miguel and Tulio have a hard time leaving their new luxurious lifestyle.
If El Dorado seems more Disney-ish to you than Egypt did, it's because most of the filmmakers here were pilfered from the Mouse House. The film's three directors (Robert `Bibo' Bergeron, Will Finn and Don Paul) worked on A Goofy Movie, The Hunchback of Notre Dame and Pocahontas, respectively. The music in El Dorado comes from the writing team responsible for The Lion King, and features five new songs performed by Sir Elton John. There's also one of those Disney animating secrets that animates - I swear to God - a bull with a nutsack the size of Rhode Island. If you don't see it, wait for the DVD.
The voice work is fine all around. Kline and Branagh sound like they had a great time working on this project, and Perez's voice isn't the screeching nasal nightmare you're used to hearing. She's much more restrained and, as a result, her voice is quiet and – gulp – almost soothing.
Now there's something I never thought I would say.
1:23 - PG for mild adult language and slapstick violence
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


by Curtis Edmonds --<EMAIL_ADDRESS>I went into A Bug's Life with certain expectations, and I was not disappointed. I expected to see a technically advanced movie, with visually stunning sets. I expected to see cutesy little characters spouting bad puns. I expected to hear lots of celebrity voiceovers. And I expected A Bug's Life to rival it's predecessor, Toy Story, in providing that ineffable something known as movie magic. If A Bug's Life did nothing more than meet my expectations -- which it does -- it would be a very good movie indeed. In movies, and life, you're supposed to expect the unexpected. What makes A Bug's Life a wonderful movie is the one thing I didn't expect going in. A Bug's Life just happens to be a grand celebration of something that seldom gets celebrated in Hollywood these days: The Values that Made America Great.
First, you need to know that A Bug's Life is about a clash between three cultural and political systems.  (To their credit, the ants are the nicest, cutest Communists you'd ever want to meet, and they're ruled by Phyllis Diller instead of Big Brother.)  The Ants work like Stalinist shock-workers to gather enough food to feed themselves and the Grasshoppers.
Along comes Flik, who -- with one exception -- is the digital embodiment of the American Spirit. (Save for his voice, which is provided by Canada's Dave Foley.) Flik is an Eagle Scout among bugs (yes, they have Scouting in A Bug's Life). We know right from the outset that he is smart, creative and inventive -- we see him with a jerry-built harvester designed to collect grain more efficiently. When he accidentally endangers the colony, he accepts responsibility and tries to stand up to the bully grasshoppers. He bravely goes forth on a noble quest and returns heroically -- then uses his daring and ingenuity in the final battle with the grasshoppers. Flik is the closest thing to a Frank Capra hero we've seen since Captain Miller in Saving Private Ryan (and before that, Kevin Costner's Postman, which makes you wonder where all the Capra heroes have gone.)
Flik is aided on his mission by a wandering troupe of circus bugs, who make the trip to the ant colony thinking they're there to entertain -- instead of serving as mercenaries. The troupe provides all of the other elements that you'd expect from a Pixar movie: lots of celebrity voices, physical humor, and cheap puns. The top act at the flea circus is at least as visually complex as the "falling with style" sequence in Toy Story, and the ending battle with the grasshoppers is as inventive as Buzz and Woody's final dash for the moving van. My only complaint is that there are probably one or two too many circus performers, and the ones who are most interesting (say, Bonnie Hunt's black widow) don't get enough screen time.
However, this is a minor quibble, and in no way should affect my admiration for the hard work of the Pixar team in bringing us this lively holiday gift. A Bug's Life is a labor of love in an industry that all too often takes the quick and dirty approach. Best wishes to them and to their marketing department, which is now, I'm sure, busy selling little Flik dolls... because capitalism is an American Value too.
