| Package | Description |
|---|---|
| org.jfree.chart |
Core classes, including
JFreeChart and
ChartPanel . |
| org.jfree.chart.annotations |
A framework for adding annotations to charts.
|
| org.jfree.chart.axis |
Axis classes and interfaces.
|
| org.jfree.chart.editor |
Provides a simple (but so far incomplete) framework for editing chart
properties.
|
| org.jfree.chart.entity |
Classes representing components of (or entities in) a chart.
|
| org.jfree.chart.event |
Event classes and listener interfaces, used to provide a change
notification mechanism so that charts are automatically redrawn
whenever changes are made to any chart component.
|
| org.jfree.chart.labels |
Generators and other classes used for the display of item labels and tooltips.
|
| org.jfree.chart.panel |
Classes related to the
ChartPanel class. |
| org.jfree.chart.plot |
Plot classes and related interfaces.
|
| org.jfree.chart.plot.dial |
Classes for creating dial plots.
|
| org.jfree.chart.renderer |
Core support for the plug-in renderers used by the
CategoryPlot and XYPlot classes. |
| org.jfree.chart.renderer.category |
Plug-in renderers for the
CategoryPlot class. |
| org.jfree.chart.renderer.xy |
Plug-in renderers for the
XYPlot class. |
| Class and Description |
|---|
| CategoryPlot
A general plotting class that uses data from a
CategoryDataset and
renders each data item using a CategoryItemRenderer . |
| DrawingSupplier
A supplier of
Paint , Stroke and Shape
objects for use by plots and renderers. |
| FastScatterPlot
A fast scatter plot.
|
| MeterPlot
A plot that displays a single value in the form of a needle on a dial.
|
| MultiplePiePlot
A plot that displays multiple pie plots using data from a
CategoryDataset . |
| PieLabelLinkStyle
Used to indicate the style for the lines linking pie sections to their
corresponding labels.
|
| PiePlot
A plot that displays data in the form of a pie chart, using data from any
class that implements the
PieDataset interface. |
| Plot
The base class for all plots in JFreeChart.
|
| PlotOrientation
Used to indicate the orientation (horizontal or vertical) of a 2D plot.
|
| PlotRenderingInfo
Stores information about the dimensions of a plot and its subplots.
|
| PolarPlot
Plots data that is in (theta, radius) pairs where
theta equal to zero is due north and increases clockwise.
|
| SpiderWebPlot
A plot that displays data from a
CategoryDataset in the form of a
"spider web". |
| ThermometerPlot
A plot that displays a single value (from a
ValueDataset ) in a
thermometer type display. |
| XYPlot
A general class for plotting data in the form of (x, y) pairs.
|
| Class and Description |
|---|
| CategoryPlot
A general plotting class that uses data from a
CategoryDataset and
renders each data item using a CategoryItemRenderer . |
| PlotRenderingInfo
Stores information about the dimensions of a plot and its subplots.
|
| XYPlot
A general class for plotting data in the form of (x, y) pairs.
|
| Class and Description |
|---|
| ColorPalette
Deprecated.
This class is no longer supported (as of version 1.0.4). If
you are creating contour plots, please try to use
XYPlot and
XYBlockRenderer . |
| ContourPlot
Deprecated.
This plot is no longer supported, please use
XYPlot with
an XYBlockRenderer . |
| IntervalMarker
Represents an interval to be highlighted in some way.
|
| Plot
The base class for all plots in JFreeChart.
|
| PlotRenderingInfo
Stores information about the dimensions of a plot and its subplots.
|
| Class and Description |
|---|
| ColorPalette
Deprecated.
This class is no longer supported (as of version 1.0.4). If
you are creating contour plots, please try to use
XYPlot and
XYBlockRenderer . |
| Plot
The base class for all plots in JFreeChart.
|
| PolarPlot
Plots data that is in (theta, radius) pairs where
theta equal to zero is due north and increases clockwise.
|
| Class and Description |
|---|
| Plot
The base class for all plots in JFreeChart.
|
| Class and Description |
|---|
| Marker
The base class for markers that can be added to plots to highlight a value
or range of values.
|
| Plot
The base class for all plots in JFreeChart.
|
| Class and Description |
|---|
| Crosshair
A crosshair for display on a plot.
|
| Class and Description |
|---|
| Crosshair
A crosshair for display on a plot.
|
| Class and Description |
|---|
| AbstractPieLabelDistributor
A base class for handling the distribution of pie section labels.
|
| CategoryCrosshairState
Represents state information for the crosshairs in a
CategoryPlot . |
| CategoryMarker
A marker for a category.
|
| CategoryPlot
A general plotting class that uses data from a
CategoryDataset and
renders each data item using a CategoryItemRenderer . |
| CenterTextMode
The mode for the center text on a
RingPlot . |
| ColorPalette
Deprecated.
This class is no longer supported (as of version 1.0.4). If
you are creating contour plots, please try to use
XYPlot and
XYBlockRenderer . |
| ContourPlot
Deprecated.
This plot is no longer supported, please use
XYPlot with
an XYBlockRenderer . |
| ContourValuePlot
Deprecated.
This interface is no longer supported (as of version 1.0.4).
If you are creating contour plots, please try to use
XYPlot and
XYBlockRenderer . |
| CrosshairState
Maintains state information about crosshairs on a plot between successive
calls to the renderer's draw method.
|
| DatasetRenderingOrder
Defines the tokens that indicate the rendering order for datasets in a
CategoryPlot or an
XYPlot . |
| DialShape
Used to indicate the background shape for a
MeterPlot . |
| DrawingSupplier
A supplier of
Paint , Stroke and Shape
objects for use by plots and renderers. |
| Marker
The base class for markers that can be added to plots to highlight a value
or range of values.
|
| MeterInterval
An interval to be highlighted on a
MeterPlot . |
| Pannable
An interface that the
ChartPanel class uses to communicate with
plots that support panning. |
| PieLabelLinkStyle
Used to indicate the style for the lines linking pie sections to their
corresponding labels.
|
| PieLabelRecord
A structure that retains information about the label for a section in a pie
chart.
|
| PiePlot
A plot that displays data in the form of a pie chart, using data from any
class that implements the
PieDataset interface. |
| PiePlotState
A renderer state.
|
| Plot
The base class for all plots in JFreeChart.
|
| PlotOrientation
Used to indicate the orientation (horizontal or vertical) of a 2D plot.
|
| PlotRenderingInfo
Stores information about the dimensions of a plot and its subplots.
|
| PlotState
Records information about the state of a plot during the drawing process.
|
| PolarAxisLocation
Used to indicate the location of an axis on a
PolarPlot . |
| SeriesRenderingOrder
Defines the tokens that indicate the rendering order for series in a
XYPlot . |
| ValueAxisPlot
An interface that is implemented by plots that use a
ValueAxis ,
providing a standard method to find the current data range. |
| XYPlot
A general class for plotting data in the form of (x, y) pairs.
|
| Zoomable
A plot that is zoomable must implement this interface to provide a
mechanism for the
ChartPanel to control the zooming. |
| Class and Description |
|---|
| Plot
The base class for all plots in JFreeChart.
|
| PlotRenderingInfo
Stores information about the dimensions of a plot and its subplots.
|
| PlotState
Records information about the state of a plot during the drawing process.
|
| Class and Description |
|---|
| DrawingSupplier
A supplier of
Paint , Stroke and Shape
objects for use by plots and renderers. |
| PlotOrientation
Used to indicate the orientation (horizontal or vertical) of a 2D plot.
|
| PlotRenderingInfo
Stores information about the dimensions of a plot and its subplots.
|
| PolarPlot
Plots data that is in (theta, radius) pairs where
theta equal to zero is due north and increases clockwise.
|
| WaferMapPlot
A wafer map plot.
|
| Class and Description |
|---|
| CategoryCrosshairState
Represents state information for the crosshairs in a
CategoryPlot . |
| CategoryMarker
A marker for a category.
|
| CategoryPlot
A general plotting class that uses data from a
CategoryDataset and
renders each data item using a CategoryItemRenderer . |
| DrawingSupplier
A supplier of
Paint , Stroke and Shape
objects for use by plots and renderers. |
| Marker
The base class for markers that can be added to plots to highlight a value
or range of values.
|
| PlotOrientation
Used to indicate the orientation (horizontal or vertical) of a 2D plot.
|
| PlotRenderingInfo
Stores information about the dimensions of a plot and its subplots.
|
| Class and Description |
|---|
| CrosshairState
Maintains state information about crosshairs on a plot between successive
calls to the renderer's draw method.
|
| DrawingSupplier
A supplier of
Paint , Stroke and Shape
objects for use by plots and renderers. |
| Marker
The base class for markers that can be added to plots to highlight a value
or range of values.
|
| Plot
The base class for all plots in JFreeChart.
|
| PlotOrientation
Used to indicate the orientation (horizontal or vertical) of a 2D plot.
|
| PlotRenderingInfo
Stores information about the dimensions of a plot and its subplots.
|
| XYPlot
A general class for plotting data in the form of (x, y) pairs.
|


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The topic metadata.
Get metadata for the topic(s) defined in the specified content file.
The full path of the content file.
A Promise that resolves to the topic metadata.
Parse page metadata from DocFX managed-class-reference YAML.
Parse page metadata from a Markdown file's YAML front-matter.
The full path to the file.
A promise that resolves to the page metadata (or null if the page metadata could not be parsed).
Generated using TypeDoc
Determine the type of topic represented by the specified topic metadata.


