Firewall Policies¶
OneAndOneService Methods¶
Note
All of the methods below can be called on a OneAndOneService
instance.
-
list_firewall_policies
(page=None, per_page=None, sort=None, q=None, fields=None)¶ Returns a list of your firewall policies.
Parameters: - page (
int
) – Allows the use of pagination. Indicate which page to start on. - per_page (
int
) – Number of items per page. - sort (
str
) –sort='name'
retrieves a list of elements sorted alphabetically.sort='creation_date'
retrieves a list of elements sorted by their creation date in descending order. - q (
str
) –q
is for query. Use this parameter to return only the items that match your search query. - fields (
str
) – Returns only the parameters requested. (i.e. fields=’id, name, description, hardware.ram’)
Return type: JSON
- page (
-
get_firewall
(firewall_id=None)¶ Retrieve information about a firewall policy.
Parameters: firewall_id ( str
) – the unique identifier for the firewall.Return type: JSON
-
list_firewall_servers
(firewall_id=None)¶ Returns a list of the servers attached to a firewill policy.
Parameters: firewall_id ( str
) – the unique identifier for the firewall.Return type: JSON
-
get_firewall_server
(firewall_id=None, server_ip_id=None)¶ Retrieve a information about a server attached to a firewall policy.
Parameters: - firewall_id (
str
) – the unique identifier for the firewall policy. - server_ip_id (
str
) – the unique identifier for a server’s IP. This is different fromserver_id
.
Return type: JSON
- firewall_id (
-
list_firewall_policy_rules
(firewall_id=None)¶ Returns a list of the rules of a firewall policy.
Parameters: firewall_id ( str
) – the unique identifier for the firewall policy.Return type: JSON
-
get_firewall_policy_rule
(firewall_id=None, rule_id=None)¶ Retrieve information about a firewall policy rule.
Parameters: - firewall_id (
str
) – the unique identifier for the firewall policy. - rule_id (
str
) – the unique identifier for the firewall rule.
Return type: JSON
- firewall_id (
-
modify_firewall
(firewall_id=None, name=None, description=None)¶ Modify a firewall policy.
Parameters: - firewall_id (
str
) – the unique identifier for the firewall policy. - name (
str
) – firewall policy name. - description (
str
) – firewall policy description.
Return type: JSON
- firewall_id (
-
create_firewall_policy
(firewall_policy=None, firewall_policy_rules=None)¶ Create a firewall policy.
Parameters: - firewall_policy (
obj
) – an instantiation of theFirewallPolicy
class. - firewall_policy_rules (
list
) – a list ofFirewallPolicyRule
instances.
Return type: JSON
- firewall_policy (
-
add_firewall_policy_rule
(firewall_id=None, firewall_policy_rules=None)¶ Add rules to a firewall policy.
Parameters: - firewall_id (
str
) – the unique identifier for the firewall policy. - firewall_policy_rules (
list
) – a list ofFirewallPolicyRule
instances.
Return type: JSON
- firewall_id (
-
attach_server_firewall_policy
(firewall_id=None, server_ips=None)¶ Attach servers to a firewall policy.
Parameters: - firewall_id (
str
) – the unique identifier for the firewall policy. - server_ips (
list
) – a list ofAttachServer
instances.
Return type: JSON
- firewall_id (
-
delete_firewall
(firewall_id=None)¶ Delete a firewall policy.
Parameters: firewall_id ( str
) – the unique identifier for the firewall policy.Return type: JSON
-
remove_firewall_rule
(firewall_id=None, rule_id=None)¶ Remove a rule from a firewall policy.
Parameters: - firewall_id (
str
) – the unique identifier for the firewall policy. - rule_id (
str
) – the unique identifier for the firewall policy rule.
Return type: JSON
- firewall_id (
The “FirewallPolicy” Class¶
-
class
FirewallPolicy
(name=None, description=None)¶ Pass a
FirewallPolicy
instance into thecreate_firewall_policy()
method to create a firewall policy. There are also a few helper methods available to perform simple requests after creating your firewall policy.Parameters: - name (
str
) – firewall policy name. - description (
str
) – firewall policy description.
Methods:
-
get
()¶ Retrieves the firewall policy’s current specs.
-
ips
()¶ Returns a list of the server IPs attached to the firewall.
-
rules
()¶ Returns a list of the rules attached to the firewall.
-
wait_for
()¶ Polls the
FirewallPolicy
resource until anACTIVE
,POWERED_ON
, orPOWERED_OFF
state is returned.
- name (
The “FirewallPolicyRule” Class¶
-
class
FirewallPolicyRule
(protocol=None, port_from=None, port_to=None, source=None)¶ Use the
FirewallPolicyRule
class to create or modify firewall policy rules.Parameters: - protocol (
str
) – internet protocol. Possible values are"TCP"
,"UDP"
,"ICMP"
,"AH"
,"ESP"
,"GRE"
. - port_from (
int
) – first port in range. - port_to (
int
) – second port in range. - source (
str
) – IPs from which access is available. Setting<IP_ADDRESS>
all IPs are allowed.
- protocol (
The “AttachServer” Class¶
-
class
AttachServer
(server_id=None, rights=None, server_ip_id=None)¶ Use the
AttachServer
class to attach servers or server IPs to various containers.Parameters: - server_id (
str
) – the unique identifier for the server. - rights (
str
) – server rights for accessing a shared storage. Possible values are'R'
or'RW'
. - server_ip_id (
str
) – the unique identifier for the server’s IP.
- server_id (


Signal to Noise Ratio Example 1 Link
I chose this website as a bad example for Signal to Noise Ratio because there are two ads that jump out at you when you first look at the webpage. The paragraph of small text looks like it could be an ad as well. You also have to scroll down past the ad to get to the meaningful content.
Signal to Noise Ratio Example 2 Link
I chose Pintrest as a good example for Signal to Noise Ratio because there are no ads on the page. All of the information is relevant because it is based on the people you follow.
Chunking Example 1 Link
I chose this website as a good example for Chunking because all the information is "chunked" together with different colored backgrounds. This makes the site easier to read and get information and also simplifies the layout.
Chunking Example 2 Link
I chose this website as my bad example for Chunking because the site is not organized well. This website could have been "chunked" into broader topics that are clickable, which lead you to more detailed options to click on.
Ockham's Razor Example 1 Link
I chose this website as a good example of Ockham's Razor because, even though this site is very boring, the design is very simple. There are two buttons with obvious functions: one to go "home" (to learn more facts about different topics and people) and one to start reading "10 cool facts about Bill Gates."
Ockham's Razor Example 2 Link
I chose this website as a bad example of Ockham's Razor because this is not a simple design whatsoever. It is not organized and there are way to many, scattered links.
Rule of Thirds Example 1 Link
I came across this website when I was trying to find some bad examples for this weeks exercise. Even though this website is boring to look at, it is a good examle of the Rule of Thirds design.
Rule of Thirds Example 2 Link
I chose this website as a bad example of the Rule of Thirds design because even thought this website is divided into three columns, it is unpleasing to the eye. The long lists of small texts and links make this website a bad example because there are no "points of interest."
Hick's Law Example 1 Link
I chose this online shop as a good example of Hick's Law because there are only 4 different links/tabs that the user can click on, which makes the decision options limited but useful.
Hick's Law Example 2 Link
I chose the Food Network as a bad example of Hick's Law because there are a lot of options to choose from. Between the links at the top, the 3 images with stories that keep scrolling to new stories, and the stories below those leads to many different decision outcomes.


COURAGE UNDER FIRE A film review by Christopher Null Copyright 1996 Christopher Null
The so-called Gulf War is the only war in which America was involved that, due to my age, I can personally remember. I saw it on CNN like everyone else, listening to the death toll of Iraqis climb into the 100,000 range, while U.S. casualties stayed around 300 -- half of whom were killed by accidents or friendly fire. The idea of a Gulf "War" will always be kind of silly to me, because the word "war" implies two sides fighting each other. The Gulf War was the wholesale slaughter of Iraqis by U.S. troops.
I'm not saying the Gulf War was a bad, or unjust, operation. It's more of a joke than anything else, and that's why when a film comes out attempting to glamorize the war and make heroes out of fictional soldiers and fictional events, I greet it with a bit of skepticism. COURAGE UNDER FIRE is the first real Gulf War movie. It probably won't be the last.
Keeping in mind that this is *all make-believe,* the film's story is this. Karen Walden (Meg Ryan) was a helicopter pilot, shot down during a rescue attempt which turned into an ad hoc offensive.
Or so the story goes. Because of her courage, Karen is being considered for the Medal of Honor, and Serling (Denzel Washington) is on the investigatory case. All seems well until another side of the story surfaces, mainly told by one Monfriez (Lou Diamond Phillips), who says Karen was a coward and that the whole thing is a sham. We see the events (over and over and over and over) from about six points of view, each time with a twist of some sort. On top of that, Serling is fighting his own demons due to a little incident where he blew up a friendly tank -- on accident -- and this incident is played over and over as well.
Where to start with the litany of things that bothered me about COURAGE? For one, *who cares* about this story?  (Don't get me started on Ryan's faker-than-fake Southern accent: "Peeyick 'iiiyem uhhhhp!" (Pick him up!)) Serling's subplot has very little to do with the rest of the story. And the whole thing is just pointless, coming off as propaganda, glamorizing war and the military. *Please do not believe the hype.*
Then again, the movie is quite pretty. The story, while poor, is well-told at least, and Washington's performance is good, as usual. Comparisons to RASHOMON are a bit out of place, but not out of the realm of reason. And I had a lot more fun looking at the local scenery and locations (the movie was largely shot in Austin) than anything else.
I guess the case for COURAGE UNDER FIRE is that it is exposing this abstract "truth" of how Americans were killed by friendly fire in the Gulf War. Is that truth? If so, it's one we already knew.
RATING: **1/2
|------------------------------| \ ***** Perfection \ \ **** Good, memorable film \ \ *** Average, hits and misses \ \ ** Sub-par on many levels \ \ * Unquestionably awful \ |------------------------------|
-Christopher Null /<EMAIL_ADDRESS>/ Writer-Producer -Visit the Movie Emporium at http://www.filmcritic.com/ -and Null Set Productions at http://www.filmcritic.com/nullset.htm
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
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Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


