{% load otree %}
Thank you for agreeing to take part in this experiment. The duration for this experiment is expected to be between 30 to 45 minutes. If you follow the instructions given below carefully, then you will earn a non-trivial amount of money in cash (US $) at the end of this experiment. You will also receive $4 as a participation or show-up fee regardless of the choices you make during this experiment.
After you have read the following instructions, you will be required to answer all of the 14 questions on a quiz testing your comprehension of the experimental instructions. Please note that the quiz is not a part of the experiment and therefore you will not be paid for your performance on the quiz.
From this point onwards till the end of the experiment, you are prohibited from communicating with other participants or to take any such action amounting to either the revelation of information about yourself to other participant(s), or the gathering of information about other participant(s), or both. Violation of this will result in your immediate expulsion from the experiment without the payment of the show-up fee and your earnings from participating in this experiment.
At any point if you have a question or if you encounter any problem, then please notify the experimenter discretely and the experimenter will attend to it.
This experiment aims to study how people make decisions in certain contexts. It consists of 12 rounds. At the beginning of this experiment, you will be randomly assigned to a node (or a position) in a network with 5 other participants. However, you will be connected directly with some and not all of them. Participants with whom you are directly connected will be called your “neighbours”. Each participant can have 2, 3, or 4 neighbours. You will get to know your position in the network and the number of your neighbours at the beginning of round 1 of the experiment. A participant is only identifiable by the node number to which they are assigned in the network. Given the random assignment of participants to nodes, you will not know which participant is assigned to which position in the network. Both the overall network and your neighbours will remain fixed throughout the experiment.
The network depicted above consists of a total of 6 nodes/positions. As mentioned above, participants are randomly assigned to each node and therefore you are equally likely to be positioned at nodes 1 through 6. Nodes 1 and 2 have four neighbours each, nodes 3 and 4 have three neighbours each, and nodes 5 and 6 have two neighbours each. Neighbours of participants at each node are listed in the table given below.
For instance, a participant assigned to node 2 has participants assigned to nodes 1, 3, 4, and 5 as their neighbours.
A picture of the overall network as well as the part of the network showing only your neighbours will be accessible in each round for your reference.
Your earnings in each round are only affected by your decisions and those of your neighbours, as specified in the following section.
At the beginning of each of the 12 rounds, each participant will be assigned one of the two types “X” or “Y” by the experimenter. At the beginning of round 1, all participants will be assigned type “X”. Starting from round 2, only one participant in each round will have their assigned type switched from "X" to "Y" by the experimenter. This will be private information for each participant and invisible to other participants. Once a participant’s assigned type is switched from “X” to “Y”, it will not be switched back to “X” in any of the subsequent rounds.
In each round you will be notified about your assigned type and will be asked to report a type. You can report your type as either “X” or “Y”. Your reported type may or may not be the same as your assigned type. Based on your assigned type, your reported type, and those reported by your neighbours, your earnings for the round will be computed at the end of each round. Your earnings will be accounted in Experimental Currency Units (ECU) which, for convenience, are referred to as ‘points’.
If your reported type is the same as your assigned type, then your earnings in a round are computed by the following formula:
However, if your assigned and reported types are different, then your earnings in a round are computed by the following formula:
Here n represents the number of neighbours of a participant whose reported types are the same as that of the participant. N represents the total number of neighbours of the participant.
The following set of tables summarizes your possible earnings (in points) in each round computed using the formulae given above:
To illustrate how the information contained in the tables given above can be interpreted, let’s take the example of a participant with 3 neighbours. Assume that this participant has been assigned type “X” for a given round. Further assume that one of their neighbours reports type “X” and two of their remaining neighbours report type "Y" in this round. Now if this participant reports type “X”, then they will earn 30 points at the end of the round. However, if this participant chooses to report type “Y” instead, then they will earn 35 points. If we assumed instead that two of this participant’s neighbours report type “X” and only one reports type "Y" in this round, then by reporting “X” this participant will earn 45 points at the end of round, whereas by reporting “Y”, they will earn 20 points.
The relevant table listing your possible earnings in each round will be accessible to you during the experiment.
At the end of each round, you will be notified about your earnings in that round as well as the types reported by each of your neighbours in that round. Additionally, a table summarising your assigned and reported types, your earnings, and your neighbours’ reported types in each of the previous rounds will also be displayed during each round.
At the end of the experiment, before you are notified about the amount of money you have earned from participating in this experiment, you will be required to complete a short survey collecting demographic information.
After the completion of the post-experiment survey, your total earnings from all 12 rounds, denominated in points, will be converted to cash at the exchange rate of 36 points = 1 US $. Additionally, you will receive a fee of $4 for participating in the experiment (show-up fee).
As mentioned above, identity of a participant will not be revealed to anyone, including the experimenter. Each participant will only be identified by the letter of the workstation assigned to them. At the end of the experiment, participants can collect their earnings from the mailbox with the same letter as their workstation. Key to unlock the corresponding mailbox is placed inside the envelope on each workstation.
Click on the "Next" button below to begin the quiz.


Click on the section of your interest or click ALL
1
There are 20 letters 17 consonants and 3 vowels.
2
For Uyarikuna or Vowels E and O are not used only A, U, I.
3
For Consonants CH and LL need to be pronunce correctly
4
CH is easy to master.Basically is the same as the "ch" in words such as "church" and "march."
5
6
7
8
9
10
11
12
13
14
15
16


Star Wars: JJ Abrams Describes His Reaction When He Discovered Snoke Died
by Dashran YohanAnticipation is at an all-time high among Star Wars fans as we approach the month of December. Star Wars: The Rise of Skywalker will be the final chapter of the Skywalker Saga that has spanned three trilogies and multiple generations. More than that, people are curious to see if JJ Abrams will successfully be able to bridge the gap between the fandom after Rian Johnson drove a wedge right through it.
Speaking of, in an interview with Rolling Stone, JJ Abrams discusses some of the creative decisions made by Rian Johnson in The Last Jedi and how it made him feel. In regards to the death of Supreme Leader Snoke, Abrams said that it actually made him laugh, when he first read the draft.
When I read his first draft, it made me laugh, because I saw that was his take and his voice. I got to watch cuts of the movie as he was working on it, as an audience member. And I appreciated the choices he made as a filmmaker that would probably be very different from the choices that I would have made. Just as he would have made different choices if he had made Episode VII.
Abrams also talks about perhaps the most controversial decision Johnson made in The Last Jedi, which is to explore Luke’s flaws.
I felt the biggest surprise was how dark Luke was. That was the thing that I thought: ‘Oh, that was unexpected.’ And that’s the thing TheLast Jedi undeniably succeeds at, which is constant subversion of expectation. The number of things that happened in that movie that aren’t the thing you think is going to happen is pretty fun.
Having said that, JJ Abrams also said that Rian Johnson’s bold creative choices didn’t actually change the ending he had in mind when he directed The Force Awakens.
I had a real sense with [Force Awakens co-screenwriter] Larry Kasdan about where things would go, potentially. And I think that, when I read Rian’s script, what I felt was that with everything that happens in that movie, and quite a lot does, nothing sort of obviated a sense of inevitability where I thought the story could go.
Star Wars: The Rise of Skywalker hits Malaysian cinemas this 19 December.


This project aims at teaching you the fundamentals of Machine Learning in python. It contains the example code and solutions to the exercises in the second edition of my O’Reilly book Hands-on Machine Learning with Scikit-Learn, Keras and TensorFlow:
Note: If you are looking for the first edition notebooks, check out ageron/handson-ml.
Use any of the following services.
WARNING: Please be aware that these services provide temporary environments: anything you do will be deleted after a while, so make sure you download any data you care about.
Recommended: open this repository in Colaboratory:
Or open it in Binder:
Or open it in Deepnote:
Browse this repository using jupyter.org’s notebook viewer:
Note: github.com’s notebook viewer also works but it is slower and the math equations are not always displayed correctly.
Read the Docker instructions.
Start by installing Anaconda (or Miniconda), git, and if you have a TensorFlow-compatible GPU, install the GPU driver.
Next, clone this project by opening a terminal and typing the following commands (do not type the first $
signs on each line, they just indicate that these are terminal commands):
$ git clone https://github.com/ageron/handson-ml2.git
$ cd handson-ml2
If you want to use a GPU, then edit environment.yml
(or environment-windows.yml
on Windows) and replace tensorflow=2.0.0
with tensorflow-gpu=2.0.0
. Also replace tensorflow-serving-api==2.0.0
with tensorflow-serving-api-gpu==2.0.0
.
Next, run the following commands:
$ conda env create -f environment.yml # or environment-windows.yml on Windows
$ conda activate tf2
$ python -m ipykernel install --user --name=python3
Then if you’re on Windows, run the following command:
$ pip install --no-index -f https://github.com/Kojoley/atari-py/releases atari_py
Finally, start Jupyter:
$ jupyter notebook
If you need further instructions, read the detailed installation instructions.
I would like to thank everyone who contributed to this project, either by providing useful feedback, filing issues or submitting Pull Requests. Special thanks go to Haesun Park who helped on some of the exercise solutions, and to Steven Bunkley and Ziembla who created the docker
directory.