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12.1 Image Dynamic Range Calibration
12.2 Calibration of Imaging System PSF
12.3 High Frequency Component Amplification
12.4 Local Contrast Enhancement by Means Of Un-sharp Masking
12.5 Local Contrast Enhancement by Means Local Range Homogenization
The goal of image enhancement is producing, out of raw or corrected (“restored”) images, enhanced images, which better fit the needs and capabilities of human operators in image analysis and decision making.
Image gray scale reproduction is characterized by the imaging system transfer function. Normally it should be a linear function in the image intensity dynamic range from its minimum to its maximum. Deviations from linearity cause image gray scale distortions that need to be corrected.
Correcting gray scale distortions is obviously a special case of inverse problems. However, in applications, it very frequently happens that the imaging system transfer function that has to be corrected is not known. In some cases it can be determined directly from an analysis of distorted images or calibrated using as a reference a certain standard image.
Nonlinear point-wise distortion transfer function can be, for quantized signals, parameterized as a look-up table with the number of parameters (look-up table entries) equal to the number of signal quantization levels. It affects all pixels in the same way. Therefore, having enough many pixels, one can, in principle, estimate those parameters from statistical characteristics of distorted images quite well. Specifically, distribution histograms of images, which are directly affected by the point-wise transformation, can be used for this purpose if normal histogram is known for the type of images, to which the image to be corrected belongs.
If the probability distribution function of a desired image is known, the correcting nonlinear transformation can be found as a transformation that converts the histogram of the distorted image into the histogram defined by the known probability distribution function of the desired image. Generally, correcting non-linear transformation is the one that converts the histogram of the distorted image into a normal histogram for the given type of images. We will refer to such a transformation as to histogram matching.
Algorithmically, the histogram matching can be implemented through the histogram equalization, a nonlinear transformation that converts image histograms to uniform histograms. For the histogram matching, it is sufficient to find histogram equalization transformation for image to be transformed and that for the image with the reference histogram. The required histogram matching transformation can then be obtained by combining histogram equalization transformation for the image to be transformed and the transformation inverse to the histogram equalization transformation for the reference histogram.
Histogram equalization is a special case of a large class of non-linear filtering algorithms.
“Image Dynamic Range Calibration” experiment present a correction of a test image according to an auxiliary image using histogram match algorithm, by matching the test image histogram to the auxiliary image histogram.
Histogram matching algorithm:
Calculation of test and auxiliary images histograms,
stored at respectively:
,
Where is the test image pixel
value at coordinate,
is the auxiliary image pixel value at coordinate and
Calculation of cumulative sum of the histograms:
Normalization to quantization level:
Where:
is
the test image width
is
the test image height
is
the auxiliary image width
is the auxiliary image height
lookup table creation:
Where
Apply the lut on the test image
For comparison, global mean and variance calibration are
presented, which is a method of adjusting image appearance by changing the
image global mean and standard deviation values to desired values. Given
desired standard deviation () and mean values (), and calculated mean and
standard deviation:
Equation 13‑1
Equation 13‑2
The global mean and variance calibration is performed by the
following formula:
Equation 13‑3
Figure 13‑1 shows an illustration of histogram matching algorithm and global mean and variance setting.
Figure 13‑1: "Image Dynamic Range Calibration". Top left is the test image. Bottom left is the test image histogram. Second from the left top is the test image after calibration of mean (set to) and standard deviation (set to). Second from the left bottom is the test image after calibration histogram. Top right is the auxiliary image. Bottom right is the auxiliary image histogram. Second from the right top is the test image after histogram matching operation to the auxiliary image histogram. Second from the right bottom is the histogram of the test image after histogram matching.
One of the most immediate applications of Wiener filtering is correcting distortions caused by finite size of apertures of image sensors, image sampling devices and image displays. We will refer to this processing as to aperture correction.
Let an image sensor and sampling device is an array of light sensitive elements with a square aperture of size arranged over square sampling grid with sampling interval . Then frequency response of the individual sensor elements is
Equation 13‑4
or
Equation 13‑5
where is
sensor’s fill factor. The discrete frequency response of
the sensor can be obtained as samples of taken
in frequency domain sampling points with sampling interval:
Equation 13‑6
where is the number of samples in both coordinates (assuming cardinal sampling).
If the image display device has also a square aperture of size , the entire imaging
system discrete frequency response is:
Equation 13‑7
Parameters , and are imaging system design parameters that usually are specified in imaging system certificates.
For cases where the aperture kernel is unknown, considering that aperture PSF mostly result in blur in the final image, aperture correction can be regarded as local contrast enhancement\ high frequency component amplification task. This can be achieved using a Laplacian operator.
Laplacian operator can be considered as an empirical approximation to adaptive whitening operators, which mentioned at <IP_ADDRESS> Target object localization in the presence of non-white (correlated) additive Gaussian noise. The whitening filter usually results in emphasizing high frequency image components with respect to its low frequency components, due to the fact that power spectra of images usually (though not always) tend to decay on high frequencies. Experiment show that for many natural images, the whitening filter can be estimated as the Laplacian operator.
Three of the most common versions of the Laplacian operator:
; ;
Equation 13‑8
To enhance local contrast using the Laplacian operator, the result of the Laplacian operator multiplied by a weight should be added to the original image.
The “Calibration of Imaging System PSF” experiment illustrated to methods for image PSF correction - Wiener filtering for aperture correction and Aperture correction un-sharp masking.
A given test image is blurred and Gaussian noise is added to it, resulting in .
The wiener filter described at Equation 13‑7 is calculated where .
The filter then applied on the image in the frequency
domain:
Equation 13‑9
where is the Fourier transform of .
The final result is given by:
Equation 13‑10
Where , is a restriction parameter on the correction, and is the correction weight.
A given test image is blurred and Gaussian noise is added to it, resulting in .
The un-sharp masking for aperture correction operation is
Equation 13‑11
Where is the Laplacian operator, is the input image,
Where is a predefined weight parameter, and is a restriction parameter of edge enhancement operation.
Figure 13‑2: “Calibration of Imaging System PSF”. Top left is the test image. Top right is the test image blurred and with additive Gaussian noise. Bottom left is the Aperture correction using un-sharp algorithm result. Bottom right is the Wiener filtering for aperture correction algorithm result. The blur kernel is Gaussian, size 5x5, variance, noise standard deviation is , , .
As we can see from the results displayed at Figure 13‑2, the un-sharp algorithm performs better than the Wiener filter for aperture correction. This is due to the adaptive feature of the unsharp masking algorithm, whereas the Wiener filter for aperture correction algorithm assumes certain characteristics of the image display \ scanned psf, and therefore, not adaptive.
The filters are classified in two groups: local contrast enhancement filters and edge extraction filters. Local contrast enhancement filters are intended to make visible objects that might not be visible in initial images because their contrast with respect to their background is lower than the contrast sensitivity of vision. There are at least two ways to achieve this goal. The first one is “unsharp” masking. With unsharp masking, difference is amplified between initial images and their smoothed copies, which are used as estimates of objects’ background. For the smoothing, one of smoothing filters such as etc can be used. Typical image enhancement non-linear filters are listed in Table 13‑1: Image enhancement filters.
Table 13‑1: Image enhancement filters
|
Local contrast enhancement filter |
|
|
“Unsharp masking” |
Equation 13‑12 is user defined local contrast amplification parameter |
|
Local histogram equalization |
Equation 13‑13 |
|
Weighted local histogram equalization |
Equation 13‑14 |
|
Local p-histogram equalization |
Equation 13‑15 , where ; ; is a user defined enhancement parameter (). |
|
Edge extraction filters |
|
|
Local variance filter |
Equation 13‑16 |
|
Quasi-range filter; Max-min filter. |
Equation 13‑17
Equation 13‑18 |
|
Size-EV filter |
Equation 13‑19 |
|
Local cardinality filter |
Equation 13‑20 |
The “High Frequency Component Amplification” experiment is an illustration of un-sharp method for local contrast enhancement Equation 13‑12-, with a small modification of:, where are provided by the user, which enables more flexibility in the appearance of the result.
The operation is an averaging filter of size , where is provided by the user.
Figure 13‑3: “High Frequency Component Amplification”. Left image is the test image. Right image is the local contrast enhancement result using , , .
Figure 13‑3 illustrates how the simple notion of un-sharp masking for high frequency amplification, overcome problem of blur and enhance edges in the image.
The “Local Contrast Enhancement by Means Of Un-sharp Masking” gives illustrated both Edge extraction filters and unsharp masking methods for local contrast enhancement, described at Table 13‑1: Image enhancement filters.