Extract river discharges from the supplied river positions for the FVCOM grid in Mobj. get_FVCOM_rivers(Mobj, rivers, dist_thresh) DESCRIPTION: For the positioins in fvcom_xy, find the nearest unstructured grid node and extract the river discharge from polcoms_flow. If dist_thresh is specified, the river positions must fall within the specified distance. If multiple rivers are assigned to the same node, their discharges are summed. The resulting river name is generated from the contributing rives, separated by a hyphen. INPUT: Mobj - MATLAB mesh object containing: * have_lonlat - boolean to check for spherical coordinates. * lon, lat - positions for the unstructured grid. * tri - triangulation table for the unstructured grid. * nVerts - number of nodes in the grid. * read_obc_nodes - open boundary node IDs. * rivers - river data struct with the following fields: - year - start year of the river data time series. - positions - river positions in lon, lat. - names - list of river names (whose order must match the positions in xy). - discharge - river discharge data (again, order of columns must match the positions in Mobj.rivers.positions). dist_thresh - [optional] maximum distance away from a river node beyond which the search for an FVCOM node is abandoned. Units in degrees. OUTPUT: Mobj.river_flux - volume flux at the nodes within the model domain. Mobj.river_nodes - node IDs for the rivers. At the moment, these are point sources only. Eventually, some rivers may have to be split over several nodes. Mobj.river_names - river names which fall within the model domain. For rivers where the discharge has been summed, the name is compoud, with each contributing name separated by a hyphen (-). Mobj.river_time - time series for the river discharge data EXAMPLE USAGE: Mobj = get_FVCOM_rivers(Mobj, Mobj.rivers, 0.025) Author(s): Pierre Cazenave (Plymouth Marine Laboratory) Revision history: 2013-03-27 - First version. 2013-04-15 - Removed the code to load the positions and discharge data into separate functions so that this function can be purely about finding the closest locations and the summing of discharges (if necessary). The downside is the order of the discharges (columns) must match the position arrays. 2013-05-21 - Add check to avoid setting nodes as river nodes when that node is part of only one element. If this is not added, then the model fills up the element without moving the water out of that element, eventually leading to a crash, which is obviously not ideal. The fix searches for another node in the element which is part of at least two elements, thereby avoiding the "element filling" issue. Also updated the help to list all the required fields in the Mobj. ==========================================================================
0001 function Mobj = get_FVCOM_rivers(Mobj, dist_thresh) 0002 % Extract river discharges from the supplied river positions for the FVCOM 0003 % grid in Mobj. 0004 % 0005 % get_FVCOM_rivers(Mobj, rivers, dist_thresh) 0006 % 0007 % DESCRIPTION: 0008 % For the positioins in fvcom_xy, find the nearest unstructured grid node 0009 % and extract the river discharge from polcoms_flow. If dist_thresh is 0010 % specified, the river positions must fall within the specified distance. 0011 % If multiple rivers are assigned to the same node, their discharges are 0012 % summed. The resulting river name is generated from the contributing 0013 % rives, separated by a hyphen. 0014 % 0015 % INPUT: 0016 % Mobj - MATLAB mesh object containing: 0017 % * have_lonlat - boolean to check for spherical coordinates. 0018 % * lon, lat - positions for the unstructured grid. 0019 % * tri - triangulation table for the unstructured grid. 0020 % * nVerts - number of nodes in the grid. 0021 % * read_obc_nodes - open boundary node IDs. 0022 % * rivers - river data struct with the following fields: 0023 % - year - start year of the river data time series. 0024 % - positions - river positions in lon, lat. 0025 % - names - list of river names (whose order must match the 0026 % positions in xy). 0027 % - discharge - river discharge data (again, order of columns 0028 % must match the positions in Mobj.rivers.positions). 0029 % dist_thresh - [optional] maximum distance away from a river node beyond 0030 % which the search for an FVCOM node is abandoned. Units in degrees. 0031 % 0032 % OUTPUT: 0033 % Mobj.river_flux - volume flux at the nodes within the model domain. 0034 % Mobj.river_nodes - node IDs for the rivers. At the moment, these are 0035 % point sources only. Eventually, some rivers may have to be split 0036 % over several nodes. 0037 % Mobj.river_names - river names which fall within the model domain. For 0038 % rivers where the discharge has been summed, the name is compoud, 0039 % with each contributing name separated by a hyphen (-). 0040 % Mobj.river_time - time series for the river discharge data 0041 % 0042 % EXAMPLE USAGE: 0043 % Mobj = get_FVCOM_rivers(Mobj, Mobj.rivers, 0.025) 0044 % 0045 % Author(s): 0046 % Pierre Cazenave (Plymouth Marine Laboratory) 0047 % 0048 % Revision history: 0049 % 2013-03-27 - First version. 0050 % 2013-04-15 - Removed the code to load the positions and discharge data 0051 % into separate functions so that this function can be purely about 0052 % finding the closest locations and the summing of discharges (if 0053 % necessary). The downside is the order of the discharges (columns) must 0054 % match the position arrays. 0055 % 2013-05-21 - Add check to avoid setting nodes as river nodes when that 0056 % node is part of only one element. If this is not added, then the model 0057 % fills up the element without moving the water out of that element, 0058 % eventually leading to a crash, which is obviously not ideal. The fix 0059 % searches for another node in the element which is part of at least two 0060 % elements, thereby avoiding the "element filling" issue. Also updated 0061 % the help to list all the required fields in the Mobj. 0062 % 0063 %========================================================================== 0064 0065 subname = 'get_FVCOM_rivers'; 0066 0067 global ftbverbose; 0068 if ftbverbose 0069 fprintf(['\nbegin : ' subname '\n']) 0070 end 0071 0072 % Check inputs 0073 if ~Mobj.have_lonlat 0074 error('Require unstructured grid positions in lon/lat format to compare against supplied river positions.') 0075 end 0076 0077 % Separate the inputs into separate arrays. 0078 fvcom_name = Mobj.rivers.names; 0079 fvcom_xy = Mobj.rivers.positions; 0080 polcoms_flow = Mobj.rivers.discharge; 0081 0082 % We have to be careful because POLCOMS has duplicate river names. 0083 % 0084 % "This has made a lot of people very angry and has been widely regarded 0085 % as a bad move." 0086 % 0087 % For duplicates, we need, therefore, to work out a way to handle them 0088 % elegantly. We will assume that rivers with the same name are close to one 0089 % another. As such, we'll sum their discharges. 0090 [~, di] = unique(fvcom_name, 'first'); 0091 fv_dupes = 1:length(fvcom_name); 0092 fv_dupes(di) = []; % index of duplicates (does this work with more than two?) 0093 0094 % Iterate through the list of duplicates and clear them out in the names, 0095 % positions and discharge. We have to ensure that the order of the 0096 % deduplicated positions and discharge are the same, otherwise we'll end up 0097 % with the wrong discharge for a given river position, which would be bad. 0098 for i = 1:length(fv_dupes) 0099 dup_name = fvcom_name(fv_dupes(i)); 0100 didx = strmatch(dup_name, fvcom_name, 'exact'); 0101 0102 % Sum the duplicate rivers' data. 0103 dup_discharge = sum(polcoms_flow(:, didx), 2); 0104 0105 % Remove the original values and put the summed data at the end. 0106 polcoms_flow(:, didx) = []; 0107 polcoms_flow = [polcoms_flow, dup_discharge]; 0108 0109 % Now remove the duplicates from the FVCOM data. 0110 fvcom_name{length(fvcom_name) + 1} = fvcom_name{fv_dupes(i)}; 0111 fvcom_name(didx) = []; 0112 fvcom_xy = [fvcom_xy; fvcom_xy(fv_dupes(i), :)]; 0113 fvcom_xy(didx, :) = []; 0114 end 0115 0116 % Get number of times and rivers from the deduplicated data. 0117 fv_nr = length(fvcom_name); 0118 [pc_nt, ~] = size(polcoms_flow); 0119 0120 clear didx dup_discharge 0121 0122 0123 % Check each location in the FVCOM rivers file against the grid in Mobj and 0124 % for the indices within the dist_thresh, extract the relevant time series 0125 % data. 0126 0127 vc = 0; % valid FVCOM boundary node counter 0128 0129 % We need to find the unstructured grid boundary nodes and exclude the open 0130 % boundary nodes from them. This will be our list of potential candidates 0131 % for the river nodes (i.e. the land coastline). 0132 [~, ~, ~, bnd] = connectivity([Mobj.lon, Mobj.lat], Mobj.tri); 0133 boundary_nodes = 1:Mobj.nVerts; 0134 boundary_nodes = boundary_nodes(bnd); 0135 coast_nodes = boundary_nodes(~ismember(boundary_nodes, [Mobj.read_obc_nodes{:}])); 0136 tlon = Mobj.lon(coast_nodes); 0137 tlat = Mobj.lat(coast_nodes); 0138 0139 fv_obc = nan; 0140 fvcom_names = cell(0); 0141 fv_riv_idx = nan; 0142 0143 for ff = 1:fv_nr 0144 % Find the open boundary node closest to this river. 0145 fv_dist = sqrt( ... 0146 (fvcom_xy(ff, 1) - Mobj.lon(coast_nodes)).^2 + ... 0147 (fvcom_xy(ff, 2) - Mobj.lat(coast_nodes)).^2); 0148 [c, idx] = min(fv_dist); 0149 if c > dist_thresh && dist_thresh ~= -1 % -1 is for no distance check 0150 if ftbverbose 0151 fprintf('\tskipping river %s (%f, %f)\n', fvcom_name{ff}, fvcom_xy(ff, 1), fvcom_xy(ff, 2)) 0152 end 0153 continue 0154 else 0155 if ftbverbose 0156 fprintf('candidate river %s found (%f, %f)... ', fvcom_name{ff}, fvcom_xy(ff, 1), fvcom_xy(ff, 2)) 0157 end 0158 end 0159 0160 vc = vc + 1; 0161 0162 % We need to make sure the element in which this node occurs does not 0163 % have two land boundaries (otherwise the model sometimes just fills up 0164 % that element without releasing the water into the adjacent element). 0165 0166 % Find the other nodes which are joined to the node we've just found. 0167 % We don't need the column to get the other nodes in the element, only 0168 % the row is required. 0169 [row, ~] = find(Mobj.tri == coast_nodes(idx)); 0170 0171 if length(row) == 1 0172 % This is a bad node because it is a part of only one element. The 0173 % rivers need two adjacent elements to work reliably (?). So, we 0174 % need to repeat the process above until we find a node that's 0175 % connected to two elements. We'll try the other nodes in the 0176 % current element before searching the rest of the coastline (which 0177 % is computationally expensive). 0178 0179 % Remove the current node index from the list of candidates (i.e. 0180 % leave only the two other nodes in the element). 0181 mask = Mobj.tri(row, :) ~= coast_nodes(idx); 0182 n_tri = Mobj.tri(row, mask); 0183 0184 % Remove values which aren't coastline values (we don't want to set 0185 % the river node to an open water node). 0186 n_tri = intersect(n_tri, coast_nodes); 0187 0188 % Of the remaining nodes in the element, find the closest one to 0189 % the original river location (in fvcom_xy). 0190 [~, n_idx] = sort(sqrt( ... 0191 (fvcom_xy(ff, 1) - tlon(n_tri)).^2 ... 0192 + (fvcom_xy(ff, 2) - tlat(n_tri)).^2)); 0193 0194 [row_2, ~] = find(Mobj.tri == n_tri(n_idx(1))); 0195 if length(n_idx) > 1 0196 [row_3, ~] = find(Mobj.tri == n_tri(n_idx(2))); 0197 end 0198 % Closest first 0199 if length(row_2) > 1 0200 idx = find(coast_nodes == n_tri(n_idx(1))); 0201 % The other one (only if we have more than one node to consider). 0202 elseif length(n_idx) > 1 && length(row_3) > 1 0203 idx = find(coast_nodes == n_tri(n_idx(2))); 0204 % OK, we need to search across all the other coastline nodes. 0205 else 0206 % TODO: Implement a search of all the other coastline nodes. 0207 % My testing indicates that we never get here (at least for the 0208 % grids I've tested). I'd be interested to see the mesh which 0209 % does get here... 0210 continue 0211 end 0212 0213 end 0214 0215 % Add it to the list of valid rivers 0216 fv_obc(vc) = coast_nodes(idx); 0217 0218 % We are assuming that the river discharge data array y-dimension is 0219 % ordered the same as the positions in fvcom_xy. If they are not, then 0220 % the discharges for the rivers will be incorrect (i.e. you might put 0221 % the Severn discharge somewhere in the Baltic). 0222 fvcom_names{vc} = fvcom_name{ff}; 0223 fv_riv_idx(vc) = ff; 0224 fv_flow(:, vc) = polcoms_flow(:, ff); 0225 if ftbverbose 0226 fprintf('added (%f, %f).\n', Mobj.lon(fv_obc(vc)), Mobj.lat(fv_obc(vc))) 0227 end 0228 end 0229 0230 % Now we've got a list and some of the nodes will be duplicates. Sum the 0231 % discharge values assigned to those nodes. 0232 fv_uniq_obc = unique(fv_obc); 0233 0234 fv_uniq_flow = nan(pc_nt, length(fv_uniq_obc)); 0235 fv_uniq_names = cell(length(fv_uniq_obc), 1); 0236 0237 fv_idx = 1:length(fvcom_names); 0238 for nn = 1:length(fv_uniq_obc) 0239 0240 dn = fv_idx(fv_obc == fv_uniq_obc(nn)); 0241 0242 fv_uniq_flow(:, nn) = sum(fv_flow(:, dn), 2); 0243 % Concatenate the river names so we know at least which rivers' 0244 % discharges have been summed. 0245 s = fvcom_names(dn); 0246 s = [sprintf('%s-', s{1:end-1}, s{end})]; 0247 fv_uniq_names{nn} = s(1:end-1); % lose the trailing -. 0248 0249 end 0250 0251 % Assign the relevant arrays to the Mobj. 0252 Mobj.river_nodes = fv_uniq_obc; 0253 Mobj.river_flux = fv_uniq_flow; 0254 Mobj.river_names = fv_uniq_names; 0255 0256 % Create a Modified Julian Day time series starting at January 1st for the 0257 % year in Mobj.rivers.year. 0258 rtimes = datevec( ... 0259 datenum([Mobj.rivers.year, 1, 1, 0, 0, 0]): ... 0260 datenum([Mobj.rivers.year, 1, 1, 0, 0, 0]) + pc_nt - 1 ... 0261 ); 0262 Mobj.river_time = nan(pc_nt, 1); 0263 for tt = 1:pc_nt 0264 Mobj.river_time(tt) = greg2mjulian( ... 0265 rtimes(tt, 1), rtimes(tt, 2), rtimes(tt, 3), ... 0266 rtimes(tt, 4), rtimes(tt, 5), rtimes(tt, 6) ... 0267 ); 0268 end 0269 0270 % Figure to check what's going on with identifying river nodes 0271 % figure 0272 % plot(fvcom_xy(:, 1), fvcom_xy(:, 2), 'o', 'MarkerFaceColor', 'b') 0273 % hold on 0274 % plot(Mobj.lon(bnd), Mobj.lat(bnd), 'go', 'MarkerFaceColor', 'g') 0275 % axis('equal', 'tight') 0276 % plot(Mobj.lon(coast_nodes), Mobj.lat(coast_nodes), 'ro') 0277 % plot(Mobj.lon(Mobj.river_nodes), Mobj.lat(Mobj.river_nodes), 'ko', 'MarkerFaceColor', 'k') 0278 % text(Mobj.lon(Mobj.river_nodes) + 0.025, Mobj.lat(Mobj.river_nodes) + 0.025, Mobj.river_names) 0279 % axis([min(Mobj.lon), max(Mobj.lon), min(Mobj.lat), max(Mobj.lat)]) 0280 % legend('POLCOMS nodes', 'Grid boundary', 'Land nodes', 'Selected nodes', 'Location', 'NorthOutside', 'Orientation', 'Horizontal') 0281 % legend('BoxOff') 0282 0283 0284 if ftbverbose 0285 fprintf(['end : ' subname '\n']) 0286 end


