SLEEPER A film review by Andrew Hicks Copyright 1996 Andrew Hicks / Fatboy Productions
(1973) ***1/2 (out of four)
It was easy for me to forget after watching films like Crimes and Misdemeanors and Mighty Aphrodite that Woody Allen began his career making light-hearted slapstick comedies. SLEEPER, the incredibly funny follow-up to BANANAS, continues the antics by taking a premise and going seemlessly from location to location, uniting all sorts of sitcom-like situations. One minute Woody is using a giant inflatable suit to escape from his enemies and the next he and Diane Keaton are posing as doctors who must perform an operation they know nothing about, a set-up that's been used countless times since, most notably in SPIES LIKE US and HOUSEGUEST. (I'm not implying there was anything notable about the movie HOUSEGUEST.)
The premise that provides all this has Miles Monroe (Allen), owner of the Happy Carrot Health Food Store, being thawed out in the year 2173, two hundred years after he went into the hospital for a "routine operation." The country has since become a police state and the doctors who revive him ask all sorts of questions about the long-since forgotten era of history he came from.
For instance, a video clip of Howard Cosell yammering in monotone about some sport -- a torture device used on the most brutal prisoners? "That's exactly what that was," Allen replies. Woody also finds comedy in the doctors' passing revelations that the health food he and other people so faithfully devoted themselves to was actually destructive to the body. One doctor offers nervous Woody a cigarette to calm him down. "Tobacco is one of the healthiest substances for the body."
We soon find out the real reason he was thawed out -- to help lead the underground resistance. As the only person alive without massive amounts of government data compiled about him, he could be invaluable to them. All this comes into play toward the end, in a hilarious climax involving the leader's nose, but for most of the movie, he's Dr. Woody Kimball, fugitive from the law, running and hiding in multiple comedic scenes, many of which offer extended silent sequences hearkening back to the silent Chaplin and Keaton films.
And why not? Woody's done his take on almost every other era of movie making, from the romances of the 30's (Purple Rose of Cairo) to the documentaries of the World War II era (ZELIG) and even ancient forms of entertainment like radio (RADIO DAYS) and Greek tragedy (MIGHTY APHRODITE).
--
Visit the Movie Critic at LARGE homepage at http://www.missouri.edu/~c667778/movies.html Serving America For Over 1/50 of a Century!
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According to the latest Annual Report to the Nation on the Status of Cancer, 1975-2014, overall cancer death rates continue to decrease in men, women, and children for all major racial and ethnic groups. But more work remains for some cancers.
The Detroit Research on Cancer Survivors (ROCS) study, which will include 5,560 cancer survivors, will look at the major factors affecting cancer progression, recurrence, mortality, and quality of life among African-American cancer survivors.
Premature death rates declined among Hispanics, blacks, and Asian/Pacific Islanders due mainly to fewer deaths from cancer, heart disease, and HIV. Rising deaths from accidents, drug overdoses, suicide and liver disease increased rates among whites and American Indian/Alaska Natives.
Investigators with The Cancer Genome Atlas (TCGA) Research Network have identified novel genomic and molecular characteristics of cervical cancer that will aid in subclassification of the disease and may help target therapies that are most appropriate for each patient.
The National Cancer Institute (NCI) today launched a new drug formulary (the "NCI Formulary") that will enable investigators at NCI-designated Cancer Centers to have quicker access to approved and investigational agents for use in preclinical studies and cancer clinical trials. The NCI Formulary could ultimately translate into speeding the availability of more-effective treatment options to patients with cancer.


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The menu Protocols contains the following commands:
| Diffie-Hellman Demonstration | Visualizes the Diffie-Hellman procedure. |
| Network Authentication | Demonstrates several authentication methods and common attacks. |
| Secure E-Mail with S/MIME | Visualizes the S/MIME protocol. |
Cryptographic protocols aggregate cryptographic basis functions (called primitives) and are used between several participants. Therefore they define rules for the format, the content, the meaning and the order of exchanged messages.


Manually Set Position
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Eastside Rd. to be closed
by Colin DacreMotorists are being advised Eastside Road near OK Falls will be closed for most of next week for maintenance.
DriveBC says Eastside Road will be closed between McLean Creek Road and Maple Street between Monday Nov. 25 at 7 a.m. and Thursday Nov. 28 at 4 p.m.
Motorists will have to detour around the closure using McLean Creek Road or Highway 97.


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Favorite Fruit:
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Oranges
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@ConsumerType
@Deprecated
public interface ResourceProviderFactory
ResourceProviderFactory
defines the service API to get and
create ResourceProviders
s dynamically on a per usage base.
Instead of sharing a resource provider between resource resolvers, the
factory allows to create an own instance of a resource provider per resource
resolver. The factory also supports authentication.
If the resource provider is not used anymore and implements the
DynamicResourceProvider
interface, the close method should be called.
| Modifier and Type | Field and Description |
|---|---|
static java.lang.String |
PROPERTY_REQUIRED
Deprecated.
A required resource provider factory is accessed directly when a new
resource resolver is created.
|
static java.lang.String |
SERVICE_BUNDLE
Deprecated.
The authentication information property referring to the bundle
providing a service for which a resource provider is to be retrieved.
|
| Modifier and Type | Method and Description |
|---|---|
@NotNull ResourceProvider |
getAdministrativeResourceProvider(java.util.Map<java.lang.String,java.lang.Object> authenticationInfo)
Deprecated.
as of 2.4 (bundle version 2.5.0) because of inherent security
issues. Implementations may implement this method at their
discretion but must support the new service based resource
provider generation in the
getResourceProvider(Map)
method honoring the SERVICE_BUNDLE and
ResourceResolverFactory.SUBSERVICE properties. |
@NotNull ResourceProvider |
getResourceProvider(java.util.Map<java.lang.String,java.lang.Object> authenticationInfo)
Deprecated.
Returns a new
ResourceProvider instance with further
configuration taken from the given authenticationInfo map. |
static final java.lang.String PROPERTY_REQUIRED
false
.static final java.lang.String SERVICE_BUNDLE
ResourceResolverFactory.SUBSERVICE
property may also be
present.
ResourceResolverFactory
implementations must provide this
property if their implementation of the
ResourceResolverFactory.getServiceResourceResolver(Map)
method
use a resource provider factory.
The type of this property, if present, is
org.osgi.framework.Bundle
.
@NotNull @NotNull ResourceProvider getResourceProvider(java.util.Map<java.lang.String,java.lang.Object> authenticationInfo) throws LoginException
ResourceProvider
instance with further
configuration taken from the given authenticationInfo
map.
Generally this map will contain a user name and password to authenticate.
The authenticationInfo
map will in general contain the same
information as provided to the respective ResourceResolver
method. For
If the authenticationInfo
map is null
the
ResourceProvider
returned will generally not be
authenticated and only provide minimal privileges, if any at all.
Implementations must ignore the ResourceResolverFactory.USER
property the SERVICE_BUNDLE
property is provided to implement
service authentication.
The ResourceResolverFactory.USER_IMPERSONATION
property is
obeyed but requires that the actual user has permission to impersonate as
the requested user. If such permission is missing, a
LoginException
is thrown.
authenticationInfo
- A map of further credential information which
may be used by the implementation to parameterize how the
resource provider is created. This may be null
.ResourceProvider
according to the
authenticationInfo
.LoginException
- If an error occurs creating the new
ResourceProvider
with the provided credential
data.@Deprecated @NotNull @NotNull ResourceProvider getAdministrativeResourceProvider(java.util.Map<java.lang.String,java.lang.Object> authenticationInfo) throws LoginException
getResourceProvider(Map)
method honoring the SERVICE_BUNDLE
and
ResourceResolverFactory.SUBSERVICE
properties.ResourceProvider
instance with administrative
privileges with further configuration taken from the given
authenticationInfo
map.
Note, that if the authenticationInfo
map contains the
ResourceResolverFactory.USER_IMPERSONATION
attribute the
ResourceProvider
returned will only have administrative
privileges if the user identified by the property has administrative
privileges.
Implementations of this method should throw LoginException
if
they don't support it.
authenticationInfo
- A map of further credential information which
may be used by the implementation to parameterize how the
resource provider is created. This may be null
.ResourceProvider
with administrative privileges unless
the ResourceResolverFactory.USER_IMPERSONATION
was set in
the authenticationInfo
.LoginException
- If an error occurs creating the new
ResourceResolverFactory
with the provided
credential data.Copyright © 2022 The Apache Software Foundation. All rights reserved.