-- Curtis Edmonds
MovieNation: Movie Reviews in Black and White http://members.xoom.com/movienation<EMAIL_ADDRESS>"No children have ever meddled with the Republican Party and lived to tell about it." -- Sideshow Bob
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


I am a window with 3DBorder turned on. My settings are listed below:
<StandardWindow demo_with_3dborder> Left 1in Top 2in Width 4in Height 3in 3DBorder On </StandardWindow>


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object eu.cassandra.sim.entities.Entity eu.cassandra.sim.entities.people.Person
public class Person
| Nested Class Summary | |
|---|---|
static class |
Person.Builder
The Builder class for Persons. |
| Method Summary | |
|---|---|
void |
addActivity(Activity a)
Adds an activity to the person. |
java.util.Vector<Activity> |
getActivities()
Gets the person's activities. |
double |
getAwareness()
Gets the person's awareness. |
Installation |
getInstallation()
Gets the installation the person resides in. |
double |
getSensitivity()
Gets the person's sensitivity. |
void |
setAwareness(double awareness)
Sets the person's awareness. |
void |
setSensitivity(double sensitivity)
Sets the person's sensitivity. |
void |
updateDailySchedule(int tick,
java.util.concurrent.PriorityBlockingQueue<Event> queue,
PricingPolicy pricing,
PricingPolicy baseline,
java.lang.String responseType,
ORNG orng)
Update daily schedule. |
| Methods inherited from class eu.cassandra.sim.entities.Entity |
|---|
getDescription, getId, getName, getType, setDescription, setId, setName, setType |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Method Detail |
|---|
public void addActivity(Activity a)
a
- the activitypublic void updateDailySchedule(int tick, java.util.concurrent.PriorityBlockingQueue<Event> queue, PricingPolicy pricing, PricingPolicy baseline, java.lang.String responseType, ORNG orng)
tick
- the tickqueue
- the queuepricing
- the pricingbaseline
- the baselineresponseType
- the response typeorng
- the orngpublic Installation getInstallation()
public java.util.Vector<Activity> getActivities()
public double getAwareness()
public void setAwareness(double awareness)
awareness
- the new person's awarenesspublic double getSensitivity()
public void setSensitivity(double sensitivity)
sensitivity
- the new person's sensitivity
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


The library creates and manages per-zoom-level clusters for large amounts of markers.
This is an enhanced V3 implementation of the V2 MarkerClusterer by Xiaoxi Wu. It is based on the V3 MarkerClusterer port by Luke Mahe. MarkerClustererPlus was created by Gary Little.
v2.0 release: MarkerClustererPlus v2.0 is backward compatible with MarkerClusterer v1.0. It
adds support for the ignoreHidden
, title
, batchSizeIE
,
and calculator
properties as well as support for four more events. It also allows
greater control over the styling of the text that appears on the cluster marker. The
documentation has been significantly improved and the overall code has been simplified and
polished. Very large numbers of markers can now be managed without causing Javascript timeout
errors on Internet Explorer. Note that the name of the clusterclick
event has been
deprecated. The new name is click
, so please change your application code now.
For a description and examples of how to use this library, check out the how-to.
| Constructor | Description |
|---|---|
Cluster(mc:MarkerClusterer) |
Creates a single cluster that manages a group of proximate markers. Used internally, do not call this constructor directly. |
| Methods | Return Value | Description |
|---|---|---|
getCenter() |
google.maps.LatLng |
Returns the center of the cluster. You can call this from
a click , mouseover , or mouseout event handler
for the MarkerClusterer object. |
getMarkers() |
Array |
Returns the array of markers managed by the cluster. You can call this from
a click , mouseover , or mouseout event handler
for the MarkerClusterer object. |
getSize() |
number |
Returns the number of markers managed by the cluster. You can call this from
a click , mouseover , or mouseout event handler
for the MarkerClusterer object. |
This class is an object containing general information about a cluster icon. This is
the object that a calculator
function returns.
| Properties | Type | Description |
|---|---|---|
index |
number |
The index plus 1 of the element in the styles
array to be used to style the cluster icon. |
text |
string |
The text of the label to be shown on the cluster icon. |
title |
string |
The tooltip to display when the mouse moves over the cluster icon.