[§432:1-612] Diabetes coverage. All group health care contracts under this chapter shall provide, to the extent provided under section 431:10A-121, coverage for outpatient diabetes self-management training, education, equipment, and supplies. [L 2000, c 243, §3]


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Var Dumper¶
The VarDumperServiceProvider provides a mechanism that allows exploring then dumping any PHP variable.
Parameters¶
var_dumper.dump_destination: A stream URL where dumps should be written to (defaults to
null
).
Services¶
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Registering¶
$app->register(new PrestoPHP\Provider\VarDumperServiceProvider());
Note
Add the Symfony VarDumper Component as a dependency:
composer require symfony/var-dumper
Usage¶
Adding the VarDumper component as a Composer dependency gives you access to the
dump()
PHP function anywhere in your code.
If you are using Twig, it also provides a dump()
Twig function and a
dump
Twig tag.
The VarDumperServiceProvider is also useful when used with the PrestoPHP WebProfiler as the dumps are made available in the web debug toolbar and in the web profiler.


本书pdf是影印版，影印质量一般。
本书pdf是我根据作者网站 www.life.illinois.edu/govindjee/photosynBook.html 合并pdf然后添加目录书签而得到的。
Photosynthesis: The Power Plant and the Chemical Factory of Life
Overall Chemistry of Photosynthesis; Autotrophic and the Heterotrophic ways of life
Overall Energetics of Photosynthesis
Solar Energy and its Utilization
Energetics of Photosynthesis: A Closer Look
Taking Photosynthesis Apart. I. The Light and Dark Stage.
Taking Photosynthesis Apart. II. Photochemical Activities of Chloroplasts and Chlorophyll Solutions
Structure and Composition of the Photosynthetic Apparatus
The Photosynthetic Pigments
Absorption of Light and Fate of Excitation Energy in Plant Cells
Action Spectrum and Quantum Yield of Photosynthesis
Energy Transfer and Energy Migration in Photosynthesis
The Two Photochemical Systems; The Red Drop and the Emerson Effect
Difference Spectroscopy: The Role of the Cytochromes, P700, Plastiquinone and Plastocyanin
Fluorescence and The Two Pigment Systems
Separation of The Two Pigment Systems
The Enzymatic Paths from Water to Molecular Oxygen and from Carbon Dioxide to Carbohydrates
Photophosphorylation
Summary and Outlook


LCARS
Security
Hub
Lights
HVAC
Presence
Traffic
Weather
RADAR
Audio
AUTHORIZATION REQUIRED
ONLY AUTHORIZED PERSONNEL MAY ACCESS THIS TERMINAL
TOUCH TERMINAL TO PROCEED
FAILED ATTEMPTS WILL BE REPORTED
meteoblue


Hello World
Ask for Contacts
Ask for Geolocation
Ask for Audio capture
Ask for DS:music
Ask for DS:pictures
Ask for DS:sdcard
Ask for DS:videos
Ask for video capture
Ask for camera video
Ask for camera picture
Ask for mobile ID
Access IndexedDB
Loop Geolocation Access Request
Loop contact Access Request


Becoming an eStaffMatch member allows you to be matched with events right down the street from you! Take control of where and when you want to work, and how much you want to make. That’s right, you choose how much you want to get paid! Not bad, eh?
Sign up and get started now!
Just a quick note. By providing us with your information, we are able match you with the perfect event, EVERY TIME! The information you provide us can only be seen by screened event coordinators, and will only be used for employment purposes.
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Exeter triple murder trial: WhatsApp Group launched for updates to your phone
Devon Live will endeavour to inform you as the trial progresses
by Alex RichardsDevon Live has launched a WhatsApp group for breaking news updates to your phone about an ongoing murder trial in Exeter.
The deaths of three pensioners rocked the city to its core in February.
Alexander Lewis-Ranwell, 28, from Croyde in North Devon, denied killing Anthony Payne, 80, and 84-year-old twin brothers, Roger and Dick Carter at a hearing on Monday, November 19.
The court case will continue at Exeter Crown Court.
If you would like to receive updates from us about the case, then all you need to do is message NEWS via Whatsapp to 07852 750 438.
Once you have requested to join the group, save the number to your phone contacts book as Devon Live.
We won't share your details with any other members of the group or use your number for any other purposes.
To unsubscribe from the group all you have to do is text back STOP at any time and we will remove your number.
Any questions about the service? Message us on Facebook or email newsdesk@devonlive.com


Introduction
Hi, my name is Sayjel Patel. I am the professor of MuW201 Tangible Computing.
Contents
Week 2
Week 3


I'm studing at BMSTU on ISC7 faculty
“Fortune favours the bold” US army proverb
“Fortune favours the bold”