| DOSE: |
16 mg |
oral |
2C-I |
(powder / crystals) |
Sunday evenings are a funny time. Monday's on your back. Weekends all but over. So i decided more or less spontaneously to dose myself with my current obsession. 2c-i.
Previous trips haven't rivalled my 'so-high-i-went-blind' LSD trips or my meeting of 'the other' in a bemushroomed state. They have been full of eye candy and sensation but no food for thought seemed to be there. Until tonight.
+1 hr.
I'm a very spiritually centered person in that i meditate daily if i can, i read almost constantly about various forms of communicating with the divine (kabbalah, vipassana, shamanism) but this trip was only intended as a psychedelic sunday sojourn. So me and my flatmate got out a video and relaxed.
+2hrs.
 Reality seemed both incredibly clear and very much distant. From this witness-mind i began having incredible insight into what it feels like to be super conscious. My ego began to gently dissolve without paranoia as 2c-i allowed me to tune to the truth of our predicament as human beings. Our optimum state, it occurred to me, is one of absolute love guided by truth. This state can be attained via meditation or momentarily reflected through certain chemicals.
+3hrs.
It seemed important not to take my ego along for this ride, and only my knowledge of buddhism/vedas/kabbalah recommended this action to me. I could imagine a big ego trip happening at this point but i kept in tune with what my intuitive heart knew to be truth, remaining highly aware.  I returned to my bedroom and began meditating.
+4.1/2hrs.
Sitting in the full lotus i focused on my breath flowing in and out my nostrils. The one pointedness of thought allowed me to travel far out on a plane of informative consciousness, filling me with understandings barely effable in common language. Beauty filled me and i realised one must not destroy ones ego because thats our vehicle for communication, our space suit, as Ram Dass says. But we must not become lost in our egos either, something i'm often guilty of. I found 2c-i 's teaching method gentle, elegant and easy to understand.
+5-6 hrs.
it was already late. My body was tired and my consciousness still and actuely aware. I read some fascinating info on bluelight about thought and awareness and how the enlightened state can be experienced for a time with the aid of certain chems/plants. I read how the feeling of ego dissolution gives way to a unity with it all, giving rise to ecstasy and beauty.
I managed to let my body and mind sleep and woke tired but alive the next day. My consciousness had been boosted. Truth seemed brighter and my spiritual path more illuminated.
thank you 2c-i
Peace
X
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Bitcoin-Qt version 0.8.4 released
3 September 2013
Bitcoin-Qt version 0.8.4 is now available from: http://sourceforge.net/projects/bitcoin/files/Bitcoin/bitcoin-0.8.4/
This is a maintenance release to fix a critical bug and three security issues; we urge all users to upgrade.
Please report bugs using the issue tracker at github: https://github.com/bitcoin/bitcoin/issues
How to Upgrade
If you are running an older version, shut it down. Wait until it has completely shut down (which might take a few minutes for older versions), then run the installer (on Windows) or just copy over /Applications/Bitcoin-Qt (on Mac) or bitcoind/bitcoin-qt (on Linux).
If you are upgrading from version 0.7.2 or earlier, the first time you run 0.8.4 your blockchain files will be re-indexed, which will take anywhere from 30 minutes to several hours, depending on the speed of your machine.
0.8.4 Release notes
Security issues
An attacker could send a series of messages that resulted in an integer division-by-zero error in the Bloom Filter handling code, causing the Bitcoin-Qt or bitcoind process to crash. Bloom filters were introduced with version 0.8, so versions 0.8.0 through 0.8.3 are vulnerable to this critical denial-of-service attack.
A constant-time algorithm is now used to check RPC password guess attempts; fixes https://github.com/bitcoin/bitcoin/issues/2838 (CVE-2013-4165)
Implement a better fix for the fill-memory-with-orphan-transactions attack that was fixed in 0.8.3. See https://bitslog.wordpress.com/2013/07/18/buggy-cve-2013-4627-patch-open-new-vectors-of-attack/ for a description of the weaknesses of the previous fix. (CVE-2013-4627)
Bugs fixed
Fix multi-block reorg transaction resurrection.
Fix non-standard disconnected transactions causing mempool orphans. This bug could cause nodes running with the -debug flag to crash.
OSX: use FD_FULLSYNC
with LevelDB, which will (hopefully!)
prevent the database corruption issues many people have
experienced on OSX.
Linux: clicking on bitcoin: links was broken if you were using a Gnome-based desktop.
Fix a hang-at-shutdown bug that only affects users that compile their own version of Bitcoin against Boost versions 1.50-1.52.
Other changes
Checkpoint at block 250,000 to speed up initial block downloads and make the progress indicator when downloading more accurate.
Thanks to everybody who contributed to the 0.8.4 releases!
- Pieter Wuille
- Warren Togami
- Patrick Strateman
- pakt
- Gregory Maxwell
- Sergio Demian Lerner
- grayleonard
- Cory Fields
- Matt Corallo
- Gavin Andresen


