Package algorithms.imageProcessing
Class MiscellaneousCurveHelper
- java.lang.Object
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- algorithms.imageProcessing.MiscellaneousCurveHelper
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public class MiscellaneousCurveHelper extends java.lang.Object
- Author:
- nichole
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Field Summary
Fields Modifier and Type Field Description protected static int[]
eightNeighborsX
protected static int[]
eightNeighborsY
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Constructor Summary
Constructors Constructor Description MiscellaneousCurveHelper()
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Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description void
additionalThinning45DegreeEdges(GreyscaleImage theta, GreyscaleImage input)
void
additionalThinning45DegreeEdges2(double[][] theta, double[][] input)
void
additionalThinning45DegreeEdges2(GreyscaleImage theta3602, GreyscaleImage input)
thin a line that is the product in a canny edge detector, given a theta image which has values between 0 and 360.void
additionalThinning45DegreeEdges2(GreyscaleImage theta3602, GreyscaleImage input, double minResolvableAngle)
thin a line that is the product in a canny edge detector, given a theta image which has values between 0 and 360.double
calculateAngleAtMidpoint(int x1, int y1, int x2, int y2, int x3, int y3)
given 3 counter-clockwise ordered points on a curve, calculate the angle along the curve at the middle point, its direction is from p0 to p1.double
calculateAngleTangentToMidpoint(int x1, int y1, int x2, int y2, int x3, int y3)
given 3 counter-clockwise ordered points on a curve, calculate the angle tangent to the curve at the middle point - its direction follows the right hand rule.double
calculateArea(algorithms.util.PairIntArray closedCurve)
double
calculatePerpendicularAngleAwayFromCentroid(double theta, int xp, int yp, int xm, int ym, double[] centroidXY, java.util.Set<algorithms.util.PairInt> points)
given theta and the point (xp, yp), determine which direction and hence polar angle (clockwise) is perpendicular away from the centroid.int[]
calculateRoundedXYCentroids(gnu.trove.set.TIntSet pixelIdxs, int imgWidth)
int[]
calculateRoundedXYCentroids(java.util.Set<algorithms.util.PairInt> points)
double[]
calculateXYCentroids(float[] x, float[] y)
double[]
calculateXYCentroids(int[] x, int[] y)
double[]
calculateXYCentroids(algorithms.util.PairFloatArray xy)
double[]
calculateXYCentroids(algorithms.util.PairIntArray xy)
double[]
calculateXYCentroids(algorithms.util.PairIntArray xy, float[] weights)
double[]
calculateXYCentroids(java.util.Collection<algorithms.util.PairInt> points)
double[]
calculateXYCentroids(java.util.List<algorithms.util.PairIntArray> xyList)
double[]
calculateXYCentroids1(java.util.List<CurvatureScaleSpaceContour> list)
algorithms.util.PairInt
calculateXYCentroids2(java.util.Collection<algorithms.util.PairInt> points)
protected boolean
correlation(algorithms.util.PairIntArray curve0, algorithms.util.PairIntArray curve1, int[] correlationOffset)
return true if correlation shows that the 2 curves are adjacent to one another.int
countNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> points)
int
countNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> points, int imageWidth, int imageHeight)
algorithms.util.PairIntArray
createContiguousCircle(float radius)
algorithms.util.PairIntArray
createContiguousCircle(float radius, int xShift, int yShift)
boolean
curveIsOrderedClockwise(algorithms.util.PairIntArray closedCurve)
determine whether the closed curve points are ordered in a counter clockwise manner calculating the cross product between adjacent edges in sequence around the polygon to determine if there are fewer that are positive (CCW) than negative (CW).boolean
curveIsOrderedClockwise2(algorithms.util.PairIntArray closedCurve)
determine whether the closed curve points are ordered in a counter clockwise manner by first computing the convex hull then calculating the cross product between adjacent edges in sequence around the polygon to determine if there are fewer that are positive (CCW) than negative (CW).double
distanceFromPointToALine(float lineX0, float lineY0, float lineX1, float lineY1, float xP, float yP)
boolean
doesDisconnect(algorithms.util.PairIntArray edge, int idx)
does removing the point at idx create a gap between it's neighboring pixels? this uses the simplest test of only the points at idx-1 and idx+1.java.util.Set<algorithms.util.PairInt>
findNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> points)