Toggle navigation
MedleyDB Ticket Manager
Home
Instructions
Request a Recording Session
New Ticket
View Tickets
Band Names
About MedleyDB
{% block content %}{% endblock %}


hyperstream package¶
Subpackages¶
- hyperstream.channels package
- Submodules
- hyperstream.channels.assets_channel module
- hyperstream.channels.assets_channel2 module
- hyperstream.channels.base_channel module
- hyperstream.channels.database_channel module
- hyperstream.channels.file_channel module
- hyperstream.channels.memory_channel module
- hyperstream.channels.module_channel module
- hyperstream.channels.tool_channel module
- Module contents
- hyperstream.itertools2 package
- hyperstream.models package
- hyperstream.stream package
- hyperstream.tool package
- hyperstream.utils package
- hyperstream.workflow package
Submodules¶
hyperstream.channel_manager module¶
Channel manager module. Defines the ChannelManager - a container for channels, that can load in plugins
-
class
hyperstream.channel_manager.
ChannelManager
(plugins, **kwargs)[source]¶ Bases:
dict
,hyperstream.utils.utils.Printable
Container for channels.
-
database_channels
¶ The database channels as a list
-
get_channel
(channel_id)[source]¶ Get the channel by id
Parameters: channel_id – The channel id Returns: The channel object
-
get_tool
(name, parameters, version=None)[source]¶ Gets the tool object from the tool channel(s), and instantiates it using the tool parameters
Parameters: - name – The name or stream id for the tool in the tool channel
- parameters – The parameters for the tool
- version – The string representation of the version
Returns: The instantiated tool object
-
get_tool_class
(tool)[source]¶ Gets the actual class which can then be instantiated with its parameters
Parameters: tool (str | unicode | StreamId) – The tool name or id Return type: Tool | MultiOutputTool Returns: The tool class
-
memory_channels
¶ The memory channels as a list
-
tool_channels
¶ The tool channels as a list
-
hyperstream.client module¶
The main hyperstream client connection that is used for storing runtime information. Note that this is also used by the default database channel, although other database channels (connecting to different database types) can also be used.
-
class
hyperstream.client.
Client
(server_config, auto_connect=True)[source]¶ Bases:
object
The main mongo client
-
client
= None¶
-
connect
(server_config)[source]¶ Connect using the configuration given
Parameters: server_config – The server configuration
-
db
= None¶
-
get_config_value
(key, default=None)[source]¶ Get a specific value from the configuration
Parameters: - key – The of the item
- default – A default value if not found
Returns: The found value or the default
-
session
= None¶
-
hyperstream.config module¶
HyperStream configuration module.
-
class
hyperstream.config.
HyperStreamConfig
[source]¶ Bases:
hyperstream.utils.utils.Printable
Wrapper around the hyperstream configuration files (hyperstream_config.json and meta_data.json)
hyperstream.hyperstream module¶
Main HyperStream class
-
class
hyperstream.hyperstream.
HyperStream
(loglevel=10, file_logger=True, console_logger=True)[source]¶ Bases:
object
HyperStream class: can be instantiated simply with hyperstream = HyperStream() for default operation
-
create_workflow
(workflow_id, name, owner, description, online=False)[source]¶ Create a new workflow. Simple wrapper for creating a workflow and adding it to the workflow manager.
Parameters: - workflow_id – The workflow id
- name – The workflow name
- owner – The owner/creator of the workflow
- description – A human readable description
- online – Whether this workflow should be executed by the online engine
Returns: The workflow
-
hyperstream.online_engine module¶
Online Engine module. This will be used in the online execution mode.
hyperstream.plugin_manager module¶
Plugin manager module for additional user added channels and tools.
-
class
hyperstream.plugin_manager.
Plugin
[source]¶ Bases:
hyperstream.plugin_manager.PluginBase
,hyperstream.utils.utils.Printable
Plugin class - simple wrapper over namedtuple
hyperstream.time_interval module¶
Module for dealing with time intervals containing TimeInterval, TimeIntervals, and RelativeTimeInterval
-
class
hyperstream.time_interval.
RelativeTimeInterval
(start, end)[source]¶ Bases:
hyperstream.time_interval.TimeInterval
Relative time interval object. Thin wrapper around a (start, end) tuple of timedelta objects that provides some validation
-
end
¶
-
start
¶
-
-
class
hyperstream.time_interval.
TimeInterval
(start, end)[source]¶ Bases:
hyperstream.time_interval.TimeInterval
Time interval object. Thin wrapper around a (start, end) tuple of datetime objects that provides some validation
-
end
¶
-
humanized
¶
-
start
¶
-
width
¶
-
-
class
hyperstream.time_interval.
TimeIntervals
(intervals=None)[source]¶ Bases:
hyperstream.utils.utils.Printable
Container class for time intervals, that manages splitting and joining Example object: (t1,t2] U (t3,t4] U ...
-
end
¶
-
humanized
¶
-
is_empty
¶
-
span
¶
-
start
¶
-
-
hyperstream.time_interval.
parse_time_tuple
(start, end)[source]¶ - Parse a time tuple. These can be:
- relative in seconds, e.g. (-4, 0) relative in timedelta, e.g. (timedelta(seconds=-4), timedelta(0)) absolute in date/datetime, e.g. (datetime(2016, 4, 28, 20, 0, 0, 0, UTC), datetime(2016, 4, 28, 21, 0, 0, 0, UTC)) absolute in iso strings, e.g. (“2016-04-28T20:00:00.000Z”, “2016-04-28T20:01:00.000Z”) Mixtures of relative and absolute are not allowed
Parameters: - start (int | timedelta | datetime | str) – Start time
- end (int | timedelta | datetime | str) – End time
Returns: TimeInterval or RelativeTimeInterval object


Class IiifItems_Integration_Collections
Integration for collection-type collections.
- IiifItems_BaseIntegration
- IiifItems_Integration_Collections
protected
boolean
|
#
_isntIiifDisplayableCollection( Collection $collection )
Returns whether a collection can't be displayed in IIIF. |
public
|
|
public
|
|
public
|
|
public
|
#
hookCollectionsBrowseSql( array $args )
Hook for setting up the browsing SQL for collections. Removes non-top collections from the "Browse all collections" view. |
public
|
#
hookBeforeSaveCollection( array $args )
Hook for when a collection is saved. Prepares newly saved collections for IIIF presentation. |
public
|
#
hookBeforeDeleteCollection( array $args )
Hook for when a collection is deleted. Unlink children collections when the parent is deleted. |
public
|
#
hookDefineAcl( array $args )
Hook for adding ACL entries. Allow public users to traverse the collection tree and the top-level collection. |
public
|
#
hookAdminCollectionsBrowse( array $args )
Hook for the admin-side collection listings. Use client-side JS to rewrite the "items in a collection" reminder. |
public
|
#
hookAdminCollectionsBrowseEach( array $args )
Hook for entries in the admin-side collection listings. Adds the appropriate action links. |
public
|
#
hookAdminCollectionsShow( array $args )
Hook for viewing a single collection on the admin side. Adds Mirador viewer and other IIIF info. |
public
|
#
hookAdminCollectionsShowSidebar( array $args )
Hook for the sidebar while viewing a single collection on the admin side. Adds the "Clean" button for refreshing the cache's entry on the collection. |
public
|
#
hookPublicCollectionsBrowseEach( array $args )
Hook for each entry of the public collection browsing view. Add folder icon and submember viewing link for collection-type collections. |
public
|
#
hookPublicCollectionsBrowse( array $args )
Hook for the public collection browsing view. Adds a script that hides the "view items" link in collection-type collections. |
public
|
#
hookPublicCollectionsShow( array $args )
Hook for the public view of single collections. Adds Mirador viewer and other IIIF info. |
public
string
|
#
inputForCollectionOriginalId( array $comps, array $args )
Element input filter for collection's original ID. Replace it with a single static value. |
public
string
|
#
inputForCollectionIiifType( array $comps, array $args )
Element input filter for collection's IIIF type. Replace it with a single dropdown. |
public
string
|
#
displayForCollectionParent( string $text, array $args )
Display filter for collection's parent. Replace it with a link to the parent. |
public
string
|
#
inputForCollectionParent( array $comps, array $args )
Element input filter for collection parent. Replace it with a single dropdown for possible parents. |
public
string
|
#
inputForCollectionUuid( array $comps, array $args )
Element input filter for UUID. Replace it with a single, read-only display. |
_adminElementTextPair(),
_publicElementTextPair(),
integrate(),
isActive()
|
protected
array
|
$_hooks
|
#
array(
'collections_browse_sql',
'before_save_collection',
'before_delete_collection',
'define_acl',
'admin_collections_browse',
'admin_collections_browse_each',
'admin_collections_show',
'admin_collections_show_sidebar',
'public_collections_browse',
'public_collections_browse_each',
'public_collections_show',
)
|
$_filters
|