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Derivative-free Optimization
Tutorial for Genetic algorithms and Simulated Annealing
Demo Problem
In this section, we solve a problem step by step using python code in order to illustrate the concepts that have been discussed above. Let us look at the graph of a simple 1-D function. $$f(x) = sin(x)+sin(\dfrac{10x}{3})$$
The function has 4 local minimas in the range (0, 8). Gradient-based methods are very efficient methods to find local minimas. But, such algorithms would fail when presented with such a function and asked to find the global minima. It will heavily depend on the starting condition, if the solution found is global or not. For this example, if the initial point was in the range (4.5 , 6) it would find the global minima.
Let us now try and use the newly learnt Genetic algorithm, and test out how it works on this problem. But first, we need to implement the algorithm. So let's get ready to get our hands dirty.
Genotype Representation
The first step in the genetic algorithm is to formulate the solutions to the problem (chromosones) as a binary string. This is sometimes the most crucial step in formulating a GA, and convergence may heavily depend on the design choices considered here.
For us, the given problem is a 1-D function that takes a real number as an input and returns a real value. We know that the domain of the function is between (0,8). We can this observation to our advantage. The idea is quite simple, and here it is. Let's say we want to represent 2.048 in a binary representation, we first multiply it by 1000 to get 2.049*1000 = 2049, and then find the binary representation of the number which is<PHONE_NUMBER>01.
To represent all numbers between 0 and 8 with upto 3 decimal places, we could use a 13-bit binary representation (2^13 = 8192 numbers) and use it to represent all numbers with 3 decimal places between (0, 8.192).
Thus, we get the real valued representation for any 13-bit chromosome. In python, we will define a function for the conversion:
def get_chromosome_representation(x):
return int(x, 2)/1000
Let us look some random binary strings and their corresponding values -
0110111111100 => 3.58
1000001011001 => 4.185
1110101011011 => 7.515
0010111110101 => 1.525
1110100110101 => 7.477
0000000000000 => 0.0
1000000000000 => 4.096
Population Initialization
We initialise the population of chromosomes randomly. We sample random 13-bit strings. We use the numpy libray for this purpose. The size of the population is an important choice to make. Let's generate a population of size 10.
def init_population(population_size, chromosome_size):
np.random.seed(0)
population = np.random.randint(2, size=(population_size, chromosome_size))
population = [''.join([str(i) for i in chrom]) for chrom in population]
return population
population = init_population(10, 13)
population
Output>
['0110111111100',
'1000001011001',
'1110101011011',
'0010111110101',
'1110100110101',
'0000011000110',
'1001011111101',
'1001001101001',
'0001101000001',
'0101111101111']
Fitness function
We have a minimization objective for our function. Generally a fitness function is a metric for how fit the candidate is, thus, the larger the fitness the better. Thus, we use -f(x) as the fitness function. This ensures that our minima will have the maximum fitness.
def f(x):
return np.sin(x) + np.sin(10*x/3)
def fitness_function(population):
'''
Calcualtes the fitness of the population
Returns the fitness score for the entire population
'''
vals = [int(n, 2)/1000 for n in population]
fitness = [-f(x) for x in vals]
population = np.expand_dims(population, 1)
fitness = np.expand_dims(fitness, 1)
data = np.concatenate([population, fitness], axis=1)
data = [[x, round(float(y), 4)] for [x,y] in data]
return data
data = fitness_function(population)
print("Chromosomes and their fitness values")
data
Output>
Chromosomes and their fitness values
[['0110111111100', 1.0161],
['1000001011001', -0.1184],
['1110101011011', -0.8604],
['0010111110101', -0.067],
['1110100110101', -0.7219],
['0000011000110', -0.8098],
['1001011111101', 1.4643],
['1001001101001', 1.002],
['0001101000001', -1.0968],
['0101111101111', 0.6014]]
Parent Selection
We use k-way tournamet selection for parent selection.
def tournament_selection(data, k=5, num_parents=10):
# Shuffle the data
parents = []
# Select parents
for i in range(num_parents):
# Select k samples and take the one having max fitness
np.random.shuffle(data)
parent = sorted(data[:k],key=lambda l:l[1], reverse=True)[0][0]
parents.append(parent)
return parents
parents = tournament_selection(data, 5, 5)
parents
Output>
['1001001101001',
'1001011111101',
'0010111110101',
'1001011111101',
'1001001101001']
Crossover
We use uniform crossover to produce new offsprings.
def uniform_crossover(parents, num_children=5):
'''
Performs uniform crossover given a set of parents.
Two parents are selected randomly from the pool of parents for crossover.
'''
children = []
# for i in range(self.population_size):
for i in range(num_children):
p1 = np.random.choice(parents, replace=False)
p2 = np.random.choice(parents)
p = [p1, p2]
child = ''
for i in range(len(p1)):
toss = np.random.randint(2)
child += p[toss][i]
print("{} x {} => {}".format(p1, p2, child))
children.append(child)
return children
children = uniform_crossover(parents, num_children=5)
Output>
1001011111101 x<PHONE_NUMBER>101 =><PHONE_NUMBER>101
1001001101001 x<PHONE_NUMBER>001 =><PHONE_NUMBER>001
1001001101001 x<PHONE_NUMBER>001 =><PHONE_NUMBER>001
1001001101001 x<PHONE_NUMBER>101 =><PHONE_NUMBER>101
0010111110101 x<PHONE_NUMBER>001 =><PHONE_NUMBER>101
Mutation
def mutation(population, prob=0.01):
mutated = []
for chrom in population:
new_chrom = ''
for i in range(len(chrom)):
toss = np.random.random()
gene = chrom[i]
if toss < prob:
gene = str(1-int(gene))
new_chrom += gene
mutated.append(new_chrom)
return mutated
mutated = mutation(children, prob=0.1)
result = list(zip(mutated, children))
for i in range(len(result)):
print("{} +=> {}".format(result[i][0], result[i][1]))
Output>
1000011101101 +=><PHONE_NUMBER>101
0001001001011 +=><PHONE_NUMBER>001
0001001101001 +=><PHONE_NUMBER>001
1001111111101 +=><PHONE_NUMBER>101
0000001010101 +=><PHONE_NUMBER>101
Survivor Selection
We remove the most unfit parents and replace them by the newly generated offpsrings and set them as the new population for the next generation.
def survivor_selection(data, children):
data = sorted(data,key=lambda l:l[1], reverse=False)
count = len(children)
population = np.array(data)[:,0]
population[:count] = children
return list(population)
survivor_selection(data, mutated)
Output>
['1000011101101',
'0001001001011',
'0001001101001',
'1001111111101',
'0000001010101',
'0010111110101',
'0101111101111',
'1001001101001',
'0110111111100',
'1001011111101']
A fully working example
Now that we have looked at and understood each and every component of the genetic algorithm individually, let's look at a fully working example. To make the code cleaner, we will first define a python class, and then put the functions as the methods of the class.
class GeneticAlgorithmSolver:
'''
Solves genetic algorithm for the problem sin(x) + sin(10x/3)
'''
def __init__(self, population_size, chromosome_size):
'''
Initialise the population randomly
'''
np.random.seed(0)
self.population = np.random.randint(2, size=(population_size, chromosome_size))
self.population = [''.join([str(i) for i in chrom]) for chrom in self.population]
self.population_size = population_size
def f(self, x):
'''
Objective function
'''
return np.sin(x) + np.sin(10*x/3)
def fitness_function(self, population):
'''
Calcualtes the fitness of the population
'''
vals = [int(n, 2)/1000 for n in population]
fitness = [-self.f(x) for x in vals]
population = np.expand_dims(population, 1)
fitness = np.expand_dims(fitness, 1)
data = np.concatenate([population, fitness], axis=1)
data = [[x, float(y)] for [x,y] in data]
avg_fitness = sum(fitness) / len(fitness)
return data, avg_fitness
def tournament_selection(self, data, k=5, num_parents=5):
'''
Tournament selection strategy for selecting parents
'''
# Shuffle the data
parents = []
# Select parents
for i in range(num_parents):
# Select k samples and take the one having max fitness
np.random.shuffle(data)
parent = sorted(data[:k],key=lambda l:l[1], reverse=True)[0][0]
parents.append(parent)
return parents
def uniform_crossover(self, parents, num_children=5):
'''
Generate new offsprings using uniform crossover
'''
children = []
# for i in range(self.population_size):
for i in range(num_children):
p1 = np.random.choice(parents, replace=False)
p2 = np.random.choice(parents)
p = [p1, p2]
child = ''
for i in range(len(p1)):
toss = np.random.randint(2)
child += p[toss][i]
# print("{} x {} => {}".format(p1, p2, child))
children.append(child)
return children
def mutation(self, population, prob=0.01):
'''
Perform bit-flip mutation
'''
mutated = []
for chrom in population:
new_chrom = ''
for i in range(len(chrom)):
toss = np.random.random()
gene = chrom[i]
if toss < prob:
gene = str(1-int(gene))
new_chrom += gene
mutated.append(new_chrom)
return mutated
def survivor_selection(self, data, children):
'''
Replace the weakest parents by the newly generated offsprings
'''
data = sorted(data,key=lambda l:l[1], reverse=False)
count = len(children)
population = np.array(data)[:,0]
population[:count] = children
return population
def plot_objective(self):
'''
Plot the objective function
'''
x = np.linspace(0, 9, 100)
plt.plot(x, self.f(x), linewidth=2)
def visualize_population(self, population, generation):
'''
Visualise the population over generations to see how they improve
'''
vals = [int(n, 2)/1000 for n in population]
f_val = [self.f(x) for x in vals]
self.plot_objective()
plt.scatter(vals, f_val, color='#ec4646', zorder=10, s=40, label='candidates')
plt.title("Generation = {}".format(generation))
plt.xlabel("x")
plt.ylabel("f(x)")
plt.legend()
plt.savefig("generation_{}.png".format(generation))
plt.show()
def get_solution(self, data, generation):
'''
Get the solution for the best chromosome
'''
best_chromosome = sorted(data,key=lambda l:l[1], reverse=True)[0][0]
value = int(best_chromosome, 2)/1000
print("The soultion is {} with objective value {}".format(value, self.f(value)))
print("Number of generations taken: {}".format(generation))
return value, self.f(value)
def optimize(self, max_iter=100, early_stopping=20, mutation_prob=0.01,
num_children=15, tournament_k=5, num_parents=10, plot=False):
'''
The main optimization loop
max_iter: Maximum number of generations to run
early_stopping: Stop if no improvement in chromosome for several iterations
mutation _prob: Probability of mutation for each gene
num_children: Number of children to generate each generation
num_parents: Number of parents to generate each generation
tournament_k: k for k-way tournament selection
'''
best_fitness = -100
no_update_count = 0
for generation in range(max_iter):
data, fitness = self.fitness_function(self.population)
parents = self.tournament_selection(data, k=tournament_k, num_parents=num_parents)
children = self.uniform_crossover(parents, num_children=num_children)
mutated_children = self.mutation(children, prob=mutation_prob)
new_population = self.survivor_selection(data, mutated_children)
if plot:
self.visualize_population(self.population, generation)
self.population = new_population
# print("Generation {}: Fitness value: {}".format(generation, fitness))
if fitness > best_fitness:
best_fitness = fitness
else:
no_update_count += 1
if no_update_count >= early_stopping:
break
return self.get_solution(data, generation)
Yay! All the hardwork is done. Now that we have our working example, let's run it!!
g = GeneticAlgorithmSolver(population_size=20, chromosome_size=13)
g.optimize(early_stopping=3)
Output>
The soultion is 5.146 with objective value -1.8995989311583412
Number of generations taken: 10
Great! The solution matches with the actual global minima. Let us visualize how the genetic algorithm performs as the generations progress.
It is clearly seen that the candidates keep getting better as the generations progress and finally all of them converge to the global minima, which is when the algorithm stops.
Exercise
Try changing the hyper-parameters, i.e, the population size, number of parents, number of children, mutation probability and see the effect on covergence.