void
findNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> points, java.util.Set<algorithms.util.PairInt> excludePoints, int[] dxs, int[] dys, java.util.Set<algorithms.util.PairInt> outputNeighbors)
void
findNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> outputNeighbors, java.util.Set<algorithms.util.PairInt> points, java.util.Set<algorithms.util.PairInt> excludePoints, int imageWidth, int imageHeight)
protected void
findNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> outputNeighbors, java.util.Set<algorithms.util.PairInt> points, java.util.Set<algorithms.util.PairInt> tmpAddedPoints, java.util.Set<algorithms.util.PairInt> tmpRemovedPoints, int imageWidth, int imageHeight)
boolean
hasNumberOfPixelsOnImageBoundaries(int numberOfPixels, java.util.Set<algorithms.util.PairInt> points, int imageWidth, int imageHeight)
iterate through points, counting the number of pixels on the image boundaries, and return true if the number reaches numberOfPixels.boolean
isAdjacent(algorithms.util.PairIntArray edge, int idx1, int idx2)
boolean
isAdjacent(algorithms.util.PairIntArray edge, int idx1, int idx2, float spacingBetweenPoints)
boolean
isAdjacent(algorithms.util.PairIntArray edge, int idx, int x, int y)
algorithms.util.PairIntArray
scaleDown(algorithms.util.PairIntArray a, float scale)
void
sortByX(algorithms.util.PairIntArray curve)
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Method Detail
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curveIsOrderedClockwise
public boolean curveIsOrderedClockwise(algorithms.util.PairIntArray closedCurve)
determine whether the closed curve points are ordered in a counter clockwise manner calculating the cross product between adjacent edges in sequence around the polygon to determine if there are fewer that are positive (CCW) than negative (CW). The given closedCurve cannot intersect itself or have holes in it. NOTE: the answer returns true if the points are ordered in CW manner, but if one needs the answer w.r.t. viewing an image which has y increasing downward, need the opposite of the return here.- Parameters:
closedCurve
-- Returns:
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curveIsOrderedClockwise2
public boolean curveIsOrderedClockwise2(algorithms.util.PairIntArray closedCurve)
determine whether the closed curve points are ordered in a counter clockwise manner by first computing the convex hull then calculating the cross product between adjacent edges in sequence around the polygon to determine if there are fewer that are positive (CCW) than negative (CW). The given closedCurve cannot intersect itself or have holes in it. NOTE: the answer returns true if the points are ordered in CW manner, but if one needs the answer w.r.t. viewing an image which has y increasing downward, need the opposite of the return here.- Parameters:
closedCurve
-- Returns:
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additionalThinning45DegreeEdges
public void additionalThinning45DegreeEdges(GreyscaleImage theta, GreyscaleImage input)
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additionalThinning45DegreeEdges2
public void additionalThinning45DegreeEdges2(double[][] theta, double[][] input)
- Parameters:
theta
- image with values in range 0 to 180.input
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additionalThinning45DegreeEdges2
public void additionalThinning45DegreeEdges2(GreyscaleImage theta3602, GreyscaleImage input)
thin a line that is the product in a canny edge detector, given a theta image which has values between 0 and 360.- Parameters:
theta3602
-input
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additionalThinning45DegreeEdges2
public void additionalThinning45DegreeEdges2(GreyscaleImage theta3602, GreyscaleImage input, double minResolvableAngle)
thin a line that is the product in a canny edge detector, given a theta image which has values between 0 and 360.- Parameters:
theta3602
-input
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correlation
protected boolean correlation(algorithms.util.PairIntArray curve0, algorithms.util.PairIntArray curve1, int[] correlationOffset)
return true if correlation shows that the 2 curves are adjacent to one another. Note that the method needs the points within the curves to be ordered in a similar manner and for the endpoints of the curves to be accurate. If a point in the middle of the curve is the first or last point, it may prevent comparison of it with another edge's endpoints.- Parameters:
curve0
-curve1
-correlationOffset
