Mince pie and custard pasties top Warrens Bakery's quirky Christmas menu
There's an array of delicious new treats to enjoy on Warren Bakery's Christmas menu
by Charlotte GoslingFollowing its huge success over the last three years, Warrens Bakery has only gone and done it again and announced the return of the extraordinary mince pie and custard pasty.
Back by popular demand, for a limited time only, the quirky handmade sweet pasty is filled with mincemeat and custard, encased in a cocktail pasty case and sprinkled with sugar.
It always gets tongues wagging as it's perfect for satisfying both your sweet and savoury festive cravings as well as being an innovative twist on a traditional favourite.
Jason Jobling, master baker at Warrens Bakery, comments: “The Cornish twist to the traditional mince pie has proven to be a success with our customers in previous years so it makes sense to bring it back for a limited time this year.
"This pasty is handmade using rough puff pastry and hand filled with specially selected mincemeat and a vanilla custard.
"It’s crimped by hand in the same way we would a savoury pasty then glazed and topped with a cinnamon and sugar blend for extra crunch.”
Alongside this, the bakery is introducing a range of tasty food items, starting from just £1.30.
For Christmas dinner lovers, the Turkey Feast is a must. It's everything you want from a Christmas Pasty - delicious turkey, sage and onion stuffing, potato and swede as well as a dash of cranberry sauce.
There is something for all the family too with an offering of colourful and themed kids Christmas biscuits. They can choose from a Santa Biscuit, Melted Frozen Snowman, Mallow Christmas Pudding, Shortbread Christmas Tree or Gingerbread Snowman.
The bakery has also introduced a twist on a popular sweet customer favourite, the Festive Fruit Danish. This is a combination of sweet glazed bread which is layered with raisins, sultanas, glacé cherries and mixed peel, and topped with nibbed sugar.
The Luxury Star Mince Pie is also tempting - made up of crumbly shortcrust pastry filled with matured mincemeat, topped with an exquisite pastry star and dusted with icing sugar.
Or grab the bakery's three-for-two hot meal deal
Warrens Bakery is also offering the perfect family lunch deal for less than £5.
Shoppers have been flocking to Warrens to make the most of the bakery's three-for-two offer.
This means the whole family can be treated and tuck-in to everything from sausage rolls to chicken and mushroom slices, as well as delicious strawberry sprinkle doughnuts - if you've saved enough room for afters!
With customers spending an average of just £3.70 on three tasty treats, families can enjoy a hot, fresh meal deal each and every day.
Choose from Bacon and Cheese Turnovers to Chicken and Mushroom Slices or even a Meat Pattie as your main, as well as many more.
Warrens boasts an incredible range of colourful doughnuts as part of the deal with tantalising flavours including White Chocolate and Custard, Chocolate and Hazelnut, Creme Brûlée, Coconut and Lovely Lemon to name just a few.
And vegetarians are certainly catered for with options such as delicious Cheese and Onion Slices or Rolls, and Bean and Cheese Savouries - not to mention delicious doughnuts including the Triple Chocolate and the unbeatable Glazed Ring. Vegans can also grab the famous Meat-Free Sausage Roll within the deal.
For more information, visit the Warrens Bakery website at warrensbakery.co.uk or head into store at one of Plymouth's three branches on Old Town Street, Derriford Road or Plumer Road.