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Before Change
result = self.request_single_product(
AddressesWithOrigins,
Params(
FilesystemSpecs([FilesystemGlobSpec("demo/*.txt")]), create_options_bootstrapper()
),
)
expected_origin = FilesystemResolvedGlobSpec(
After Change
// If a glob and a literal spec both resolve to the same file, the literal spec should be
// used as it"s more precise.
literal_spec = FilesystemLiteralSpec("demo/f1.txt")
result = self.request_single_product(
AddressesWithOrigins,
Params(FilesystemSpecs([spec, literal_spec]), create_options_bootstrapper()),
)
assert result == AddressesWithOrigins(
[
AddressWithOrigin(
Address("demo", relative_file_path="f1.txt", target_name="demo"),


Change Management
The operational procedures of many large enterprise organizations generally encourage adherence to written change management policies. For SaaS vendors embracing these procedures means integrating with change controls. There are two different layers to change management SaaS vendors should consider from a product perspective: 1) application level updates to product made by the SaaS vendor 2) account level updates to settings and configurations.
Application level change management
Enterprises will often set up workflows around your product. When you introduce your latest & greatest features or redesign of your product you need to give the time, tools and collateral to roll out those changes on their end users.
Change log - Create and maintain a detailed change log of when new features are released or functionality is removed. It’s best for this information to be surfaced within normal use of the application and to include links to detailed feature overviews and documentation. In-app messaging tools like Intercom and Pendo can enable these notifications to be crafted and deployed by product marketing teams.
Advanced notice - depending on the depth of change, customers may need weeks or months of advanced communication so they have time to relay to their users.
Feature enablement - feature flags are quickly becoming a common practice to prevent beta features from reaching customers too early. However, by putting this power into the hands of account admins they can toggle the changes on their account when they’re ready. However, it is important to communicate that there is a clear, yet ample, transition timeline for the feature will be enabled for all accounts automatically.
Provide collateral - enable your customers to deliver the message to their end users by using templates that you create, else each customer will be completing the same work.
Examples: Gmail has been doing this for a long time with their Labs features. Dropbox does this with their Early Access features.
Account level change management
Many modern SaaS applications are moving out of the back office productivity tool suite and are becoming critical to production systems. For these applications, changes to the account settings can impact end users or external systems.
Support customer environments - In order to ensure that critical SaaS applications integrate with the upcoming release of the customer’s software, it is important that these applications have support for multiple environments per customer (ie Prod, Staging & Dev).
Enable sandbox & canary environments - In the same respect, if an account level settings change is going to be made by the customer, it should be made in a sandbox environment first & then promoted to production (just like we do with our configuration management for servers).
Implement approval flows - Most developers won’t commit code to master without a code review from a peer. Most security conscious companies implement this policy with approval flows because there is risk that a rogue actor could inflict harm if able to act independently. In a similar way, it is useful if admins can enable approval flows for application configuration settings.
Advanced Sandbox functionality
- Duplicated account settings into a new environment.
- Save and test sandbox environments
- Apply changes to production systems
- Rollback changes to production systems