Lattice Mapping Report File for Design Module 'TinyFPGA_EX' Design Information Command line: map -a ECP5U -p LFE5U-45F -t CSFBGA285 -s 6 -oc Commercial diamond_impl.ngd -o diamond_impl_map.ncd -pr diamond_impl.prf -mp diamond_impl.mrp -lpf C:/Users/lvale/Documents/TinyFPGA/repos/TinyFPGA-Boot loader/boards/TinyFPGA_EX/impl/diamond_impl_synplify.lpf -lpf C:/Users/lval e/Documents/TinyFPGA/repos/TinyFPGA-Bootloader/boards/TinyFPGA_EX/diamond.l pf -gui -msgset C:/Users/lvale/Documents/TinyFPGA/repos/TinyFPGA-Bootloader /boards/TinyFPGA_EX/promote.xml Target Vendor: LATTICE Target Device: LFE5U-45FCSFBGA285 Target Performance: 6 Mapper: sa5p00, version: Diamond (64-bit) <IP_ADDRESS>.2 Mapped on: 03/06/18 15:29:31 Design Summary Number of registers: 497 out of 44202 (1%) PFU registers: 495 out of 43848 (1%) PIO registers: 2 out of 354 (1%) Number of SLICEs: 704 out of 21924 (3%) SLICEs as Logic/ROM: 650 out of 21924 (3%) SLICEs as RAM: 54 out of 16443 (0%) SLICEs as Carry: 100 out of 21924 (0%) Number of LUT4s: 1189 out of 43848 (3%) Number used as logic LUTs: 881 Number used as distributed RAM: 108 Number used as ripple logic: 200 Number used as shift registers: 0 Number of PIO sites used: 11 out of 118 (9%) Number of block RAMs: 0 out of 108 (0%) Number of GSRs: 0 out of 1 (0%) JTAG used : No Readback used : No Oscillator used : No Startup used : No DTR used : No Number of Dynamic Bank Controller (BCINRD): 0 out of 4 (0%) Number of Dynamic Bank Controller (BCLVDSOB): 0 out of 4 (0%) Number of DCC: 0 out of 60 (0%) Number of DCS: 0 out of 2 (0%) Number of PLLs: 1 out of 4 (25%) Number of DDRDLLs: 0 out of 4 (0%) Number of CLKDIV: 0 out of 4 (0%) Number of ECLKSYNC: 0 out of 10 (0%) Number of ECLKBRIDGECS: 0 out of 2 (0%) Notes:- 1. Total number of LUT4s = (Number of logic LUT4s) + 2*(Number of distributed RAMs) + 2*(Number of ripple logic) 2. Number of logic LUT4s does not include count of distributed RAM and ripple logic. Number Of Mapped DSP Components: -------------------------------- MULT18X18D 0 MULT9X9D 0 ALU54B 0 ALU24B 0 PRADD18A 0 PRADD9A 0 -------------------------------- Number of Used DSP MULT Sites: 0 out of 144 (0 %) Number of Used DSP ALU Sites: 0 out of 72 (0 %) Number of Used DSP PRADD Sites: 0 out of 144 (0 %) Number of clocks: 2 Net pin_clk_c: 7 loads, 7 rising, 0 falling (Driver: PIO pin_clk ) Net clk_48mhz: 333 loads, 333 rising, 0 falling (Driver: usb_pll_inst_inst/PLLInst_0 ) Number of Clock Enables: 37 Net initiate_boot: 5 loads, 5 LSLICEs Net get_spi_out_data_q_RNI6Q2O: 5 loads, 4 LSLICEs Net tinyfpga_bootloader_inst.usb_spi_bridge_ep_inst.spi_get_bit_q: 5 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/us_rst: 5 loads, 5 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/tx_pkt_start: 2 loads, 2 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_tx_inst/g0_0_10: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_tx_inst/oe_shift_reg_0_s qmuxa_1_i: 6 loads, 6 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_tx_inst/un1_pkt_state41_ 1_i: 2 loads, 2 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_tx_inst/bit_count14: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_tx_inst/N_500: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_tx_inst/crc16_1_sqmuxa_i: 8 loads, 8 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_rx_inst/token_payload_1_ sqmuxa_i: 6 loads, 6 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_rx_inst/rx_data_buffer_1 _sqmuxa_i: 5 loads, 5 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/line_state_valid: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_rx_inst/full_pid_1_sqmux a_i: 9 loads, 9 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_rx_inst/addr4: 6 loads, 6 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_rx_inst/crc5_1_sqmuxa_i: 13 loads, 13 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un1_out_ep_s etup_1_sqmuxa_5: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/out_xfr_stat e_604_d: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un1_ep_put_a ddr[1]_1_sqmuxa: 3 loads, 3 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un1_ep_put_a ddr[0]_1_sqmuxa: 5 loads, 5 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/N_676_i_0: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_get_addr[0 ]_1_sqmuxa_i: 3 loads, 3 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_get_addr[2 ]_1_sqmuxa_i: 3 loads, 3 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_get_addr[1 ]_1_sqmuxa_i: 3 loads, 3 LSLICEs Net tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/data_out_lengthe: 8 loads, 8 LSLICEs Net tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/data_in_lengthe: 8 loads, 8 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/new_dev_addr_1_sqmuxa: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/save_dev_addr_0_sqmuxa_i: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/rom_addre: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/raw_setup_data[7]_0_sqmuxa: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/raw_setup_data[6]_0_sqmuxa: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/raw_setup_data[3]_0_sqmuxa: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/raw_setup_data[2]_0_sqmuxa: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/raw_setup_data[1]_0_sqmuxa: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/raw_setup_data[0]_0_sqmuxa: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/dev_addr_i_0_sqmuxa: 4 loads, 4 LSLICEs Number of LSRs: 17 Net tinyfpga_bootloader_inst/sof_valid: 17 loads, 17 LSLICEs Net tinyfpga_bootloader_inst/us_rst: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/count_down_0_sqmuxa_RNIR539: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_rx_inst/line_state33: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/fb: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/N_43_i: 3 loads, 3 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/N_762: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/N_45_i: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/ctrl_in_ep_stall: 2 loads, 2 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_get_addr[2 ]9_RNIE42O_1: 3 loads, 3 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_get_addr[2 ]9_RNIE42O_0: 3 loads, 3 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_state_1__2 60_d: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_state_0__2 91_d: 4 loads, 4 LSLICEs Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_get_addr[2 ]9_RNIE42O: 3 loads, 3 LSLICEs Net tinyfpga_bootloader_inst/send_zero_length_data_pkt_0_sqmuxa_i_0: 1 loads, 1 LSLICEs Net tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/N_489_i: 2 loads, 2 LSLICEs Net tinyfpga_bootloader_inst/ctrl_ep_inst/status_stage_end_iv_iso: 9 loads, 9 LSLICEs Number of nets driven by tri-state buffers: 0 Top 10 highest fanout non-clock nets: Net tinyfpga_bootloader_inst/usb_fs_pe_inst/packet_valid: 54 loads Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/un16_ep_get_a ddr[1]: 45 loads Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/un16_ep_get_a ddr[0]: 44 loads Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/un16_ep_get_a ddr[2]: 44 loads Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/un16_ep_get_a ddr[3]: 44 loads Net tinyfpga_bootloader_inst/ctrl_ep_inst/rom_addr[1]: 36 loads Net tinyfpga_bootloader_inst/ctrl_ep_inst/rom_addr[2]: 35 loads Net tinyfpga_bootloader_inst/ctrl_ep_inst/rom_addr[3]: 35 loads Net tinyfpga_bootloader_inst/cmd_state[0]: 32 loads Net tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/buffer_get_a ddr[0]: 32 loads Number of warnings: 5 Number of errors: 0 Design Errors/Warnings WARNING - map: Semantic error in "LOCATE COMP "pin_io3" SITE "N18" ;": The signal "pin_io3" has been assigned to PIN "N18", which is a dual function pin. This pin will be used during the configuration of the device. The pin can be used for logic after configuration. External logic may be needed to avoid contention on this pin. WARNING - map: Semantic error in "LOCATE COMP "pin_io2" SITE "R18" ;": The signal "pin_io2" has been assigned to PIN "R18", which is a dual function pin. This pin will be used during the configuration of the device. The pin can be used for logic after configuration. External logic may be needed to avoid contention on this pin. WARNING - map: Semantic error in "LOCATE COMP "pin_mosi" SITE "U18" ;": The signal "pin_mosi" has been assigned to PIN "U18", which is a dual function pin. This pin will be used during the configuration of the device. The pin can be used for logic after configuration. External logic may be needed to avoid contention on this pin. WARNING - map: Semantic error in "LOCATE COMP "pin_cs" SITE "U17" ;": The signal "pin_cs" has been assigned to PIN "U17", which is a dual function pin. This pin will be used during the configuration of the device. The pin can be used for logic after configuration. External logic may be needed to avoid contention on this pin. WARNING - map: Semantic error in "LOCATE COMP "pin_miso" SITE "T18" ;": The signal "pin_miso" has been assigned to PIN "T18", which is a dual function pin. This pin will be used during the configuration of the device. The pin can be used for logic after configuration. External logic may be needed to avoid contention on this pin. IO (PIO) Attributes +---------------------+-----------+-----------+------------+ | IO Name | Direction | Levelmode | IO | | | | IO_TYPE | Register | +---------------------+-----------+-----------+------------+ | pin_usbp | BIDIR | LVCMOS33 | | +---------------------+-----------+-----------+------------+ | pin_pu | OUTPUT | LVCMOS33 | | +---------------------+-----------+-----------+------------+ | pin_clk | INPUT | LVCMOS33 | | +---------------------+-----------+-----------+------------+ | pin_programn | OUTPUT | LVCMOS33 | | +---------------------+-----------+-----------+------------+ | pin_io3 | OUTPUT | LVCMOS33 | | +---------------------+-----------+-----------+------------+ | pin_io2 | OUTPUT | LVCMOS33 | | +---------------------+-----------+-----------+------------+ | pin_mosi | OUTPUT | LVCMOS33 | OUT | +---------------------+-----------+-----------+------------+ | pin_cs | OUTPUT | LVCMOS33 | | +---------------------+-----------+-----------+------------+ | pin_miso | INPUT | LVCMOS33 | IN | +---------------------+-----------+-----------+------------+ | pin_led | OUTPUT | LVCMOS33 | | +---------------------+-----------+-----------+------------+ | pin_usbn | BIDIR | LVCMOS33 | | +---------------------+-----------+-----------+------------+ Removed logic Block GSR_INST undriven or does not drive anything - clipped. Block GND undriven or does not drive anything - clipped. Block tinyfpga_bootloader_inst/ctrl_ep_inst/detect_pkt_end/VCC undriven or does not drive anything - clipped. Block tinyfpga_bootloader_inst/ctrl_ep_inst/detect_in_data_transfer_done/VCC undriven or does not drive anything - clipped. Block tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_rx_inst/VCC undriven or does not drive anything - clipped. Block tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_tx_mux_inst/VCC undriven or does not drive anything - clipped. Block tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_tx_inst/VCC undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/out_ep_acked_m was merged into signal tinyfpga_bootloader_inst/ctrl_ep_inst/ctrl_xfr_state[5] Signal usb_tx_en_i was merged into signal usb_tx_en Signal VCC undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/VCC undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/VCC undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/VCC undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/GND undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/VCC undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/VCC undriven or does not drive anything - clipped. Signal GND undriven or does not drive anything - clipped. Signal boot_delay_cry_0_S0[0] undriven or does not drive anything - clipped. Signal N_1 undriven or does not drive anything - clipped. Signal usb_pll_inst_inst/CLKINTFB undriven or does not drive anything - clipped. Signal usb_pll_inst_inst/REFCLK undriven or does not drive anything - clipped. Signal usb_pll_inst_inst/INTLOCK undriven or does not drive anything - clipped. Signal usb_pll_inst_inst/LOCK undriven or does not drive anything - clipped. Signal usb_pll_inst_inst/CLKOS3 undriven or does not drive anything - clipped. Signal usb_pll_inst_inst/CLKOS2 undriven or does not drive anything - clipped. Signal usb_pll_inst_inst/CLKOS undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_7_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_7_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_5_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_5_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_3_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_3_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_1_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_1_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_0_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/led_cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/N_1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un2_led_pwm_8_s_7_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un2_led_pwm_8_s_7_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un2_led_pwm_8_cry_0_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un2_led_pwm_8_cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/N_2 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_s_9_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_s_9_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_cry_3_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_cry_1_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_cry_1_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_cry_0_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/N_3 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un2_host_presence_timer_s_31_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un2_host_presence_timer_s_31_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un2_host_presence_timer_cry_0_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un2_host_presence_timer_cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/N_4 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/pwm_cnt_s_0_S1[7] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/pwm_cnt_s_0_COUT[7] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/pwm_cnt_cry_0_S0[0] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/N_5 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_cry_3dup_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_cry_3dup_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/un1_us_cnt_4_cry_0dup_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/N_6 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_15_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_15_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_13_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_13_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_11_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_11_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_9_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_9_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_7_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_7_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_5_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_5_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_3_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_3_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_1_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_1_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_0_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_2_cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/N_2 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_6_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_6_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_5_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_5_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_3_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_3_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_1_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_1_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_0_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/un1_bytes_sent_cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/N_3 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/rom_addr_cry_0_COUT[5] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/rom_addr_cry_0_S0[0] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/ctrl_ep_inst/N_4 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/data_out_length_s_0_S1[15] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/data_out_length_s_0_COUT[ 15] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/data_out_length_cry_0_S0[ 0] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/N_1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/data_in_length_s_0_S1[15] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/data_in_length_s_0_COUT[1 5] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/data_in_length_cry_0_S0[0] undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/N_2 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/more_data_to_se nd_cry_5_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/more_data_to_se nd_cry_5_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/more_data_to_se nd_cry_3_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/more_data_to_se nd_cry_3_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/more_data_to_se nd_cry_1_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/more_data_to_se nd_cry_1_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/more_data_to_se nd_cry_0_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/more_data_to_se nd_cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/N_1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_put_addr[1]_ s_5_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_put_addr[1]_ s_5_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/ep_put_addr[1]_ cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/N_2 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_6_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_6_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_5_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_5_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_3_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_3_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_1_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_1_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_0_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un7_out_ep_dat a_avail_cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/N_1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_6_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_6_0_COUT undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_5_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_5_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_3_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_3_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_1_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_1_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_0_0_S1 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/un24_out_ep_da ta_avail_cry_0_0_S0 undriven or does not drive anything - clipped. Signal tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/N_2 undriven or does not drive anything - clipped. Signal boot_delay_cry_0_COUT[7] undriven or does not drive anything - clipped. Block tinyfpga_bootloader_inst/ctrl_ep_inst/ctrl_xfr_state_RNISMJC[5] was optimized away. Block tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_tx_inst/oe_RNI4QDA was optimized away. Block VCC was optimized away. Block tinyfpga_bootloader_inst/VCC was optimized away. Block tinyfpga_bootloader_inst/ctrl_ep_inst/VCC was optimized away. Block tinyfpga_bootloader_inst/usb_spi_bridge_ep_inst/VCC was optimized away. Block tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/GND was optimized away. Block tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/VCC was optimized away. Block tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/VCC was optimized away. Memory Usage /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram_0: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram_1: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram_10 : EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram_2: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram_3: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram_4: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram_5: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram_6: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_in_pe_inst/in_data_buffer_ram_7: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/out_data_buffer_ram: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/out_data_buffer_ram_ 0: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/out_data_buffer_ram_ 1: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/out_data_buffer_ram_ 2: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/out_data_buffer_ram_ 3: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/out_data_buffer_ram_ 4: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/out_data_buffer_ram_ 5: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 /tinyfpga_bootloader_inst/usb_fs_pe_inst/usb_fs_out_pe_inst/out_data_buffer_ram_ 6: EBRs: 0 RAM SLICEs: 3 Logic SLICEs: 0 PFU Registers: 0 PLL/DLL Summary --------------- PLL 1: Pin/Node Value PLL Instance Name: usb_pll_inst_inst/PLLInst_0 PLL Type: EHXPLLL Input Clock: PIN pin_clk_c Input Clock2: NONE Input Clock select: NONE Output Clock(P): NODE clk_48mhz Output Clock(S): NONE Output Clock(S2): NONE Output Clock(S3): NONE Feedback Signal: NODE clk_48mhz Reset Signal: NONE Standby Signal: NODE usb_pll_inst_inst/GND PLL LOCK signal: NONE PLL Internal LOCK Signal: NONE Input Clock Frequency (MHz): 16.0000 Output Clock(P) Frequency (MHz): 48.0000 Output Clock(S) Frequency (MHz): NA Output Clock(S2) Frequency (MHz): NA Output Clock(S3) Frequency (MHz): NA CLKOP Post Divider A Input: DIVA CLKOS Post Divider B Input: DIVB CLKOS2 Post Divider C Input: DIVC CLKOS3 Post Divider D Input: DIVD Pre Divider A Input: NONE Pre Divider B Input: NONE Pre Divider C Input: NONE Pre Divider D Input: NONE FB_MODE: CLKOP CLKI Divider: 1 CLKFB Divider: 3 CLKOP Divider: 12 CLKOS Divider: 1 CLKOS2 Divider: 1 CLKOS3 Divider: 1 Fractional N Divider: NONE CLKOP Desired Phase Shift(degree): 0 CLKOP Trim Option Rising/Falling: FALLING CLKOP Trim Option Delay: 0 CLKOS Desired Phase Shift(degree): 0 CLKOS Trim Option Rising/Falling: FALLING CLKOS Trim Option Delay: 0 CLKOS2 Desired Phase Shift(degree): 0 CLKOS2 Trim Option Rising/Falling: NONE CLKOS2 Trim Option Delay: NONE CLKOS3 Desired Phase Shift(degree): 0 CLKOS3 Trim Option Rising/Falling: NONE CLKOS3 Trim Option Delay: NONE ASIC Components --------------- Instance Name: usb_pll_inst_inst/PLLInst_0 Type: EHXPLLL Run Time and Memory Usage ------------------------- Total CPU Time: 1 secs Total REAL Time: 0 secs Peak Memory Usage: 161 MB Copyright (c) 1991-1994 by NeoCAD Inc. All rights reserved. Copyright (c) 1995 AT&T Corp. All rights reserved. Copyright (c) 1995-2001 Lucent Technologies Inc. All rights reserved. Copyright (c) 2001 Agere Systems All rights reserved. Copyright (c) 2002-2017 Lattice Semiconductor Corporation, All rights reserved.