Four un-sharp masking implementation are introduced (Equation 13‑12, for g=1), where the difference between each of those filters comes from the smoothing operation only: The four smoothing operation Mean smoothing operation -
Median smoothing operation –
Mean over EV-neighborhood –
Median over EV neighborhood –
Where is a window surrounding coordinate.
Where is the EV neighborhood surrounding coordinate.
Figure 13‑4: “Edge extraction filters”. Top left is the input image. Top middle is the local variance filter result. Top right is the Max-min filter over EV-neighborhood result. Bottom middle is the Quasi-range filter result. Bottom right is the EV neighborhood size result.
At Figure 13‑4 the 4 edge extraction filter are presented. Figure 13‑5 displays four un-sharp methods for edge extraction.
Figure 13‑5: “Un-sharp Masking”. Top left is the input image. Top middle is test image minus local mean result. Top right is the test image minus local median result. Bottom middle is the test image minus local mean over EV neighborhood result. Bottom right is the test image minus local median over EV neighborhood result. Window size is 7x7. .
It can be seen from Figure 13‑5 that the unsharp masking uses median filter result with les distinguished edges then unsharp masking uses mean filter. The reason for that is the fact the median is edge preserving filter, more than the mean filter, and after the subtraction of the median filter result from the original image, the result is with less noticeable edges.
The “Local Contrast Enhancement by Means Local Range Homogenization” experiment illustrates two method of local contrast enhancement: Max-Min filter and local STD standardization.
The max-min filter operates in a sliding window method,
where for each window, the minimum and maximum values are found, and the
current pixel value is set to:
Equation 13‑21
Where is the neighborhood of pixel , is the quantization number for the result image, usually 256.
The STD standardization operates in a sliding window method,
where for each window, the local standard deviation is set to a predefined
value:
Where is the desired standard deviation (provided by the user), , is the neighborhood of pixel ,and is an standard deviation calculation operator.
Figure 13‑6 illustrated the effect of the STD and min-max standardizations.
Figure 13‑6: “Local Contrast Enhancement by Means Local Range Homogenization”. Top left is the test image. Bottom left is the test image histogram. The second from the left at the top image is the test image after local standardization by local max and min. The second from the left at the bottom plot is the histogram of local standardization by local max and min result. The third image from the left at the top is local standardization by standard deviation result. The third image from the left at the bottom is the histogram local standardization by standard deviation result. Window size is 5x5, and local variance is 43.
The second group of methods for local contrast enhancement form methods in which image gray levels are subjected to a point-wise transformation with a transfer function, whose slope, for a given gray level, is proportional to a certain -th power of the image histogram. In this way the greater gray level rate in the image the greater is amplification of local gray level contrasts for these gray levels. We call this group of methods p-histogram equalization. They can be applied both globally to the entire image frame and locally in sliding window. In the latter case we call them local p-histogram equalization. The term “equalization” stems from the fact that when such transformation converts images with an arbitrary histogram to images with the uniform histogram (in fact, almost uniform due to effects of quantization). This particular transformation of image grey levels is called histogram equalization. One of the immediate applications of histogram equalization is image dynamic range blind calibration. The histogram equalization can be treated as converting image gray level contrasts into contrast in terms of pixel ranks. As we indicated in <IP_ADDRESS> Histogram equalization, histogram p-equalization and, in particular, histogram equalization can also be interpreted in terms of signal optimal quantization.
In the case , the transformation stretches linearly the dynamic range of the image to the entire dynamic range available for image display:
Equation 13‑22
where are maximal and minimal gray levels for image display (usually 0 and 255) and are maximal and minimal gray levels of the input image, or, correspondingly, image fragment in the filter window if the filter is applied locally in a sliding window. Intermediate values of enable flexible, using only one parameter, control of image local contrast enhancement.
The “Histogram Modification” experiment illustrates and compares global histogram p-equalization (similar to local P-histogram equalization only it operated over the entire image histogram), local histogram equalization (Equation 13‑13) and local histogram p-equalization (Equation 13‑15), as described at 13.6.1 and 13.3.1.
Figure 13‑7: “Histogram Modification”. Top left is the test image. Bottom left is the test image histogram. The second from the left at the top image is the Test image after global P histogram equalization. The second from the left at the bottom plot is the histogram of the global P histogram equalized result. The third image from the left at the top is the test image locally histogram equalized, and the third image from the left at the bottom is the histogram of the test image after local histogram equalization. The top right image is the test image locally “P histogram” equalized, and the bottom right image is the histogram of the test image after local P histogram equalization. The local window is 5x5 size, and P = 0.5.
Figure 13‑7
indicates that although all three algorithms (global P equalization, local P
equalization, and local histogram equalization) result with higher local
contrast images, the local algorithms are much more suitable for application of
locating small fluctuation in the image, and locating small features which are
not visible without it. The global method is more visually pleasing, and more
suited for DRC application.
|
[1] |
L. P. Yaroslavsky, "CORRECTING IMAGE GRAY SCALE NONLINEAR DISTORTIONS," in Theoretical Foundations of Digital Imaging Using MATLAB, CRC Press, 2012, p. 440. |
|
[2] |
L. P. Yaroslavsky, "Empirical Wiener filters for image denoising," in Theoretical Foundations of Digital Imaging Using MATLAB, CRC Press, 2012, p. 408. |
|
[3] |
L. P. Yaroslavsky, "NONLINEAR FILTERS FOR IMAGE PERFECTING," in Theoretical Foundations of Digital Imaging Using MATLAB, CRC Press, 2012, p. 443. |


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In the Fields of Endless Carnage, far to the south of Quoidge, a corpulent figure works tirelessly through the night--dismembering, disembowelling, piling up the limbs and viscera of the fallen that the battlefield might be clear by dawn.


Go to: Checkbox | Contextmenu | Cookie | Hotkeys | Metadata | Themeroller | XML flat | XML nested
To be able to use any plugin, all you need to do is include its source:

If you included a datastore you can already use it in any instance with the get
function. Or to use it to populate an entire tree - check the data.type
config option.
If the included plugin is not a datasore you need to activate it for every instance you want to use it, or just activate it for all instances. To activate it on an instance check the plugins
config option. To activate it on all instances modify the jQuery.tree.defaults
object - all instances created AFTER the modification will have the plugin enabled.
To just activate the plugin without modifying any options (if available) use this code in the plugins
section:
plugins : { "plugin-name" : { } }
To modify any of the options (if available) use this code in the plugins
section:
plugins : { "plugin-name" : { option : value, other-option : other-value } }
Converts a tree to a checkbox three where each node can be checked, unchecked or undetermined (if for example it has two children and one of the is checked and the other isn't). To get the visual feedback it is recommended to use the "checkbox" theme or define your own classes to handle the visualization of the items.
Boolean
If set to true
each node will respect the state of its children - like an options tree in windows, so the "undetermined" state will be available. If set to false
each node is either checked or not, regardless of its children states.
Default is: true
jQuery
This functions returns a collection of all checked nodes within a tree.
Arguments:
jsTree
tree
The instance to use - defaults to the currently focused tree.
jQuery
This functions returns a collection of all unchecked nodes within a tree.
Arguments:
jsTree
tree
The instance to use - defaults to the currently focused tree.
jQuery
This functions returns a collection of all undetermined nodes within a tree.
Arguments:
jsTree
tree
The instance to use - defaults to the currently focused tree.
Boolean
This functions unchecks a node.
Arguments:
mixed
node
A DOM node, jQuery object or selector, pointing to the node you want to uncheck inside the tree.
Boolean
This functions checks a node.
Arguments:
mixed
node
A DOM node, jQuery object or selector, pointing to the node you want to check inside the tree.
This functions is used mainly internally by the plugin. It corrects checkbox states after moving/copying/deleting/creating nodes.
Arguments:
jsTree
tree
A tree reference.
Enables a custom context menu in the tree. Please note this does not work in Opera, as the browser has a policy against custom context menus.
String
A class name to use on the item that invoked the context menu.
Default is: "hover"
Object
An object containing all the items of the context menu.
Default is:
items : { create : { label : "Create", icon : "create", visible : function (NODE, TREE_OBJ) { if(NODE.length != 1) return 0; return TREE_OBJ.check("creatable", NODE); }, action : function (NODE, TREE_OBJ) { TREE_OBJ.create(false, TREE_OBJ.get_node(NODE[0])); }, separator_after : true }, rename : { label : "Rename", icon : "rename", visible : function (NODE, TREE_OBJ) { if(NODE.length != 1) return false; return TREE_OBJ.check("renameable", NODE); }, action : function (NODE, TREE_OBJ) { TREE_OBJ.rename(NODE); } }, remove : { label : "Delete", icon : "remove", visible : function (NODE, TREE_OBJ) { var ok = true; $.each(NODE, function () { if(TREE_OBJ.check("deletable", this) == false) { ok = false; return false; } }); return ok; }, action : function (NODE, TREE_OBJ) { $.each(NODE, function () { TREE_OBJ.remove(this); }); } } }
Each item consists of a few settings:
String
The label of the menu item.
String
The icon used infront of the menu item - if left blank - no icon is shown. If the string contains a /
it is interpreted as a path to an image, otherwise it is used as a class that you can style yourself using a selector like:.tree-theme_name_here-context a ins.icon-string-here { }
1, 0 or -1
This function is called just before the context menu is shown. You receive the node the menu is invoked on and the tree instance as arguments. You can hide or disable some of the items. 1
means show, 0
means disable and -1
means hide.
This function is called when this specific menu item is clicked. You receive the node the menu is invoked on and the tree instance as arguments.
Boolean
Should there be a separator before the menu item.
Boolean
Should there be a separator after the menu item.
Enables the user to save the state of the tree across sessions. What this basically does is save the opened and selected nodes in a cookie, and reopens/reselects them the next time the user uses the tree. Depends on the jQuery Cookie plugin, which can be found in the lib/
folder.
String
A prefix to prepent on all cookies created by that specific instance. Useful if you have multiple trees.
Default is: ""
Object
All the options used in the jQuery Cookie plugin.
Default is:
options : { expires: false, path: false, domain: false, secure: false }
Object
An object of Boolean values storing which cookies should be set (currently selected
and open
are the only options). If you don't want to save the selected state of the tree (for example) just set selected
to false
.
Default is:
types : { selected : true, open : true }
Boolean
If some nodes are marked for selection in the config of the tree (using selected
) should the plugin respect those or remove them.
Default is: false
Boolean
If some nodes are marked for opening in the config of the tree (using opened
) should the plugin respect those or remove them.
Default is: false
Enables keyboard navigation on the tree. Depends on the jQuery Hotkeys plugin, which can be found in the lib/
folder.
Boolean
Should the navigation functions only move the hover state or change the selected node.
Default is: false
, meaning the selected node is changed.
Object
Each key in this object is a string representing a keyboard button (or combination of buttons) and its value is the function to be executed. In the function this
points to the tree instance.
Default is:
functions : { "up" : function () { $.tree.plugins.hotkeys.get_prev.apply(this); return false; }, "down" : function () { $.tree.plugins.hotkeys.get_next.apply(this); return false; }, "left" : function () { $.tree.plugins.hotkeys.get_left.apply(this); return false; }, "right" : function () { $.tree.plugins.hotkeys.get_right.apply(this); return false; }, "f2" : function () { if(this.selected) this.rename(); return false; }, "del" : function () { if(this.selected) this.remove(); return false; }, "ctrl+c": function () { if(this.selected) this.copy(); return false; }, "ctrl+x": function () { if(this.selected) this.cut(); return false; }, "ctrl+v": function () { if(this.selected) this.paste(); return false; } }
Enables inline rule definitions (such as clickable, deletable, etc). You can define those in an arbitrary attribute. Each bundled datastore provides the ability to pass attributes, so that should not be an issue. Depends on the jQuery Metadata plugin, which can be found in the lib/
folder.
Sting
The attribute used for storing metadata.
Default is: "data"
.
Enables the tree to use the Themeroller (jQuery UI) styles by assigning various classes provided by the library. It is neccessary to use the "themeroller" theme when using this plugin.
A datastore - depends on Sarrissa for transformations - Sarrissa can be found in the lib/
folder. Supports async
and the static
option (check the data.opts
config option). Data should follow this structure:
<root> <item id="node_id" parent_id="the_parent_node_id" state="open" attribute="value"> <content> <name lang="language_code" icon=""><![CDATA[Root node 1]]></name> </content> </item> <item id="node_id" parent_id="the_parent_node_id" state="open" attribute="value"> <content> <name lang="language_code" icon=""><![CDATA[Root node 2]]></name> </content> </item> </root>
For root nodes or when using async set parent_id
to 0. All attributes of <item>
nodes get copied over to the resulting