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Starting my talk on evented patterns in Ruby in five minutes. #confoo
2/27/2014, 11:56:41 AM
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Starting my talk on evented patterns in Ruby in five minutes. #confoo
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{% extends "layout.html" %} {% block title %}Help & About{% endblock %} {% block content %}
Current Version: {{ app_version }}
The HaploQA web application was developed at the Jackson Laboratory to facilitate genetic quality assurance of mice using genotype data derived from genotyping platforms such as MUGA, GigaMUGA and MegaMUGA.
The HaploQA source code can be obtained from the public repository.
Copyright (c) 2018 The Jackson Laboratory Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
If you don't yet have an account, following the 'Sign Up' link in the menu will bring you to a form
where you'll need to enter your email and affiliation and set a password. Upon submitting the form, you
should receive an email containing a validation link. Following this link will validate your email
address and log you into your account automatically.
If the account creation form is successfully submitted (if successful, you'll get a popup modal and on
closing the modal, will be redirected to the home page)but you never receive a validation link, please
send us an email at<EMAIL_ADDRESS>The easiest way of finding out what type of user you are is to select the user menu (far right on the
header). If the menu label reads 'Login' and you have no login information, you are not a user and you may only
view public samples in the app.
If the menu label lists your email address, then you are a user. When the user menu is opened, at the
top of the menu directly below your email will have your status which will be one of three statuses:
Administrator, Curator, or User. This status will affect the options available to you in this menu as
well as select functionalities across the site.
Selecting the 'Haplotype Candidate Samples' option from the user menu will bring you to a page where all of the current haplotype candidate samples are listed and their respective colors. Selecting any of these samples will redirect you to their sample page. Note that their plots will not render as the sample is being used as candidates for non-candidate sample.
The 'Strain Name Admin' option in the user menu will redirect you to a page with a list of strain names and
input fields with hexadecimal color values. Clicking within the input field beside a strain name will show a
color picker tool. If you know the hex value of the color you'd like to assign, you can type it directly
into the input field. Otherwise, you can choose a color using the three color select areas in the tool.
Select the 'Confirm Edit' button to save change or 'Cancel Edit' to discard the change. Existing strain
names cannot be changed, but if you wish to add a new strain name, above the list is an 'Add Item' button
which will present a tool to Enter a strain name and assign it a color using the same color tool as before.
Select the 'Add Item' if you wish to save. You will be given a confirmation that your new strain name has
been added successfully, and the page will refresh to order the strain names by color, so you may see if any
strains have been given colors that are too alike.
Note: There is currently no way to remove or edit a strain name through the user interface, so if
there is a need to make those changes, please notify an admin.
Following the 'Sample Data Export' option will bring you to to a page with some options for exporting a set of samples. You can choose which platform you want to export samples from, filter by tag and the option to select a specific range of the genome to export. Once ready, select 'Download Genotype Matrix.' The matrix is a combined SNP report with SNP IDs, chromosome, position base pair, and the alleles at that SNP for each sample.
Select the 'User Admin' option in the user menu to see a list of all current users for the site. Each user
will have an email address that serves as their username and a user level. Clicking on a user's email
address will bring up a page that lists all samples owned by them. To change a user's permission level,
select the desired status from the user level select. Warning! If you change your own user
permission level from administrator, you will be immediately logged out of the system and will not be able
to see the user management page! If this occurs, contact another administrator to have your privileges re-
instated.
Clicking 'Remove' will bring up a confirmation dialogue that requires explains that samples belonging to
this user will not be deleted despite the user being removed. Select 'Confirm' to continue with the removal.
Warning! The System will allow you to remove yourself. If you happen to do this in error,
contact an administrator or a curator for a new invitation. If you use the same email, you will still be the
owner of your previous samples.
Open the user menu to select the 'My Samples' Page where you can see your samples organized by tag (and the associated count). Clicking on a tag name will bring you to the list of samples which belong to that tag. The bulk edit feature is available on these lists.
If you are not logged in and have forgotten your password, you may select the 'I forgot my password'
option under the login. This will redirect you to a page where you can enter your email and have an
email with a link to reset your password sent to you.
If you are currently logged in, there is an option in the user menu to change your password. This option
will redirect you to a page where your email is already filled in and you enter your old password as well
as the new one that meets all the necessary security requirements.
If you have samples to import, select the 'Import Sample Data' option in the header, which will then take you to a page where you can choose the platform you used to generate the data and select the files you wish to upload for the sample map and final report. When you're finished, select the 'Import Samples' button. You will see a progress bar while the import is processing. Depending on the size of your sample data, it may take a few minutes for the process to complete. When the import is complete, the progress bar will read 'Data Import Complete' and a green banner will appear with a link to a list view of all of the samples that were uploaded. Some fields may not be completed and they can be filled by bulk editing (see 'Bulk Editing Samples').
The first section on every individual sample page is a table of general data regarding the sample. Question mark icons indicate a quick-access explanation when you hover over the icon. The following provides a brief explanation of these (also refer to Figure A):
While on a sample page, selecting 'Edit Sample' (only available if you own the sample or are an admin) changes the table of data into a list of editable fields:
On the import of a sample, the haplotype probabilities that are represented in the plots are calculated.
Initially, the value for 'Last Haplotype Calculation' will be N/A until it is done again. If later, a user
wishes to add or remove a contributing strain, the haplotype probabilities will be recalculated based on the
updated list of contributing strain. If you desire to re-run these calculations without altering the
contributing strains, you can use the 'Recalculate Haplotypes' button located in the data table toward the
top of the sample page. The timestamp beside this button lists the last time the calculations were run on
the current sample and the last update timestamp will update to match that of the calculation row with
information about the user as well.
In general, all calculation runs are considered updates but not all updates will trigger the calculations.
For example, if a note is made on the sample, the last update timestamp will change but the calculation
timestamp will remain the same.
Occasionally the haplotype candidate representing a contributing strain will change. If one has been updated
for a given sample since the last time haplotype probability calculations have been run, then a blue alert
will appear in the lower right corner of the window, see Figure C. This notification will list any/all
contributing strains that have changed and each will be a link that will redirect you to the strain’s list
of samples. This alert is intended to let you know that if you run the calculations again, the calculated
probabilities may change and the plots rendered on the current reference sample may change.
NOTE: In this release, the notification will alert you to any updates to the candidate strains,
even if the change only consists of a small change, such as a new tag. However, we hope to be able to
determine if the changes are major or trivial in the future. Until we improve this feature, if you get this
notification and wish to re-run the haplotype calculations on your sample but are worried the changes to the
candidate strain will affect the rendered plots, email
<EMAIL_ADDRESS>The plot rendered in the Genome Karyotype Plot section of any sample page depicts the haplotype composition of the sample genome, by chromosome, based on a Hidden Markov Model (HMM), see Figure D. The vertical axis indicates the chromosome and the horizontal axis, chromosome location in Mb. Intervals that contain two different colored bars represents intervals where there are two possible contributing strains with high probabilities of being haplotypes over this interval rather than just one. Red vertical bars above the haplotype bars indicate discordance over that interval.
Hovering over a colored haplotype section will highlight other sections of the genome that are associated
with the same contributing strain including areas of the interval plot(s) further down the page.
Additionally, hovering over a contributing strain (located directly above the karyotype plot) will respond
the same way. Clicking on any of these strains will redirect you to a list of all the samples with that
given strain name. Clicking on any area of the genome bars will load roughly 10Mb of that chromosome,
centered on the location clicked, in the genome interval plots below.
There are options to download the karyotype plot as a PNG directly below the plot as well as a summary of
the haplotype composition and a SNP level haplotype report.
The genome interval plot (see Figure E) is meant to allow you a more in depth and interactive view of the genome’s haplotype composition. By default, without any interval being selected from the karyotype plot, the plot(s) will load the first 10Mb of Chr 1. If there are other samples with the same strain name as the current (reference) sample, two elements will be visible: a select menu to the upper right of the section and the comparison interval plot, itself. If there are no other samples with the same strain name or if the current sample does not have a strain name assigned to it, these two elements will not appear on the page.
There are two ways to choose which comparison sample you'd like to visualize. The first is to use the select
menu previously mentioned, which contains all other samples with the same strain name. If you know
exactly what sample you'd like, select a sample name to visualize it in the comparison plot.
Each plot will have the sample’s name listed above it to make it clear what sample is being shown.
Another way to navigate through comparison samples, especially if you don't have one in mind and are just
curious, is to use the arrows to the left (render the previous sample) and right (render the next sample) of
the comparison plot. Comparison samples will render in the same order as they are listed in
the select menu in the upper right.
The interval plots are synchronized so interacting (e.g. panning or zooming) will change both of the plots.
Panning can be done by clicking and dragging left and right and zooming by using a scrolling mechanism, like
a mouse wheel or a trackpad that supports scrolling. We currently do not have buttons that achieve these
interactions yet but hope to have this feature in a future release. Hovering over contributing strains
behaves the same as it does in the karyotype plot so hovering over a strain for one interval plot will also
highlight blocks and strains in/for the other interval plot as well as the karyotype plot. However, the
hover effect is not active on the actual haplotype intervals in the interval plot(s) so hovering over the
haplotype blocks within the interval plots won't trigger any highlighting behavior.
A central feature of the interval plots is a heatmap-like visualization of SNPS across the chromosome (SNP
map) on the haplotype bars made up of rectangles (SNP intervals). The value of a SNP interval (how light or
dark it is) represents how many SNPs are present in that interval relative to the maximum number of SNPs in
a given interval. This map is dynamic so as the interval in the plot changes, the maximum number of SNPs in
any given SNP interval will be represented by a black (100% opacity) interval and the opacity of all other
SNP intervals will be calculated based on the maximum. When you zoom in, the SNP intervals will remain the
same width visually but will become more precise as they cover a smaller smaller area on the chromosome.
Once a SNP interval only contains one SNP, hovering over that interval will cause a tooltip to appear which
will list the SNP ID, position, allele data, probe call data, and haplotypes. The haplotype(s) listed in the
tooltip should match the most likely haplotype at that given position, indicated by the color of the
haplotype bar.
The input in the top left is the interval selection. By interacting with the two plots, the values listed
here will automatically update based on what is being displayed in the interval plot(s). If you are
interested in a particular interval, you can enter your own, click the update button and the interval
plot(s) will reflect those changes. If you want to dive deeper into a specific interval, you can use the two
external link buttons below the plot(s) which will bring you to either Ensembl or UCSC to view the same
interval there.
If there is an issue with a sample, the associated plot may show "No data to show" over where the plot
should be. If one of your samples does this email
<EMAIL_ADDRESS>The Candidate Haplotypes table is an exploratory interface that allows you to interrogate the genetic makeup
of a sample within the selected interval (the same interval used for the Genome Interval Plot). This table
will calculate a Negative Log Likelihood value for every possible combination of Candidate Haplotypes (note
that this list of combinations uses all available strains and so is not constrained by the currently
specified "Contributing Haplotype Strains" list). The Negative Log Likelihood calculation represents the
probability of observing the sequence of SNP values called for that interval given the assumption that the
haplotype for that interval is the haplotype indicated by the "Candidate Haplotype" column. Intuitively,
this gives you a measure of confidence that the indicated pair of strains (or single strain) indicated in
the Candidate Haplotype column are responsible for the genetic makeup of the current interval. Table rows
are sorted in order of most probable to least probable.
This table can be useful to you in exploring regions where there may be errors or contamination. eg: If you
see an area where there is high discordance between the predicted haplotypes and the sample, you can check
to see if there is the possibility of contamination by looking at these probabilities within the interval of
interest. If you see that strain names are showing up in the table with a much smaller negative log
likelihood than the expected haplotypes this may indicate that there is a problem that should be
investigated further.
While viewing a list of samples (most often a group of samples with the same tag), if you see an 'Edit
Samples' button above the list, you can bulk edit the current list. While using this feature, any changes
you make will update all the samples currently being listed and are checked. If you wish to exclude a few
samples from the bulk edit, uncheck the box to the left of the sample ID of the sample you want to exclude.
If you only want to edit an individual sample, you can click on that particular item and edit it from its
sample page, see 'Edit a Sample' section for more details. The Owner, Strain ID, Tags, and Contributing
Strains, and Visibility fields can be bulk edited. See 'Breakdown of Sample Data Fields' or 'Edit a Sample'
section for more information on what data is stored in each of these fields and how the data then affects
the sample.
In bulk editing, the Tags and Contributing Strains fields operate under three different 'modes' that can be
selected from a select menu located to the right-hand side of the field. By default the bulk edit section
will be in 'Add' mode where all tags or contributing strains entered in the field will be added to the
current list of tags or contributing strains for all selected samples. There is also a 'Remove' mode where
all tags or contributing strains entered in the field will be removed from the current list of tags or
contributing strains for all selected samples. Finally, the 'Set' mode will overwrite the all existing lists
of tags or contributing strains for all selected samples with the tags or contributing strains in the field.
Editing visibility in the bulk edit feature allows you to keep all samples unchanged in visibility (the
default) or you can make all selected samples public or private. Making the samples public will allow
everyone, including people not logged in, to see the samples where as making the samples private only
allow logged-in users to see the samples.
When finished editing, select the 'Save Edits' button to initiate the bulk editing. If, at any point, you
decide not to make the changes, select the 'Cancel Edits' and all changes will be discarded. Leaving a field
empty will keep the respective field for selected samples unchanged.
Clicking on the 'HaploQA' title in the header will bring you to the homepage; a directory of samples by tag.
The first "tag" is for all samples, which will include untagged samples. Clicking on this tag will show you
all samples in the app if you are a logged in user or all public samples if you're not.
If you click on a strain name, you'll be brought to a list of all samples belonging to that strain. Above
the list is a button that allows users to download a combined haplotype composition summary report which will
download a haplotype composition report for all samples in the list, in one file. If a sample is a candidate
for a contributing strain, it will not be included in the combined report as it won't have a haplotype
composition for the report.
You can use the search field in the header to search for samples by tag, primary sample ID, secondary sample
ID, strain name, strain ID, sex, or platform. For example, the term 'bxd' will locate samples with a primary
id, secondary id, strain name or strain id containing the string 'bxd'. Searches are not case-
sensitive.