--- layout: page category : emsim tagline: "necpp MoM simulation of an air band monopole" tags : [mom, necpp, emtheory] ---
{% include JB/setup %}
return "{0:0.3f}".format(3e8 / 118e6 / 4)
0.636
Approximate monopole length in metres.
from argparse import ArgumentParser from PyNEC import * import logging import matplotlib.pyplot as plt import mpl_toolkits.mplot3d.axes3d as axes3d import numpy as np import scipy.optimize import sys
The following are simulation parameters, fundamental constants and derived parameters used by the simulation.
C = 299792458 """float: c (ms^1), universal physical constant for speed of light in a vacuum. """ FREQ = 118.2 """float: f (s^-1), the excitation frequency applied to the test situation. Current value is chosen for the Airband frequency assign to TWR @ SOU """ BANDWIDTH = 10.0 """float: f (s^-1), the bandwidth over which the matching network should operate. Current value is arbitrary. """ GROUND_CONDUCTIVITY = 0.002 """float: sigma (S), electrical conductivity of ground. Current value is something like that experienced around the upper Eastern seaboard of the United States. Real valued conductivity is a function of angular frequency (omega) so this value should be altered to something realistic based on our excitation frequency above. """ GROUND_DIELECTRIC = 10 """float: epsilon_r (dimensionless), electrical dielectric 'constant' of ground. Strictly, this is the real part of the ground relative permittivity. """ BASE = 0.1 """float: offset (m) from the ground in the z direction. """ LENGTH = 0.63 """float: total length (m) of monopole in z direction. """ CONDUCTIVITY = 1.45e6 """float: sigma (S), electrical conductivity of stainless steel. Real valued conductivity is a function of angular frequency (omega) so this value should be altered to something realistic based on our excitation frequency above. """ R_W = 0.002 """float: r_w, (m), initial wire radius.""" WAVELENGTH = C / FREQ """float: lambda, (m)""" Z0 = 50 """float: Z_0 (Ohms), feedline characteristic impedance."""
This function simply computes \(\Gamma\), the reflection coefficient for a particular antenna scenario given characteristic impedance of the transmission line.
def reflection_coefficient(z, z0): return np.abs((z - z0) / (z + z0))
We construct the antenna geometry, in this case a single wire oriented in the positive z direction. The ground is imperfect having finite conductivity. We excite the antenna from the first segment (closest to the ground) and compute a radiation pattern and input parameters across a band of frequencies $± 5$MHz around the design centre frequency.
def geometry(frequency, base, length, r_w): #creation of a nec context context=nec_context() #get the associated geometry geo = context.get_geometry() #add wires to the geometry print("Add wire {} {} {} ".format(base, base + length, r_w)) geo.wire(1, 36, 0.0, 0.0, base, 0.0, 0.0, base + length, r_w, 1.0, 1.0) context.geometry_complete(1) # Group I cards context.ld_card(5, 0, 0, 0, CONDUCTIVITY, 0.0, 0.0) context.gn_card(0, 0, GROUND_DIELECTRIC, GROUND_CONDUCTIVITY, 0, 0, 0, 0) #add a "fr" card to specify the frequency #context.fr_card(0, int(BANDWIDTH), FREQ - BANDWIDTH / 2.0, 1.0) context.fr_card(0, 1, frequency, 0.0) # Group II cards #add a "ex" card to specify an excitation context.ex_card(0, 0, 1, 0, 0, 1.0, 0.0, 0.0, 0.0, 0.0, 0.0) return context
def impedance(frequency, base, length, r_w): context = geometry(frequency, base, length, r_w) # Group III cards context.xq_card(0) #get the input_parameters ip = context.get_input_parameters(0) z = ip.get_impedance()[0] return z
def cost_function(x): length = np.exp(x[0]) # length >= 0 base = np.exp(x[1]) # base >= 0 z = impedance(FREQ, base, length, R_W) return reflection_coefficient(z, Z0)
The main optimisation function below minimises the reflection coefficient with respect to the antenna length. Unbounded minimisation with a Nelder-Mead simplex algorithm found alleged minima `far' from our desired length at around \(\lambda\) and moving the initial value from $1.0$m to \(0.5\) found minima around \(\frac{\lambda}{2}\). We therefore attempt a bounded minimisation around the \(\frac{\lambda}{4}\) point with \(0.4 \leq x_0 \leq 0.7\)m
def optimise_antenna(): # Starting value freq = FREQ bounds = [(np.log(0.4), np.log(0.7)), (np.log(0.5), np.log(0.6))] # Carry out the minimization result = scipy.optimize.differential_evolution(cost_function, bounds) log_length = result.x[0] log_base = result.x[1] length = np.exp(log_length) base = np.exp(log_base) z = impedance(freq, base, length, R_W) return length, base, z
def plot_radiation_pattern(context): # Group III cards #add a "rp" card to specify radiation pattern sampling parameters # and to cause program execution context.rp_card(calc_mode=0, n_theta=180, n_phi=720, output_format=0, normalization=0, D=0, A=0, theta0=0.0, delta_theta=0.5, phi0=0.0, delta_phi=0.5, radial_distance=0.0, gain_norm=0.0) context.xq_card(0) #get the radiation_pattern rp = context.get_radiation_pattern(0) # Gains are in decibels gains_db = rp.get_gain() print('gains_db.shape = {0}'.format(gains_db.shape)) gains = 10.0**(gains_db / 10.0) thetas = rp.get_theta_angles() * 3.1415 / 180.0 phis = rp.get_phi_angles() * 3.1415 / 180.0 print('thetas.shape = {0} [{1},{2}]' .format(thetas.shape, thetas[0], thetas[len(thetas)-1])) print('phis.shape = {0} [{1},{2}]' .format(phis.shape, phis[0], phis[len(phis)-1])) fig = plt.figure() # Plot 2d polar plots ax = fig.add_subplot(2, 2, 1, projection='polar') ax.plot(phis, gains[180//4 - 1,:], color='r', linewidth=3) ax.grid(True) ax.set_rmax(1.0) ax.set_title("Gain at an elevation of 22.5 degrees", va='bottom') ax = fig.add_subplot(2, 2, 2, projection='polar') ax.plot(np.concatenate((thetas, np.pi - thetas)), np.concatenate((gains[:,0], gains[:,360])), color='r', linewidth=3) ax.grid(True) ax.set_rmax(1.5) ax.set_thetalim(thetamin=0.0, thetamax=180.0) ax.set_thetagrids([0.0, 30.0, 60.0, 90.0, 120.0, 150.0, 180.0]) ax.set_title("Gain sliced through xz-plane", va='bottom') ax = fig.add_subplot(2, 2, 3, projection='polar') ax.plot(phis, gains[180//2 - 1,:], color='r', linewidth=3) ax.grid(True) ax.set_rmax(1.0) ax.set_title("Gain at an elevation of 45 degrees", va='bottom') ax = fig.add_subplot(2, 2, 4, projection='polar') ax.plot(np.concatenate((thetas, np.pi - thetas)), np.concatenate((gains[:,180], gains[:,540])), color='r', linewidth=3) ax.grid(True) ax.set_rmax(1.5) ax.set_thetalim(thetamin=0.0, thetamax=180.0) ax.set_thetagrids([0.0, 30.0, 60.0, 90.0, 120.0, 150.0, 180.0]) ax.set_title("Gain sliced through yz-plane", va='bottom') plt.savefig('../images/lambda_on_4_monopole_polar_plots.png') plt.gcf().clear() # Plot 3d radiation pattern. R = gains.T THETA, PHI = np.meshgrid(thetas, phis) print('THETA.shape = {0}'.format(THETA.shape)) print('PHI.shape = {0}'.format(PHI.shape)) X = R * np.sin(THETA) * np.cos(PHI) Y = R * np.sin(THETA) * np.sin(PHI) Z = R * np.cos(THETA) ax = fig.add_subplot(1, 1, 1, projection='3d') # Plot the surface. ax.plot_surface(X, Y, Z, rstride=1, cstride=1, cmap=plt.get_cmap('jet'), linewidth=0, antialiased=False, alpha=0.5) ax.grid(True) ax.set_title("3d gain plot", va='bottom') plt.savefig('../images/lambda_on_4_monopole_3d_gain_plot.png') #plt.show() plt.gcf().clear() plt.close(fig)
Figure 1: 3d gain plot pattern - radiated
And polar plots of gain at various elevation angles
Figure 2: Polar plots of gain pattern at various elevation angles
def compute_bp_matching_network(z0, zl): return 0.0
def main(): parser = ArgumentParser(description="Optimise monopole and compute matching network.") args = parser.parse_args() #length, base, zl = optimise_antenna() length, base = [0.63, 0.05] z = impedance(FREQ, base, length, R_W) print("Impedance at base={0:.2f}, length={1:.2f} : ({2:6.1f},{3:+6.1f}i) Ohms" .format(base, length, z.real, z.imag)) print("Reflection coefficient Gamma={0:0.2f}" .format(reflection_coefficient(z, Z0))) print("z: {0}".format(z)) context = geometry(FREQ, base, length, R_W) #context = geometry(FREQ, 2.0, 0.63, 0.02) plot_radiation_pattern(context) #compute_bp_matching_network(Z0, zl) return 0
python airbandmonopole.py 2>&1 true
Add wire 0.63 2.63 0.02 gains_db.shape = (720, 180) thetas.shape = (720,) phis.shape = (180,) THETA.shape = (180, 720) PHI.shape = (180, 720)