nodes. All attributes you set on <name>
nodes get copied over to the resulting
nodes. Each language is represented by a <name>
node. If you use only one language you may omit the lang
attribute. Use the icon
attribute only for a custom icon - otherwise theme and type icons are applied.
A datastore - depends on Sarrissa for transformations - Sarrissa can be found in the lib/
folder. Supports async
and the static
option (check the data.opts
config option). The structure is the same as in XML flat with all the same clarifications, the only thing different is that you should not set a parent_id
attribute on <item>
nodes and you should instead nest the nodes. Like so:
<root>
<item id="node_id" state="open" attribute="value">
<content>
<name><![CDATA[Root node 1]]></name>
</content>
<item id="node_id" state="open" attribute="value">
<content>
<name<![CDATA[Child node 1]]></name>
</content>
</item>
</item>
<item id="node_id" attribute="value">
<content>
<name><![CDATA[Root node 2]]></name>
</content>
</item>
</root>


Tribe Park
[30, 70]
|
wasteland
[31, 70]
|
Denton Park
[32, 70]
|
a warehouse
[33, 70]
|
wasteland
[34, 70]
|
Bellhouse Alley
[35, 70]
|
the Ayling Building
[36, 70]
|
Perryman Grove
[37, 70]
|
Rounds Boulevard Police Dept
[38, 70]
|
Swanton Row
[39, 70]
|
a warehouse
[30, 71]
|
St George's Hospital
[31, 71]
|
Blomberg Drive
[32, 71]
|
a carpark
[33, 71]
|
Dixon Way Police Dept
[34, 71]
|
Skilliter Way
[35, 71]
|
Wicks Plaza
[36, 71]
|
the Lynch Monument
[37, 71]
|
Whithed Row
[38, 71]
|
Lush Lane
[39, 71]
|
Nicols Avenue
[30, 72]
|
Seeney Row
[31, 72]
|
Churchous Avenue
[32, 72]
|
English Boulevard
[33, 72]
|
Teasdale Plaza
[34, 72]
|
Club Antell
[35, 72]
|
Hathaway Drive
[36, 72]
|
Mounty Bank
[37, 72]
|
St Sixtus's Church
[38, 72]
|
the Colyer Monument
[39, 72]
|
the Anderson Monument
[30, 73]
|
the Deed Museum
[31, 73]
|
Ewerne Lane
[32, 73]
|
Club Harnap
[33, 73]
|
Mist Alley School
[34, 73]
|
Whitcherell Walk School
[35, 73]
|
Seekins Row
[36, 73]
|
the Becky Building
[37, 73]
|
a cemetery
[38, 73]
|
Morle Row
[39, 73]
|
Hayes Plaza
[30, 74]
|
the Turrell Arms
[31, 74]
|
Milton Drive Railway Station
[32, 74]
|
Llewellin Alley
[33, 74]
|
Lerwill Towers
[34, 74]
|
Polwhiele Way Fire Station
[35, 74]
|
the Bannister Arms
[36, 74]
|
wasteland
[37, 74]
|
Riggs Road
[38, 74]
|
Cassell Way
[39, 74]
|
Sloper Plaza
[30, 75]
|
wasteland
[31, 75]
|
Schonlau Park
[32, 75]
|
Morey Alley
[33, 75]
|
Borland Square
[34, 75]
|
Pankhurst Alley School
[35, 75]
|
Cleal Library
[36, 75]
|
Weightman Boulevard Fire Station
[37, 75]
|
Waddington Way
[38, 75]
|
Marcary Way
[39, 75]
|
St Holy's Church
[30, 76]
|
Seaman Boulevard
[31, 76]
|
the Chafy Arms
[32, 76]
|
wasteland
[33, 76]
|
North Square
[34, 76]
|
Hemburrow Square
[35, 76]
|
the Heddington Motel
[36, 76]
|
the Bruton Hotel
[37, 76]
|
Frekee Grove
[38, 76]
|
Tyley Boulevard
[39, 76]
|
a warehouse
[30, 77]
|
St Simeon's Church
[31, 77]
|
Newland Crescent
[32, 77]
|
Olsen Bank
[33, 77]
|
a warehouse
[34, 77]
|
Ainslie Row Railway Station
[35, 77]
|
Hames Drive
[36, 77]
|
wasteland
[37, 77]
|
Staples Road
[38, 77]
|
the Febrey Monument
[39, 77]
|
a factory
[30, 78]
|
a warehouse
[31, 78]
|
the Maudslay Museum
[32, 78]
|
St Dionysius's Church
[33, 78]
|
St Etheldreda's Church
[34, 78]
|
St Gelasius's Church
[35, 78]
|
Daley Street
[36, 78]
|
the Cornelius Museum
[37, 78]
|
Stroud Grove Railway Station
[38, 78]
|
Kerswill Auto Repair
[39, 78]
|
the Storke Building
[30, 79]
|
Puckle Bank
[31, 79]
|
Branagan Row Fire Station
[32, 79]
|
Eley Way Police Dept
[33, 79]
|
Tomlin Crescent
[34, 79]
|
Dibsdall Grove
[35, 79]
|
a carpark
[36, 79]
|
the Francois Arms
[37, 79]
|
Dadson Grove Railway Station
[38, 79]
|
a factory
[39, 79]
|
|
Menu
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Find Location
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--- layout: post title: Architect date: 2009-07-06 21:09:19.000000000 +02:00 type: post published: true status: publish categories: - Various tags: - design patterns meta: _edit_last: '2' _jetpack_related_posts_cache: a:0:{} author: login: admin email<EMAIL_ADDRESS>display_name: gerbrand first_name: Gerbrand last_name: van Dieijen ---
Do you call yourself architect, while you're developing software or telling other people how to program? At least in the Netherlands, calling yourself Architect is illegal when you're not a officially registered architect:


First up, blockchain applications need to be compiled before they can run. This isn't specific, and may not be an issue for any current Java or C++ developers out there. There's plenty of languages that require programs to be compiled before they can run. However, developers from a web development background may consider this a substantial change in their workflow. The actual process of compiling your code is very simple, however, the way to test things changes slightly. In a standard JavaScript environment you can just throw a console.log
into the script, refresh the webpage, and view the browser console to see the outcome. This is less easy to do in Java development. As such, there is a heavier reliance on code linters and testing.
Due to the nature of blockchain development, things take time. Requests take time to be sent to a node, responses take time to be calculated, and transactions take time to be propagated through the network. Because of this, test-driven development is ket to creating stable, efficient, and useful applications on the blockchain. The Aion platform has testing built in, with unit tests being created automatically as soon as you create your project!
For a lot of people and applications, the idea of a permanent, immutable database is one of the main reasons to use blockchain technology. It should also be noted that this can cause some issues, especially in poorly designed or untested software. The only strengthens the importance of proper testing and quality assurance processes.
In order to deploy and call applications on the blockchain, you need funds called coins or tokens. To get these coins on a test network, you can use one of the free faucets available. These are essentially websites that give you free test coins to deploy your application to a test network. These coins have no value, as the test networks often get reset, and everything on them is wiped clean.
To get coins in the first place though, you need to have an account. There are several ways to create accounts, the easiest being through a browser wallet. These are extensions to Chrome or Firefox that allow you to interact with your blockchain accounts through your browser.
Speed is a glaring issue with blockchain development. The more requests that are being made to a network, the slower the network generally works. There are processes in place to help this issue, but for the most part, blockchains perform substantially slower than regular networks. Because of this, developers need to put some thought into how their users are going to interact with their application, and what to do when waiting for the network to respond to a request. One solution to this is to make good use of asynchronous processes. They've been around for a while, and they've drastically improved the speed of transactions and processes all around the tech world. They're one of the foundations of blockchain applications. With long processing times sometimes up into the minutes, developers can't expect users to wait until things are done. This is why proper UX and asynchronous process are imperative.
When a blockchain application is compiled, and an application binary interface (ABI) is created. It is essentially a list of all the methods and variables available within the application. While you could just share the source code itself, it can often be a hassle to scroll through an application with hundreds of lines of code, just to find the variable names you're looking for. Instead, ABIs let you easily share the available functions and variables with other developers. They're kind of like mini-docs for your application.