If this value is undefined or "" , title is set to the
value of the title property passed to the MarkerClusterer. |
This class represents the object for values in the styles
array passed
to the MarkerClusterer
constructor. The element in this array that is used to
style the cluster icon is determined by calling the calculator
function.
| Properties | Type | Description |
|---|---|---|
anchorIcon |
Array |
The anchor position (in pixels) of the cluster icon. This is the
spot on the cluster icon that is to be aligned with the cluster position. The format is
[yoffset, xoffset] where yoffset increases as you go down and
xoffset increases to the right of the top-left corner of the icon. The default
anchor position is the center of the cluster icon. |
anchorText |
Array |
The position (in pixels) from the center of the cluster icon to
where the text label is to be centered and drawn. The format is [yoffset, xoffset]
where yoffset increases as you go down from center and xoffset
increases to the right of center. The default is [0, 0] . |
backgroundPosition |
string |
The position of the cluster icon image
within the image defined by url . The format is "xpos ypos"
(the same format as for the CSS background-position property). You must set
this property appropriately when the image defined by url represents a sprite
containing multiple images. Note that the position must be specified in px units. The default value is "0 0" . |
fontFamily |
string |
The value of the CSS font-family
property for the label text shown on the cluster icon. The default value is "Arial,sans-serif" . |
fontStyle |
string |
The value of the CSS font-style
property for the label text shown on the cluster icon. The default value is "normal" . |
fontWeight |
string |
The value of the CSS font-weight
property for the label text shown on the cluster icon. The default value is "bold" . |
height |
number |
The display height (in pixels) of the cluster icon. Required. |
textColor |
string |
The color of the label text shown on the
cluster icon. The default value is "black" . |
textDecoration |
string |
The value of the CSS text-decoration
property for the label text shown on the cluster icon. The default value is "none" . |
textSize |
number |
The size (in pixels) of the label text shown on the
cluster icon. The default value is 11 . |
url |
string |
The URL of the cluster icon image file. Required. |
width |
number |
The display width (in pixels) of the cluster icon. Required. |
This class extends google.maps.OverlayView
.
| Constructor | Description |
|---|---|
MarkerClusterer(map:google.maps.Map, opt_markers?:Array.<google.maps.Marker>, opt_options?:MarkerClustererOptions) |
Creates a MarkerClusterer object with the options specified in MarkerClustererOptions . |
| Methods | Return Value | Description |
|---|---|---|
addMarker(marker:google.maps.Marker, opt_nodraw?:boolean) |
None |
Adds a marker to the clusterer. The clusters are redrawn unless
opt_nodraw is set to true . |
addMarkers(markers:Array.<google.maps.Marker>, opt_nodraw?:boolean) |
None |
Adds an array of markers to the clusterer. The clusters are redrawn unless
opt_nodraw is set to true . |
clearMarkers() |
None |
Removes all clusters and markers from the map and also removes all markers managed by the clusterer. |
fitMapToMarkers() |
None |
Fits the map to the bounds of the markers managed by the clusterer. |
getAverageCenter() |
boolean |
Returns the value of the averageCenter property. |
getBatchSizeIE() |
number |
Returns the value of the batchSizeIE property. |
getCalculator() |
function |
Returns the value of the calculator property. |
getClusterClass() |
string |
Returns the value of the clusterClass property. |
getClusters() |
Array |
Returns the current array of clusters formed by the clusterer. |
