I prepared a small mount of Vilca snuff using 2 grams of Anadenanthera colubrina and 0.667 grams of pickling lime (food grade calcium hydroxide). This is a 3:1 ratio of seeds to lime. These were ground finely along with the calcium hydroxide. The seed hulls were NOT removed. They are normally removed when preparing snuff. However, I was preparing Vilca snuff for use intrabuccally (in the cheeks of the mouth) instead of intranasally. I donít like snuffing things. I find that Vilca is just as active bucally as intranasally, and I find it more pleasant this way.
To the powder, I added 2 ml of distilled water. This was mixed for about 10 minutes. Normally I would let it sit for about 1 day before use, but this time I decided to try it immediately, to see if there was any difference this way. I rolled the wet Vilca dough into a 2 inch roll, and then flattened in out. I broke it into two 1 inch pieces.
At about 10:45 pm, I place 1 piece of the Vilca dough inside my left cheek and the other in my right cheek. Once there, I pressed my cheeks in to spread the dough all over the inside of my cheeks. This was done to maximize the surface area exposed to the Vilca. No drugs other were used, except coffee in the morning.
 At no time was any swallowed. I found that if any was swallowing it produced lots of side effects (nausea, body tension, etc.).
 The effects were already noticeable. There was a slight burning sensation in my cheeks leftover from the lime. My body felt a little warmer than usual.
At 11:10 pm, there were slight visual effects. The visuals were faint. This was obviously weak Vilca. I felt good, there was a little euphoria. I watched the news while lying in bed. The walls were slightly waving. There was a tingling sensation felt around my eyes.
At 11:25 pm, it reached the peak. The visuals were a little stronger, but only some patterns were seen. There were no hallucination or closed eyed visuals. Everything looked slightly different. I could think very clearly. The pleasant tingling sensation was spreading throughout my body.
At 11:30 pm, the effect started to diminish.
By 12:30 am, the effects were pretty much gone.
This was a light dose. These seeds were pretty weak.
It seems that not letting the Vilca sit overnight produces slightly more side effects. I did notice feeling a little warmer in the body. There was very slight nausea felt at about 11:10 pm lasting about 5 minutes. I normally donít feel nausea if I let the Vilca sit overnight. Also, the burning from the lime was stronger.
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.


Subtractive
Wave: Determines the waveform of the oscillator between a sine, triangle, saw, and square.
Octave: Offsets the pitch of the oscillator from the incoming note in octave intervals.
Semi: Offsets the pitch of the oscillator from the incoming note in semitone intervals.
Fine: Offsets the pitch of the oscillator from the incoming MIDI note in cent intervals.
Mix: Crossfades the volume of subtractive oscillators A and B.
Gain: Sets the gain of the subtractive section.
Additive
Harmonic Gains: Sets the gain for each additive harmonic. See also Aeolian Mode below.
Harmonic Pans: Sets the panning for each additive harmonic.
Harmonic Multipliers: Sets the frequency multiplier for each additive harmonic.
Octave: Offsets the pitch of the oscillator from the incoming note in octave intervals.
Semi: Offsets the pitch of the oscillator from the incoming note in semitone intervals.
Fine: Offsets the pitch of the oscillator from the incoming MIDI note in cent intervals.
Reset: Resets all the harmonic gains, pans and multipliers.
Random: Randomizes the harmonic gains. Also randomizes the multipliers if the mult toggle is checked.
Mult: If checked, randomizing the harmonics also randomizes the multipliers.
Mix: Sets the gain of the mixed additive section.
FM Mod: Sets the depth of frequency modulation applied to the additive section by the dedicated sine fm modulator.
FM Freq: Sets the frequency of the dedicated sine fm modulator.
Amplitude Envelope
A: Determines the length of the attack portion of the envelope.
D: Determines the length of the decay portion of the envelope.
S: Determines the sustaining volume of the envelope.
R: Determines the length of the release portion of the envelope.
Pitch Envelope
A: Determines the length of the attack portion of the envelope.
D: Determines the length of the decay portion of the envelope.
S: Determines the sustaining volume of the envelope.
R: Determines the length of the release portion of the envelope.
Mod: Determines the depth of modulation applied to the oscillator pitch by the envelope.
Pitch LFO
Wave: Determines the waveform of the LFO between a sine, triangle, saw, and square.
Mod: Determines the depth of modulation applied to the oscillator pitch by the LFO.
Rate: The speed of the modulation. When in sync mode the control and rate is determined by a division of the incoming BPM. When in free mode the control and rate is determined by frequency in hertz.
Sync: Switches the LFO rate between hz and BPM sync modes.
Retrig: When off the LFO will continuously run through the wave cycle. When On the LFO cycle retrigger with each new played noyte.
Filter
Type: Choice between lowpass and highpass filter types.
Cut: Determines the cutoff point of the filter.
Res: Sets the resonance of the filter.
Filter Envelope
A: Determines the length of the attack portion of the envelope.
D: Determines the length of the decay portion of the envelope.
S: Determines the sustaining volume of the envelope.
R: Determines the length of the release portion of the envelope.
Mod: Determines the depth of modulation applied to the filter by the envelope.
Filter LFO
Wave: Determines the waveform of the LFO between a sine, triangle, saw, and square.
Mod: Determines the depth of modulation applied to the filter by the LFO.
Rate: The speed of the modulation. When in sync mode the control and rate is determined by a division of the incoming BPM. When in free mode the control and rate is determined by frequency in hertz.
Sync: Switches the LFO rate between hz and BPM sync modes.
Retrig: When off the LFO will continuously run through the wave cycle. When On the LFO cycle retrigger with each new played noyte.
Chorus
Delay: Set the delay offset between the original and effected signal.
Rate: Set the rate of modulation of the chorus circuit.
Depth: Set the depth of modulation of the chorus circuit.
Wet: Set the mix between the original and effected signal.
Delay
Time: Set the delay time in tempo divisions.
Fb: Set the gain of the delay feedback.
Wet: Set the mix between the original and effected signal.
Presets
Save: Saves the preset to the browser download folder with the name give in the save name field.
Save Name: Sets the name for a preset to be saved. Must include the .txt file extension.
Load: Loads the preset from the location indicated in the load path field.
Load Path: Sets the online path from which to load a preset from. Must include the .txt file extension.
MIDI
Driver Select: If the browser supports MIDI, allows selection of a MIDI device.
Monitor: Displayed incoming MIDI activity.
Learn: When a valid MIDI driver is selected and MIDI learn is enabled, moving any parameter on the interface and then moving the source MIDI controller will create a link between the controller and the parameter. When MIDI learn is disabled, moving the MIDI controller will move the parameter on the interface.
Velocity: Determines whether the amplitude envelope will respond to incoming MIDI velocity information or not.
Pitch Bend: Pitch bender visuallising the MIDI pitch bend controller. Allows "bending" of the played notes based on the pitch bend range setting.
Main Settings
Start Audio: Starts the browser audio engine for the synth.
Gain: Determines the overall volume output of the synthesizer.
BPM: Deterimnes the base tempo for the LFO and delay divisors.
Bend Range: Sets the pitch bend range of incoming MIDI pitch bend information by semitone intervals.
Drone: When turned off the amplitude envelope starts the release stage when a note is no longer playing. When turned on the amplitude envelope does not trigger the release, allowing for a continuous droning tone.
Aeolian: When turned on slow randomized LFOs modulate the amplitudes of each harmonic on the additive section. Every time the toggle is switch on, these LFOs are randomized with new parameters. When turned off no modulation is applied to the additive harmonic gains.