Why do we want to add information about complexes to our networks?
Sources of data about protein complexes
Getting data into Cytoscape
Steps
See, simple...
Like I said, somebody should write an app...
Any takers?


Hayes family lawn care was started in 2005 and has grown every year since. In 2013 we had a new logo done by Talmadge Powell creative, and also changed our name to Hayes Lawn & Landscape, LLC
Get to know the guys that take care of your yard on a routine basis!
Austin manages all sales and commercial accounts, as well as creating all landscape and construction design.
Logan is our foreman for all commercial accounts. Logan is a family man and we are proud to have him on board with us!
Trent is our senior foreman. He is very dependable and always willing to go the extra mile for our customers. Trent also manages several large residential accounts and tree jobs.
Hayley takes good care of all of our customers as well as managing the marketing aspects of our business. Wearing many hats she also coordinates staff events. Previously our bookkeeper and an account manager, Hayley now spends all extra time with our new family.
Ashley handles accounts payable, invoicing, and other administrative duties. She is a newcomer to the team and handles her job well.
Our team is an honest, wonderful crew and we are proud of the people with whom God has blessed us to work.


Result
0
/10
1. Anemia is a common condition. What happens when a person has anemia?
You didn't answer this question.
The correct answer is B. The blood does not have enough red blood cells .
These cells carry oxygen to all the cells in the body. Anemia isn't a single disease but a condition that has many different causes.
2. What is the most common cause of anemia?
The correct answer is C. Too little iron in the blood .
This is the most common cause worldwide.
3. Which of these groups is the most likely to have anemia?
The correct answer is B. Women .
Women ages 65 and younger are more likely to suffer from anemia than men.
4. How does anemia affect the body?
The correct answer is A. The blood doesn't deliver enough oxygen to the body .
Severe anemia can affect heart function.
5. A lack of which of these will result in abnormally large red blood cells and a condition called megaloblastic anemia?
The correct answer is C. Vitamin B-12 and folic acid .
Both are needed for red blood cells to grow to the right size and shape to carry oxygen.
6. Which of these are signs of anemia?
The correct answer is A. Pale gums .
Pale fingernail beds and eyelid linings, forceful heartbeats, and fatigue may signal mild anemia.
7. How does iron-deficiency anemia affect teenagers?
The correct answer is D. A and B .
Teenagers with iron deficiency can have difficulty concentrating.
8. Iron-deficiency anemia can cause pica, a rare condition in which a person craves eating nonfood items. Which of these would he or she eat?
The correct answer is D. Any of the above .
Adequate nutrition is the best cure.
9. Anemia can contribute to which of these among older adults?
The correct answer is A. More falls .