getEnableRetinaIcons() |
boolean |
Returns the value of the enableRetinaIcons property. |
getGridSize() |
number |
Returns the value of the gridSize property. |
getIgnoreHidden() |
boolean |
Returns the value of the ignoreHidden property. |
getImageExtension() |
string |
Returns the value of the imageExtension property. |
getImagePath() |
string |
Returns the value of the imagePath property. |
getImageSizes() |
Array |
Returns the value of the imageSizes property. |
getMarkers() |
Array |
Returns the array of markers managed by the clusterer. |
getMaxZoom() |
number |
Returns the value of the maxZoom property. |
getMinimumClusterSize() |
number |
Returns the value of the minimumClusterSize property. |
getStyles() |
Array |
Returns the value of the styles property. |
getTitle() |
string |
Returns the value of the title property. |
getTotalClusters() |
number |
Returns the number of clusters formed by the clusterer. |
getTotalMarkers() |
number |
Returns the number of markers managed by the clusterer. |
getZoomOnClick() |
boolean |
Returns the value of the zoomOnClick property. |
removeMarker(marker:google.maps.Marker, opt_nodraw?:boolean) |
boolean |
Removes a marker from the cluster. The clusters are redrawn unless
opt_nodraw is set to true . Returns true if the
marker was removed from the clusterer. |
removeMarkers(markers:Array.<google.maps.Marker>, opt_nodraw?:boolean) |
boolean |
Removes an array of markers from the cluster. The clusters are redrawn unless
opt_nodraw is set to true . Returns true if markers
were removed from the clusterer. |
repaint() |
None |
Recalculates and redraws all the marker clusters from scratch. Call this after changing any properties. |
setAverageCenter(averageCenter:boolean) |
None |
Sets the value of the averageCenter property. |
setBatchSizeIE(batchSizeIE:number) |
None |
Sets the value of the batchSizeIE property. |
setCalculator(calculator:function(Array.<google.maps.Marker>|number)) |
None |
Sets the value of the calculator property. |
setClusterClass(clusterClass:string) |
None |
Sets the value of the clusterClass property. |
setEnableRetinaIcons(enableRetinaIcons:boolean) |
None |
Sets the value of the enableRetinaIcons property. |
setGridSize(gridSize:number) |
None |
Sets the value of the gridSize property. |
setIgnoreHidden(ignoreHidden:boolean) |
None |
Sets the value of the ignoreHidden property. |
setImageExtension(imageExtension:string) |
None |
Sets the value of the imageExtension property. |
setImagePath(imagePath:string) |
None |
Sets the value of the imagePath property. |
setImageSizes(imageSizes:Array) |
None |
Sets the value of the imageSizes property. |
setMaxZoom(maxZoom:number) |
None |
Sets the value of the maxZoom property. |
setMinimumClusterSize(minimumClusterSize:number) |
None |
Sets the value of the minimumClusterSize property. |
setStyles(styles:Array.<ClusterIconStyle>) |
None |
Sets the value of the styles property. |
setTitle(title:string) |
None |
Sets the value of the title property. |
setZoomOnClick(zoomOnClick:boolean) |
None |
Sets the value of the zoomOnClick property. |
| Events | Arguments | Description |
|---|---|---|
click |
c:Cluster |
This event is fired when a cluster marker is clicked. |
clusteringbegin |
mc:MarkerClusterer |
This event is fired when the MarkerClusterer begins
clustering markers. |
clusteringend |
mc:MarkerClusterer |
This event is fired when the MarkerClusterer stops
clustering markers. |
mouseout |
c:Cluster |
This event is fired when the mouse moves out of a cluster marker. |
mouseover |
c:Cluster |
This event is fired when the mouse moves over a cluster marker. |
This class represents the optional parameter passed to
the MarkerClusterer
constructor. There is no constructor for this class. Instead, this class is instantiated as a javascript object literal.