|
Connected Home over IP
672cf7684
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Transport class base, defining common methods among transports (message packing by encoding and decoding headers) and generic message transport methods. More...
#include <transport/raw/Base.h>
Public Member Functions | |
| virtual | ~Base () |
| void | SetDelegate (RawTransportDelegate *delegate) |
| Sets the delegate of the transport. More... | |
| virtual CHIP_ERROR | SendMessage (const PacketHeader &header, const PeerAddress &address, System::PacketBufferHandle msgBuf)=0 |
| Send a message to the specified target. More... | |
| virtual bool | CanSendToPeer (const PeerAddress &address)=0 |
| Determine if this transport can SendMessage to the specified peer address. More... | |
| virtual void | Disconnect (const PeerAddress &address) |
| Handle disconnection from the specified peer if currently connected to it. More... | |
| virtual void | Close () |
| Close the open endpoint without destroying the object. More... | |
Protected Member Functions | |
| void | HandleMessageReceived (const PacketHeader &header, const PeerAddress &source, System::PacketBufferHandle &&buffer) |
| Method used by subclasses to notify that a packet has been received after any associated headers have been decoded. More... | |
Protected Attributes | |
| RawTransportDelegate * | mDelegate |
Transport class base, defining common methods among transports (message packing by encoding and decoding headers) and generic message transport methods.
|
inlinevirtual |
|
pure virtual |
Determine if this transport can SendMessage to the specified peer address.
Generally it is expected that a transport can send to any peer from which it receives a message.
Implemented in chip::Transport::UDP, chip::Transport::BLE, chip::Transport::TCPBase, chip::Transport::Tuple< TransportTypes >, and chip::Transport::Tuple< TransportTypes... >.
|
inlinevirtual |
Close the open endpoint without destroying the object.
Reimplemented in chip::Transport::TCPBase, chip::Transport::UDP, chip::Transport::Tuple< TransportTypes >, and chip::Transport::Tuple< TransportTypes... >.
|
inlinevirtual |
Handle disconnection from the specified peer if currently connected to it.
Reimplemented in chip::Transport::TCPBase, chip::Transport::Tuple< TransportTypes >, and chip::Transport::Tuple< TransportTypes... >.
|
inlineprotected |
Method used by subclasses to notify that a packet has been received after any associated headers have been decoded.
|
pure virtual |
Send a message to the specified target.
On connection-oriented transports, sending a message implies connecting to the target first.
Implemented in chip::Transport::UDP, chip::Transport::BLE, chip::Transport::TCPBase, chip::Transport::Tuple< TransportTypes >, and chip::Transport::Tuple< TransportTypes... >.
|
inline |
Sets the delegate of the transport.
| [in] | delegate | The argument to pass in to the handler function |
|
protected |


HMS DTM DEMO
Send Custom Event
Custom Tag
Set Custom Variable Value
Report Event with Custom Variable


Pixelism is an art application that allows you to draw on pictures with colorful tiled shapes. In this help, these shapes will be referred to as“Pixels”.
App Layout and Controls
The Pixelism main window is comprised of a canvas that can be scrolled or drawn on and a toolbar that holds all of the app's tools and functions.
1. The Canvas
The canvas is the space on which the picture is drawn, and can be thought of as a grid of Pixels. When a draw tool or the erase tool is selected, then that operation is performed on any Pixels touched.
2. The App Menu
The app menu gives options to view this help screen or an "About" popup with information about the app and Phantom Hat.
3. The Toolbox
The Toolbox contains the tools you have to work with the displayed canvas and the Pixels within it.
The Move Tool
When the Move Tool is selected (has blue background), then the Canvas can be scrolled, allowing you to move around your image if the Canvas is larger than the displayable area.
The Erase Tool
The Erase Tool resets Pixels to their default transparent state, erasing anything that had been drawn in them and allowing the background image to show through.
The Brushes
The Brushes are what you use to actually draw on the Canvas. When a Brush is selected, tapping on the Canvas will draw a Pixel on the Canvas with the current brush settings. Press and hold on the tool to open a popup window to change the Brush's shape, rotation, and colors (see The Color Picker below).
4. The Resize Button
The Resize Button displays the current size of the Canvas in Pixels. Tapping on the button brings up the Resize Dialog, where you can change the size of the Canvas. Any background image will be stretched to fit the new size.
5. The Fill/Clear Button
The Fill/Clear button gives you options for automatically using the Eraser or a Brush on the entire image.
6. The Background Button
The Background Dialog gives you options to change the background of the drawing canvas, i.e. what you are “drawing on”. You can have a transparent background, a black background, or a background made from an image on your TouchPad. See “Loading Images” below for information on loading images into Pixelism.
7. The Save Button
The Save Button lets you save your creations to your TouchPad's internal storage so that you can view and use the image in any other app. Pressing the button will cause the Save Dialog to appear. Enter a name for the image, and the Canvas contents will be saved to an image file.
The Color Picker
The Color Picker appears when you hold down one of the Brushes for more than one second. At the top left is a sample of the resulting brush. At the top right are selectors for the shape to be drawn along with a direction to rotate the shape.
The middle of the dialog contains selectors for the Foreground and Background colors. The Foreground color is the color that replaces white in the shapes shown in the Shape Selector. The Background Color replaces black in the shape. Each color selector has sliders for the amount of Red, Green, and Blue in the color. The sliders will change color to demonstrate how they will affect the resulting color. Below the color sliders is an “Alpha Transparency” slider, which will affect how transparent the resulting color is. Below the sliders is a collection of color presets for commonly used colors.
Loading Images
When you choose “Load Image” from the Background menu, a file selector will appear. Use the listing to browse to the image file you want to load into Pixelism.
Once you have selected the image file to load, the Crop Image dialog will appear. Using this, you can select the region of the image to load as well as the number of Pixels you want the resulting canvas to have. To select a region of the image, drag the selection (the gray boxes) where you want them to be an use a “pinch” motion to resize the selection. If your selection is off of the image's area, the resulting area on the drawing canvas will be transparent.
We hope you enjoy Pixelism. If you make something awesome, need help, or have a recommendation for us, let us know! We can be found on Twitter as @PixelismApp. You can go to the Pixelism website or the Phantom Hat home page using the buttons below.