Basic Cards
Card Header
Keep close to Nature's heart... and break clear away, once in awhile,
and climb a mountain or spend a week in the woods. Wash your spirit clean.
ion-item in a card, icon left, button right
This is content, without any paragraph or header tags,
within an ion-card-content element.
Card Link Item 1 .activated
Card Link Item 2


estimateLC.Rd
Estimate leukcoyte composition
estimateLC(meth, ref)
| meth | Matrix of beta values |
|---|---|
| ref | Choice of reference dataset: available options are `Reinius` [2]`, Bakulski` [3], `deGoede` [4], `Gervin`[5], `Lin` [6], `Mill` [GSE103541], `Salas` [7], `Lolipop` [8] or combinations of them (concatenated by `+`, e.g. `Reinius+Lin`). |
Estimated cell proportions B-lymphocytes, CD4 T-cells, CD8 T-cells, granulocytes, monocytes, natural killer cells (and nucleated red blood cells) using the Houseman algorithm [1]. Models were trained on various reference datasets of purified cell types.
Houseman EA, Accomando WP, Koestler DC, Christensen BC, Marsit CJ, Nelson HH, Wiencke JK, Kelsey KT. DNA methylation arrays as surrogate measures of cell mixture distribution. BMC bioinformatics. 2012 Dec 1;13(1):86.
Reinius LE, Acevedo N, Joerink M, Pershagen G, Dahlén SE, Greco D, Söderhäll C, Scheynius A, Kere J. Differential DNA methylation in purified human blood cells: implications for cell lineage and studies on disease susceptibility. PloS one. 2012 Jul 25;7(7):e41361.
Bakulski KM, Feinberg JI, Andrews SV, Yang J, Brown S, L. McKenney S, Witter F, Walston J, Feinberg AP, Fallin MD. DNA methylation of cord blood cell types: applications for mixed cell birth studies. Epigenetics. 2016 May 3;11(5):354-62.
de Goede OM, Razzaghian HR, Price EM, Jones MJ, Kobor MS, Robinson WP, Lavoie PM. Nucleated red blood cells impact DNA methylation and expression analyses of cord blood hematopoietic cells. Clinical epigenetics. 2015 Dec;7(1):95.
Gervin K, Page CM, Aass HC, Jansen MA, Fjeldstad HE, Andreassen BK, Duijts L, van Meurs JB, van Zelm MC, Jaddoe VW, Nordeng H. Cell type specific DNA methylation in cord blood: A 450K-reference data set and cell count-based validation of estimated cell type composition. Epigenetics. 2016 Sep 1;11(9):690-8
Gervin K, Salas LA, Bakulski KM,van Zelm MC, Koestler DC, Wiencke JK, Duijts L, Moll HA, Kelsey KT, Kobor MS, Lyle R, Christensen BC, Felix J, Jones MJ. Systematic evaluation and validation of reference and library selection methods for deconvolution of cord blood DNA methylation data. bioRxiv. 2019 March; DOI:10.1101/570457
Salas LA, Koestler DC, Butler RA, Hansen HM, Wiencke JK, Kelsey KT, Christensen BC. An optimized library for reference-based deconvolution of whole-blood biospecimens assayed using the Illumina HumanMethylationEPIC BeadArray. Genome biology. 2018 Dec;19(1):64.
Heiss JA, Breitling LP, Lehne B, Kooner JS, Chambers JC, Brenner H. Training a model for estimating leukocyte composition using whole-blood DNA methylation and cell counts as reference. Epigenomics. 2017 Jan;9(1):13-20.


It is the day of the final exam and three teams are starting their journey to find their professors "lost box" and return it to him in the hopes of earning their adventuring license. A license you need to adventure professionally. Failing the test means becoming a monster, the nemesis of the adventurer. Students get three chances to pass the exam, if they fail, it's game over. Team up in groups of four, use teamwork to navigate through a dungeon maze, battling monsters and defeating bosses all to find your professor's lost box. Play as one of four hero characters, each with their own unique play style.
For this Unreal Engine 4 project my class of about 30 students split into smaller groups for Core, AI, Mechanics, UI and Sound. I was the team lead in charge of making AI my task to make sure everyone had what I assigned to them done on schedule and also make the Ally AI that follow the player around and help him on his test.
Github Link


A Minimal Example of Opening GitHub Issues with Selecting Text
2019-01-21
Opening GitHub Issues by Selecting Text
This bookdown document is a proof-of-concept for opening GitHub issues from a Medium-like selection of text on a page. The envisioned use case for this is opening GitHub issues for typos in webpages.
To use, select some text on the page. A popover will appear with options, including opening a GitHub issue.
Click on the GitHub icon in the popover. A new window will open with new GitHub issue for the repository. The body of the GitHub issue will be pre-filled with the text selection and a link to the page.
Details
The share-this provides the ability to share selections of text from a page. I extended it by writing a new GitHub sharer.
Setup
Right now this is a proof of concept, so the only method is manually copying what is done in this repository. Copy these files into your bookdown repository:
assets/share-this/*
: distribution files copied from the share-this JavaScript package.assets/share-this-github/*
: JavaScript and CSS assets for the GitHub sharerincludes/share-this.html
: A snippet of HTML included in each HTML page by bookdown. Some lines could be uncommented to load other sharers.
Configuration and initialization is handled by the share-this-config.js
file.
It needs to be configured with the GitHub repository associated with the site.
// settings for ShareThis
const shareThis = window.ShareThis;
// uncomment to load a twitter sharer
// const twitterSharer = window.ShareThisViaTwitter;
// set this to your
const githubRepo = "jrnold/bookdown-github-issues";
// optionally add a github label to use
const githubIssueLabel = null;
const githubSharer = new GitHubIssueSharer(githubRepo, label = githubIssueLabel);
const selectionShare = shareThis({
// sharers: [ githubSharer, twitterSharer ]
sharers: [ githubSharer ]
});
selectionShare.init();
Add this line to _output.yml
:
bookdown::gitbook:
# ...
includes:
in_header:
- "includes/share-this.html"


This game was made for GameDev.StackExchange Game Jam. The theme was "There can only be one" (sic). The game genre is "endless" space racing where players are eliminated by asteroids. The last player in the game wins.
The game can be played in both single player and multiplayer. Up to 4 players can compete at one computer. Player controls a ship with 4 directional keys. The movement consumes energy. Energy bar in player's color is displayed at the bottom. Energy recharges over time. Flying without energy is much slower. Only head-on collision is fatal. You can push the asteroid left and right with wings.
Press any of the keys to gain control of the ship at any time.
Thank you for playing!
MIT


Result: Kansas City Chiefs holds off Los Angeles Chargers in Mexico City
The Kansas City Chiefs defeated the Los Angeles Chargers 24-17 as the NFL returned to Mexico City.
Chiefs quarterback Patrick Mahomes had a career-high 59 rushing yards but was limited to 182 passing and threw just one touchdown, to Travis Kelce, in a hard-fought victory.
LeSean McCoy and Darrel Williams claimed rushing scores for the Chiefs' other touchdowns.
Kansas City lost wide receiver Tyreek Hill and starting running back Damien Williams to injuries but Daniel Sorensen's end zone interception of a pass by Chargers quarterback Philip Rivers with 18 seconds left on the clock meant the Chiefs held on for the win.
The result sees the Chiefs (7-4) cement their position on top of the AFC West table with the Chargers, whose touchdown came from Keenan Allen, on 4-7 and stuck in third place in the same division.
The clash at the Azteca Stadium was the 10th NFL game staged in Mexico City, and first since 2017.
body check tags ::


Scripbox Money Skills Program is designed to effectively engage your teams and
prepare them to make their money work harder
Our 45 minutes introductory session will talk about
Inflation
How the value of money decreases day by day.
Compounding
The way to grow your money.
Why Invest?
Know where to invest and how to save your money.
Four kinds of money
Understanding the four kinds of money-and how to manage each.
Get Started
Put all your learnings to practice with Scripbox.