| Properties | Type | Description |
|---|---|---|
averageCenter |
boolean |
Whether the position of a cluster marker should be
the average position of all markers in the cluster. If set to false , the
cluster marker is positioned at the location of the first marker added to the cluster. The default value is false . |
batchSize |
number |
Set this property to the
number of markers to be processed in a single batch when using a browser other than
Internet Explorer (for Internet Explorer, use the batchSizeIE property instead). The default value is MarkerClusterer.BATCH_SIZE . |
batchSizeIE |
number |
When Internet Explorer is
being used, markers are processed in several batches with a small delay inserted between
each batch in an attempt to avoid Javascript timeout errors. Set this property to the
number of markers to be processed in a single batch; select as high a number as you can
without causing a timeout error in the browser. This number might need to be as low as 100
if 15,000 markers are being managed, for example. The default value is MarkerClusterer.BATCH_SIZE_IE . |
calculator |
function |
The function used to determine
the text to be displayed on a cluster marker and the index indicating which style to use
for the cluster marker. The input parameters for the function are (1) the array of markers
represented by a cluster marker and (2) the number of cluster icon styles. It returns a
ClusterIconInfo object. The default calculator returns a
text property which is the number of markers in the cluster and an
index property which is one higher than the lowest integer such that
10^i exceeds the number of markers in the cluster, or the size of the styles
array, whichever is less. The styles array element used has an index of
index minus 1. For example, the default calculator returns a
text value of "125" and an index of 3
for a cluster icon representing 125 markers so the element used in the styles
array is 2 . A calculator may also return a title
property that contains the text of the tooltip to be used for the cluster marker. If
title is not defined, the tooltip is set to the value of the title
property for the MarkerClusterer. The default value is MarkerClusterer.CALCULATOR . |
clusterClass |
string |
The name of the CSS class defining general styles
for the cluster markers. Use this class to define CSS styles that are not set up by the code
that processes the styles array. The default value is "cluster" . |
enableRetinaIcons |
boolean |
Whether to allow the use of cluster icons that
have sizes that are some multiple (typically double) of their actual display size. Icons such
as these look better when viewed on high-resolution monitors such as Apple's Retina displays.
Note: if this property is true , sprites cannot be used as cluster icons. The default value is false . |
gridSize |
number |
The grid size of a cluster in pixels. The grid is a square. The default value is 60 . |
ignoreHidden |
boolean |
Whether to ignore hidden markers in clusters. You
may want to set this to true to ensure that hidden markers are not included
in the marker count that appears on a cluster marker (this count is the value of the
text property of the result returned by the default calculator ).
If set to true and you change the visibility of a marker being clustered, be
sure to also call MarkerClusterer.repaint() . The default value is false . |
imageExtension |
string |
The extension name for the cluster icon image files (e.g., "png" or
"jpg" ). The default value is MarkerClusterer.IMAGE_EXTENSION . |
imagePath |
string |
The full URL of the root name of the group of image files to use for cluster icons.
The complete file name is of the form imagePath n.imageExtension
where n is the image file number (1, 2, etc.). The default value is MarkerClusterer.IMAGE_PATH . |
imageSizes |
Array |
An array of numbers containing the widths of the group of
imagePath n.imageExtension image files.
(The images are assumed to be square.) The default value is MarkerClusterer.IMAGE_SIZES . |
maxZoom |
number |
The maximum zoom level at which clustering is enabled or
null if clustering is to be enabled at all zoom levels. The default value is null . |
minimumClusterSize |
number |
The minimum number of markers needed in a cluster
before the markers are hidden and a cluster marker appears. The default value is 2 . |
styles |
Array |
An array of ClusterIconStyle elements defining the styles
of the cluster markers to be used. The element to be used to style a given cluster marker
is determined by the function defined by the calculator property.
The default is an array of ClusterIconStyle elements whose properties are derived
from the values for imagePath , imageExtension , and
imageSizes . |
title |
string |
The tooltip to display when the mouse moves over a cluster
marker. (Alternatively, you can use a custom calculator function to specify a
different tooltip for each cluster marker.) The default value is "" . |
zoomOnClick |
boolean |
Whether to zoom the map when a cluster marker is
clicked. You may want to set this to false if you have installed a handler
for the click event and it deals with zooming on its own. The default value is true . |


An exception is thrown (due to an attempt to divide by zero, at line 4) and caught by
the catch block (at line 6) – causing any code inside of the
catch, except for the return statement,
to execute - before the code flow is then routed to the finally
block (at line 9).