SRV_USEROFFLINE |
Channel: 2 SNAC(3,12) |
This is sent when a user goes offline.
Parameters
| Data type | Content | Name | Description |
| BUIN | ... | UIN | The UIN of the contact that goes offline. |
| DWORD | 00 00 00 01 | NULL | Unknown: empty. |
| TLV(1) | 00 01 00 02 00 00 | UNKNOWN | Unknown: 0. |
Examples
2A 02 B4 BA 00 1E FLAP 00 03 00 0C 00 00 81 83 9B 56 SNAC 09 Length = 9 31 31 32 33 34 35 36 37 38 UIN = 112345678 00 00 00 01 Unknowns 00 01 00 02 TLV(1) 00 00 0
Attribution
Submitted by: Ben@Mythos.com.


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this should~~not be parsed
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escaped ~~strikethrough~~


Inscription E054
Index
Area Plan
MI Plan E
< Prev.
Wooden bench with 2 metal plaques.
Left side plaque.
In loving memory of ROY "Goo" BICKER
1982 - 2002
Love from your Family and Friends
Treasured Memories.
Right side plaque.
In loving memory of ROY " Baggy" WRIGHT
1943 - 2005
From your loving Family
Forever in our hearts
The Parish Church of St. James the Great, South Leigh, Oxfordshire.
Copyright © St. James the Great South Leigh Parochial Church Council, 2006
Updated 22nd November 2005
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Please try again using a credit card which was issued in your country of residence, or when you are using a computer in your country of residence.


Code for Canada, in collaboration with the National Energy BoardCode for Canada https://codefor.ca, in collaboration with the National Energy Board http://neb-one.gc.ca, are looking for participants external to this organization to participate in a series of workshops.
These workshops will explore uses of a regulatory documents database, REGDOCS, and will take approximately 1 hour. Workshops will be conducted remotely and in person based on needs.
We are also seeking participants to test prototypes. These studies will guide the product direction for increasing accessibility, discoverability, and participation within a publicly available database. For more information on REGDOCS, please visit https://apps.neb-one.gc.ca/REGDOCS/ Code for Canada is a national non-profit that connects government innovators with the tech and design community.
Our programs enable governments to deliver better digital public services and empower communities to solve civic challenges using technology and design.
We are also looking for individuals to participate remotely in testing. This will take approximately 1 hour, where you will provided a link to browse the website and shadowed by a Code for Canada researcher.
These studies will guide the product direction for building a more modern, accessible version of this database where documents are easy to discover.
Code for Canada is a national nonprofit that connects government innovators with the tech and design community. Our programs enable governments to deliver better digital public services and empower communities to solve civic challenges using technology and design.
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The National Energy Board is committed to protecting the privacy rights of individuals.
The definition of “personal information” is any information, in any form, about an identifiable individual. Refer to section 3 of the Privacy Act for further details regarding personal information.
The personal information you provide will be used by the National Energy Board for research and development purposes; and is collected under the authority of the Financial Administration Act, and in accordance with the Communications Policy of the Government of Canada and is described in the Standard personal information banks (PSU 914 - Public Communications). Provision of your information is voluntary, and will not be used to make any administrative decisions about you.
Personal information is collected and used as described in the Treasury Board Secretariat’s Standard Personal Information Bank Outreach Activities (PSU 938)
Individuals have the right to file a complaint with the Privacy Commissioner of Canada regarding the department’s handling of their personal information.
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| Instructions | |||
|---|---|---|---|
To play, click on New Game, then drag your mouse over the grid
to select a word. Once found, words will remain circled. If you get stuck,
click on Solve Game. The word list can be scrolled if necessary
by clicking on the buttons provided.
When you're done with one puzzle, click on New Game again to
load the next.
|
|||
| Parameters | |||
| Name | Format | Description | Default |
| screencolors (optional) |
color,color,color | Sets the text, background and border colors for the main display. | "black,white,black" |
| buttoncolors (optional) |
color,color | Set the button foreground and background colors. | "black,lightgray" |
| gridcolors (optional) |
color,color,color,color | The first color pair sets letter grid text and background colors, the third color is used in shading found words and the last color is used in highlighting the current user selection. | "black,white,lightgray,yellow" |
| listcolors (optional) |
color,color,color | The first color pair sets the text and background colors of the word list. The third color is used for the text of words that have been found. | "black,white,lightgray" |
| Note: For color parameters, color may be one of the following: black, blue, cyan, darkgray, gray, green, lightgray, magenta, orange, pink, red, white or yellow. Or you can specify a hex string in HTML format, e.g. #ffcc99. | |||
| screenfont (optional) |
name,style,size | Sets the message text font. | "helvetica,bold,12" |
| buttonfont (optional) |
name,style,size | Sets the button text font. | "dialog,plain,10" |
| gridfont (optional) |
name,style,size | Sets the letter grid font. | "courier,plain,14" |
| listfont (optional) |
name,style,size | Sets the word list font. | "helvetica,bold,12" |
| Note: For font parameters, name may be one of: courier, dialog, helvetica, symbol or timesroman and style may be one of: bold, bolditalic, italic or plain. | |||
| gridsize (optional) |
n, m, d | Sets the number of rows and columns used in the letter grid and the size, in pixels, of each cell (this should be slightly bigger than the size of the grid font). | "15,15,20" |
| files | url_1,url_2,...,url_n | A list of URLs. Each should point to a text file containing a list of words to use for each puzzle. | n/a |
| Usage Notes | |||
| The width and height attributes of the APPLET tag should be adjusted as necessary to accomodate the display. The applet reads data from one or more plain text files located on the server. Given a list of file URLs, it will load a new set of words for each new game, looping back to the first file after the last. Each line of the input file should contain a single word or phrase. These are stripped of whitespace or non-alpha characters and converted to upper-case before being added to the letter grid. For example, "New Mexico" shows on the grid as "N E W M E X I C O". Words are listed in the order read. If a line begins with a '#' character, the text following it is used as the puzzle title and not included on the list. See the download files for examples.  If this happens often, try using a larger grid, fewer words or shorter words. | |||
| Source and Download | |||
|
Source: WordSearch.java All files: WordSearch.zip |