|
Opcode/Instruction F3 REX.W 0F AE /4 PTWRITE r64/m64 F3 0F AE /4 PTWRITE r32/m32 |
Op/En RM RM |
64/32 bit Mode Support V/N.E V/V |
CPUID Feature Flag |
Description Reads the data from r64/m64 to encod into a PTW packet if dependencies are met (see details below). Reads the data from r32/m32 to encode into a PTW packet if dependencies are met (see details below). |
|---|
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RM | ModRM:rm (r) | NA | NA | NA |
This instruction reads data in the source operand and sends it to the Intel Processor Trace hardware to be encoded in a PTW packet if TriggerEn, ContextEn, FilterEn, and PTWEn are all set to 1. For more details on these values, see Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 3C, Section 36.2.3, “Power Event Tracing”. The size of data is 64-bit if using REX.W in 64-bit mode, otherwise 32-bits of data are copied from the source operand.
Note: The instruction will #UD if prefix 66H is used.
IF (IA32_RTIT_STATUS.TriggerEn & IA32_RTIT_STATUS.ContextEn & IA32_RTIT_STATUS.FilterEn & IA32_RTIT_CTL.PTWEn) = 1 PTW.PayloadBytes ← Encoded payload size; PTW.IP ← IA32_RTIT_CTL.FUPonPTW IF IA32_RTIT_CTL.FUPonPTW = 1 Insert FUP packet with IP of PTWRITE; FI; FI;
None.
| #GP(0) | If a memory operand effective address is outside the CS, DS, ES, FS or GS segments. |
| #SS(0) | If a memory operand effective address is outside the SS segment limit. |
| #PF (fault-code) | For a page fault. |
| #AC(0) | If an unaligned memory reference is made while the current privilege level is 3 and alignment checking is enabled. |
| #UD |
If CPUID.(EAX=14H, ECX=0):EBX.PTWRITE [Bit 4] = 0. If LOCK prefix is used. If 66H prefix is used. |
| #GP(0) | If any part of the operand lies outside of the effective address space from 0 to 0FFFFH. |
| #SS(0) | If a memory operand effective address is outside the SS segment limit. |
| #UD |
If CPUID.(EAX=14H, ECX=0):EBX.PTWRITE [Bit 4] = 0. If LOCK prefix is used. If 66H prefix is used. |
| #GP(0) | If any part of the operand lies outside of the effective address space from 0 to 0FFFFH. |
| #SS(0) | If a memory operand effective address is outside the SS segment limit. |
| #PF (fault-code) | For a page fault. |
| #AC(0) | If an unaligned memory reference is made while alignment checking is enabled. |
| #UD |
If CPUID.(EAX=14H, ECX=0):EBX.PTWRITE [Bit 4] = 0. If LOCK prefix is used. If 66H prefix is used. |
Same exceptions as in Protected Mode.
| #GP(0) | If the memory address is in a non-canonical form. |
| #SS(0) | If a memory address referencing the SS segment is in a non-canonical form. |
| #PF (fault-code) | For a page fault. |
| #AC(0) | If alignment checking is enabled and an unaligned memory reference is made while the current privilege level is 3. |
| #UD |
If CPUID.(EAX=14H, ECX=0):EBX.PTWRITE [Bit 4] = 0. If LOCK prefix is used. If 66H prefix is used. |


@layout("layouts/_layout.blank.html"); Noah’s Ark Nursery School Home Who we are? Gallery Contact Calendar & Events Newsletter Our Policies Staffing Committee Menu Devizes,Wiltshire


 This is allowed, but generally not advised unless you are only changing the exporitation timestamp to be sooner than it already is.
If you are rotating a key, it is better to create a second signature info with the new key version, and then set this one to expire in 7-10 days (or a time advised by Apple and Google).


OpenGL Application Template
Here is a list of all documented class members with links to the class documentation for each member:
- d -
deletePointLight() :
engine::PointLights
deltaTime :
engine::TimeManager
deserializeBoolean() :
engine::Serializer
deserializeCollectable() :
engine::Serializer
deserializeCollectables() :
engine::Serializer
deserializeCubeMap() :
engine::Serializer
deserializeDirectionalLight() :
engine::Serializer
deserializeFloat() :
engine::Serializer
deserializeObstacle() :
engine::Serializer
deserializeObstacles() :
engine::Serializer
deserializePlayer() :
engine::Serializer
deserializePointLights() :
engine::Serializer
deserializeString() :
engine::Serializer
deserializeTransform() :
engine::Serializer
deserializeVector3() :
engine::Serializer
destroy() :
engine::GLAudioManager
,
engine::GLFWManager
,
engine::GLWindowManager
,
engine::OpenALManager
direction() :
engine::DirectionalLight
DirectionalLight() :
engine::DirectionalLight
directionalLight() :
engine::Scene
dirPath() :
engine::FilePath
disableBlending() :
engine::GLWindowUtils
doCollisionWith() :
engine::Collectable
,
engine::Entity
,
engine::Obstacle
,
engine::Player
Generated by
1.8.17


Mick McCarthy Confirms Troy Parrott, Lee O'Connor & Jack Byrne Will Start For Ireland
by Robert RedmondMick McCarthy has confirmed that Troy Parrott, Lee O’Connor and Jack Byrne will start for the Republic of Ireland on Thursday night.
Ireland play New Zealand in a friendly at the Aviva Stadium and three of the country’s most promising young players will start the game.
Parrott, at 17, will become the youngest player to feature for Ireland since Robbie Keane, who made his international debut at the same age.
The Tottenham Hotspur forward has only made one senior appearance so far in his career, in an EFL Cup tie against Colchester United, but has excelled at underage levels.
In his last game for Spurs’ Under-23 team, against Red Star Belgrade, Parrott scored four times.
“Troy is a bright intelligent, footballer,” McCarthy said at a press conference in Wednesday morning.
“They get caught between the Under-23s and the seniors. He got four goals in his last game against Red Star.”
McCarthy said the forward was working closely with Keane, who is now a coach with the Ireland team.
“He was working with him yesterday and he’s one of the best Robbie, his movement to get himself chances. You can help him in terms of finishing, giving him tips until you see he’s fantastic at that.”
“It’s just the all-round play of the striker Robbie has been one of the best and if he can’t learn from him, he’s not going to learn from anybody.”
While the Ireland boss was reluctant to predict how good Parrott can become, he did admit that he was impressed with what he has seen from the forward in training.
“I don’t think I’ve seen the full potential just yet in the couple of training sessions we’ve just had, but there are little things. We did something yesterday where the ball came into him, he turned and got his shot off and it was terrific. You can just see from that one little moment.”
Parrott will make his Ireland debut alongside fellow Dubliner Jack Byrne, who is set to make his first start for his country. Byrne set up in two goals in a substitute appearance against Bulgaria in September.
The midfielder has had a tremendous year in Irish football, where he helped Shamrock Rovers win the FAI Cup and won the PFA Player of the Year award.
Waterford native Lee O’Connor will also make his debut in the game.
The 19-year-old Celtic right-back, who joined the Scottish club from Manchester United, has impressed for Stephen Kenny’s Under-21 team and will get his chance for the senior team against the All Whites.