WITNESS LIST Public Health Committee July 10, 2000-10:00A HB 1398 On: Glover, Sue (Texas Association of Counties) Magers, Bonnie (Texas Department of Health) HB 2085 On: Baum, Jack (Texas Department of Helath) Bell, Charles (Texas Department of Health) HB 2641 On: Gilbert, Don (HHSC) HB 2896 On: Gilbert, Don (HHSC) HB445 Registering, but not testifying: On: Molina, Joanne (HHSC - Resource Witness) Medicaid Outpatient Drugs On: Gladden, Patricia (Texas Department of Health) Mobile Dental Units On: Hill, Jeffrey R. (State Board of Dental Examiners) Pediatric Neurosurgery On: Baumgartner, Jim (Himself, Private Individual) SB 358 On: Hale, Karen F. (Texas Department of Mental Health) SB 445 On: Cooke, Jason (Texas Health & Human Services) Gilbert, Don (HHSC) Registering, but not testifying: On: Davila, Irma (Department of Human Services - Resource Witness) Texas Healthy Kids Corporation On: Hamilton, Tyrette (Texas Healthy Kids Corporation)


Media Log 2020
Key: (B) = book | (F) = film | (VG) = video game | (SF) = short film | (T) = television series | (P) = podcast series | (S) = screenplay | (C) = comic book/graphic novel | (TH) = theater performance | (M) = musical performance |[R] = reread/rewatch/relisten
Links
Letterboxd
Media log based on the template from Jen Myers: https://github.com/jenmyers/media-log-template
Log
- December 2019
- 25
- Home Alone 2: Lost in New York (F)[R]
- 26
- 27
- 28
- 29
- 30
- The Witcher S1 (T)
- SUPERHOT (VG)
- January
- 1
- 4
- Copra 4 (C)
- Making Moon (B)
- Furie [2019] (F)
- 11
- 12
- The Legend of La Mariposa: The Demon Gauntlet (C)
- 16
- 17
- What We Left Behind: Looking Back at Star Trek: Deep Space Nine [2019] (F)
- 18
- 21
- Hellboy Volume 11 (C)
- WHAT DID JACK DO? [2020] (SF)
- 22
- 24
- 25
- Coda Volume 2 (C)
- Avengement [2019] (F)
- 27
- 28
- Kimetsu no Yaiba Volume 4 (C)
- February
- 1
- The Lighthouse [2019] (F)
- 2
- Tokyo Godfathers [2003] (F)
- 3
- 8
- Girls Last Tour Volume 1 (C)
- 13
- 14
- 21
- Copra 5(C)
- Wonder Woman Dead Earth 2(C)
- Parasite [2019](F)
- 26
- Understanding Comics: The Invisible Art (B)
- 28
- 29
- March
- 1
- 2
- Room to Dream by David Lynch, Kristine McKenna (B)
- 6
- 8
- 9


Your Say SA 2020 Vision: Have your say on the big issues facing South Australia
After 4000 South Australians told us what mattered to them — Your Say SA 2020 survey has closed. We reveal the results of the state’s biggest survey on January 5, 2020.
The Sunday Mail’s annual Your Say SA survey is back.
While this year’s survey revisits some previous themes, it also focuses on South Australia’s “2020 Vision” — the big issues that will shape the future of our state over the next decade.
The 100-question survey spans topics including the economy, health, education, climate change and the cost of living, and should take 15-20 minutes to complete.
This year’s survey was filled out by more than 4300 respondents.


Monkeybone *1/2 out of * * * * Starring: Brendan Fraser, Bridget Fonda, Chris Kattan, Rose McGowan, Megan Mullally, voice of John Turturro. Directed by: Henry Selick Running Time: 90 minutes Rated PG-13: crude humor and brief nudity.
"From the director of "The Nightmare Before Christmas" it said in the previews, which I'm guessing was said to get people to go see the movie, obviously it hasn't worked since the $75 million dollar movie has yet to break $5 million. To each it's own however, since "Monkey Bone" is not only a bad movie all together, but technically well-made. A tragic waste of talent and incredible visual effects.
Stu Miley is the genius behind the new phenomena "Monkey Bone" a crude comic strip, that everyone wants to merchandise, they go to great links to get it as well, including dollars that let out fart powder. When Stu and his girlfriend, Julie (Bridget Fonda) are in a freak car accident (you'll see) Stu goes into a coma, and while in his coma Stu travels to I'm guessing Dark Town, where all the characters in dreams come to life. People are stuck in this town, with their nightmares roaming around them. When Stu spots Monkey Bone (whom he really can't stand) he tries to keep him under control. Making a new friend Kitty (Rose McGowan) he learns that if he gets an exit pass from Death, he can go back up and live his life. When Monkey Bone and Stu steal a pass, Monkey Bone becomes a trader and takes it and goes into Stu's body. Now Monkey Bone must get everyone to buy these dolls with nightmare powder, so everyone has nightmares...or something like that.
Rather complex (in fact more than it needs to be) "Monkey Bone" had potential in the script and even the story. What is considerably noticeable is the gaping plot holes, and lack of character development. For instance we really don't get to know who Stu or Julie are, so why should we even care? Kitty played well by Rose McGowan ha a story behind her, but we are not given a chance to know her.
The cast is decent however, Brendan Fraser seems to be enjoying himself in the role as Stu Miley, but becomes awfully annoying when Monkey Bone takes over his body. Bridget Fonda is dreary and seems to bring the film to a screeching halt, her performance is bad and she seems miscast. Dave Foley isn't given enough to do, as well as "Will & Grace's" Megan Mullally who can be funny. The standout performance is the voice of Nick Turturro as Monkey Bone himself, he is very funny and entertaining and really keeps the film from being a total bust.
The special effects of "Monkey Bone" is what might really bring in some curious viewers, these special effects are highly effective, and nice to look at with the eyes. Some of them are believable and some unbelievable...for Monkey Bone he seems to be like Stuart Little, you really don't realize that he is animated...but on occasion it sneaks up on you. The direction by Henry Selick is good, but at times he doesn't know what kind of film he wants to make, and the ending climax falls off the cliff.
It's too bad really, "Monkey Bone" could have been a real good movie, but with it's heavily done hack job, and lack of character development it just sinks when the end credits role. For those curious however, it might be worth the rental, but other than that avoid this one.
Reviewed by Brandon Herring 3/4/00
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


The Boggle game. Boggle is a word game designed by Allan Turoff and distributed by Hasbro. It involves a board made up of 16 cubic dice, where each die has a letter printed on each of its 6 sides. At the beginning of the game, the 16 dice are shaken and randomly distributed into a 4-by-4 tray, with only the top sides of the dice visible. The players compete to accumulate points by building valid words from the dice, according to these rules:
PINS (valid) |
PINES (valid) |
DATES (invalid—dice not adjacent) | ||
PINT (invalid—path not sequential) |
TEPEE (invalid—die used more than once) |
SID (invalid—word not in dictionary) |
Scoring.
Valid words are scored according to their length, using this table:
word length points 3–4 1 5 2 6 3 7 5 8+ 11
The Qu special case.
In the English language, the letter Q
is almost always followed by the letter
U
.
Consequently, the side of one die is printed with the two-letter sequence Qu
instead of Q
(and this two-letter sequence must be used together when forming words).
When scoring, Qu
counts as two letters; for example, the word QuEUE
scores as a 5-letter word even though it is formed by following a sequence of only 4 dice.
Your task.
Your challenge is to write a Boggle solver that finds all valid words in a given Boggle board, using
a given dictionary.
Implement an immutable data type BoggleSolver
with the following API:
It is up to you how you search for and store the words contained in the board, as well as the dictionary used to check them.public class BoggleSolver { // Initializes the data structure using the given array of strings as the dictionary. // (You can assume each word in the dictionary contains only the uppercase letters A through Z.) public BoggleSolver(String[] dictionary) // Returns the set of all valid words in the given Boggle board, as an Iterable. public Iterable<String> getAllValidWords(BoggleBoard board) // Returns the score of the given word if it is in the dictionary, zero otherwise. // (You can assume the word contains only the uppercase letters A through Z.) public int scoreOf(String word) }
The board data type.
We provide an immutable data type
BoggleBoard.java for
representing Boggle boards.
It includes constructors for creating
Boggle boards from either the 16 Hasbro dice, the distribution of letters in
the English language, a file, or a character array; methods for accessing
the individual letters; and a method to print out the board for debugging.
Here is the full API:
public class BoggleBoard { // Initializes a random 4-by-4 Boggle board. // (by rolling the Hasbro dice) public BoggleBoard() // Initializes a random m-by-n Boggle board. // (using the frequency of letters in the English language) public BoggleBoard(int m, int n) // Initializes a Boggle board from the specified filename. public BoggleBoard(String filename) // Initializes a Boggle board from the 2d char array. // (with 'Q' representing the two-letter sequence "Qu") public BoggleBoard(char[][] a) // Returns the number of rows. public int rows() // Returns the number of columns. public int cols() // Returns the letter in row i and column j. // (with 'Q' representing the two-letter sequence "Qu") public char getLetter(int i, int j) // Returns a string representation of the board. public String toString() }
Testing. The zip file boggle.zip contains a number of sample boards and test files.
A
through Z
.
For example, here are the two files
dictionary-algs4.txt and
dictionary-yawl.txt:
~/Desktop/boggle> cat dictionary-algs4.txt ABACUS ABANDON ABANDONED ABBREVIATE ... QUEUE ... ZOOLOGY ~/Desktop/boggle> cat dictionary-yawl.txt AA AAH AAHED AAHING ... PNEUMONOULTRAMICROSCOPICSILICOVOLCANOCONIOSIS ... ZYZZYVAS
The former is a list of 6,013 words that appear in Algorithms 4/e; the latter is a comprehensive list of 264,061 English words (known as Yet Another Word List) that is widely used in word-game competitions.
A
through Z
(with the two-letter sequence Qu
represented as either Q
or Qu
).
For example, here are the files board4x4.txt
and board-q.txt:
~/Desktop/boggle> cat board4x4.txt 4 4 A T E E A P Y O T I N U E D S E ~/Desktop/boggle> cat board-q.txt 4 4 S N R T O I E L E Qu T T R S A T
public static void main(String[] args) { In in = new In(args[0]); String[] dictionary = in.readAllStrings(); BoggleSolver solver = new BoggleSolver(dictionary); BoggleBoard board = new BoggleBoard(args[1]); int score = 0; for (String word : solver.getAllValidWords(board)) { StdOut.println(word); score += solver.scoreOf(word); } StdOut.println("Score = " + score); }
Here are two sample executions:
~/Desktop/boggle> java-algs4 BoggleSolver dictionary-algs4.txt board4x4.txt AID DIE END ENDS ... YOU Score = 33 ~/Desktop/boggle> java-algs4 BoggleSolver dictionary-algs4.txt board-q.txt EQUATION EQUATIONS ... QUERIES QUESTION QUESTIONS ... TRIES Score = 84
Performance. If you choose your data structures and algorithms judiciously, your program
can preprocess the dictionary and find all valid words in a random Hasbro board
(or even a random 10-by-10 board) in a fraction of a second.
To stress test the performance of your implementation, create one BoggleSolver
object (from a given dictionary); then, repeatedly generate and
solve random Hasbro boards. How many random Hasbro boards can you solve per second?
For full credit, your program must be able to solve thousands of
random Hasbro boards per second.
The goal on this assignment is raw speed—for example, it's fine to use 10× more memory if
the program is 10× faster.
Interactive game (optional, but fun and no extra work).
Once you have a working version of BoggleSolver.java
,
download, compile, and run BoggleGame.java
to play Boggle against a computer opponent.
To enter a word, either type it in the text box
or click the corresponding sequence of dice on the board.
The computer opponent has various levels of difficulty, ranging from finding
only words from popular nursery rhymes (easy) to words that appear in Algorithms 4/e (medium)
to finding every valid word (humbling).
Challenge for the bored. Here are some challenges:
Qu
.
Web submission.
Submit a .zip file containing
Submit BoggleSolver.java
and any
other supporting files (excluding BoggleBoard.java
and algs4.jar
).
You may not call any library functions except those in
java.lang
, java.util
, and algs4.jar
.