|
Pittsburgh, Pa. Tuesday, Dec. 26, 2006 |
|
|
Families grieve as soldiers continue to die
Monday, December 22, 2003 By Dennis B. Roddy, Pittsburgh Post-Gazette
This region has sent so many sons and daughters to the military that every loud bang in some corner of the world is followed by the silence of families holding their breath and waiting.
For the first month of the second Persian Gulf war, it seemed as if Western Pennsylvania would be spared. Then the phone call came to the family of Donald Oaks Jr. in Harborcreek, an Erie suburb.
An errant bomb, dropped by a coalition airplane, had taken the region's first casualty of war. Oaks was 20.
Erie buried its son with flourishes worthy of a hero. A downtown theater served as the venue for the funeral. Hundreds thronged into Wintergreen Gorge Cemetery, a rolling expanse of trees, gardens and greenery.
 In December, it was the kind of snow in which Donald Oaks Jr. used to look for the tracks of deer.
"He really enjoyed it," said his grandfather, Sam Oaks. "He was here in December and he went out. Even if it was only one day." Young Oaks' hunting rifle now rests unused. He left his military insurance policy to his younger sister; he'd always promised to look out after her, his grandfather said.
The family recently met with someone from the Army about the circumstances in which the young man died. Even in the face of endless news accounts detailing the accidental bombing that killed Oaks and two other soldiers, the Army held off making any official confirmation.
Earlier this month, a letter arrived, stating the Army was ready to discuss its final report on the young soldier's death, which happened "as a result of the tragic accident which took place."
"If you read between the lines, it tells you without seeing the report," Sam Oaks said.
Oaks died just as the family of Army Pfc. Jessica Lynch was jetting to an air base in Europe to reunite with their daughter, the lone survivor of an enemy ambush during Operation Iraqi Freedom.
Other families in the region were reuniting around caskets.
One day after Oaks was killed, Army Capt. Tristan N. Aitken, 31, born in Erie and raised in State College, was killed in action. The next day, Army Staff Sgt. Stevon A. Booker, 34, of Apollo, Armstrong County, fell in action in Baghdad.
The list stretched on, even after President Bush declared the combat phase largely completed. From May through this month, more men and women would die in the occupation than in the initial invasion.
Michael T. Gleason, 25, an Army specialist from Warren County, was killed when his Army vehicle swerved off a road between Mosul and Tikrit on May 30.
Nine days later, Army Sgt. Micheal Dooley, 23, approached a car that had stopped at a traffic control post on the western Iraqi border. The occupants had cried out for help. Then they opened fire, killing him. His wife, Christine, was waiting at home in Murrysville, pregnant with their daughter, who was born three months later and promptly displayed for the cameras in a T-shirt reading "My Hero, My Daddy."
An ambush in Baghdad killed Spc. Eric R. Hull, 23, on Aug. 18. He was in a military vehicle returning from an airport when a bomb claimed him.
Spc. Rafael L. Navea, 34, of Oakland, left behind a wife and three young sons when his vehicle rolled over an improvised land mine in Fallujah on Aug. 27.
Army communications Spc. Douglas J. Weismantle was raised in Spring Garden on the city's North Side. He was 28 when an Iraqi truck swerved and rolled over onto his Humvee on Oct. 13, killing him and another soldier.
Ernest Bucklew, 33, an Army sergeant from Beaver County, was leaving Iraq to attend his mother's funeral when the Ch-47 Chinook helicopter in which he was riding was shot down Nov. 2. The Pentagon got him home in time to be buried beside his mother.
Army Sgt. Nicholas A. Tomko, 24, of McKees Rocks, was the door gunner in a convoy when Iraqi insurgents opened fire, killing him Nov. 9. He was with the 307th Military Police unit out of New Kensington.
A list of grief that began with an errant bomb in the early days of a war now threatens to stretch into a new year, leaving behind families in a region accustomed to loss.
Char Fedak, who was planning to marry Donald Oaks after his return from Iraq, went on with her life. She works now as a dietary aide at a rehabilitation hospital.
"It's been rough for all of us, just getting through the holidays," she said. Wintry weather has hit Erie with special force this year, freezing streets and burying the area around the cemetery. Fedak said she visits her fiance's grave as often as she can.
"On clear days," she said, "I get up there."
|
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|
Search | Contact Us | Site Map | Terms of Use | Privacy Policy | Advertise | About Us | What's New | Help | Corrections Copyright ©1997-2006 PG Publishing Co., Inc. All Rights Reserved. |


|
Brooklyn | |||||||
| FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | METHOD | DETAIL: FIELD | METHOD |
public interface ManagementContext
This is the entry point for accessing and interacting with a realm of applications and their entities in Brooklyn. For example, policies and the management console(s) (web-app, etc) can use this to interact with entities; policies, web-app, and entities share the realm for subscribing to events, executing tasks, and generally co-existing.
It may refer to several applications, and it refers to all the entities descended from those applications.
| Nested Class Summary | |
|---|---|
interface |
ManagementContext.PropertiesReloadListener
|
| Method Summary | |
|---|---|
void
|
addPropertiesReloadListener(ManagementContext.PropertiesReloadListener listener)
Registers a listener to be notified when brooklyn.properties is reloaded |
AccessController
|
getAccessController()
For controlling access to operations - can be queried to find if an operation is allowed. |
java.util.Collection
|
getApplications()
All applications under control of this management plane |
BrooklynCatalog
|
getCatalog()
Record of configured Brooklyn entities (and templates and policies) which can be loaded |
StringConfigMap
|
getConfig()
Returns the ConfigMap (e.g. |
DownloadResolverManager
|
getEntityDownloadsManager()
Returns the DownloadResolverManager for resolving things like which URL to download an installer from. |
EntityDriverManager
|
getEntityDriverManager()
Returns the EntityDriverManager entities can use to create drivers. |
EntityManager
|
getEntityManager()
Returns the EntityManager instance for managing/querying entities. |
ExecutionContext
|
getExecutionContext(Entity entity)
Returns an ExecutionContext instance representing tasks (from the ExecutionManager) associated with this entity, and capable of conveniently running such tasks which will be associated with that entity |
ExecutionManager
|
getExecutionManager()
Returns the ExecutionManager instance for entities and users in this management realm to submit tasks and to observe what tasks are occurring |
LocationManager
|
getLocationManager()
|
LocationRegistry
|
getLocationRegistry()
Record of configured locations and location resolvers |
java.lang.String
|
getManagementNodeId()
UID for this ManagementContext node (as part of a single management plane). |
java.lang.String
|
getManagementPlaneId()
UID for the Brooklyn management plane which this ManagementContext node is a part of. |
RebindManager
|
getRebindManager()
|
SubscriptionContext
|
getSubscriptionContext(Entity entity)
Returns a SubscriptionContext instance representing subscriptions (from the SubscriptionManager) associated with this entity, and capable of conveniently subscribing on behalf of that entity |
SubscriptionManager
|
getSubscriptionManager()
Returns the SubscriptionManager instance for entities and users of this management realm to subscribe to sensor events (and, in the case of entities, to emit sensor events) |
boolean
|
isRunning()
Whether this management context is still running, or has been terminated. |
void
|
reloadBrooklynProperties()
Reloads locations from brooklyn.properties. |
void
|
removePropertiesReloadListener(ManagementContext.PropertiesReloadListener listener)
Deregisters a listener from brooklyn.properties reload notifications |
| Method Detail |
|---|
public void addPropertiesReloadListener(ManagementContext.PropertiesReloadListener listener)
public AccessController getAccessController()
public java.util.Collection getApplications()
public BrooklynCatalog getCatalog()
public StringConfigMap getConfig()
public DownloadResolverManager getEntityDownloadsManager()
public EntityDriverManager getEntityDriverManager()
public EntityManager getEntityManager()
public ExecutionContext getExecutionContext(Entity entity)
public ExecutionManager getExecutionManager()
public LocationManager getLocationManager()
public LocationRegistry getLocationRegistry()
public java.lang.String getManagementNodeId()
No two instances of ManagementContext should ever have the same node UID. The value of Application#getManagementContext()#getManagementNodeId()#getManagementContext() may change many times (in contrast to getManagementPlaneId()).
This value should not be null unless the management context is a non-functional (non-deployment) instance.
public java.lang.String getManagementPlaneId()
Each Brooklyn entity is actively managed by a unique management plane whose ID which should not normally change for the duration of that entity, even though the nodes in that plane might, and the plane may go down and come back up. In other words the value of Application#getManagementContext()#getManagementPlaneId()#getManagementContext() will generally be constant (in contrast to getManagementNodeId()).
This value should not be null unless the management context is a non-functional (non-deployment) instance.
public RebindManager getRebindManager()
public SubscriptionContext getSubscriptionContext(Entity entity)
public SubscriptionManager getSubscriptionManager()
public boolean isRunning()
public void reloadBrooklynProperties()
public void removePropertiesReloadListener(ManagementContext.PropertiesReloadListener listener)
Brooklyn Multi-Cloud Application Management Platform
brooklyncentral.github.com. Apache License. © 2012.