Copyright © 2019 {{ SITE_NAME }}. All rights reserved
{{ request.user.login_info.source }} login from {{ request.user.login_info.login_ip }}


Basic terminal shotcuts
Repeat the last command: Ctrl + p
Search command in history: Ctrl + r
Cancel running activities: Ctrl + c
Move forward: Alt + f
Move back: Alt + b
Move to the start of line: Ctrl + a
Move to the end of line: Ctrl + e
Clear the screen: Ctrl + l


You’re looking for a physical address aren’t you...
What is this 1972?
Call Us<PHONE_NUMBER> you've come this far.


{% extends "gallery_template.html" %} {% import "macros/trade.html" as trade %} {% block main %}
Search result has a collect of css classes to help display a search summary and a list of individual search results. There are no macros for this component as the layout of each search result may differ or need flexibility to show different markup for different entity types.
For each result the title should have a class 'result-title' and each distinct piece of data with that should be wrapped with a 'meta', classes like 'meta--ch' are outside the scope of this control but show how aditional styling could be added.

20 results found containing
fred

FORGING FRED

09763666 - Incorporated on 4 September 2015

47 york place,
newport,
NP20 4GD

BETTY AND FRED LIMITED

05556650 - Incorporated on 7 September 2005

chapel cottage, cadley road,
collingbourne-ducis,
wiltshire,
SN8 3EB


Universal lesion detection, tagging,and segmentation by MULAN GitHub
|
Abstract Multitask Universal Lesion Analysis Network (MULAN) + trained model Environment python, PyTorch Discription MULAN is a CNN for joint detection, tagging, and segmentation of a variety of lesions in CT images. |
Universal lesion classification and retrieval by LesaNet GitHub
|
Abstract Lesion Annotation Network (LesaNet) + lesion labels in DeepLesion Environment python, PyTorch Discription LesaNet is a CNN for universal lesion classification and retrieval in diverse CT images. |
Universal lesion detection by 3DCE GitHub
|
Abstract 3D Context Enhanced Region-based Convolutional Neural Network (3DCE) Environment python, MXNet Discription 3DCE is an object detection framework which makes use of the 3D context in volumetric image data (and maybe video data) efficiently. |
Self-supervised body part regressor (SSBR) GitHub
|
Abstract Self-supervised body part regressor (SSBR) Environment python, caffe Discription Predicts a continuous score for an axial slice in a computed tomography (CT) scan which indicates its relative z position in the body. |
YAN-PRTools Details
|
Abstract Yet ANother pattern recognition toolbox Environment Matlab Discription ~40 common pattern recognition algorithms including feature processing, classification, regression, feature selection, and sample selection. |
Domain adaptation toolbox Details
|
Abstract A domain adaptation matlab toolbox Environment Matlab Discription Wrappers and implementations of several domain adaptation / transfer learning / semi-supervised learning algorithms. |
FaceRecog GitHub Google code
|
Abstract Face Recognition demo in Windows Environment MFC + OpenCV Discription The demo can detect faces from webcam or pictures, then identify it according to the enrolled database.  It uses a template matching algorithm. |


What is Spark?
Spark is a cross-platform application engine. It is a native C++ scene graph API exposed to a Javascript engine. It allows applications to be written in JavaScript to use native rendering functionality. The authored javascript has access to the Spark API for visual elements that are used for composition.
- supports rich animation and alpha masking primitives
- exposes a DOM-like programming model
- supports promises for asynchronous behaviors
- uses W3C event bubbling semantics
- allows for runtime logic to be in downloaded javascript, running on devices
Spark is built on top of a project called "pxCore". pxCore is a small lightweight library that provides a portable framebuffer and windowing abstraction for C++. Spark is a 2d scene graph API that defines a small set of atomic UI elements and exposes them with JavaScript wrappers. The result is a lightweight, portable application engine that can be used to build rich application experiences.
A high level representation of the runtime stack is below
The stack components.
- Native OS and graphic drivers - provides specific kernel, OS and UI services for the native system
- pxCore - provides UI scene and primitive components used by the px Framework to render components. Most of pxCore is creating using C++, with JavaScript bindings to its UI API.
- Cross-Platform Environment - provides asynchronous runtime services required by applications, such as http access, task scheduling, etc. The initial implementation is based on Node-JS and Chrome's V8 JavaScript engine. However, this may vary based on the target platform.
- px Framework - provides the public JavaScript API for creating reusable UI modules and applications, in addition to the facilities for loading and launching px-based application modules. Since the px Framework is just one example of what could be done with the pxCore library, its source can be found in the "examples" section of the pxCore GitHub Repository: examples/pxScene2d
Getting Started
To get started, download and install the Spark binary for your platform. Then follow the instructions to run a few simple Spark applications.
Go to Getting Started page
Getting StartedThe Spark Browser
Go to Getting Started page
The Spark Browserpx Framework
In order to use the px framework in JavaScript, the application must "import" the scene API to include the versioned API for Spark widgets. Spark disables the nodejs "require" keyword and instead provides "px.import" as an asynchronous loading mechanism for including modules in applications.
Read the px Framework documentation
px Framework DocumentationThe API
Spark provides atomic building blocks that can be composed into rich sets of components. Building an application is easy using the Spark API!
Spark's base widgets can be grouped to make more complex components. All visual widgets have a basic set of properties for onscreen positioning and dimensions. In addition, any widget type can act as a parent container for other widget types; the child widgets' positions will be relative to their parent's position.
The main parent container for widgets is called a "scene". When an application is started, a root scene is created as the parent for the application scene. Scenes can then create visual widgets or even other scenes to compose a full application experience.
Spark widgets are created in JavaScript by passing a property bag to the widget creation API:
scene.create({t:'scene', url:"http://pxscene.org/examples/px-reference/gallery/gallery.js"});
Each widget type has a unique set of properties, but all inherit a basic set of properties from the "object" type. We can construct a very simple "Hello World" application with just the following code:
scene.create({ t:"text", // Element type will be text parent: scene.root, // Parent element text:"Hello, World!", // the text x:100, y:100, // position textColor:0xff0000ff, // RGBA - red text pixelSize:64}); // font heightThe Hello World example will produce the example screen shown below.
The base widgets are as follows:
Read the detailed API documentation
API DocumentationConfiguration
Spark is ready to go "out of the box", but can be configured for some advanced settings, if needed. Settings currently supported include modifications to default window size and texture memory allowances.
Spark settings can be set either via the command line (when launching Spark) or through a configuration file. To use the configuration file, create a file called .sparkSettings.json in your Home directory. The configuration file will be in json format with key value pairs and will look something like this:
{"screenWidth":1280, "screenHeight":720}
| Options | Usage | Type | Default |
|---|---|---|---|
| screenWidth | Specifies the width of the Spark window in pixels | integer | 1280 |
| screenHeight | Specifies the height of the Spark window in pixels | integer | 720 |
| enableTextureMemoryMonitoring | Enables the monitoring of texture memory | boolean | false |
| textureMemoryLimitInMb | Specifies the maximum amount of texture memory Spark can occupy | integer | 85 MB |
| autoUpdateEdge | Allow the edge build to be automatically updated to the latest build. | boolean | true |
Under normal circumstances, Spark does not support the require keyword. However, by creating a file called .pxsceneEnableRequire in the HOME directory, some distributions of the Spark binary do support it.
Other Configuration Options
- Control logging level from Spark runtime: An environment variable called RT_LOG_LEVEL controls the debug logging level of the Spark runtime.
Valid values in order of greatest to least verbosity are as follows:
- debug
- info
- warn
- error
- fatal
Application Basics
Spark applications run in a browser-like environment. They have a DOM and leverage HTML5 paradigms like Promises and W3C event bubbling semantics; however, since they are not running in a browser, there are some differences and basics to keep in mind.
Read more on Application Basics
Application BasicsAdvanced Topics
When authoring Spark applications, there are many things to consider, such as caching and bundling applications and their resources. In addition, there are many Tips and Tricks that may be helpful when getting up and running with Spark for the first time.
Read more on Application Authoring
Advanced TopicsDebugging with VSCode
When developing applications, it is often necessary to be able to step through the code to debug an issue. VSCode provides a very nice environment for debugging Spark applications. The below steps have been verified and tested on OS X.
From within VSCode
- Download and install Visual Studio Code
- In Visual Studio Code use the File->Open menu to open the local directory where your Spark JavaScript application code resides, and select the file that you want to debug.
Note: Open the directory rather than just a single file; opening the directory will create a ./vscode subdirectory within your js directory, and this is needed for the debug configuration in step #3.
- Click on the debug icon in Visual Studio Code (along the left-hand side) and then click on the gear (top of the left-most panel) this should open a file called launch.json. Replace the contents of launch.json with the code block below.
NOTE: From VSCode 1.25 and greater ... it is necessary to include "protocol": "legacy", in launch.json.
// Reference // https://code.visualstudio.com/Docs/editor/debugging // https://github.com/Microsoft/vscode/issues/102 { "version": "0.2.0", "configurations": [ { "name": "DBG file in Spark", "type": "node", "request": "launch", "protocol": "legacy", "cwd": "/Applications/Spark.app/Contents/MacOS", "runtimeExecutable": "/Applications/Spark.app/Contents/MacOS/Spark", "args":["${file}"], "env" : { "LD_LIBRARY_PATH":"/Applications/Spark.app/Contents/MacOS/lib", "DYLD_LIBRARY_PATH":"/Applications/Spark.app/Contents/MacOS/lib" //,"BREAK_ON_SCRIPTSTART":1 } }, { "name": "DBG Spark", "type": "node", "request": "launch", "protocol": "legacy", "cwd": "/Applications/Spark.app/Contents/MacOS", "runtimeExecutable": "/Applications/Spark.app/Contents/MacOS/Spark", "env" : { "LD_LIBRARY_PATH":"/Applications/Spark.app/Contents/MacOS/lib", "DYLD_LIBRARY_PATH":"/Applications/Spark.app/Contents/MacOS/lib" //,"BREAK_ON_SCRIPTSTART":1 } }, { "name": "Attach Spark", "type": "node", "request": "attach", // TCP/IP address. Default is "localhost". "address": "localhost", // Port to attach to. "port": 5858, "sourceMaps": false } ] }
- Go back to the file that you'd like to debug (click on the explorer icon top left-hand side). Set a breakpoint by clicking to the left of the appropriate source line.
- Go back to the debugger. Choose the "DBG Spark" configuration and then click the green "debug arrow". You should see the Spark application launch and in the browser url bar enter the file url that corresponds to the JavaScript file that you want to debug. Alternatively, choose the "DBG file in Spark" configuration, make sure the JavaScript file you want to launch is the focused file in the IDE, then click the green "debug arrow". This will launch the focused file directly without displaying the Spark browser url bar.
- You should now be able to set and hit breakpoints in the debugger. Note: If you have set environment variable BREAK_ON_SCRIPTSTART=1, execution will get stopped as the JavaScript file loads; otherwise, execution will stop at breakpoints only.
Attaching to a running instance of spark
Note: You must have started Spark with the --debug=5858 (5858 being the ip port specified in your .vscode/launch.json config file) command line option in order for this to work. eg. ./spark.sh --debug=5858
- Launch Spark as described above.
- Please set up your VSCode launch.json as described above. Then go to the debugger and choose the "Attach pxscene" config option, and click the debugger "green arrow".
- Within Spark enter the file URL of the JavaScript file that you want to debug.
- Within VSCode, navigate to the source for the JavaScript file that you want to debug. You should now be able to set and hit breakpoints.