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Red Pasta Sauce
Student's Milanese
metadata
Created on 2018-11-19 Last updated on 2018-11-28
Source: Simon's dad
Estimated time needed: At least 30 minutes. At most 39 minutes.
Ingredients
| 400 | g | minced meat | ||
| 400 | g | chopped tomatoes | ||
| 200 | g | onion | about 1 large one | |
| 140 | g | tomato paste | about 2 to 4 table spoons, to taste | |
| 100 | g | spinach leaves | ||
| 14 | g | garlic | 1 clove of garlic is about 7 g. | |
| 2 | tsp | black pepper | optional | |
| 2 | tbsp | olive oil | ||
| 1 | tbsp | salt | to taste | |
| 1 | tbsp | basil | ||
| 1 | tbsp | oregano | ||
| 1 | piece | chili pepper | optional | |
| 1 | piece | paprika | bell pepper | |
| 1 | handful | mushrooms | optional |
Scaling
Timeline
Directions
⌛ Active time 5 minutes
- 1 handful mushrooms | optional
- 1 piece paprika | bell pepper
Cut paprika and mushrooms:
Chop and set aside the paprika and the mushrooms. Do these first, because they survive laying around the longes amount of time (should you get distracted).
⌛ Active time 4 minutes
- 14 g garlic | 1 clove of garlic is about 7 g.
- 1 piece chili pepper | optional
Chop garlic and chili:
Finely chop the garlic (peel it first?) and chili. You can put them aside in the frying pan and let them wait there.
⌛ Active time 1 minutes
- 100 g spinach leaves
Wash the spinach
⌛ Active time 3 minutes
- 200 g onion | about 1 large one
Chop the onion:
Peel and chop the onion. I like using fairly large chunks so that it stands out as sweeter chunks in the result, but if you'd like it to almost dissappear and only add a tone of savory then chop it as finely as possible.
⌛ Active time 2 minutes
- 2 tbsp olive oil
Fry the garlic and chili:
Start up the frying process with the garlic and the chili so that they begin giving off some of their awesome fragrance. Be careful though, garlic easily burns, and the taste of burnt garlic penetrates everything and is really hard to get rid of, so it's better to err on the side of caution and fry it too little rather than too much. Also note that I like using really good nonstick pans and not adding excess fat, so even though I don't, you might want to add perhaps a tablespoon or so of butter or olive oil for this step.
⌛ Active time 7 minutes
- 400 g minced meat
Add minced meat and onion:
Fry until meat is brown. If you've started higher I'd turn it down to medium heat at this point.
⌛ Active time 4 minutes
Add mushrooms and paprika
⌛ Active time 2 minutes
- 400 g chopped tomatoes
- 140 g tomato paste | about 2 to 4 table spoons, to taste
Add the chopped tomatoes and paste:
Stir it in
⌛ Active time 1 minutes
- 1 tbsp basil
- 1 tbsp oregano
- 2 tsp black pepper | optional
- 1 tbsp salt | to taste
Season
⌛ Passive time 5 minutes
Let it simmer:
Let the tastes soak in. Remember to occationally stir so that it doesn't burn at the bottom.
⌛ Active time 5 minutes
Stir in the spinach:
Adding a fistful at a time, watch how spinach like other leafy things simply seems to dissolve and don't fill up space at when it's added to a warm mass.