Child falls from shopping mall in Oman
by Times News ServiceMuscat: A child fell from the third floor of a shopping mall in Muscat governorate, Public Authority of Civil Defence and Ambulances ( PACDA) has confirmed.
According to a top official, the incident happened at 3:23pm on Friday and the condition of the child is in critical stage and is admitted in intensive care unit.
More details to follow.


Known side effects, safety risk information, and/or non-clinical experimental toxicity data for {{target.symbol}}, when available.
Details on the routine testing and screening of {{target.symbol}} in non-clinical experimental toxicity panels.
No data available


Have you ever wondered:
"Am I boring? Am I grating?"
"Is it
fair
that other people dislike me so much?"
Yes


Determine which of the following statements is equivalent to \(\neg(p\wedge q)\text{:}\)
\(\displaystyle \neg(p\vee q)\)
\(\displaystyle \neg p\vee \neg q\)
\(\displaystyle \neg p\wedge \neg q\)


{{x.title}}
{% endfor %}Latest Projects
A Light Color Pannel
The dashboard is included some graphs such as:
- Top Categories
- Cock-in
- To-Do List
- Domain Expiration
- Graph of Posts and etc
A Light Color Pannel
The dashboard is included some graphs such as:
- Top Categories
- Cock-in
- To-Do List
- Domain Expiration
- Graph of Posts and etc
A Light Color Pannel
The dashboard is included some graphs such as:
- Top Categories
- Cock-in
- To-Do List
- Domain Expiration
- Graph of Posts and etc
A Light Color Pannel
The dashboard is included some graphs such as:
- Top Categories
- Cock-in
- To-Do List
- Domain Expiration
- Graph of Posts and etc
A Light Color Pannel
The dashboard is included some graphs such as:
- Top Categories
- Cock-in
- To-Do List
- Domain Expiration
- Graph of Posts and etc


Have fun!


Loading a Library - 🐠¶
Module or Library?
Modules are python’s way of organizing functions, variables and constructors, similar to libraries in other languages. In this section, we will look at:
Using existing python modules
Building our own modules
Finding the things that are within modules
Built in Modules¶
Python uses modules to make additional functionality available. Modules can be thought of as libraries with many functions, data types, and characteristics that can be used once loaded.
We load modules using the import statement:
Highly recommend import using a name (import module as name)
Use the name to keep multiply defined functions separate
You can import only individual functions from a module
You can also rename functions.
# Import all functions using a name
import numpy as np
# We then use the name to refer to functions from this module
print( np.sin( 1./2. * np.pi ) )
# We can also import just some of the functions, as well as change their names
from math import cos as mathCos
print( mathCos( np.pi ) )
1.0
-1.0
Some common python modules are:
numpy
matplotlib
math
scipy
pandas
Modules based on their topic can be found: https://wiki.python.org/moin/UsefulModules
Some modules are already included on the system. You may have to add or update some yourself. Python uses pip for module addition, which includes dependencies. Typically users will put modules in their own space using –user, rather than install them globally. For example, to add cython and to update matplolib you would run in a cell:
!pip install cython --user
!pip install matplotlib --user --upgrade
Homade Modules¶
You can also build your own modules. To do this, place what you want in a python file (
import math as mt
def printTrigVals(angle):
print( angle,mt.sin(angle),mt.cos(angle),mt.tan(angle) )
then I can load the module and use this function locally by either importing everything in the file, or just the function we are interested in.
import adamsTrigs as aT
aT.printTrigVals( np.pi / 3. )
from adamsTrigs import printTrigVals as trigVals
trigVals( np.pi / 5)
1.0471975511965976 0.8660254037844386 0.5000000000000001 1.7320508075688767
0.6283185307179586 0.5877852522924731 0.8090169943749475 0.7265425280053608
Helpful hints for modules¶
Dir¶
Python has a built-in command called dir to show the directory (contents) of a module. This command provides lots of info, including the function names.
import adamsTrigs as aT
dir( aT )
['__builtins__',
'__cached__',
'__doc__',
'__file__',
'__loader__',
'__name__',
'__package__',
'__spec__',
'mt',
'printTrigVals']
We can also use dir to see what is currently available to use:
dir()
['In',
'Out',
'_',
'_3',
'__',
'___',
'__builtin__',
'__builtins__',
'__doc__',
'__loader__',
'__name__',
'__package__',
'__spec__',
'_dh',
'_i',
'_i1',
'_i2',
'_i3',
'_i4',
'_ih',
'_ii',
'_iii',
'_oh',
'aT',
'exit',
'get_ipython',
'mathCos',
'np',
'quit',
'trigVals']
Main¶
We can also define code that will only run if the file is being run directly. This will not run if the file is being loaded by another.
if __name__ == "__main__":
# Make a figure of the local data
# Print out some local variables to provide examples for later use
print( "This is being run from here" )
This is being run from here
This is often used in files to read in data, where individual data sets are read into discrete files, which are then read into the main function as modules. You can make figures showing individual data sets to test if you are reading correctly in the read file. Rather than make these each time you include that data read file as a module, you can put the plotting in an if statement like this.
Check yourself¶
Call the math version of tan() mathTan and print out tangent of pi/2. (Hint, pi can come from math or numpy).
# Try it here
Does numpy include functions called log10 and banana?
# Try it here