Welcome to Type Racer
Choose difficulty level
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Please select a difficulty level.
Enter your name
Enter


Komodo
talk-trading
A channel to discuss trading. For useful links and more info click the pinned messages to the right.
100 messages
Before 05-Dec-19 12:00 AM
Hollowman9000
18-Jul-18 04:39 PM
DICO won’t run itself
@smellycouch
why does it stink?
smellycouch
18-Jul-18 05:12 PM
@Hollowman9000
Cause I sit on it. U should try
Cryptoon
18-Jul-18 05:13 PM
I liked the bntn concept which is why I invested
1
They probably should have shilled harder
But seemed they were trying hard not to sound like the next moneygrabbing shill fest ico
But I think in order to have a succesful ico, especially in a bear market, you need both long term and quick flip investors
And they only seemed interested in the long term guys
Which is fair and a standup way to do business
smellycouch
18-Jul-18 05:16 PM
The way to go.
"Why didn't it pump and dump...must be a scam because no pump and dump"
Sigh
Cryptoon
18-Jul-18 05:21 PM
Jep
People hear ico
And they want at least a telegram group with 100000 members
And shilling by
prominent
twitter accounts
So they can have an easy 3x
1
jorian
18-Jul-18 05:59 PM
selling 45 DEX for 9.11 KMD each on BarterDEX / HyperDEX
(edited)
Cryptoon
18-Jul-18 06:05 PM
What
Any reason for the lowball dump?
jorian
18-Jul-18 06:19 PM
no
Cryptoon
18-Jul-18 06:34 PM
Ok, firing up barterdex
I see 11.11 kmd/dex?
smellycouch
18-Jul-18 06:42 PM
So confused lol
jorian
18-Jul-18 06:51 PM
Price went up, inversed market
No demand, price goes up
Cryptoon
18-Jul-18 06:51 PM
No demand, price should go down though :p
Waiting for a match, what utxo sizes are you using?
jorian
18-Jul-18 06:56 PM
one went through
there should be room for 5 DEX
Cryptoon
18-Jul-18 06:56 PM
I just installed last version of hyper
jorian
18-Jul-18 06:56 PM
oh
Cryptoon
18-Jul-18 06:56 PM
Because barterdex was failing to match
And litterally the second I posted the order
It matched
fucking lit
@hyperDEX
jorian
18-Jul-18 06:56 PM
hehe, but i didn't have 17 DEX i see now. it's a bit scattered
Cryptoon
18-Jul-18 06:57 PM
yeah trying for 200kmd first
.5 DEX at a time is gonna take a while :p
jorian
18-Jul-18 06:59 PM
yes
Cryptoon
18-Jul-18 06:59 PM
No bigger utxo's?
Or already a lot of them sold?
jorian
18-Jul-18 07:00 PM
i'll merge some
15 DEX should work now
Cryptoon
18-Jul-18 07:08 PM
ok let me try
Acura
18-Jul-18 07:09 PM
Can Sell large amounts of Dex if the price is nice
Cryptoon
18-Jul-18 07:10 PM
I can also sell if price is nice
Only buy when price is very nice
jorian
18-Jul-18 07:10 PM
nope, something went wrong
Cryptoon
18-Jul-18 07:10 PM
I'm at 1/5?
jorian
18-Jul-18 07:10 PM
don't think it will end
Cryptoon
18-Jul-18 07:10 PM
I'll burn a candle real quick
jorian
18-Jul-18 07:11 PM
my node failed to send a bobdeposit
@Acura
my price is 10.1 KMD
Acura
18-Jul-18 07:12 PM
I only sell , not buying Dex. Have enough
Cryptoon
18-Jul-18 07:13 PM
Hmm not sure what to do in hyper now, I assume funds are locked?
jorian
18-Jul-18 07:14 PM
yes, but they will return
Cryptoon
18-Jul-18 07:14 PM
Yeah sure no doubt
But I assume I need to deposit different utxo's
jorian
18-Jul-18 07:17 PM
nope, again the one buying DEX just now, failed on my node
Cryptoon
18-Jul-18 07:17 PM
Was me again
6 DEX?
requested 17DEX broadcast 6.xx dex
jorian
18-Jul-18 07:19 PM
yes, hyperdex doesn't use the
fill
and
good til cancelled
options yet
jl777c
18-Jul-18 07:19 PM
alice side wont send anything but dexfee if bobdeposit fails
jorian
18-Jul-18 07:20 PM
CHIPS on a short sale too: 0.1 KMD, 200 CHIPS utxo sizes
Cryptoon
18-Jul-18 07:24 PM
Aha explains why I'm still able to post trades with my initial funds
Gonna reset my utxos and try again
Cryptoon
18-Jul-18 07:37 PM
2x unmatched in a row now :/
Cryptoon
18-Jul-18 07:51 PM
last 5 trades unmatched, gonna call it a night, if the DEX is still there in the morning I'm up for round 2
jorian
18-Jul-18 08:01 PM
marketmaker doesn't seem to update listunspent
(edited)
@jl777c
any trick to that? delete DB?
SHossain
18-Jul-18 08:16 PM
@jorian
try clearing
DB/UNSPENTS/
dir
jorian
18-Jul-18 08:32 PM
Yes done
We'll see if it works
Gateway
BOT
18-Jul-18 09:40 PM
[slack] <olsas> What will BTC price be in one month?
1
ryman112
19-Jul-18 12:56 AM
8000ish
Hollowman9000
19-Jul-18 02:27 AM
No clue who this guy is
https://twitter.com/baboongasser/status/1019770445103542272
Baboon Gasser (@BaboonGasser)
@BryceWeiner @BitcoinDood It’s called Komodo $kmd there hoss. You should look into it.
KomodoWorld
19-Jul-18 03:22 AM
he's one of the best trolls in crypto, I follow him, sometimes he writes interesting stuff if you can bear the rest
Cryptoon
19-Jul-18 07:57 AM
@jorian
everything sold?
jorian
19-Jul-18 07:57 AM
nothing was sold
you still want it?

Cryptoon
19-Jul-18 08:10 AM
let me try a different network, but yesterday the first swap instantly connected and got through and then the issues were mostly bobdeposit issues?
jorian
19-Jul-18 08:10 AM
yep
my node didn't update listunspent
Cryptoon
19-Jul-18 08:12 AM
dont see your order now?


Editing a Wiki Page
How to edit the content of a Wiki page or add content to an existing page which has no content.
Important. To add content to the Home page of your Wiki, you must add a new page (See "Adding a Wiki Page") with the Page Name WikiHomePage. Once this has been done the first time, the Edit Wiki Topic link will be visible on the Home page.
- Navigate to or search for the required page. See "Navigating the Wiki" or See "Searching the Wiki"
- Click the Edit Wiki Topic link.
- In the Editor, add or edit page content.
- Optional. Click the Save & Continue link to save your changes to date and continue editing.
- Click the Save link to save and view the edited page.


"focus on the user & all else will follow."
Yo, I'm Joe J. Jung. Born and raised in Los Angeles, chilling in Pittsburgh (literally). Presently, I'm a UI/UX designer (to be) studying art, design, and human-computer interaction at Carnegie Mellon University. I'm looking to create amazing experiences that can help change the world and I'm dying to see where it might bring me.
When I'm not working on my designs or work, you can catch me exploring my neighborhood with my trusty camera, experimenting with funky food to feed my hungry friends and family, or just cruising around wherever the road leads me on my Fuji track-bike.
Some things I enjoy and people that inspire me in no specific order: Nujabes (ok this is #1), my father (#2), Dumbfoundead, Kanye West, Cristiano Ronaldo, minimalism, Windows Phone OS, iOS jailbreaks, hip-hop instrumentals, 5 panel caps, technology in wooden casings, Korean barbeque, and r/AccidentalRenaissance.