Valentino (1977) 128m.
Typically raucous Ken Russell biography is a bit of an odd one out in his catalogue. I'm not sure why he was attracted to the story of silent-movie idol Rudolph Valentino after several years of tackling composers and artists, but I would guess that the allure of recreating the old days of Hollywood is a pretty potent lure for any film director in love with his craft.
Despite flaws, and its liberal interpretation of the facts, VALENTINO at least introduces the man to those casual viewers that may have never heard of him. At best, it implants the image of Rudolph Valentino as a screen phenomenon of the silent era and points out the distinctive impact of the medium. It's summed up quite simply in one shot which shows an audience composed entirely of women watching a Valentino film while the camera moves in on one and transports her into the events on the screen. Russell, however, is not one for understatement – to compensate for the lack of filmic events that take place in Valentino's life he inflates scenes with loud music and hysterical, obnoxious characters. Given the right subject matter, Russell's excessive style can be effective (ALTERED STATES, THE DEVILS, THE BOY FRIEND, TOMMY). Here, it's just puzzling – at least for any viewer unacquainted with the notorious director.
Cast as the central character is ballet dancer Rudolf Nureyev, who shares not only his forename with the screen idol but a workable physical likeness. Aware that this was Nureyev's acting debut, Russell wanted him to speak more with body language than words, but the dancer saw this as a chance to develop an acting career (which ironically paralleled Valentino's own artistic progress). At times he is striking in the part, particularly when he is on the dance floor. He also alternates between wooden and hammy, but that conforms to our stereotype of silent film actors anyway and isn't necessarily a distraction. The interesting cast also includes Leslie Caron, Felicity Kendal, Carol Kane, Michelle Phillips (from The Mamas and the Papas) and John Ratzenberger in a bit part. And where on Earth did Russell dig up Huntz Hall?
By the film's end we are still left with the impression of Valentino as an icon, not a man. It's a curious thing, which we might like to blame on the story, Russell's handling of the material or Nureyev's performance. But I think the answer is simpler than that: Valentino was and always will be an icon because although we know him by sight we have never heard him speak, henceforth freezing him in time exclusively by image. He also died young, reinforcing that the image would never develop, grow old, or change. Valentino was, for all intents and purposes, the smoldering characters he presented on screen. Could any biographical picture have transcended that legacy? What attracted Russell to the project – Valentino's legend – is also the same thing that ensured his film would never be entirely successful.
<EMAIL_ADDRESS>Get Your Private, Free E-mail from MSN Hotmail at http://www.hotmail.com.
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.
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