The first time I took Flunitrazepam was funny. They were brought by a friend who came and picked me up at school. We left to a rather smallish town afterwards and I took a pill. Never in my life I felt really sleepy, I could sleep anywhere! So it was in the laps of my friend at a bar. I woke up and was semi-conscious. My friend liked me so therefore he had paid for our trip out of town. But I liked his friend and we started kissing. The guy left us and we came to realize that we had no money. We had to do something in order to get back into town, so we started stealing, we would go into stores and get perfumes, what ever we could.
I remember liking this particular teddy bear and I put it inside my bag, the owner of the store saw me and took the teddy away and started shouting at me. I didnít care about anything in that moment, the world was mine and nothing else bothered me. Flunitrazepam sort of blocks the consciousness I have towards people, certain rules I just have to follow are blocked, the world is mine to do as I wish.
 I didnít feel any fear or shame in doing it, it was very natural, no nervousness. That is why almost no body saw us. Eventually we got into town after selling some dishes to some people walking. I took a couple afterwards, once I took 3 and had a beer, I couldnít walk or talk, my legs felt weak and I fell to the ground. Thankfully there were friends there to help me, anything could have happened, I could have gotten raped, what ever.
My last experience was when I bought 10 with a false prescription. I had taken 3 at first and was dancing, ordering my room. The next thing I remember was my mom sitting next to me besides my bed.  My mom had taken pictures and she said I was crazy. I played the piano like a madwoman, I put on some very strong make up and wanted to go out, my parents didnít let me out, so I grabbed a ladder to escape! These are the things my mom tells me, I am pretty sure it was a hard night for them, they didnít let me out, who knows what would have happened.
I donít remember anything about that night. She said I later crashed. I remember asking for my pills when I woke up.  When I look into the strap, there were only 3 left. I had taken 7! I convinced my mom I was OK to go to school, I took the last three, I was still on the high. I donít remember what happened at school, but I know I had to meet some friends but didnít. People realized I was on some kind of drug and told me the next day. I donít remember anything.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


public interface SequenceProvider
| Modifier and Type | Method and Description |
|---|---|
Collection<String> |
getAccessions()
Returns all accessions loaded in the provider.
|
HashSet<String> |
getDecoyAccessions()
Returns the decoy accessions.
|
String |
getHeader(String proteinAccession)
Returns the fasta header of the protein as found in the fasta file.
|
String |
getSequence(String proteinAccession)
Returns the protein sequence for the given accession.
|
String |
getSubsequence(String accession,
int start,
int end)
Returns the subsequence of the sequence of a given protein.
|
Collection<String> getAccessions()
HashSet<String> getDecoyAccessions()
String getSequence(String proteinAccession)
proteinAccession
- the accession of the proteinString getSubsequence(String accession, int start, int end)
accession
- the accession of the proteinstart
- the start indexend
- the end indexCopyright © 2018. All rights reserved.


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/map_nat_cast.html ---
I couldn't find the following in mathlib. Do we have it?
lemma map_nat_cast {α : Type*} {β : Type*} [semiring α] [semiring β] (f : α → β) [is_semiring_hom f] (n : ℕ) : f n = n := begin induction n with n ih, { exact is_semiring_hom.map_zero f }, rw [nat.cast_succ, nat.cast_succ, is_semiring_hom.map_add f, ih, is_semiring_hom.map_one f], end
It looks like eq_cast
, but with the definition semiring_hom
explicitly
Aha... I guess we want both versions?
And even better: ring_hom.map_nat_cast
Last updated: Apr 24 2020 at 19:02 UTC


MEMORY GAME
Instructions
- As you click on "Start Game" button a new page will open and the Timer starts immediately.
- You need to find the match of images in 1 Min.
- Please fill your details to Play the Game.
- After 60 sec You can continue your game your total time will be displayed in time taken.
- To start a new game you can click on Play Again or you can refresh the page.
- The total number of counts (how many times you turned your card) will also be displayed.