- offset of where the shorter curve starts with respect to the longer. For example, an offset of -2 means that the first 2 points in the shorter curve are outside of the longer curve, but the next point in the longer curve is adjacent to the shorter. Another example: if offset is +2, the first pixel in the shorter curve is adjacent to the third pixel in the longer curve. NOTE: the offset is only useful if this method returns true;- Returns:
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calculateXYCentroids1
public double[] calculateXYCentroids1(java.util.List<CurvatureScaleSpaceContour> list)
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calculateXYCentroids
public double[] calculateXYCentroids(algorithms.util.PairIntArray xy, float[] weights)
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calculateXYCentroids
public double[] calculateXYCentroids(algorithms.util.PairIntArray xy)
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calculateXYCentroids
public double[] calculateXYCentroids(algorithms.util.PairFloatArray xy)
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calculateXYCentroids
public double[] calculateXYCentroids(java.util.List<algorithms.util.PairIntArray> xyList)
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calculateXYCentroids2
public algorithms.util.PairInt calculateXYCentroids2(java.util.Collection<algorithms.util.PairInt> points)
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calculateXYCentroids
public double[] calculateXYCentroids(java.util.Collection<algorithms.util.PairInt> points)
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calculateRoundedXYCentroids
public int[] calculateRoundedXYCentroids(java.util.Set<algorithms.util.PairInt> points)
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calculateRoundedXYCentroids
public int[] calculateRoundedXYCentroids(gnu.trove.set.TIntSet pixelIdxs, int imgWidth)
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calculateXYCentroids
public double[] calculateXYCentroids(float[] x, float[] y)
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calculateXYCentroids
public double[] calculateXYCentroids(int[] x, int[] y)
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doesDisconnect
public boolean doesDisconnect(algorithms.util.PairIntArray edge, int idx)
does removing the point at idx create a gap between it's neighboring pixels? this uses the simplest test of only the points at idx-1 and idx+1.- Parameters:
edge
-idx
-- Returns:
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distanceFromPointToALine
public double distanceFromPointToALine(float lineX0, float lineY0, float lineX1, float lineY1, float xP, float yP)
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sortByX
public void sortByX(algorithms.util.PairIntArray curve)
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findNeighbors
protected void findNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> outputNeighbors, java.util.Set<algorithms.util.PairInt> points, java.util.Set<algorithms.util.PairInt> tmpAddedPoints, java.util.Set<algorithms.util.PairInt> tmpRemovedPoints, int imageWidth, int imageHeight)
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findNeighbors
public java.util.Set<algorithms.util.PairInt> findNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> points)
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findNeighbors
public void findNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> points, java.util.Set<algorithms.util.PairInt> excludePoints, int[] dxs, int[] dys, java.util.Set<algorithms.util.PairInt> outputNeighbors)
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findNeighbors
public void findNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> outputNeighbors, java.util.Set<algorithms.util.PairInt> points, java.util.Set<algorithms.util.PairInt> excludePoints, int imageWidth, int imageHeight)
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hasNumberOfPixelsOnImageBoundaries
public boolean hasNumberOfPixelsOnImageBoundaries(int numberOfPixels, java.util.Set<algorithms.util.PairInt> points, int imageWidth, int imageHeight)
iterate through points, counting the number of pixels on the image boundaries, and return true if the number reaches numberOfPixels.- Parameters:
numberOfPixels
- the number of pixels for which to return true if they are on the image boundaries.points
-imageWidth
-imageHeight
-- Returns:
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countNeighbors
public int countNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> points, int imageWidth, int imageHeight)
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countNeighbors