Sorry, your browser does not support HTML5 audio.
Moonlight Sonata - Beethoven
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MNML
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Hi i hope you like My Quiz-Board! Note that (/) stands for the opening and closing tags!
1. Which of these elements are all /table/ elements?
2. Which character is used to indicate an end tag?
3. Which of the following is correct?
4. Is jQuery a library for client scripting or server scripting?
5. Did you like my Quiz-board?


addCollectionWatchersToSubitemsOf (addCollectionWatchersToSubitemsOf.html)
Adds watchers to each item in the model to perform the "post" when something there changes.
Paramaters
-
addedElements { Array } - The new elements.
-
options { Object } - An options object (as returned by getOptions().
-
options.model { string } - The "singular" version of the model as used by sailsjs.
-
options.prefix { string } - The api prefix to use.
-
options.scopeProperty { string } - The scope property to bind to


John Downey fails in new bid to be released from custody
A 67-year-old man charged with murdering two British soldiers in 1972 has failed in a new bid to be released from custody.
John Downey was refused bail despite offering unprecedented cash and property sureties worth nearly £750,000.
He also proposed to live at a Belfast property belonging to an unidentified Sinn Féin councillor to ease any concerns he may try to flee.
But a judge at the city's Magistrates Court ruled that it did not amount to a sufficient change in circumstances.
Downey is facing prosecution for the car bomb attack which killed Ulster Defence Regiment members Alfred Johnston and James Eames in Enniskillen, Co Fermanagh.
The accused, with an address in Creeslough, Co Donegal, was detained in October 2018 under a European Arrest Warrant.
He fought a battle against extradition from the Republic before handing himself in to the authorities last month.
Lance Corporal Johnston and Private Eames died in an explosion on the Irvinestown Road in August 1972.

The bomb went off as a truck carrying 13 off-duty soldiers approached, blowing it onto its side and injuring some of the troops inside.
That lorry is believed to have been the primary target for the attack.
Downey is also charged with aiding and abetting an explosion likely to endanger life.
A previous court was told his fingerprint was allegedly found on insulating tape used to construct the device.
Although the original impression has since degraded, photographs of it were said to have been used in "multiple comparisons".
They included analysis carried out on prints taken from Downey earlier this month, and also after his arrest at Gatwick Airport in 2013 for the 1982 bombing at London's Hyde Park.
He had been due to stand trial for the murder of four Royal Household Cavalry men in the Hyde Park attack.
That case collapsed after it emerged that he received a letter of assurance from the British government that he was not wanted for any offences.
The prosecution now intends to rely on the fingerprints taken at Gatwick as evidence in the current case.
As Downey appeared at Belfast Magistrates' Court for a renewed bail application, he was supported in the public gallery by Sinn Féin MLAs Gerry Kelly and Caral Ni Chuilin.
Defence barrister Gregory Berry QC revealed that £225,000 in cash could be lodged, along with a further £500,000 in equity.
"I have never encountered that amount of cash and realisable property available by way of sureties to assuage any concerns that Mr Downey would flee to the Republic of Ireland," he said.
Counsel told the court Downey proposed to live at a property in Belfast belonging to an unnamed Sinn Féin member.
Mr Berry insisted senior party representatives were present because his client is an active supporter of the peace process.
District Judge Peter Magill refused bail and remanded Downey in custody to appear again in four weeks.


{{#block "chiara-featured-products"}} {{#if products.featured}}
{{{theme_settings.products_featured_subheading}}}
{{#if theme_settings.products_featured_type '===' 'carousel'}} {{> components/chiara/products/carousel products=products.featured columns=theme_settings.products_featured_columns columns_sm=theme_settings.products_featured_columns_sm columns_md=theme_settings.products_featured_columns_md }} {{else}} {{> components/chiara/products/grid products=products.featured columns=theme_settings.products_featured_columns columns_sm=theme_settings.products_featured_columns_sm columns_md=theme_settings.products_featured_columns_md }} {{/if}}


This will contain info about Privileges, Roles, etc.
Copyright © 2016 Leidos, Inc. All rights reserved.


Rebase your CSS assets relatively to the source file they were imported from.
npm install css-source-map-rebase
Consider the following SASS sources:
index.scss
@import "partial/bar.scss";
.foo {
background: url('./foo.png');
}
partial/bar.scss
.bar {
background: url('./bar.png');
}
By rebasing the assets relatively to the file they were imported from, the resulting CSS would be:
.bar {
background: url('partial/bar.png');
}
.foo {
background: url('foo.png');
}
css-source-map-rebase uses the mapping provided by a source map to resolve the original file the assets where imported from. Any tool able to generate a source map from a stylesheet source file (may it be SASS, LESS or any other pre-processor language) is appropriate. Here is how one could use node-sass and css-source-map-rebase together to render a stylesheet and rebase its assets.
const {render} = require('node-sass');
const {Rebaser} = require('css-source-map-rebase');
render({
file: 'index.scss',
sourceMap: true,
sourceMapEmbed: sourceMapEmbed,
outFile: 'index.css'
}, (error, result) => {
if (error) {
// do something on error
}
else {
let rebaser = new Rebaser();
rebaser.rebase(result.css)
.then(result => {
// result.css contains the rendered stylesheet with rebased assets
// result.map contains the source map
});
}
});
Read the documentation for more information.
The test suite can be run by executing the native test
npm script:
npm test
This project adheres to a strict 100% code coverage policy. Code coverage can be checked by executing the cover
npm script:
npm run cover
The documentation can be generated by executing the build:doc
npm script:
npm run build:doc
This is usually not needed as the doc will be generated on every new release.
Apache-2.0 © Eric MORAND
Generated using TypeDoc


Hi,
I'm trying to build a new system to replace my old pi. So I have been following the installation guide. The system is a Pi2 with a new rfm69 wireless module. So a completely new system, not an upgrade of an old system. I haven't added any apps. So a basic installation.
The system is up and running with data being stored on a local instance on the pi as well as on the emoncms.org server.
I'm now trying to build the multigraphs I used to use.
I'm on Win10 and normally use Chrome. I can set up a new multigraph, select colours for each line etc. and save the graph. However whatever I do, I don't get any graphs on the screen, not in the visualisations function or in a dashboard. This is also what I see if I try to do this on emoncms.org.
I had read in one of the other posts that flushing the cache might help. So I decided to fire up Explorer as the cache will be empty there.
Still no lines on the graph and also the colour selection shows '#' not a line of colour as it does in Chrome and clicking on the box doesn't do anything. So there must be something wrong there.
Also when I select right instead of left for a feed there is no change in the save button, i.e. it doesn't think anything has changed. I think this is the case with other aspects. You can make a change but the system doesn't seem to think a change has been made. Unfortunately I can't test this on an old system as I've taken that one down (needed the powered usb hub).
Any help with this greatly appreciated. Thanks in advance.
Simon
Re: Multigraph in V9.0 problems - SORTED
this is just a guess but have you tried the latest github version of V9 ? i noticed in the commits that 5 days ago there was a change in multigraph code. more specifically here : https://github.com/emoncms/emoncms/commit/89c4d7972f2c80999a47a37ac71b26...
try this move \Modules\vis\visualisations\multigraph\multigraph.js one folder up so it becomes \Modules\vis\visualisations\multigraph.js and see if it fixes your problem or otherwise edit the multigraph.php files to add the folder again.
my guess is the current version is looking in the wrong folder for the js file
Re: Multigraph in V9.0 problems - SORTED
Perfect!
You still need this change to view the graph during edit mode.
https://github.com/emoncms/emoncms/commit/90237b554fe4cff419b7ee3fd2d98b...
Thanks!!
Re: Multigraph in V9.0 problems - SORTED
joyrider, cab123, thanks for your input.
Just checked and my emoncms install is up to date using
cd /var/www/emoncms && git pull
Are you saying I need to do some extra git things as per your replies? And if so why? Shouldn't these be in the install?
Also not being in anyway git competent, how do I use the http urls you gave me?
Simon
EDIT
PS - I think multigraph must be in the right place otherwise it wouldn't run. Has anyone seen the other issues I mentioned above?
Re: Multigraph in V9.0 problems - SORTED
The url's provided are the latest changes in code.
for some reason the latest code is not updated with git ( i am new to this also).
You will have to edit the files manually and change the lines with the correct paths. Notice that apache2 server on my raspbian PI installed the web pages at /var/www/html instead of /var/www. If your case is the same you will need to do the git thing on the correct level - "cd /var/www/html/emoncms && git pull"
br
Re: Multigraph in V9.0 problems - SORTED
i don't think you guys did anything wrong with git / github, the problem only happens when you happen to have the latest github changes. the change i linked to edited the php file to reflect a path change to multigraph.js however the actual path change never happend on github so either the change is incorrect or someone forgot to commit the move of the js file. At least i think that's the problem but not sure if you copy the file to both places it should work if that is / was the problem. There's a comment on that commit from someone having the same problems and he also had to move the file one fodler up
Re: Multigraph in V9.0 problems - SORTED
Hello, Im a little bit confused as to what went wrong there, perhaps I got mixed up with my local version of emoncms v9 when I was testing last week, I thought the paths where incorrect and so made that change, but now I see they where fine.
I have changed them back, sorry about that.
Re: Multigraph in V9.0 problems - SORTED
lol i understood everything backwords, i thought the latest changes were fixing the issue. I did the right thing with the wrong thinking... i suppose sometimes fixes things too... :-)
Re: Multigraph in V9.0 problems - SORTED
Bramco, if you update your emoncms now - Multigraphs are back working!
Paul
Re: Multigraph in V9.0 problems - SORTED
Thanks guys,
Finally working as expected!!
Simon