Guidelines¶
Transferring to conda-forge¶
This document intends to layout some guidelines on the transfer of conda-recipes and anaconda-recipes to conda-forge. These aren’t hard and fast rules and are open reasonable interpretation and reviewer judgement.
It is the aspiration that almost all recipes from those repos shall be proposed for addition here, though it may be decided that a few don’t actually belong or should not be supported anymore.
When adding a package from either location, inspect the commit history to see who has made changes to the recipe in the past. Anyone who has touched the recipe should be pinged about it getting added here. They should also be consulted with regards to whether the recipe needs any tweaks before being added. Also, they should be asked if they would like to be added as maintainers. Only if they give express permission to be adding as a maintainer should they be added to the maintainer list. In all cases when porting a recipe, you should add yourself as a maintainer. Some contributors to these repos were quite prolific, but may not be as actively engaged. If they specify they only want to be contacted for certain recipes or none at all, please respect their wishes also add make note of what recipes (if any) they would like to be notified for. If they are no longer interested in any conda recipes, make that note here as well. Before contacting anyone please consult the list in this issue to see if that contributor has restrictions.
When porting make sure the recipe follows the linting specifications.
The section order should go package
, source
, build
,
requirements
, test
, about
, extra/recipe-maintainers
. It
is recommended to add a build
section with the number
set to
0
explicitly even if the rest is unneeded. If there is no build for
Windows, make sure to add skip: True # [win]
to the build
section. The about
section must have the home
URL (verify the
URL is still correct), license
(verify the correct license is present),
and a one sentence (or few word) summary
. When specifying the version it
is strongly recommended that jinja templating be used to set the version
at the top (e.g. {% set version = "0.10.1" %}
) and then replace all
uses of the version with {{ version }}
. Preference should be given to
compressed source balls as opposed to version control checkouts. Make sure
all links to compressed source balls allow for easy changing of the version
(using latest is not acceptable).
It is required to add tests with all packages. These can include but are
not limited to checking libraries are installed, python imports, simple
code snippet to compile or run a basic test, command line usage (checking
help or version). It is suggested that compiled code run all tests (e.g.
make check
) to ensure it was built properly. This normally should
happen in the build.
It is possible, though not recommended, to include multiple recipes into a single pull request on staged-recipes. conda-build-all is used to determine the build order and the necessary build matrix (e.g. which python versions to build against). From a practical perspective, there are limitations on the continuous integration resources and also on what reviewers are able/willing to review in a single pull request. A large pull request with many recipes makes it more difficult to review. If the recipes make it through these two constraints and are merged, race conditions amongst the different feedstocks may require work by you and/or core maintainers to restart them in such a way to build everything in a suitable order. None of this is to say that one can’t add multiple recipes in a single pull request. One certainly can do this and it can work, but the recommendation is to open a PR with one recipe first, and to ping @conda-forge/core to ask for agreement about adding one or two additional recipes.
Intended Usage¶
Maintainers’ time and CI resources are what enable conda-forge. They are as scarce as they are valuable. conda-forge has enough capacity to support releasing packages, but not developing them.
Publishing a package to conda-forge signals it is suitable for users not involved with development. However, publishing does not always happen error-free. Multiple commits are acceptable when debugging issues with the release process itself.
- Fortunately, there are options for optimizing the development of a package.
conda-smithy is a tool used by conda-forge itself to manage feedstocks. conda-smithy can be used to create an internal development feedstock that is separate from conda-forge.
ci-helpers is a set of scripts that drive various CI services using environment variables.
Renaming Packages¶
Sometimes packages are misnamed. To correct the name of the package, please submit a PR into staged-recipes with the correct name. During the review process please make certain to note that the package is a rename and contact a member of conda-forge/core to remove the old feedstock (and potentially package if needed). Occasionally the .gitmodules file in the feedstocks needs to be updated to remove the old feedstock. It’s not entirely clear what those circumstances are. See conda-forge.github.io#1070.
Fixing Broken Packages¶
Sometimes you need to remove a package from the conda-forge channel on Anaconda.org. The reasons for this are many, but the ones that immediately come to mind are:
incorrect pinnings or metadata
packages being renamed
broken package contents
We prefer to not remove packages for the following reasons:
Unaffected users are unable to get the broken package.
Unable to reverse (what if we were incorrect to remove it).
Loss of reproducibility (unable to create an old environment).
Not as community friendly (leaves no opportunity to review decision).
Blocks anyone from inspecting the broken packages.
Instead, if possible, we prefer to take one of the following actions.
If the only issue is in the package metadata, we can directly patch it using the repo data patches feedstock. To change the repo data for your package, make a PR on the feedstock.
If the the package contents themselves are broken, we add an extra label
broken
to the package. Packages with this extra label are removed from the repo data on themain
label. Thus they are not considered by the solver but their binaries are still available on Anaconda.org. To get thebroken
label added to your package, please refer to Removing broken packages.
Adding the broken
label to a package is more destructive than patching the repo data
and thus we prefer repo data patches over labeling things as broken
.
Becoming a maintainer¶
Conda-forge is a community project and it can therefore happen that feedstocks become temporarily abandoned.
You can join the maintainer team of a feedstock by adding your github-id to the recipe-maintainers
section in the recipe’s meta.yaml
.
Please refer to Updating the maintainer list for detailed instructions.
Language versions¶
Conda-forge contains packages from a number of languages including Python and R, among many others. Each of these language-specific packaging sub-ecosystems needs to keep cadence with the language itself, making it challenging to have a blanket policy for how long to keep older versions of the language around. As it comes up, each group should be able to define their own policy on how long to keep older versions of their language around.
Python¶
For the Python language, conda-forge aims to keep package builds active and available for the current version and at least two preceding minor versions. Whenever Python 4.0 comes out we’ll need to figure out if this policy should change to support multiple versions of 3.x and 4.x simultaneously. Fortunately, we can punt on that for now. The question of when to decide to drop an older language version remains. The guidance that we can provide here is two fold:
We will move with the community. When our core libraries stop supporting an old version, so too will conda forge. The (nonexhaustive) list of core libraries that we consider when making the decision to drop an older version are: * matplotlib * numpy * scipy * pypy
The core team can decide to keep an old version around temporarily until some specific criteria is met. For example, we’re holding off on turning off py36 until pypy comes out with pypy3.7.
If there are lots of people in the community relying on older versions, core team can decide to keep an old version around For example, we held off turning off py27 even after numpy, scipy dropped support as there were many in the community interested in keeping support until the end of life of that version.


(Written Sept. 2) Terrible news. I found out a couple of days ago that the Peace Corps is evacuating all of the volunteers from Burkina Faso. I have to hold publication until this was made public. I'm broken hearted; I can only imagine how everyone there feels.
Evacuation
Due to a clerical error, I found out on Thursday, 8/31 that the Peace Corps is evacuating all of the volunteers from Burkina Faso.  With the evacuation, they'll come back to the US. They can re-apply and serve somewhere else, but that's it for Burkina Faso, at least for now. Tragic, terrible news. Update: Here's the official Peace Corps announcement.
This happened just as everyone had finished pre-service training and had been sworn in. I'm not sure, but I think most or all of the volunteers had just arrived at site, or were on their way there. They spent part of June, and all of July and August in very tough conditions, training and learning multiple new languages, and putting their heart and soul into serving their country, and serving the people of Burkina Faso for two years. And then, suddenly, it was ripped away.
Correction, 9/9/17: It turns out that they didn't go to site. They went on lockdown in Léo immediately after swearing in. It was the G33 volunteers from last year who were at site, and had to be evacuated.
In a way, it was easier for me to let go. The moment I failed to move my
leg just after the accident, I knew it was serious, and my time in Burkina was
at an end. At the time, I had other things to think about, like the pain,
and saving my limb – when you're screaming at a crowd of people not to move
you until your leg can be immobilized, and you don't know when medial help is
coming, and you're in pain, your mind is pretty damn occupied. It was maybe
two days before I could think straight, and by then I had emotionally accepted
that I was coming home. Indeed, since then I kind of put Burkina to one
side – I knew everyone was in PST and super busy, and I certainly had my
hands full with recovery, so I kind of compartmentalized my time in Burkina.
My plan was to wait until my colleagues were at site, and had some free time,
and then get back in touch.
The folks there now have no such distraction. Not that I recommend my experiences as a form of distraction, but even so. As I write this, they're all stuck in a hotel, waiting, with all the time in the world to think about their loss while the wound is still fresh. They're together, though, so there's that.
I'm so very sorry for everyone, and for our Burkinabè hosts. Even in my brief(er) time there, I came to love Burkina Faso and the Burkinabè, despite all the challenges and frustrations. My hat is off to all of you, who gave so much, and who were ready to give so much more over the course of two years. Burkinabè and Americans, you are some of the finest people it's ever been my privilege to know.
Bon courage. It was an honor.
Why did this happen?
Obviously, I don't know, and I won't say much on the matter. I will make a factual note, though. On August 31, Jane's 360 published this article about the situation in Burkina Faso. I archived the summary here, in PDF.
Goodbye
Goodbye for now, Burkina. We love you.


Dr Carton works to a high standard and produces very clear reports with useful accompanying histological photographs. He promptly responds to any requests regarding clinico-pathological correlation, by text, email or phone. He works in a team where any second opinions can be readily sought. I feel I can rely on his expertise.
Dr Tina Green, Consultant Dermatologist
Dr Carton provides extremely clear, detailed and accurate histopathology which is invaluable in the management of complex dermatology.
Dr Jane Setterfield, Consultant Dermatologist
I am very pleased to have someone with a special interest and expertise in skin pathology to refer to. This shows in the high standard of reports. I have also appreciated fast turn around of reporting and easy availability to discuss cases. I have no hesitation in recommending Dr Carton to my colleagues
Dr Anne Powles, Consultant Dermatologist
I have worked with Dr James Carton in the NHS and privately and have always been impressed by his knowledge of dermatopathology and the high standard of his reports. He is very efficient and histology reports are always issued quickly and accurately. He is also readily available over the phone to discuss more complicated cases. I highly recommend him.
Dr Ien Chan, Consultant Dermatologist
Dr Carton is a vital member of the multidisciplinary vulvovaginal team which provides a service for women with chronic infections and complex diseases. He provides a histopathology opinion of the highest level enabling us to deliver excellent care to our patients. In many complex cases we rely on his skill to establish or confirm a diagnosis and most of our surprise diagnoses are discovered by him. It is a pleasure to work with him and he is always prepared to go the extra mile to ensure you have the service you need. I can highly recommend him
Dr Micheline Byrne, Consultant in GU Medicine
It gives me great pleasure to write in support of Dr James Carton, with whom I have worked closely in both my NHS and private practice over the past number of years. He provides an excellent service and is always easy to contact and available to discuss difficult cases. He is an experienced uropathologist and excellent colleague
Mr Michael Dinneen, Consultant Urologist
James Carton has been providing me a first class histopathology service through IHS for approaching ten years. This has not only been of the highest quality in terms of the reporting and excellence to detail of international standard but also the turn-around times are extremely rapid. There is the added bonus of being able to discuss the details individually at any time. In summary, James Carton gives an absolutely top-class specialist service.
Mr David Badenoch, Consultant Urologist


Luvit 2.5.6 Documentation
Table of Contents
Buffer#
A mutable buffer using ffi for luvit.
buffer = require('buffer')
Class: buffer.Buffer#
Main buffer class
Buffer:inspect()#
Inspect a buffer. Returns a string of hexes like <Buffer Hexes>
Buffer:readUInt8(offset)#
Reads unsigned 8 bit int at offset
Buffer:readInt8(offset)#
Read 8 bit int at offset
Buffer:readUInt16LE(offset)#
Read a unsigned 16 bit integer in little endian at offset
Buffer:readUInt16BE(offset)#
Read a unsigned 16 bit integer in big endian at offset
Buffer:readInt16LE(offset)#
Read a signed 16 bit integer in little endian at offset
Buffer:readInt16BE(offset)#
Read a signed 16 bit integer in big endian at offset
Buffer:readUInt32LE(offset)#
Read a unsigned 32 bit integer in little endian at offset
Buffer:readInt32LE(offset)#
Read a signed 32 bit integer in little endian at offset
Buffer:readInt32BE(offset)#
Read a signed 32 bit integer in big endian at offset
Buffer:toString([i, j])#
Stringify the buffer from the ith to the jth position, or the whole thing if i and j arent specified


Register Your Book
Choose the Genre of Your Book:
Satire
Science Fiction
Drama
Novel
Engineering
Poetry
Action & Adventure
Romance
Horror
Mystery
Self Help
Book title:
Publication:
Year of Publication:
Edition:
Author:
Price:
Enter Date:
Submit