public int countNeighbors(int x, int y, java.util.Set<algorithms.util.PairInt> points)
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isAdjacent
public boolean isAdjacent(algorithms.util.PairIntArray edge, int idx1, int idx2)
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isAdjacent
public boolean isAdjacent(algorithms.util.PairIntArray edge, int idx, int x, int y)
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isAdjacent
public boolean isAdjacent(algorithms.util.PairIntArray edge, int idx1, int idx2, float spacingBetweenPoints)
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calculateAngleAtMidpoint
public double calculateAngleAtMidpoint(int x1, int y1, int x2, int y2, int x3, int y3)
given 3 counter-clockwise ordered points on a curve, calculate the angle along the curve at the middle point, its direction is from p0 to p1.For example: 135 degrees .--- | . p2 p1 p0
- Parameters:
x1
-y1
-x2
-y2
-x3
-y3
-- Returns:
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calculateAngleTangentToMidpoint
public double calculateAngleTangentToMidpoint(int x1, int y1, int x2, int y2, int x3, int y3)
given 3 counter-clockwise ordered points on a curve, calculate the angle tangent to the curve at the middle point - its direction follows the right hand rule.For example: 45 degrees __ . | p2 . p1 p0
- Parameters:
x1
-y1
-x2
-y2
-x3
-y3
-- Returns:
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calculatePerpendicularAngleAwayFromCentroid
public double calculatePerpendicularAngleAwayFromCentroid(double theta, int xp, int yp, int xm, int ym, double[] centroidXY, java.util.Set<algorithms.util.PairInt> points)
given theta and the point (xp, yp), determine which direction and hence polar angle (clockwise) is perpendicular away from the centroid. The reference point (xm, ym) is the point from which theta was also calculated, which is probably the point for kMaxIdx. The points are also checked to make sure they aren't in the points set.- Parameters:
theta
-xp
-yp
-xm
-ym
-centroidXY
-points
-- Returns:
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calculateArea
public double calculateArea(algorithms.util.PairIntArray closedCurve)
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scaleDown
public algorithms.util.PairIntArray scaleDown(algorithms.util.PairIntArray a, float scale)
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createContiguousCircle
public algorithms.util.PairIntArray createContiguousCircle(float radius)
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createContiguousCircle
public algorithms.util.PairIntArray createContiguousCircle(float radius, int xShift, int yShift)
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Welcome to the home of the asset servers for goanimate4schools: Offline.
It’s most likely you’re not supposed to be here.
You probably got here through the magic known as the Network tab.
If you meant to come here, feel free to look around and do stuff. Maybe you’ll find a secret…


Foreign Table Dialog
Use the Foreign Table dialog to define a foreign table in the current
database. Foreign tables define the structure of an external data source that
resides on a foreign server.
The Foreign Table dialog organizes the development of a foreign table through
the following dialog tabs: General, Definition, Columns, Constraints,
Options, and Security. The SQL tab displays the SQL code generated by
dialog selections.
Use the fields in the General tab to identify the foreign table:
- Use the Name field to add a descriptive name for the foreign table. The name
of the foreign table must be distinct from the name of any other foreign
table, table, sequence, index, view, existing data type, or materialized view
in the same schema. The name will be displayed in the pgAdmin tree control.
- Use the drop-down listbox next to Owner to select the name of the role that
will own the foreign table.
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Click the Definition tab to continue.
Use the fields in the Definition tab to define the external data source:
- Use the drop-down listbox next to Foreign server to select a foreign server.
This list is populated with servers defined through the Foreign Server
dialog.
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foreign table will inherit all of its columns. This field is optional.
Click the Columns tab to continue.
Use the fields in the Columns tab to to add columns and their attributes to
the table. Click the Add icon (+) to define a column:
- Use the Name field to add a descriptive name for the column.