---
layout: api
title: "v3.3.1 JavaScript Library: L.Map"
categories: api
version: v3.3.1
permalink: /api/v3.3.1/l-map-class/
---
The central class of the API — it is used to create a map on a page and manipulate it.
| Option |
Type |
Default |
Description |
dragging |
Boolean |
true |
Whether the map be draggable with mouse/touch or not. |
touchZoom |
Boolean |
true |
Whether the map can be zoomed by touch-dragging with two fingers. |
scrollWheelZoom |
Boolean |
true |
Whether the map can be zoomed by using the mouse wheel. If passed 'center' , it will zoom to the center of the view regardless of where the mouse was. |
doubleClickZoom |
Boolean |
true |
Whether the map can be zoomed in by double clicking on it and zoomed out by double clicking while holding shift. If passed 'center' , double-click zoom will zoom to the center of the view regardless of where the mouse was. |
boxZoom |
Boolean |
true |
Whether the map can be zoomed to a rectangular area specified by dragging the mouse while pressing shift. |
tap |
Boolean |
true |
Enables mobile hacks for supporting instant taps (fixing 200ms click delay on iOS/Android) and touch holds (fired as contextmenu events). |
tapTolerance |
Number |
15 |
The max number of pixels a user can shift his finger during touch for it to be considered a valid tap. |
trackResize |
Boolean |
true |
Whether the map automatically handles browser window resize to update itself. |
worldCopyJump |
Boolean |
false |
With this option enabled, the map tracks when you pan to another "copy" of the world and seamlessly jumps to the original one so that all overlays like markers and vector layers are still visible. |
closePopupOnClick |
Boolean |
true |
Set it to false if you don't want popups to close when user clicks the map. |
bounceAtZoomLimits |
Boolean |
true |
Set it to false if you don't want the map to zoom beyond min/max zoom and then bounce back when pinch-zooming. |
| Event |
Data |
Description |
click |
MouseEvent |
Fired when the user clicks (or taps) the map. |
dblclick |
MouseEvent |
Fired when the user double-clicks (or double-taps) the map. |
mousedown |
MouseEvent |
Fired when the user pushes the mouse button on the map. |
mouseup |
MouseEvent |
Fired when the user pushes the mouse button on the map. |
mouseover |
MouseEvent |
Fired when the mouse enters the map. |
mouseout |
MouseEvent |
Fired when the mouse leaves the map. |
mousemove |
MouseEvent |
Fired while the mouse moves over the map. |
contextmenu |
MouseEvent |
Fired when the user pushes the right mouse button on the map, prevents default browser context menu from showing if there are listeners on this event. Also fired on mobile when the user holds a single touch for a second (also called long press). |
focus |
Event |
Fired when the user focuses the map either by tabbing to it or clicking/panning. |
blur |
Event |
Fired when the map looses focus. |
preclick |
MouseEvent |
Fired before mouse click on the map (sometimes useful when you want something to happen on click before any existing click handlers start running). |
load |
Event |
Fired when the map is initialized (when its center and zoom are set for the first time). |
unload |
Event |
Fired when the map is destroyed with remove method. |
viewreset |
Event |
Fired when the map needs to redraw its content (this usually happens on map zoom or load). Very useful for creating custom overlays. |
movestart |
Event |
Fired when the view of the map starts changing (e.g. user starts dragging the map). |
move |
Event |
Fired on any movement of the map view. |
moveend |
Event |
Fired when the view of the map ends changed (e.g. user stopped dragging the map). |
dragstart |
Event |
Fired when the user starts dragging the map. |
drag |
Event |
Fired repeatedly while the user drags the map. |
dragend |
DragEndEvent |
Fired when the user stops dragging the map. |
zoomstart |
Event |
Fired when the map zoom is about to change (e.g. before zoom animation). |
zoomend |
Event |
Fired when the map zoom changes. |
zoomlevelschange |
Event |
Fired when the number of zoomlevels on the map is changed due to adding or removing a layer. |
resize |
ResizeEvent |
Fired when the map is resized. |
autopanstart |
Event |
Fired when the map starts autopanning when opening a popup. |
layeradd |
LayerEvent |
Fired when a new layer is added to the map. |
layerremove |
LayerEvent |
Fired when some layer is removed from the map. |
baselayerchange |
LayerEvent
| Fired when the base layer is changed through the layer control. |
overlayadd |
LayerEvent
| Fired when an overlay is selected through the layer control. |
overlayremove |
LayerEvent
| Fired when an overlay is deselected through the layer control. |
locationfound |
LocationEvent
| Fired when geolocation (using the locate method) went successfully. |
locationerror |
ErrorEvent
| Fired when geolocation (using the locate method) failed. |
popupopen |
PopupEvent |
Fired when a popup is opened (using openPopup method). |
popupclose |
PopupEvent |
Fired when a popup is closed (using closePopup method). |
| Method |
Returns |
Description |
setView(
<LatLng> center,
<Number> zoom?,
<zoom/pan options> options? )
|
this |
Sets the view of the map (geographical center and zoom) with the given animation options. |
setZoom(
<Number> zoom,
<zoom options> options? )
|
this |
Sets the zoom of the map. |
zoomIn(
<Number> delta?,
<zoom options> options? )
|
this |
Increases the zoom of the map by delta (1 by default). |
zoomOut(
<Number> delta?,
<zoom options> options? )
|
this |
Decreases the zoom of the map by delta (1 by default). |
setZoomAround(
<LatLng> latlng,
<Number> zoom,
<zoom options> options? )
|
this |
Zooms the map while keeping a specified point on the map stationary (e.g. used internally for scroll zoom and double-click zoom). |
fitBounds(
<LatLngBounds> bounds,
<fitBounds options> options? )
|
this |
Sets a map view that contains the given geographical bounds with the maximum zoom level possible. |
fitWorld(
<fitBounds options> options? )
|
this |
Sets a map view that mostly contains the whole world with the maximum zoom level possible. |
panTo(
<LatLng> latlng,
<pan options> options? )
|
this |
Pans the map to a given center. Makes an animated pan if new center is not more than one screen away from the current one. |
panInsideBounds(
<LatLngBounds> bounds,
<pan options> options? )
|
this |
Pans the map to the closest view that would lie inside the given bounds (if it's not already), controlling the animation using the options specific, if any. |
panBy(
<Point> point,
<pan options> options? )
|
this |
Pans the map by a given number of pixels (animated). |
invalidateSize(
<Boolean> animate )
|
this |
Checks if the map container size changed and updates the map if so — call it after you've changed the map size dynamically, also animating pan by default. |
invalidateSize(
<zoom/pan options> options )
|
this |
Checks if the map container size changed and updates the map if so — call it after you've changed the map size dynamically, also animating pan by default. If options.pan is false , panning will not occur. If options.debounceMoveend is true , it will delay moveend event so that it doesn't happen often even if the method is called many times in a row. |
setMaxBounds(
<LatLngBounds> bounds
|
this |
Restricts the map view to the given bounds (see map maxBounds option). |
locate(
<Locate options> options? )
|
this |
Tries to locate the user using the Geolocation API, firing a locationfound event with location data on success or a locationerror event on failure, and optionally sets the map view to the user's location with respect to detection accuracy (or to the world view if geolocation failed). See Locate options for more details. |
stopLocate() |
this |
Stops watching location previously initiated by map.locate({watch: true}) and aborts resetting the map view if map.locate was called with {setView: true} . |
remove() |
this |
Destroys the map and clears all related event listeners. |
| Method |
Returns |
Description |
getCenter() |
LatLng |
Returns the geographical center of the map view. |
getZoom() |
Number |
Returns the current zoom of the map view. |
getMinZoom() |
Number |
Returns the minimum zoom level of the map. |
getMaxZoom() |
Number |
Returns the maximum zoom level of the map. |
getBounds() |
LatLngBounds |
Returns the LatLngBounds of the current map view. |
getBoundsZoom(
<LatLngBounds> bounds,
<Boolean> inside? )
|
Number |
Returns the maximum zoom level on which the given bounds fit to the map view in its entirety. If inside (optional) is set to true , the method instead returns the minimum zoom level on which the map view fits into the given bounds in its entirety. |
getSize() |
Point |
Returns the current size of the map container. |
getPixelBounds() |
Bounds |
Returns the bounds of the current map view in projected pixel coordinates (sometimes useful in layer and overlay implementations). |
getPixelOrigin() |
Point |
Returns the projected pixel coordinates of the top left point of the map layer (useful in custom layer and overlay implementations). |
| Method |
Returns |
Description |
addLayer(
<ILayer> layer,
<Boolean> insertAtTheBottom? )
|
this |
Adds the given layer to the map. If optional insertAtTheBottom is set to true , the layer is inserted under all others (useful when switching base tile layers). |
removeLayer(
<ILayer> layer )
|
this |
Removes the given layer from the map. |
hasLayer(
<ILayer> layer )
|
Boolean |
Returns true if the given layer is currently added to the map. |
eachLayer(
<Function> fn,
<Object> context? )
|
this |
Iterates over the layers of the map, optionally specifying context of the iterator function.
map.eachLayer(function (layer) {
layer.bindPopup('Hello');
});
|
addControl(
<IControl> control )
|
this |
Adds the given control to the map. |
removeControl(
<IControl> control )
|
this |
Removes the given control from the map. |
| Method |
Returns |
Description |
latLngToLayerPoint(
<LatLng> latlng )
|
Point |
Returns the map layer point that corresponds to the given geographical coordinates (useful for placing overlays on the map). |
layerPointToLatLng(
<Point> point )
|
LatLng |
Returns the geographical coordinates of a given map layer point. |
containerPointToLayerPoint(
<Point> point )
|
Point |
Converts the point relative to the map container to a point relative to the map layer. |
layerPointToContainerPoint(
<Point> point )
|
Point |
Converts the point relative to the map layer to a point relative to the map container. |
latLngToContainerPoint(
<LatLng> latlng )
|
Point |
Returns the map container point that corresponds to the given geographical coordinates. |
containerPointToLatLng(
<Point> point )
|
LatLng |
Returns the geographical coordinates of a given map container point. |
project(
<LatLng> latlng,
<Number> zoom? )
|
Point |
Projects the given geographical coordinates to absolute pixel coordinates for the given zoom level (current zoom level by default). |
unproject(
<Point> point,
<Number> zoom? )
|
LatLng |
Projects the given absolute pixel coordinates to geographical coordinates for the given zoom level (current zoom level by default). |
mouseEventToContainerPoint(
<MouseEvent> event )
|
Point |
Returns the pixel coordinates of a mouse click (relative to the top left corner of the map) given its event object. |
mouseEventToLayerPoint(
<MouseEvent> event )
|
Point |
Returns the pixel coordinates of a mouse click relative to the map layer given its event object.
|
mouseEventToLatLng(
<MouseEvent> event )
|
LatLng |
Returns the geographical coordinates of the point the mouse clicked on given the click's event object. |
| Option |
Type |
Default |
Description |
watch |
Boolean |
false |
If true , starts continous watching of location changes (instead of detecting it once) using W3C watchPosition method. You can later stop watching using map.stopLocate() method. |
setView |
Boolean |
false |
If true , automatically sets the map view to the user location with respect to detection accuracy, or to world view if geolocation failed. |
maxZoom |
Number |
Infinity |
The maximum zoom for automatic view setting when using `setView` option. |
timeout |
Number |
10000 |
Number of milliseconds to wait for a response from geolocation before firing a locationerror event. |
maximumAge |
Number |
0 |
Maximum age of detected location. If less than this amount of milliseconds passed since last geolocation response, locate will return a cached location. |
enableHighAccuracy |
Boolean |
false |
Enables high accuracy, see description in the W3C spec. |
Map properties include interaction handlers that allow you to control interaction behavior in runtime, enabling or disabling certain features such as dragging or touch zoom (see IHandler methods). Example:
You can also access default map controls like attribution control through map properties:


<verifydesign jar="yourjarname.jar" design="design.xml" />Create your design.xml file from the design that is in your head or in documentation like so
<design> <package name="service1" package="biz.xsoftware.service1" subpackages="include"/> <package name="client1" package="biz.xsoftware.client1" depends="service1"/> <package name="service2" package="biz.xsoftware.service2"/> <package name="client2" package="biz.xsoftware.client2" depends="service2" subpackages="include"/> </design>From now on, when you run the build, if this is violated like service1 depending on client2 or something, the build will fail and you will catch the errors of violating the design before it is too late. You can then guarantee things like only this package will depend on the JMS technology. This way if you change JMS to something later, you know you only have to change that one package.
Copyright © 2002-2004 Ant-Contrib Project. All rights Reserved.


This view depends on mrMenu
directly, which means that other
parts of the app don't depend on it.
When `More` is clicked, the items are logged in the console, press F12 to see them.
This list is displayed, with data obtained from
data/sample.json
separately from this page.
The reusable code:
<mr-menu data="sampleData"></mr-menu>


US Judge Rules Bail for Giuliani Associate Fruman to ‘Remain As Is’ - Attorney's Office
WASHINGTON (Sputnik) - A US judge decided on Friday that the court-imposed bail condition on businessman Igor Fruman should remain in place without being changed, the US Attorney's Office for the 7th District of New York spokesperson said.
"The judge decided that the bail condition will remain as is," the spokesperson said on Friday.
The bail condition placed on Fruman includes that he is in home detention under electronic monitoring and pays a $1 million bond.
Fruman is an associate of President Donald Trump’s lawyer Rudy Giuliani, who allegedly helped Giuliani investigate corruption by former Vice President Joe Biden and his son Hunter Biden in Ukraine.
In October, US federal prosecutors unsealed an indictment against Fruman and three other businessman - Lev Parnas, David Correia and Andrey Kukushkin - for funnelling $1 million in donations from foreign nationals to unspecified political campaigns in the United States.
The four men are also accused of having donated money to a member of Congress and then pressing the lawmaker to remove or recall the then-US ambassador to Ukraine.
The US Attorney's Office spokesperson pointed out that Fruman’s defence team asked that the bail amount be reduced, but the government opposed the request.