Pictures launch stories. I take a lot of photos and like most people, they stay on my phone. I used to use Instagram, but I’m not happy with their terms or use limitations on photos (ever tried to embed an image? It’s a nightmare). Maybe I’m an idealist and this is a funk, but whatever.
I’m posting to Flickr more and more regularly and I decided to make a small project for 2017. I’m going to tag a photo each day that will push it and the description over to a new blog I’m calling The Photoyear. It’ll syndicate that photo (technical stuff below) and turn it into a blog post. You can subscribe via RSS over there if you’d like. Sometimes, I’ll cross post it here, but that will be a place for pictures and their stories for the next year.
Thanks, as always, for reading.
I started by writing more descriptive…descriptions…with my photos. That led to the idea of running a blog entirely on photos – content and all. Since I’m already doing that on Flickr, it made sense to try and syndicate it back to a blog of some kind. Alan Levine is the king of all things RSS. Some of his posts led to working solutions.
Recently, Alan posted where to find the Flickr RSS feed for public photos. Instead of grabbing everything I post (often more than one photo per day) I wanted to grab just one. I was going to manage that by adding photos to an album, but you can’t do that anymore (not with an RSS URL, anyways). Sad trombone. So, I stick to tags.
I fired up a subdomain – photoyear.ohheybrian.com and installed WordPress and the FeedWordPress plugin to syndicate posts from any RSS feed. Running out of the box, it grabs the <description>
tag only from the XML:
The immediate problem is the size of the embedded image. The src
attribute is https://farm1.staticflickr.com/543/31231759933_ba613deec1_m.jpg
, meaning the medium sized image is embedded, which is tiny. I had to get brave and check out a PHP solution.
In functions.php
, I added a new filter (thanks to the suggestion of…you guessed it…Alan) which simply changes the _m.jpg
to _b.jpg
for a nice, full-width image.
I’m still not totally happy with my PHP solution because each post is going to come with, “a new photo by bennettscience” appended at the top. I tried using a preg_replace
function to find the string and remove it (it’s always the same), but I didn’t have any luck. If you have a suggestion, I’d love some help figuring that snippet out.
Anyways, all said and done, you can check out The Photoyear now and then to see what’s up. I’m looking forward to reading back over everything as we move through 2017.
Written on January 1st , 2017 by Brian Bennett Categorized in: All Life Projects
Leave a comment


|
Panda3D
|
Public Member Functions | |
| def | __init__ (self, path="./log_file", hourInterval=24, megabyteLimit=1024) |
| def | __del__ (self) |
| def | __next__ (self) |
| def | close (self) |
| def | fileno (self) |
| def | filePath (self) |
| def | flush (self) |
| def | isatty (self) |
| def | read (self, size) |
| def | readline (self, size) |
| def | readlines (self, sizehint) |
| def | rotate (self) |
| def | seek (self, offset, whence=0) |
| def | shouldRotate (self) |
| def | tell (self) |
| def | truncate (self, size) |
| def | write (self, data) |
| def | writelines (self, sequence) |
| def | xreadlines (self) |
Public Attributes | |
| closed | |
| file | |
| mode | |
| name | |
| path | |
| sizeLimit | |
| softspace | |
| timeInterval | |
| timeLimit | |
Static Public Attributes | |
| def | next = __next__ |
A file() (or open()) replacement that will automatically open and write to a new file if the prior file is too large or after a time interval.
| def __init__ | ( | self, | |
path = "./log_file" , |
|||
hourInterval = 24 , |
|||
megabyteLimit = 1024 |
|||
| ) |
Args: path: a full or partial path with file name. hourInterval: the number of hours at which to rotate the file. megabyteLimit: the number of megabytes of file size the log may grow to, after which the log is rotated. Note: The log file may get a bit larger than limit do to writing out whole lines (last line may exceed megabyteLimit or "megabyteGuidline").
| def __del__ | ( | self | ) |
| def __next__ | ( | self | ) |
| def close | ( | self | ) |
| def fileno | ( | self | ) |
| def filePath | ( | self | ) |
| def flush | ( | self | ) |
| def isatty | ( | self | ) |
| def read | ( | self, | |
| size | |||
| ) |
| def readline | ( | self, | |
| size | |||
| ) |
| def readlines | ( | self, | |
| sizehint | |||
| ) |
| def rotate | ( | self | ) |
Rotate the log now. You normally shouldn't need to call this. See write().
| def seek | ( | self, | |
| offset, | |||
whence = 0 |
|||
| ) |
| def shouldRotate | ( | self | ) |
Returns a bool about whether a new log file should be created and written to (while at the same time stopping output to the old log file and closing it).
| def tell | ( | self | ) |
| def truncate | ( | self, | |
| size | |||
| ) |
| def write | ( | self, | |
| data | |||
| ) |
Write the data to either the current log or a new one, depending on the return of shouldRotate() and whether the new file can be opened.
| def writelines | ( | self, | |
| sequence | |||
| ) |
| def xreadlines | ( | self | ) |
| closed |
| file |
| mode |
| name |
|
static |
| path |
| sizeLimit |
| softspace |
| timeInterval |
| timeLimit |


{{< layout}} {{$propositionHeader}}{{/propositionHeader}} {{$pageTitle}}Confirm applicant{{/pageTitle}} {{$header}}
You can do this online. You don't need to sign a printed photo.


rm3
Description
List all the Reidemeister Move III points of application on a given g-blink or apply such a move in a given gblink and application point.
Examples
Usage
rm3(gblink)
Lists all application points of Reidemeister Move III on the given g-blink.
rm3(gblink,closure=1)
Lists the closure by Reidemeister Move of Type III
rm3(gblink,a,t1)
Apply rm3 on hexagon starting in vertex label a and ab is connected by t1 in {“v”, “f”} indicating that t1 is a vertex-edge or a face-edge.
Arguments
|
gem |
3-gem for the list of twistors or the base of application of the twisting operation. |
|
c1 |
Label of a color in {1,2,3} |
|
c2 |
Label of a color in {1,2,3} |
|
v1 |
Label of vertex v1 |
|
v2 |
Label of vertex v2 |


BEATING THE RECESSION
WELCOME
borrow cash,pay with ease,0% interest,
buy any used Samsung Galaxy,HTC one or,
iphone series with 50% cash assistance,
drop your iphone,samsung,htc or lg mobile device,
and get cash within 7/14 days.
borrow cash,pay with ease,0% interest,
buy any used Samsung Galaxy,HTC one or,
iphone series with 50% cash assistance,
drop your iphone,samsung,htc or lg mobile device,
and get cash within 7/14 days.