- Use the drop-down listbox in the Data Type field to select a data type for
the column. This can include array specifiers. For more information on which
data types are supported by PostgreSQL, refer to Chapter 8 of the core
documentation.
Click the Add icon (+) to specify each additional column; to discard a column,
click the trash icon to the left of the row and confirm deletion in the Delete
Row popup.
Click the Constraints tab to continue.
Use the fields in the Constraints tab to apply a table constraint to the
foreign table. Click the Add icon (+) to define a constraint:
- Use the Name field to add a descriptive name for the constraint. If the
constraint is violated, the constraint name is present in error messages, so
constraint names like col must be positive can be used to communicate
helpful information.
- Use the Check field to write a check expression producing a Boolean result.
Each row in the foreign table is expected to satisfy the check expression.
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propagate to child tables.
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assume that the constraint holds for all rows in the table.
Click the Add icon (+) to specify each additional constraint; to discard a
constraint, click the trash icon to the left of the row and confirm deletion in
he Delete Row popup.
Click the Options tab to continue.
Use the fields in the Options tab to specify options to be associated with
the new foreign table or one of its columns; the accepted option names and
values are specific to the foreign data wrapper associated with the foreign
server. Click the Add icon (+) to add an option/value pair.
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allowed.
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Click the Add icon (+) to specify each additional option/value pair; to
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deletion in the Delete Row popup.
Click the Security tab to continue.
Use the Security tab to assign privileges and define security labels.
Use the Privileges panel to assign privileges to a role. Click the Add icon
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drop-down listbox in the Grantee field.
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Click the Add icon (+) to assign additional privileges; to discard a
privilege, click the trash icon to the left of the row and confirm deletion in
the Delete Row popup.
Use the Security Labels panel to define security labels applied to the
function. Click the Add icon (+) to add each security label selection:
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must be loaded and must consent to the proposed labeling operation.
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labels; it merely provides a mechanism for storing them.
Click the Add icon (+) to assign additional security labels; to discard a
security label, click the trash icon to the left of the row and confirm deletion
in the Delete Row popup.
Click the SQL tab to continue.
Your entries in the Foreign Table dialog generate a SQL command (see an
example below). Use the SQL tab for review; revisit or switch tabs to make
any changes to the SQL command.
Example
The following is an example of the sql command generated by user selections in
the Foreign Table dialog:
The example shown demonstrates creating a foreign table weblogs with multiple
columns and two options.
- Click the Info button (i) to access online help.
- Click the Save button to save work.
- Click the Cancel button to exit without saving work.
- Click the Reset button to restore configuration parameters.


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round3\abfs-intrinsics\2018_08_06_DIC2_0045.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0046.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0047.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0050.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0051.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0052.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0053.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0054.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0055.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0056.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC2_0057.abf, 0202 IV dual, GROUP: Aged NAc ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0000.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0001.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0002.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0003.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0004.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0005.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0018.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0019.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0020.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0021.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0022.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0023.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0006.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0007.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0008.abf, 0203 IV fast-extended, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0009.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0010.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0011.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0012.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0013.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0014.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0015.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0019.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0020.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC1_0021.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0006.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0007.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0008.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0009.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0010.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0011.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0000.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0001.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0002.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0003.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0004.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0005.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0006.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0007.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0008.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0009.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0010.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0011.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0018.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0019.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0020.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0021.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0022.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0023.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0024.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0025.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0026.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0012.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0013.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0014.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0015.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0016.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0017.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0030.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0031.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0032.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0033.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0034.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC2_0035.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0016.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0017.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0018.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0019.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0020.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0021.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0022.abf, 0201 memtest, GROUP: Aged PFC ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0012.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0013.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0014.