Since the finally block always executes, any code inside of the finally
(i.e. the statement at line 10), similar to the code inside of the catch block, also
runs. After the code in the finally block completes, the flow of the code is then transfered to
the return statement
at line 8 – inside of the catch, where it then gets routed back to the calling method
(main) before terminating.
Consequently, the result of the code flow in this example is that, neither the code statement
at line 4 – or at line 12 executes.
Interestingly, inserting a return statement
inside of the finally block,
would make it impossible for the code at line 12 to ever
run – resulting in an
unreachable statement compiler error.
On the other hand, as currently written, it's entirely possible to add
additional
code to this example, that causes the statement at line 12 to execute
– even after the code flow returns to the calling method.
For this reason, no unreachable statement compiler error is thrown in this example,
even though the statement at line 12 (and 4) never executes, since the statement is still reachable.


Notebooks
Story: The place to which people go after death, and various ways of dying and being killed
The place to which people go after death, and various ways of dying and being killed
Title
The place to which people go after death, and various ways of dying and being killed
Collection
Summary
Death. The place to which the Bushmen go after death. The various ways of dying, and of being killed (L II.-12. 1173-1243, 13. 1244-1314. 14. 1315-1396). A description of the place where people go to after death as well as various ways of dying, including murder and death from starvation.
Comments
1) p.1173v: a knife with two sharp edges like those from Damaraland, 2) p.1174v: (26 May 1879) an opening called a 'grave' by ||kabbo's people, 3) p.1175v: a knife with one sharp edge, 4) p.1176v: the man who shoots well lives and the man who shoots 'amiss' dies of hunger, 5) See also A man is wounded by another by accident when out after springbok and ||kabbo tells of death, the hole, and the path of the First Bushmen, 6) This story is found in Book II-12
Contributors
Date
12 – 13 April 1872
Categories
Keywords
death (different ways of dying and being killed) , death (the place where |xam go after) , death (of |xam) , death (of people) , murder (and death of people and place they go to after dying) , poison (and death of people and place they go to after dying) , hunger (and death of people and place they go to after dying) , hunger (death from starvation) , hunting (and death of people and place they go to after dying) , hunting (and shooting well or badly) , hunting (accidents) , place (where people go after dying)
Story Pages
1173-1180


Presented by Stef Liu
CSS Grid support across browsers as of June 2017 via http://caniuse.com/#feat=css-grid
display: grid
grid-template-columns
grid-template-rows
grid-column-gap
grid-row-gap
grid-gap
fr
unitrepeat()
Define a CSS Grid with repeat()
to create the grid
below with a 30px gap between columns and rows


 Name : Himanish "Hammy"
 Email : <a href="mailto:contactme<EMAIL_ADDRESS>
 Vision : Make Incredible Things To Make India Proud
Current Project : Workshop App
Name : Himanish kochhar
About Me : I am Engineer. I Love to write blog on latest technology.
Mostly i spend my time on working or writing web codes and playing role playing games. I expertise in web Programming and Designs . I keep myself upgrading myy knowledge with learning new frameworks,languages and latest technology.
My Favourite Subjects Networking and OpreatingSystem.
Skills :
Web technologies: HTML, CSS, Java-script, jQuery, Asp.net, Php
Frameworks: Wordpress, .NET framework
Languages: C, Java
Database: SQL, MySQL
Software Packages: Visual studio 2016, Sql Management studio, Sublime-Text
Version Control: Git;


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[1]
back to when in europe for business ro pleasure , also the wifi was well and working well .
[2]
room was well , we asked extra bed , was there , at no extra charge .