Hello, this is my first website
Venice
- Country: Italy
- Founded: 697
- Population: 260,060
Paris
- Country: France
- Founded: ~250BC
- Population: 2.2 Million
Salzburg
- Country: Austria
- Founded: 1622
- Population: 145,871
Prague
- Country: Czech Republic
- Founded: 870
- Population: 1.2 Million


public class SpellChecker extends Object implements Closeable
Spell Checker class (Main class)
(initially inspired by the David Spencer code).
Example Usage:
SpellChecker spellchecker = new SpellChecker(spellIndexDirectory); // To index a field of a user index: spellchecker.indexDictionary(new LuceneDictionary(my_lucene_reader, a_field)); // To index a file containing words: spellchecker.indexDictionary(new PlainTextDictionary(new File("myfile.txt"))); String[] suggestions = spellchecker.suggestSimilar("misspelt", 5);
| Modifier and Type | Field and Description |
|---|---|
static float
|
DEFAULT_ACCURACY
The default minimum score to use, if not specified by calling
setAccuracy(float)
.
|
static
String
|
F_WORD
Field name for each word in the ngram index.
|
| Constructor and Description |
|---|
SpellChecker
(
Directory
spellIndex)
Use the given directory as a spell checker index with a
LevensteinDistance
as the default
StringDistance
.
|
SpellChecker
(
Directory
spellIndex,
StringDistance
sd)
Use the given directory as a spell checker index.
|
SpellChecker
(
Directory
spellIndex,
StringDistance
sd,
Comparator
<
SuggestWord
> comparator)
Use the given directory as a spell checker index with the given
StringDistance
measure
and the given
Comparator
for sorting the results.
|
| Modifier and Type | Method and Description |
|---|---|
void
|
clearIndex
()
Removes all terms from the spell check index.
|
void
|
close
()
Close the IndexSearcher used by this SpellChecker
|
boolean
|
exist
(
String
word)
Check whether the word exists in the index.
|
float
|
getAccuracy
()
The accuracy (minimum score) to be used, unless overridden in
suggestSimilar(String, int, org.apache.lucene.index.IndexReader, String, boolean, float)
, to
decide whether a suggestion is included or not.
|
Comparator
<
SuggestWord
>
|
getComparator
()
|
StringDistance
|
getStringDistance
()
Returns the
StringDistance
instance used by this
SpellChecker
instance.
|
void
|
indexDictionary
(
Dictionary
dict,
IndexWriterConfig
config,
boolean fullMerge)
Indexes the data from the given
Dictionary
.
|
void
|
setAccuracy
(float acc)
Sets the accuracy 0 < minScore < 1; default
DEFAULT_ACCURACY
|
void
|
setComparator
(
Comparator
<
SuggestWord
> comparator)
Sets the
Comparator
for the
SuggestWordQueue
.
|
void
|
setSpellIndex
(
Directory
spellIndexDir)
Use a different index as the spell checker index or re-open
the existing index if
spellIndex
is the same value
as given in the constructor.
|
void
|
setStringDistance
(
StringDistance
sd)
Sets the
StringDistance
implementation for this
SpellChecker
instance.
|
String
[]
|
suggestSimilar
(
String
word,
int numSug)
Suggest similar words.
|
String
[]
|
suggestSimilar
(
String
word,
int numSug,
float accuracy)
Suggest similar words.
|
String
[]
|
suggestSimilar
(
String
word,
int numSug,
IndexReader
ir,
String
field,
boolean morePopular)
Deprecated.
use suggestSimilar(String, int, IndexReader, String, SuggestMode)
|
String
[]
|
suggestSimilar
(
String
word,
int numSug,
IndexReader
ir,
String
field,
boolean morePopular,
float accuracy)
Deprecated.
use suggestSimilar(String, int, IndexReader, String, SuggestMode, float)
|
String
[]
|
suggestSimilar
(
String
word,
int numSug,
IndexReader
ir,
String
field,
SuggestMode
suggestMode)
|
String
[]
|
suggestSimilar
(
String
word,
int numSug,
IndexReader
ir,
String
field,
SuggestMode
suggestMode,
float accuracy)
Suggest similar words (optionally restricted to a field of an index).
|
public static final float DEFAULT_ACCURACY
setAccuracy(float)
.
public static final String F_WORD
public SpellChecker( Directory spellIndex, StringDistance sd) throws IOException
spellIndex
- the spell index directory
sd
- the
StringDistance
measurement to use
IOException
- if Spellchecker can not open the directory
public SpellChecker( Directory spellIndex) throws IOException
LevensteinDistance
as the default
StringDistance
. The
directory is created if it doesn't exist yet.
spellIndex
- the spell index directory
IOException
- if spellchecker can not open the directory
public SpellChecker( Directory spellIndex, StringDistance sd, Comparator < SuggestWord > comparator) throws IOException
StringDistance
measure
and the given
Comparator
for sorting the results.
spellIndex
- The spelling index
sd
- The distance
comparator
- The comparator
IOException
- if there is a problem opening the index
public void setSpellIndex( Directory spellIndexDir) throws IOException
spellIndex
is the same value
as given in the constructor.
spellIndexDir
- the spell directory to use
AlreadyClosedException
- if the Spellchecker is already closed
IOException
- if spellchecker can not open the directory
public void setComparator( Comparator < SuggestWord > comparator)
Comparator
for the
SuggestWordQueue
.
comparator
- the comparator
public Comparator < SuggestWord > getComparator()
public void setStringDistance( StringDistance sd)
StringDistance
implementation for this
SpellChecker
instance.
sd
- the
StringDistance
implementation for this
SpellChecker
instance
public StringDistance getStringDistance()
StringDistance
instance used by this
SpellChecker
instance.
StringDistance
instance used by this
SpellChecker
instance.
public void setAccuracy(float acc)
DEFAULT_ACCURACY
acc
- The new accuracy
public float getAccuracy()
suggestSimilar(String, int, org.apache.lucene.index.IndexReader, String, boolean, float)
, to
decide whether a suggestion is included or not.
public String [] suggestSimilar( String word, int numSug) throws IOException
As the Lucene similarity that is used to fetch the most relevant n-grammed terms is not the same as the edit distance strategy used to calculate the best matching spell-checked word from the hits that Lucene found, one usually has to retrieve a couple of numSug's in order to get the true best match.
I.e. if numSug == 1, don't count on that suggestion being the best one. Thus, you should set this value to at least 5 for a good suggestion.
word
- the word you want a spell check done on
numSug
- the number of suggested words
IOException
- if the underlying index throws an
IOException
AlreadyClosedException
- if the Spellchecker is already closed
suggestSimilar(String, int, org.apache.lucene.index.IndexReader, String, boolean, float)
public String [] suggestSimilar( String word, int numSug, float accuracy) throws IOException
As the Lucene similarity that is used to fetch the most relevant n-grammed terms is not the same as the edit distance strategy used to calculate the best matching spell-checked word from the hits that Lucene found, one usually has to retrieve a couple of numSug's in order to get the true best match.
I.e. if numSug == 1, don't count on that suggestion being the best one. Thus, you should set this value to at least 5 for a good suggestion.
word
- the word you want a spell check done on
numSug
- the number of suggested words
accuracy
- The minimum score a suggestion must have in order to qualify for inclusion in the results
IOException
- if the underlying index throws an
IOException
AlreadyClosedException
- if the Spellchecker is already closed
suggestSimilar(String, int, org.apache.lucene.index.IndexReader, String, boolean, float)
@Deprecated public String [] suggestSimilar( String word, int numSug, IndexReader ir, String field, boolean morePopular) throws IOException
As the Lucene similarity that is used to fetch the most relevant n-grammed terms is not the same as the edit distance strategy used to calculate the best matching spell-checked word from the hits that Lucene found, one usually has to retrieve a couple of numSug's in order to get the true best match.
I.e. if numSug == 1, don't count on that suggestion being the best one. Thus, you should set this value to at least 5 for a good suggestion.
Uses the
getAccuracy()
value passed into the constructor as the accuracy.
word
- the word you want a spell check done on
numSug
- the number of suggested words
ir
- the indexReader of the user index (can be null see field param)
field
- the field of the user index: if field is not null, the suggested
words are restricted to the words present in this field.
morePopular
- return only the suggest words that are as frequent or more frequent than the searched word
(only if restricted mode = (indexReader!=null and field!=null)
IOException
- if the underlying index throws an
IOException
AlreadyClosedException
- if the Spellchecker is already closed
suggestSimilar(String, int, IndexReader, String, SuggestMode, float)
@Deprecated public String [] suggestSimilar( String word, int numSug, IndexReader ir, String field, boolean morePopular, float accuracy) throws IOException
As the Lucene similarity that is used to fetch the most relevant n-grammed terms is not the same as the edit distance strategy used to calculate the best matching spell-checked word from the hits that Lucene found, one usually has to retrieve a couple of numSug's in order to get the true best match.
I.e. if numSug == 1, don't count on that suggestion being the best one. Thus, you should set this value to at least 5 for a good suggestion.
word
- the word you want a spell check done on
numSug
- the number of suggested words
ir
- the indexReader of the user index (can be null see field param)
field
- the field of the user index: if field is not null, the suggested
words are restricted to the words present in this field.
morePopular
- return only the suggest words that are as frequent or more frequent than the searched word
(only if restricted mode = (indexReader!=null and field!=null)
accuracy
- The minimum score a suggestion must have in order to qualify for inclusion in the results
IOException
- if the underlying index throws an
IOException
AlreadyClosedException
- if the Spellchecker is already closed
suggestSimilar(String, int, IndexReader, String, SuggestMode, float)
public String [] suggestSimilar( String word, int numSug, IndexReader ir, String field, SuggestMode suggestMode) throws IOException
IOException
public String [] suggestSimilar( String word, int numSug, IndexReader ir, String field, SuggestMode suggestMode, float accuracy) throws IOException
As the Lucene similarity that is used to fetch the most relevant n-grammed terms is not the same as the edit distance strategy used to calculate the best matching spell-checked word from the hits that Lucene found, one usually has to retrieve a couple of numSug's in order to get the true best match.
I.e. if numSug == 1, don't count on that suggestion being the best one. Thus, you should set this value to at least 5 for a good suggestion.
word
- the word you want a spell check done on
numSug
- the number of suggested words
ir
- the indexReader of the user index (can be null see field param)
field
- the field of the user index: if field is not null, the suggested
words are restricted to the words present in this field.
suggestMode
- (NOTE: if indexReader==null and/or field==null, then this is overridden with SuggestMode.SUGGEST_ALWAYS)
accuracy
- The minimum score a suggestion must have in order to qualify for inclusion in the results
IOException
- if the underlying index throws an
IOException
AlreadyClosedException
- if the Spellchecker is already closed
public void clearIndex() throws IOException
IOException
AlreadyClosedException
- if the Spellchecker is already closed
public boolean exist( String word) throws IOException
word
-
IOException
AlreadyClosedException
- if the Spellchecker is already closed
public final void indexDictionary( Dictionary dict, IndexWriterConfig config, boolean fullMerge) throws IOException
Dictionary
.
dict
- Dictionary to index
config
-
IndexWriterConfig
to use
fullMerge
- whether or not the spellcheck index should be fully merged
AlreadyClosedException
- if the Spellchecker is already closed
IOException
public void close() throws IOException
close
in interface
Closeable
IOException
- if the close operation causes an
IOException
AlreadyClosedException
- if the
SpellChecker
is already closed


automat – configurator
automat not connected, please accept web midi and connect automat
sequencer
show all 12 tracks hide tracks - double click for accent
output settings
Change the behavior of your automat here.Calibrate the velocity range for each output.Set the first handle on the slider for quietest sound and the second for the loudest. To use note on/off without velocity put both handles in the leftmost position with the values 0-0.Upload the configuration to your automat with pressing "Write config"PLEASE ONLY DO THAT AFTER FINISHING THE CONFIGURATION FOR ALL OUTPUTS.
| Output | Gate-Time in Milliseconds | Midi Channel | Note | Curve | Test | Response |
|---|---|---|---|---|---|---|
| 1 | ||||||
| 2 | ||||||
| 3 | ||||||
| 4 | ||||||
| 5 | ||||||
| 6 | ||||||
| 7 | ||||||
| 8 | ||||||
| 9 | ||||||
| 10 | ||||||
| 11 | ||||||
| 12 |
credits
Firmware and configuration tool development with great support of the dadamachines community. Thanks to Justin Pedro and Jelle Akkerman