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0015.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0016.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0017.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0000.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0001.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0002.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0003.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0004.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_01_DIC2_0005.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0000.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0001.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0002.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0003.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0004.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0005.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0006.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0007.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0008.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0009.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0010.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0011.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0012.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0013.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0014.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0015.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0016.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_02_DIC1_0017.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0000.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0001.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0002.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0003.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0004.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0005.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0006.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0007.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0008.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0009.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0010.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0011.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0012.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0000.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0001.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0002.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0003.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0004.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0005.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0006.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0007.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0008.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0009.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0010.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0011.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0012.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0013.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0014.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0015.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0016.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0017.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0018.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0019.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0020.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0021.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0022.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0023.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0024.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0025.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0026.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0027.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0028.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0029.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC1_0030.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0028.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0029.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0030.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0031.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0032.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_07_DIC2_0033.abf, 0114 steps dual -100 to 2000 step 100, GROUP: Today ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0003.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0004.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0005.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0009.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0010.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0011.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0015.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0016.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0017.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0021.abf, 0111 continuous ramp, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0022.abf, 0113 steps dual -100 to 300 step 25, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_07_30_DIC1_0023.abf, 0114 steps dual -100 to 2000 step 100, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC1_0000.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC1_0001.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC1_0002.abf, 0203 IV fast, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC1_0003.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC1_0004.abf, 0202 IV dual, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_06_DIC1_0005.abf, 0201 memtest, ABF: X:\Data\F344\Aging BLA\basal excitability round3\abfs-intrinsics\2018_08_09_DIC1_0000.abf, 0201 memtest,


--- layout: post title: Passenger 3 coming... published: true date: 2010-09-01 categories: [] posterous_url: http://blog.hungerandthirstdesign.com/post/1047899789/passenger-3-coming posterous_slug: post/1047899789/passenger-3-coming ---
From Phusion’s website:
»
By Hongli Lai June 10th, 2010
It has already been two years since we’ve first released Phusion Passenger. Time sure flies and we’ve come a long way since then. We were the first to implement a working Ruby web app deployment solution that integrates seamlessly in the web server, and all the features that we’ve developed over time – smart spawning and memory reduction, upload buffering, Nginx support, etc – have served us for a long time. Nevertheless, it is time to say goodbye to the old Phusion Passenger 2.2 codebase….
(continue reading here)
Its a fine day to be a rubyist/rails dev.


Dashboard
Load Patient Library
View Patients On Admission
Admitted Patient Workspace
Process Discharged Patients
Ward Management


A modal is a dialog box/popup window that is displayed on top of the current page.
Let him go! Stay on the leader! Hurry, Luke, they're coming in much faster this time. I can't hold them! Artoo, try and increase the power! Hurry up, Luke! Wait! I'm on the leader. Hang on, Artoo! Use the Force, Luke. Let go, Luke. The Force is strong with this one! Luke, trust me. His computer's off.  What's wrong? Nothing. I'm all right. I've lost Artoo! You may fire when ready. I have you now


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1 from django.conf.urls import patterns, include, url 2 from django.contrib import admin 3 from django.conf.urls.static import static 4 5 from . import views 6 7 urlpatterns = patterns('', 8 url(r'^search$', views.search), 9 url(r'^ResultPage.html$', views.result), 10 url(r'^DetailPage.html$', views.detail), 11 ) 12
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| Generated by Epydoc 3.0.1 on Sat Dec 6 07:51:16 2014 | http://epydoc.sourceforge.net |


Are you sure you want to empty the bucket {{bucketLabel}}?
Emptying this bucket will prevent future assignments and all existing users will be treated as new users
and may be assigned to a different bucket. Also, the allocation percentages of other buckets will be
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{% extends "base/__wide.html" %} {% load tags %} {% block title %}Welcome to MIT Tab{% endblock %} {% block content %} {% url "view_judges" as view_judges %} {% url "view_schools" as view_schools %} {% url "view_teams" as view_teams %} {% url "view_debaters" as view_debaters %} {% url "view_rooms" as view_rooms %} {% url "enter_judge" as enter_judge %} {% url "enter_school" as enter_school %} {% url "enter_team" as enter_team %} {% url "enter_debater" as enter_debater %} {% url "enter_room" as enter_room %}