Visualizer by
Antonio Della Fortuna
Source code
GitHub
Three.js Showcase
Three.js Showcase Post
WARNING: PHOTOSENSITIVITY/EPILEPSY SEIZURES
A very small percentage of individuals may experience epileptic seizures or blackouts when exposed to certain light patterns or flashing lights. Do not continue if you are an individual at risk.
Select a song
or
Play default song
Your browser does not support the
audio
element.


|
adevs
|
#include <adevs_par_simulator.h>
Public Member Functions | |
| ParSimulator (Devs< X, T > *model, MessageManager< X > *msg_manager=NULL) | |
| ParSimulator (Devs< X, T > *model, LpGraph &g, MessageManager< X > *msg_manager=NULL) | |
| T | nextEventTime () |
| Get the model's next event time. | |
| void | execUntil (T stop_time) |
| ~ParSimulator () | |
| Public Member Functions inherited from adevs::AbstractSimulator< X, T > | |
| void | addEventListener (EventListener< X, T > *l) |
| void | removeEventListener (EventListener< X, T > *l) |
| Remove an event listener. | |
| virtual | ~AbstractSimulator () |
| Destructor leaves the model intact. | |
| void | notify_output_listeners (Devs< X, T > *model, const X &value, T t) |
| Notify listeners of an output event. | |
| void | notify_state_listeners (Atomic< X, T > *model, T t) |
| Notify listeners of a state change. | |
This is the conservative simulator described in "Building Software for Simulation". Models, network and atomic, can be assigned to specific threads (processors) by calling the setProc() method. The components of a network will inherit its thread assignment. Model's with an explicit assignment must have a positive lookahead. Atomic models that are unassigned, by inheritance or otherwise, must have a positive lookahead and will be assigned randomly to a thread. Note that this simulator does not support dynamic structure models.
| adevs::ParSimulator< X, T >::ParSimulator | ( | Devs< X, T > * | model, |
| MessageManager< X > * | msg_manager = NULL |
||
| ) |
Create a simulator for the provided model. The Atomic components will be assigned to the preferred processors, or assigned randomly if no preference is given or the preference can not be satisfied. The message manager is used to handle inter-thread events. If msg_manager is NULL, the assignment and copy constructors of output objects are used and their is no explicit cleanup (see the MessageManager documentation). This constructor assumes all to all connection of the processors.
References adevs::LpGraph::addEdge().
| adevs::ParSimulator< X, T >::ParSimulator | ( | Devs< X, T > * | model, |
| LpGraph & | g, | ||
| MessageManager< X > * | msg_manager = NULL |
||
| ) |
This constructor accepts a directed graph whose edges tell the simulator which processes feed input to which other processes. For example, a simulator with processors 1, 2, and 3 where 1 -> 2 and 2 -> 3 would have two edges: 1->2 and 2->3.
| adevs::ParSimulator< X, T >::~ParSimulator | ( | ) |
Deletes the simulator, but leaves the model intact. The model must exist when the simulator is deleted, so delete the model only after the simulator is deleted.
|
virtual |
Execute the simulator until the next event time is greater than the specified value. There is no global clock, so this must be the actual time that you want to stop.
Implements adevs::AbstractSimulator< X, T >.


{% extends "message.html" %} {% block message %}
{% trans old_email='{}'.format(old_email)|safe, new_email='{}'.format(new_email)|safe %} The email address on your account has been successfully changed from {{old_email}} to {{new_email}}. {% endtrans %}
{% endblock message %}


Introduction
This is version two of Gila, a revision of the original design I submitted to OSWD in February 2003. Following is a summary of the major differences between this version and the original.
Gila was inspired by the homepage of ActiveState, an open-source application development company. The name Gila is a play on the word Komodo, the name of one of ActiveState’s products which is based on the Mozilla project.
This template is marked up in XHTML 1.0 Strict and styled with CSS, allowing for greater compatibility and transformability. The design does not use any tables (unlike the design’s inspiration) resulting in greater design flexibility and cleaner code.
I hope you find this revision to your liking. You are free to use this design for any purpose you wish — personal, commercial or otherwise — without any obligation. If you publish a web site that’s based on this template, please email me your site’s URI.
Improved Cross-browser Compatibility
I did not test version one of Gila in Opera before submitting it to OSWD. As a result, the original does not render properly in that browser. In contrast, this version of Gila has been fully tested in Opera (7.01), Gecko (Mozilla 1.3) and Internet Explorer (6.0) for consistent rendering.
This means that people using standards-compliant browsers will see the same format and layout of your page.
Modified Stylesheets
- More comprehensive screen stylesheet
- The improved cross-browser consistency is a result of Gila’s more comprehensive screen stylesheet. Major style parameters are explicitly defined in the stylesheet, resulting in less dependence on browser-determined defaults and thus fewer rendering idiosyncrasies.
- Removal of colour scheme stylesheet
- I’ve removed the separate colour scheme stylesheet found in the original version, instead incorporating the colour definitions in the single screen stylesheet.
- Addition of a print media stylesheet
- Gila now has a print media stylesheet that styles the page in a format appropriate for black and white printing. To see the effect of this stylesheet, select print preview from the file menu, or direct this page to a printer (NB: print only this frame if you are viewing this template in a multi-frame document).
Improved Accessibility
This version of Gila has improved accessibility features for people with impaired vision. The template tentatively conforms to the WCAG double A rating and § 508 guidelines for web content accessibility. The relative simplicity of the template’s underlying markup ensures that your page can be easily transformed for rendering in aural, tactile (braille) and other non-visual user agents.
Additionally, the majority of document metrics (widths, lengths and spacings) are font-size relative. This means that a user can increase the default font size of your page (using their browser) without compromising it’s layout.


Live different.
Being confused by calculating the price of items packaged in different portions? Enter multiple items’ price, portion, and unit (volume/weight/length/area). We will calculate the most inexpensive item for you.
Enter the number of free item(s) you will get after purchasing a certain amount of product(s). And then you will know the most inexpensive way to get the maximum number of item.
After enjoying your meal, simply enter the price, tax rate, and the gratuity percentage and we will calculate the price for each person for you.
First, insert the price of an item. And then apply the amount of surcharge or discount. The grand total price and how much you saved will be displayed afterwards.