NOTE: The main theme clue at 1ac,8ac has wrong spelling! Once you have what should have been the answer, you will need to promote the 5th letter of 8 across up into the 3rd position (so original letter 3 -> position 4, 4 -> 5).
Across:
1,8. Combined an exotic treat for two senses (5,7,2,5)
4. The queen, in gesturing, is undecided (8)
10. Where Rosemary, for example, may lie (2,3,3)
11,16-Down. Why trial by media is worse when performed by a broadsheet newspaper (6,9)
12. Oi! Pink bit should be arranged to conceal pink bits! (6,3)
15. Rotates ninety degrees, rotates one hunderd and eighty degrees to provide improvement to diagram (5)
17. Energy, intent, belief! (5)
18. Madly beating about in generally opposing (5,4)
19. Desire concerning a smooth finish (6)
21. Co-ordinate unco-ordinated Zorro and Zed from USA (4-4)
24. Structure fights for making better neighbours? (8,6)
25. Plays creatively next to a donkey for a tricky move (1,3,4)
26. As before, declare test result (5)
Down:
1. Little boot on strange jar for my balm (6,6)
2. The result of those last nine sunbaking hours (5,4)
3. Was he a singer when first Eastern was in? (5)
4. Piece of a household appliance works with bush water (6,3)
5. Let out from school eventually (4)
6. Getting up to scratch rings after nap (9)
7. Informed sounds declining (5)
9. Badly soil Tutu in gray for its own sake (12)
13. Turn a bad friend good, as you would expect (9)
14. Best lay obtained with member's size per horse (5,4)
16. see 11-Across
20. Spoils of ancient city mentioned in distress call (5)
22. Slope ramp to easily provide work (5)
23. 22-Down star of David is back! (4)


Continuous Integration and Deployment¶
Website Performance Report (Lighthouse)¶
Static Website Generator¶
This repository contains a very small yet powerful static website generator which is used to make static website by
using reusable components that will be used across the website and uses make
as a tool to have incremental builds of
the website. The attempt is to keep things very clean and do it the “Unix way” by representing everything in files. This
repository is currently used to build my personal website and is open for other to use to build their website as it is
MIT license. This website uses Jinja2 as a templating engine for generating the intermediate components and websites.
Please submit a pull request if you want to fix any issue or submit any feature you feel to be missing.
Inspired from the following websites:
Tanay’s Personal Website¶
To know how to do different actions using the make file, please use make help
Advantages of using make
and other design choices in this project¶
Incremental building make offers incremental building and or compiling of files. This means that if there are multiple files, then it will build the necessary files purely based on the changes that have been recently made. Performing a
make build
will run this incremental build since it is the property of the GNU-Make tool. It also usesrsync
to perform the incremental build for static assets that do not need compilation/building.Serving website locally has a command called
make serve
which expects the_build
directory to exist and if it exists then it just starts a server to serve the contents of that directory, else it actually performs a build and then serves the files from that directly in that server.Watch build there is a command called
make watch-build
which can be used to harness the power of both incremental build and that of serve. This leads to both easy and fast modification to your website on your local machine.Deploying the website has a command to deploy the website to the static website that is hosted on github pages. This command performs
rsync
of the files to the the actual repository and then does a commit in that repository and pushes the newly committed changes to the repository which automatically makes it live on the website.Splitting web pages into components The use of Jinja2 helps me to split the Makefile into components into multiple directories in
templates/components/
directory, this makes the components be reusable across different pages in the website.Minification of CSS and JS The JS and CSS is minified before making it available to the website to use.
High speed parallel builds The main advantage of using make is that the project is built very fast simply with the use of the
-j
flag as command argument
LICENSE¶
The MIT License (MIT)
Copyright (c) 2018-2021 Tanay PrabhuDesai
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


--- layout: post title: Rails jobs in Los Angeles and Austin categories: [] author: admin published: true date: 2005-10-11 22:10:03.000000000 +01:00 ---
Two more Rails jobs ticked into my mailbox today. One with Bluebin Industries in Los Angeles, another with a new Austin-based Start-up. If you got the Rails chops and is not paying the bills with ’em, you should be ashamed of yourself.


Work Experience
Research Assistant
Columbia University Irving Medical Center, New York, NY October 2020 – PresentDepartment of Rehabilitation and Regenerative Medicine
- Worked alongside MyHand research team on a cross-disciplinary project funded by the NIH
- Generated list of target contacts and distributed study information to recruit participants
- Interviewed participants according to IRB-approved script, conducted evaluations, and recorded data
Behavior Therapy Technician
Crystal Run Village, Middletown, New York October 2017 – September 2019- Established behavior supports for people with developmental disabilities in a residential setting
- Implemented methods for data collection, FBAs, and Behavior Support Plans
- Analyzed patterns in behavior to identify proactive methods and intervention strategies in conjunction with the BCBA. Provided training as needed to ensure staff compliance with plan
- Maintained working knowledge about behavioral and psychological needs of each individual served. Organized clinical meetings, conducted direct observations, reviewed documents, and charted data from assigned sites on weekly and monthly basis
- Attended staff meetings, team programming meetings, and psychiatric appointments as needed. Sent consults with relevant behavior data and occurrences to psychiatric prescriber
Direct Support Professional
Crystal Run Village, Washingtonville, New York March 2015 – October 2017- Provided behavioral support to individuals with developmental disabilities
- Documented notable behavioral, social, and medical occurrences to ensure proper evaluation
- Obtained certification to administer approved treatments and medications
- Implemented long-term treatment plans involving behavioral, psychological, and medical care
- Encouraged consumer independence and achievement of person-centered goals
Copy Editor & Contributing Writer
Guiding Tech, guidingtech.com July 2014 – June 2015- Reviewed stylization, performed image editing, facilitated throughput for all articles published on site
- Remained informed on latest technology in order to conduct detailed proofreading and add relevant humor
- Coordinated interpersonal interaction with writers and executive editor throughout publishing process
Applied Behavior Analysis Tutor
Institute for Child Development, Binghamton, New York August 2010 – May 2011- Enrolled in prestigious program in the Children’s Unit for Treatment and Evaluation at the Institute for Child Development
- Received rigorous training in Applied Behavior Analysis (ABA) and behavior modification
- Actively engaged in classroom, running strict protocols to tutor children with ASD in social, communication, and academic areas


Trees crash as winds reach more than 90km/h, but cool change is here
by Greg GliddonSES crews and tree loppers are keeping busy this afternoon with dozens of trees crashing to the ground across Ballarat as high winds reaching in excess of 90km/h batter the region.
In one of the more serious incidents, a ute driver was lucky to escape injury after a tree crashed onto his vehicle in Wendouree Parade near the corner of Mair Street.
Trees loppers remain on the scene with parts of Wendouree Parade near the Ballarat Yacht Club closed off to traffic.
Other trees have fallen in Dana Street, Drummond Street and Creswick Road in central Ballarat, Barkly Street and York Street in Ballarat East, Forest Street Wendouree, Ryan Street Brown Hill.
There has also been numerous reports of building damage with tiles coming off roofs in the storm.
Residents are asked to remain vigilant as the violent wind storm lashes the region.
The cool change has just hit the Ballarat region with the temperature expected to drop by as much as 18 degrees by 6pm this evening. Winds are expected to turn from the north to the south-west with the cool change and will gradually moderate throughout the afternoon.


Well first of all I have tried salvia twice one at this dude named joey's house and once with my best friend benito... So today I felt like trippin' I was soooo bored I could die.
I decided to try some stipa robusta tea. (I live in new mexico so it was easy to find) my neibor brought me some sticky salvia from a stoner store I visit once in a while... I was sceptical whether to do the salvia or the sleepy grass. I'm home alone and my parents are gone for a loooong time (my brother as well).
I made the tea at about 3:30 in the afternoon and drank a glass of the shit at about 4:00 about a half hour later I decided it wasnt gonna work so I smoked a bowl of the salvia, at first I felt a little lighter than usual and all of the sudden the pipe I was using started to move side to side as if I was moving I tried to stop it and couldnt. 'Fuck this' I said as I cashed the bowl and started to walk into my room. I was stumbling and forgetting what I was doing (much like pot) I turned on the tv.
Without knowing it I was in the living room covered in a blanket and was watching cartoons (some imaginary friends shit) as I watched big triangles started to appear and I thought they were going to crush me!! (white stripes music video of 7 nation army) the trangles stared to melt and move away from me, now there were 2 of me th real me and a spirit...I was concious in the spirit form not so much in the real one
I watched the real form of me from above (I was floating above) I guess this is the obe ive heard about. Mt real form got out of the couch falling everywere and trying to get some food.  I went after the stumbling character clueless to what was going on. Once in a while I would snap into my normal self and look for the spirit, no cigar, at this moment I guess that stipa robusta kicked in cuz I flipped out the floor was shifting around and I fell through it *bam* I felt pain but I was falling I guess I was in a pasture when I woke up... Or so I thought, I got up and hit my head on a cloud...I thought I was unconcious 'open ur eyes retard!!' I said and then I found myself on the kitchen floor head bleeding.
I got up and fell again I was in the spirit again what is going on? I thought maybe I have to jump into myself like in the movies...  The whole time I was watching the tele. I was still trippin and so I closed my eyes a blanket of colors moved from side to side. I opened my eyes 'uh oh im gonna die' I said...stumbling to get up I walked (practically falling on myself) into the kitchen I got some water and after drinking it I threw up all over the sink...
I was sober after that, but I kinda wanted to experience it again... I looked at the clock 6:30 whoa!!!! It felt like an eternity all in 3 hours holy shit!
Overall the experience was fun and strange I think the trip was due to my overactive mind and ssri's I take for depression. After about 5 minutes I realized my head was bleeding who knows what I did, I still dont know
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.


Star Wars RPG
Select Your Character
Luke Skywalker
Obi-Wan Kenobi
Darth Maul
Darth Sidious
Characters Left To Attack
Your Character
Attack!
Current Opponent
Reset Game