Id: 214
Name: Man Painted Silver Who Makes Robot Noises
Status: Alive
Species: Human
Type:
Gender: Male
OriginName: unknown
OriginUrl:
LocationName: Interdimensional Cable
LocationUrl: https://rickandmortyapi.com/api/location/6
Image: https://rickandmortyapi.com/api/character/avatar/214.jpeg
Episode: ['https://rickandmortyapi.com/api/episode/8']
Url: https://rickandmortyapi.com/api/character/214
Created: 2017-12-30T14:24:57.993Z


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| 023:024 Khan | : |
But the chiefs of those who disbelieved among his people said: "He is no more than a human being like you, he seeks to make himself superior to you. Had Allah willed, He surely could have sent down angels; never did we hear such a thing among our fathers of old. |
| 023:024 Maulana | : |
But the chiefs of those who disbelieved from among his people said: He is nothing but a mortal like yourselves, who desires to have superiority over you. And if Allah had pleased, He could have sent down angels. We have not heard of this among our fathers of yore. |
| 023:024 Pickthal | : |
But the chieftains of his folk, who disbelieved, said: This is only a mortal like you who would make himself superior to you. Had Allah willed, He surely could have sent down angels. We heard not of this in the case of our fathers of old. |
| 023:024 Rashad | : |
The leaders who disbelieved among his people said, "This is no more than a human like you, who wants to gain prominence among you. Had GOD willed, He could have sent down angels. We never heard of anything like this from our ancestors. |
| 023:024 Sarwar | : |
The chiefs of the unbelievers said to the others, "He is a mere mortal like you. He wants only to be superior to you. Had God wanted He would have sent the angels (instead of him). We have never heard from our fathers anything like what he says. |
| 023:024 Shakir | : |
And the chiefs of those who disbelieved from among his people said: He is nothing but a mortal like yourselves who desires that he may have superiority over you, and if Allah had pleased, He could certainly have sent down angels. We have not heard of this among our fathers of yore: |
| 023:024 Sherali | : |
And the chiefs of his people, who disbelieved, said, 'He is only a mortal like yourselves; he seeks to gain superiority over you. And if ALLAH had so willed, HE could have, surely, sent down angels with him. We have never heard of such a thing among our forefathers; |
| 023:024 Yusufali | : |
The chiefs of the Unbelievers among his people said: "He is no more than a man like yourselves: his wish is to assert his superiority over you: if Allah had wished (to send messengers), He could have sent down angels; never did we hear such a thing (as he says), among our ancestors of old." |
Concepts/Themes Covered:
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Top 10 TV Series - March 2016
1. Mr.Robot
"Mr. Robot", is a techno thriller that follows Elliot (Rami Malek, "The Pacific"), a young programmer, who works as a cyber-security engineer by day and as a vigilante hacker by night. Elliot finds himself at a crossroad when the mysterious leader of an underground hacker group (Christian Slater, "The Adderall Diaries") recruits him to destroy the firm he is paid to protect. Compelled by his personal beliefs, Elliot struggles to resist the chance to take down the multinational CEOs he believes are running (and ruining) the world.


---
layout: archive
title: "Test"
permalink: /test/
author_profile: true
redirect_from:
- /resume
---
{% include base_path %}
This is an [example link](http://example.com/ "With a Title").
Swiss Federal Institute of Technology in Zurich (ETHz), Zürich, Switzerland. 2016.12 - 2020.06(Est.)
Ph.D Candidate, X-ray Imaging/Fuel Cell. GPA: 5.0/6.0 [AdmLetter][RegLetter][ResPlan]
Swiss Federal Institute of Technology in Zurich (ETHz), Zürich, Switzerland. 2016.12 - 2020.06(Est.)
Ph.D Candidate, X-ray Imaging/Fuel Cell. GPA: 5.0/6.0 [AdmLetter][RegLetter][ResPlan]
Lorem ipsum dolor sit amet consectetur adipisicing. Lorem ipsum dolor sit amet consectetur adipisicing.


|
Assimp
5.0.1, master @ cd42b955
|
Represents a plane in a three-dimensional, euclidean space. More...
Public Member Functions | |
| aiPlane () AI_NO_EXCEPT | |
| aiPlane (ai_real _a, ai_real _b, ai_real _c, ai_real _d) | |
| aiPlane (const aiPlane &o) | |
Public Attributes | |
| ai_real | a |
| Plane equation. More... | |
| ai_real | b |
| ai_real | c |
| ai_real | d |
Represents a plane in a three-dimensional, euclidean space.
|
inline |
|
inline |
| ai_real aiPlane::a |
Plane equation.
| ai_real aiPlane::b |
| ai_real aiPlane::c |
| ai_real aiPlane::d |


SUBURBIA A film review by Steve Rhodes Copyright 1997 Steve Rhodes
RATING (0 TO ****): **
"What are you doing now?" asks spaced out Buff (Steve Zahn) as he hangs out one night outside the laundromat. "I don't know," replies his equally dazed friend Bee-Bee (Dina Spybey). "You mean like now? Like right now? Waiting."
The recent high school graduates in Burnfield are not having a good time. Director Richard Linklater's marvelous picture BEFORE SUNRISE (1995) was on my best of the year list in 1995. Like it, his new film SUBURBIA chronicles one night in the lives of its young characters.
Most of the film takes place outside the Circle A convenience store where the young people in the story hang out to cuss and to get drunk with their friends. One of their sports is to taunt the young man, Nazeer (Ajay Naidu), who owns the store since he is a Pakistani. Tim (Nicky Katt) is the chief trouble maker and hurls racial epithets at Nazeer for coming to this country. Everyone in the show, including Nazeer, is about twenty-years old. Nazeer has worked his way up and has two years left before his gets his engineering degree. He tries in vain to tell the other young people how they are wasting their lives.
One woman with multicolor, porcupine hair, Sooze (Amie Carey), is a painter and a performance artist. She displays her "talent" to the group.  She says it is about racism, sexism and environmentalism. Her friend claims that Sooze has never known any black people. Racking her brain, Sooze is finally able to think one.
The philosopher of the group is Jeff (Giovanni Ribisi). He claims empathy for the oppressed, but Sooze laughs this off with, "you've taken one night course about Nicaragua at a community college."
In a show that has no narrative drive, the main event of the evening occurs when their high school buddy Pony (Jayce Bartok) comes back in his limo. He had a hit record a year ago, and now he is a rock star. He brings along his mentor, Erica (Parker Posey). Pony and Erica hang out with the rest of the crew. Pony agrees to sing his latest song. Prophetically, it starts, "I sound like an idiot." Most of the old gang resents Pony's success. "I don't need a limousine to know who I am," says Jeff. "At least I know I don't know."
The script of SUBURBIA by Eric Bogosian (TALK RADIO) is based on his 1994 play of the same name. Much of the dialog rings true, and yet the characters he creates are not ones you would want to spend ten minutes with, much less two hours. Only Nazeer is a sympathetic character. Most of the characters Bogosian concocts are cliches.
Since the characters are close to parody, the story might have been better if it had abandoned its pseudo-realism. On the other hand, many of the characters are so pathetic, the show could have been recast into a tragedy. As presented, it is a comedy that is sometimes funny and sometimes insightful, but mainly tedious.
Even if the acting is mediocre, the quality of the directing by Richard Linklater comes through. I think he did as much as he could to make the story come alive.
After the show meanders for about two hours, Bogosian throws in its only creative tension with an ending out of left field.  I wish Nazeer well in his career as an engineer. He tells us that he is planning on leaving Burnfield when he graduates. Don't change your mind Nazeer.
SUBURBIA runs way too long at 2:00.  Teenagers will probably like the show and they and people in their twenties are probably the intended audience. Still, I do not think the film is acceptable for teens unless they are quite mature. Although I had several good laughs, more often I was bored so I give the film thumbs down and **.
**** = A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show. Don't waste your money. 0 = Totally and painfully unbearable picture.
REVIEW WRITTEN ON: February 10, 1997
Opinions expressed are mine and not meant to reflect my employer's.
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
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- layout: default # No special page title on the home page title: Neel Mehta ---
I'm a PM at Google, civic techie, twice-bestselling author, and open data enthusiast.
Formerly at Harvard, Microsoft, the US Census Bureau, and Khan Academy.


Spell Searcher
Search for spells!
Your favorite spells
Click on a spell to reveal more information about it


That functions scheduled for delayed execution can be cancelled.
Expected Result
Two functions will be scheduled for delayed execution. The first will be
cancelled before it gets a chance to fire. Only a single popup alert will
be displayed for the second function.


about us
-
Shukri Abdi
As a Software Developer at Seattle with a passion for serving low-income communities, Shukri loves spending her free time tutoring children from her local communities. For fun, she likes to take her one year-old and husband on day long trips to different cities in Washington.
-
Billy Bunn
Billy is a Northern California transplant, University of Washington graduate, and recovering public accountant. With the help of Code Fellows in Seattle, Billy retired from accounting and pursued his passion for software development and UX design. When he's not coding, he enjoys complaining about the weather and exploring the great Pacific Northwest with his wife.
-
Andrew Curtis
Andrew is a software developer whose path into tech was a bit unusual. His expertise in Latin got him his first job in a software company, and from there he moved into project management, where he was first drawn to becoming a developer. After hours you'll find him enjoying the outdoors or holed up with one of his old books of Latin literature.
-
Cory Henderson
Cory is a Seattle local and avid cyclist. He is a graduate of the University of Washington and recently left a job in civil engineering in pursuit of a more fulfilling career in software development. When he's not in a classroom at Codefellows, he enjoys hanging out at the local climbing gym, sampling cold craft beverages, and exploring the mountains and roads of the Pacific Northwest on two wheels.