{% extends "base_20161106.html" %} {% load humanize %} {% block title %} Analysis of commissions {{block.super}} {% endblock %} {% block content %} {{form.media}}
{{len_commissions}} entries
| Invoice | Author | Description | Fund | Date approved | Amount | VAT | PAYE | Due |
|---|---|---|---|---|---|---|---|---|
| Total: | {{total_amount|floatformat:"2"|intcomma}} | {{total_paye|floatformat:"2"|intcomma}} | {{total_vat|floatformat:"2"|intcomma}} | {{total_due|floatformat:"2"|intcomma}} | ||||
| {{commission.invoice.author.pk}}-{{commission.invoice.invoice_num}} | {{commission.invoice.author}} | {{commission.description}} | {{commission.fund}} | {{commission.date_approved|date:"Y-m-d"}} | {{commission.commission_due|floatformat:"2"|intcomma}} | {% with commission.calc_payment as payment %}{{payment.1|floatformat:"2"|intcomma}} | {{payment.2|floatformat:"2"|intcomma}} | {{payment.0|floatformat:"2"|intcomma}} | {% endwith %}


| 598 | (A) | thay brayde vpe the brygge witħ bygly cheynys |
| 601 | (C) | ¶ And brayde vp þe bregges . with þe bownden cheynes |
| 595 | (D) | Breyd vp-on þe briggis with þe brode cheynes |
| 587 | (E) | brayde vp þe brigges . with her stronge cheynes |
| (Ex) | ---- no text ---- | |
| 616 | (L) | brayden vp brigges with brouden chaynes |
| 556 | (P) | Brayde vp brigges & berres & chenes |
| 595 | (U) | Braid vp the brigges / witħ the bolde cheynes |
| (V) | ---- no text ---- |


|
| int | mouse_subscribe_int (int *bit_no) |
| |
| int | mouse_unsubscribe_int () |
| |
| int | mouse_cmd (uint8_t cmd) |
| | Sends a mouse command and checks for answer. More...
|
| |
| int | mouse_enable_data_report () |
| | Enables data reporting. More...
|
| |
| int | mouse_disable_data_report () |
| | Disables data reporting. More...
|
| |
| int | mouse_set_stream_mode () |
| | Sets stream mode. More...
|
| |
| void | mouse_handle_bytes (struct packet *mouse_by) |
| | Handles mouse bytes. More...
|
| |
| void | reset_counter () |
| | Resets the counter used to check if there were the 3 necessary bytes for the mouse input. More...
|
| |
| int | check_line (game *Game, struct packet *bytes, struct mouse_ev *event, int16_t xi, int16_t yi, int16_t xf) |
| | Checks the progress of the line used to create the bridge in-game. More...
|
| |
| int | in_boundaries (game *Game, int16_t xi, int16_t yi, int16_t xf) |
| | Checks if, while the mouse left button is pressed, the line is being draw in the correct direction. More...
|
| |
| #define | MOUSE_IRQ 12 |
| |
| #define | LB BIT(0) |
| |
| #define | RB BIT(1) |
| |
| #define | MB BIT(2) |
| |
| #define | XMSB BIT(4) |
| |
| #define | YMSB BIT(5) |
| |
| #define | XOVFL BIT(6) |
| |
| #define | YOVFL BIT(7) |
| |
| #define | ACK 0xFA |
| |
| #define | NACK 0xFE |
| |
| #define | ERROR 0xFC |
| |
| #define | WRITE_BYTE_TO_MOUSE 0xD4 |
| |
| #define | ENABLE_DATA_REPORTING 0xF4 |
| |
| #define | DISABLE_DATA_REPORTING 0xF5 |
| |
| #define | SET_STREAM_MODE 0xEA |
| |
| #define | MOUSE_CONTROL_REG 0x64 |
| |
| #define | MOUSE_IBF 0x60 |
| |
| #define | MOUSE_OBF 0x60 |
| |
| #define | INIT 0 |
| |
| #define | LINE 1 |
| |
| #define | BETWEEN 2 |
| |
| #define | RIGHT_LINE 3 |
| |
| #define | TOLERANCE 5 |
| |
- Author
- Diogo Faria
Basic functions for use of the mouse
◆ ACK
◆ BETWEEN
◆ DISABLE_DATA_REPORTING
| #define DISABLE_DATA_REPORTING 0xF5 |
◆ ENABLE_DATA_REPORTING
| #define ENABLE_DATA_REPORTING 0xF4 |
◆ ERROR
◆ INIT
◆ LB
◆ LINE
◆ MB
◆ MOUSE_CONTROL_REG
| #define MOUSE_CONTROL_REG 0x64 |
◆ MOUSE_IBF
◆ MOUSE_IRQ
◆ MOUSE_OBF
◆ NACK
◆ RB
◆ RIGHT_LINE
◆ SET_STREAM_MODE
| #define SET_STREAM_MODE 0xEA |
◆ TOLERANCE
◆ WRITE_BYTE_TO_MOUSE
| #define WRITE_BYTE_TO_MOUSE 0xD4 |
◆ XMSB
◆ XOVFL
◆ YMSB
◆ YOVFL
◆ check_line()
| int check_line |
( |
game * |
Game, |
|
|
struct packet * |
bytes, |
|
|
struct mouse_ev * |
event, |
|
|
int16_t |
xi, |
|
|
int16_t |
yi, |
|
|
int16_t |
xf |
|
) |
| |
Checks the progress of the line used to create the bridge in-game.
- Parameters
-
| Game | pointer to the struct of the current game |
| bytes | pointer to the struct that containes the mouse input information |
| event | pointer to the struct of the mouse event |
| xi | x position in which the line starts |
| yi | y position in which the line starts |
| xf | x position in which the line ends |
- Returns
- int 0 if finished, -1 if in progress
◆ in_boundaries()
| int in_boundaries |
( |
game * |
Game, |
|
|
int16_t |
xi, |
|
|
int16_t |
yi, |
|
|
int16_t |
xf |
|
) |
| |
Checks if, while the mouse left button is pressed, the line is being draw in the correct direction.
- Parameters
-
| Game | pointer to the struct of the current game |
| xi | x position in which the line starts |
| yi | y position in which the line starts |
| xf | x position in which the line ends |
- Returns
- int 0 if in boundaries, -1 otherwise
◆ mouse_cmd()
| int mouse_cmd |
( |
uint8_t |
cmd | ) |
|
Sends a mouse command and checks for answer.
- Parameters
-
- Returns
- int 0 if successful, -1 otherwise
◆ mouse_disable_data_report()
| int mouse_disable_data_report |
( |
| ) |
|
Disables data reporting.
- Returns
- int 0 if successful, -1 otherwise
◆ mouse_enable_data_report()
| int mouse_enable_data_report |
( |
| ) |
|
Enables data reporting.
- Returns
- int 0 if successful, -1 otherwise
◆ mouse_handle_bytes()
| void mouse_handle_bytes |
( |
struct packet * |
mouse_by | ) |
|
Handles mouse bytes.
- Parameters
-
| mouse_by | struct to fill with mouse input information (updated by the function) |
◆ mouse_set_stream_mode()
| int mouse_set_stream_mode |
( |
| ) |
|
Sets stream mode.
- Returns
- int 0 if successful, -1 otherwise
◆ mouse_subscribe_int()
| int mouse_subscribe_int |
( |
int * |
bit_no | ) |
|
◆ mouse_unsubscribe_int()
| int mouse_unsubscribe_int |
( |
| ) |
|
◆ reset_counter()
Resets the counter used to check if there were the 3 necessary bytes for the mouse input.


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