The data comes from developers and users like you, running the tests in their browsers.
At the end of the tests, the results are sent back to the Browserscope database which is hosted on Google App Engine.
An MD5-hashed version of the IP address that submitted the test is saved to prevent abuse.
Do I need to sign in to run the tests and send in my scores?
No, you do not need to sign in. However, if you do sign in before running the tests, your Google userid is stored along with your test results in order to eventually make it possible for you to retrieve all your scores.
How can I contribute code or tests to {{ app_title }}?
See the instructions above and checkout and run the codebase on your workstation.
Make edits/additions in your code tree and create a patch. (Does your code need unit tests? Check out the unit tests in the /tests directory and add tests for your changes there.)


Configure
Home
Manage Caches
Manage Languages
All Caches
Flush All Caches
id
Text
Translation
From Language
To Language
Expiry Date
Flush All Cache


Have a taste for Jelly Bellies? We have them...
and over 30 different flavors too!
There's a ton of jar and wrapped candy of different varieties
in the
baskets
surrounding
the store.
There will surely
be
something
here
to
satisty your sweet tooth!
Call us today at<PHONE_NUMBER> or 1-800-40-FUDGE to place an order!
Mail orders are shipped promptly.


Class UnboundedViewport<T>
Similar to Viewport<T>, except that the view area is in no way bounded to the edges of the underlying grid view. Instead, if you access a position that cannot map to any valid position in the underlying grid view, a (specified) default value is returned.
Implements
Inherited Members
Namespace: SadRogue.Primitives.GridViews
Assembly: TheSadRogue.Primitives.dll
Syntax
public class UnboundedViewport<T> : GridViewBase<T>, IGridView<T>
Type Parameters
| Name | Description |
|---|---|
| T | The type being exposed by the UnboundedViewport. |
Constructors
UnboundedViewport(IGridView<T>, T)
Constructor. Takes the grid view to represent. The viewport will represent the entire given grid view.
Declaration
public UnboundedViewport(IGridView<T> gridView, T defaultValue)
Parameters
| Type | Name | Description |
|---|---|---|
| IGridView<T> | gridView | The grid view to represent. |
| T | defaultValue | The value to return if a position is accessed that is outside the actual underlying grid view. |
UnboundedViewport(IGridView<T>, Rectangle, T)
Constructor. Takes the parent grid view, and the initial subsection of that grid view to represent.
Declaration
public UnboundedViewport(IGridView<T> gridView, Rectangle viewArea, T defaultValue)
Parameters
| Type | Name | Description |
|---|---|---|
| IGridView<T> | gridView | The grid view being represented. |
| Rectangle | viewArea | The initial subsection of that grid to represent. |
| T | defaultValue | The value to return if a position is accessed that is outside the actual underlying grid view. |
Fields
DefaultValue
The value to return if a position is accessed that is outside the actual underlying grid view.
Declaration
public readonly T DefaultValue
Field Value
| Type | Description |
|---|---|
| T |
Properties
GridView
The grid view that this UnboundedViewport is exposing values from.
Declaration
public IGridView<T> GridView { get; }
Property Value
| Type | Description |
|---|---|
| IGridView<T> |
Height
The height of the area being represented.
Declaration
public override int Height { get; }
Property Value
| Type | Description |
|---|---|
| Int32 |
Overrides
Item[Point]
Given a position in relative coordinates, returns the "value" associated with that location in absolute coordinates.
Declaration
public override T this[Point relativePosition] { get; }
Parameters
| Type | Name | Description |
|---|---|---|
| Point | relativePosition | Viewport-relative position of the location to retrieve the value for. |
Property Value
| Type | Description |
|---|---|
| T | The "value" associated with the absolute location represented on the underlying grid view, or DefaultValue if the absolute position does not exist in the underlying grid view. |
Overrides
ViewArea
The area of the base GridView that this Viewport is exposing. Although this property does not explicitly expose a set accessor, it is returning a reference and as such may be assigned to. This viewport is NOT bounded to base map edges -- for this functionality, see the Viewport<T> class.
Declaration
public ref Rectangle ViewArea { get; }
Property Value
| Type | Description |
|---|---|
| Rectangle |
Width
The width of the area being represented.
Declaration
public override int Width { get; }
Property Value
| Type | Description |
|---|---|
| Int32 |
Overrides
Methods
ToString()
Returns a string representation of the grid values inside the viewport.
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| String | A string representation of the grid values inside the viewport. |
ToString(Func<T, String>)
Returns a string representation of the grid values inside the viewport, using
elementStringifier
to determine what string represents each value.
Declaration
public string ToString(Func<T, string> elementStringifier)
Parameters
| Type | Name | Description |
|---|---|---|
| Func<T, String> | elementStringifier | Function determining the string representation of each element. |
Returns
| Type | Description |
|---|---|
| String | A string representation of the grid values inside the viewport. |
ToString(Int32, Func<T, String>)
Returns a string representation of the grid values inside the viewport, using the function specified to turn elements into strings, and using the "field length" specified.
Declaration
public string ToString(int fieldSize, Func<T, string> elementStringifier = null)
Parameters
| Type | Name | Description |
|---|---|---|
| Int32 | fieldSize | The size of the field to give each value. A positive-number right-aligns the text within the field, while a negative number left-aligns the text. |
| Func<T, String> | elementStringifier | Function to use to convert each element to a string. null defaults to the ToString function of type T. |
Returns
| Type | Description |
|---|---|
| String | A string representation of the grid values inside the viewport. |
Remarks
Each element of type T will have spaces added to cause it to take up exactly
fieldSize
characters, provided fieldSize
is less than the length of the element's string representation.


WebRTC for Beginners
HOME © Muaz Khan . @WebRTCWeb . Github . Latest issues . What's New?
This tutorial is out-dated (written in 2013). Please check this tutorial instead: https://codelabs.developers.google.com/codelabs/webrtc-web/#0
Suggestions
- If you're newcomer, newbie or beginner; you're suggested to try RTCMultiConnection.js or DataChannel.js libraries.
Getting USER MEDIA using Chrome media capture APIs
First of all: you need to get access to microphone and camera if you want to build a video streaming app.
var streamToAttach; navigator.webkitGetUserMedia({ audio: true, video: true }, function (stream) { video.src = webkitURL.createObjectURL(stream); streamToAttach = stream; }, function(error) { alert(error); });
Getting USER MEDIA using Firefox media capture APIs
var streamToAttach; navigator.mozGetUserMedia({ audio: true, video: true }, function (stream) { video.mozSrcObject = stream; video.play(); streamToAttach = stream; }, function(error) { alert(error); });
There are following possible situations:
- A person wants to share camera with his friend(s): so, he will make an offer to his friend to join him.
He is the offerer. - A person who receives an offer from a friend: so, he will join him. He is the answerer.
There are so many other possible situations. Let go to the point.
Offerer
The first situation: a person wants to make an offer request to his friend. He will create offer sdp and send that sdp to his friend.
First of all: we need to open a peer connection:
var peerConnection = new webkitRTCPeerConnection(
{ "iceServers": [{ "url": "stun:stun.l.google.com:19302" }] }
);
webkitRTCPeerConnection (or mozRTCPeerConnection) constructor takes two objects (arguments):
- ICE servers (STUN or TURN)
- Optional (like RtpDataChannels)
For Firefox, you can use this STUN server:
{ "iceServers": [{ "url": "stun:stun.services.mozilla.com" }] }
Setting event handlers for peer connection object:
peerConnection.onicecandidate = onicecandidate; peerConnection.onaddstream = onaddstream; peerConnection.addStream (streamToAttach);
In simple words: onicecandidate returns locally generated ICE candidates so you can pass them over other peer(s) via XHR or Socket.
onaddstream returns remote stream (microphone and camera of your friend!).
peerConnection.addStream attaches your local microphone and camera for other peer.
Creating Offer SDP
peerConnection.createOffer(function (sessionDescription) {
peerConnection.setLocalDescription(sessionDescription);
// POST-Offer-SDP-For-Other-Peer(sessionDescription.sdp, sessionDescription.type);
}, function(error) {
alert(error);
}, { 'mandatory': { 'OfferToReceiveAudio': true, 'OfferToReceiveVideo': true } });
Answerer
Assume that you sent offer sdp to your friend using XHR. Now, "process" that offer sdp and then create answer sdp and send it back to offerer:
setRemoteDescription!
peerConnection.setRemoteDescription(new RTCSessionDescription(offerSDP));
And to createAnswer...
peerConnection.createAnswer(function (sessionDescription) {
peerConnection.setLocalDescription(sessionDescription);
// POST-answer-SDP-back-to-Offerer(sessionDescription.sdp, sessionDescription.type);
}, function(error) {
alert(error);
}, { 'mandatory': { 'OfferToReceiveAudio': true, 'OfferToReceiveVideo': true } });
Offerer received answer sdp from answerer
setRemoteDescription!
peerConnection.setRemoteDescription(new RTCSessionDescription(answerSDP));
Offer/Answer exchange is done. What remaining is ICE candidates.
On getting locally generated ICE
function onicecandidate(event) {
if (!peerConnection || !event || !event.candidate) return;
var candidate = event.candidate;
// POST-ICE-to-other-Peer(candidate.candidate, candidate.sdpMLineIndex);
}
On getting ICE sent by other peer
peerConnection.addIceCandidate(new RTCIceCandidate({ sdpMLineIndex: candidate.sdpMLineIndex, candidate: candidate.candidate }));
onaddstream event handling
function onaddstream(event) { if (!event) return; remote_video.src = webkitURL.createObjectURL(event.stream); // remote_video.mozSrcObject = event.stream; }
Wait until remote stream starts flowing
function onaddstream(event) { if (!event) return; remote_video.src = webkitURL.createObjectURL(event.stream); // remote_video.mozSrcObject = event.stream; waitUntilRemoteStreamStartsFlowing(); }
function waitUntilRemoteStreamStartsFlowing()
{
if (!(remote_video.readyState <= HTMLMediaElement.HAVE_CURRENT_DATA
|| remote_video.paused || remote_video.currentTime <= 0))
{
// remote stream started flowing!
}
else setTimeout(waitUntilRemoteStreamStartsFlowing, 50);
}
Single Page Demos
Real Demos
Other Tutorials
- Are you interested in a "more" simple full-fledged guide? Read this tutorial.
- Are you interested in a "more" detailed guide? Read this tutorial.
- You can find many tutorials here: https://www.webrtc-experiment.com/#documentations


Kasino is a Scorecard for the card game of Kasino as it is played in Denmark. The game is a simple but amusing cardgame for 2 to 4 players each trying to sweep as many card from the table as possible to get the most points. Kasino helps you track the scores. Furthermore, Kasino can be set to notify the players of the end of the game after a certain amount of rounds or when one or more of the players reaches a pre-determined score.
Installation of Kasino is no more different than installation of any other Palm OS program:
When the synchronization is done you will have a 'Kasino' icon in the Unfiled category on your Palm PDA. Feel free to move Kasino to another category.
To use Kasino as Scorecard ... launch Kasino.
If this is the first time you launch Kasino you will immediately be brought to the New Game form. Enter 2 to 4 names in the Player 1 - 4 fields. Tap on the Note icon to bring up the Select Names. Tap on the Scissor icon to clear the field. If you want to set the length of the game adjust the Rounds and/or Points popups. If you want to play a game which should end after 10 rounds or 100 points (whatever comes first) set Rounds to 10 and Points to 100.
After you press Begin you start playing cards with your friends. Your handheld will show a status screen during the game. The top 4 lines will be the player names and their total points. The Current Round shows the ... current round. Max Rounds and Max Points will show when the game will end. A dash in any of these means unlimited.
If this is not the first run of Kasino you will start in this screen.
You can bring down a menu with some basic items: New, Rules, Names and About.
When you and your friends have ended a round press End Round.
When a round has ended it is time to award point to the players. Select the player who got the Last Sweep (here: Dont, the player who got the 10 of Diamonds (here: Get) and select the player who got the 2 of Spades (here: Lost!).
Then count which player(s) got the most Spades. Mark the corresponding checkbox (here: Dont). Count which player(s) got the most Cards. Mark the corresponding checkbox (here: Get).
Count how many Aces each player has and note that in the A column (here: Lost! got all four aces).
Finally, count how many Sweeps each player has and note that in the s column for each player (here: no sweeps at all).
Then press Update ...
... and a simple status dialog will be shown. If you are satisfied press OK to play another round. If for some reason you think you made a mistake when awarding points, press Cancel.
You can bring up the Names form at almost any time. You can normally select a name and press OK to set the name.
Press Cancel to return to wherever you came from without selecting a name.
Select a name and press Delete to delete that name - you will be asked to confirm the deletion.
You can bring up the Rules form at almost any time.
Select the chapter to read in the Chapter popup. Use the scrollbar or the buttons to scroll.
Use the Up and Down key on your device to scroll the text as well.
Press OK when done.