This calculator will help you to convert decibels to percentages and vice versa.
The formula that will be used is as followed:
Decibels, X; Percentages, K;


Friends of Eli is a nonprofit organization devoted to sharing the hope of the gospel to special needs families. Through a wide and growing range of services, products, and programs, we seek to fulfill our vision of providing support and opportunity to people with special needs.
Read moreFriends of Eli exists to glorify God by sharing the hope we have by offering employment, belonging, and community to individuals with special needs. We hope to provide comfort and assurance to families by ensuring their loved one lives a meaningful and productive life in a loving, supportive environment.
We believe that all people have inherent value as image bearers of God. First and foremost this ministry is designed to serve others. We believe in working hard unto the Lord for people of all abilities.
Friends of Eli was founded by Sandra and Gilbert Villarreal. They have three children; two of them were born on the autism spectrum. Quickly, this impacted every aspect of their lives and caused them to think toward the future. They asked the question every parent asks at some point, “What will my children do when I am gone?” Because of this calling, their goal has been to share opportunity and hope – hope in God with other families facing similar circumstances and bring hope of a bright future for their children.
We believe that all people have inherent value as image bearers of God. We exist as a ministry to serve God's people. We believe that we are called to be tender and sensitive towards the needs of everyone.
Our founder, Sandra, has two boys with special needs. Additionally, her oldest son struggled with chronic skin irritation. Many of the creams and ointments she used to help him had ingredients that were synthetic and full of chemicals. Over time she discovered that natural products were the most effective on his skin. Soon after, she began to perfect recipes and products for her son, which soon became popular in her community.
We are making plans to develop a ranch or farm as a home base for a much wider ministry effort. Over time it will be developed into a state of the art residential retreat center where adults with special needs can be employed and special needs families can come to visit and find rest, refreshment and community. The ranch will provide meaningful and productive work for residents manufacturing and distributing the products sold by Eli’s Balms.
Friends of Eli exists to glorify God by helping those with special needs reach their full potential in a productive and healing environment.


Instructions:
Use the checkboxes to select the desired level of confidence at which you would like to conclude, on the basis of measurements of each measurand, that the measurands are indeed different. The slider below then sets the assumed difference between two measurands. Adjust this value until P2 matches the selected confidence level. This setting of the slider specifies the resolution of the instrument, the separation between measurands at which you can use measurements of the two measurands to conclude with the specified confidence that the measurands are different.


dRep
What does it do?
dRep, developed by Matt Olm, is used to compare genomes and determine relatedness in the form of average nucleotide identity (ANI). Optionally, it can be used to dreplicate genomes.
For more information, see the dRep publication. If you publish data using this automator, don't forget to cite the authors of the tool Olm et al., 2017
How do I use it?
Subject
In the Subject
field, put drep
. Spelling counts, but case sensitivity doesn't.
Description
Required Components
The first line of the description should be the analysis you would like to run (e.g. analysis=custom
).
- The following options are currently supported:
custom
- compare only the SEQIDs listed in the descriptionenterobacterales
- compare the listed SEQIDs to a set of reference sequences for species from the order Enterobacteraleslisteriaceae
- compare the listed SEQIDs to a set of reference sequences for species from the family Listeriaceae
You must also include a list of SEQIDs one per line.
Optional Components
By default, dRep will run the compare command to compare the set of genomes. In order to customise your dRep analyses, several settings can be optionally modified
-
MASH ANI cutoff - this value is important, as only sequences clustering within this 'relatedness' threshold will be analysed using the secondary ANI algorithm (which is what determines the ANI values)
- default is
0.9
(90%) - If you want to use custom cutoffs for MASH clustering, add a line to your description:
mash_ANI_threshold=0.8
- default is
-
Secondary clustering cutoff
- default is
0.99
(99%) - modify as follows:
S_ANI=0.9
- default is
-
coverage threshold (minimum overlap between genomes when doing secondary comparisons)
- default is
0.1
(10%) - modify as follows:
coverage_threshold=0.2
- default is
-
cluster algorithm
- default is
average
- modify as follows:
clusteralgorithm=ward
- available algorithms include:
median
,weighted
,single
,complete
,average
,ward
,centroid
- default is
-
comparison algorithm
- default is
ANImf
- modify as follows:
comparisonalgorithm=fastANI
- available algorithms include:
fastANI
,ANImf
,ANIn
,gANI
,goANI
- default is
-
command type (compare genomes for ANI values, or dereplicate, see dRep).
- default is
compare
- modify as follows:
command=dereplicate
- default is
Example
Interpreting Results
dRep will upload a zip file to the ftp on completion. This will contain folders with data in the form of tables, figures, etc. ANI values will only be output for clusters of sequences that are related at or above the MASH ANI cutoff. dRep does not output a tree file, however you should be able to replicate the output MASH tree by hierarchical clustering of the MASH table in R. (Hierarchical clustering uses the cluster algorithm command described above)
How long does it take?
This depends largely on the number of strains you want to compare and their relatedness. It can often be as quick as a few minutes if you have 10 or less strains, or take several hours for more strains. The primary clustering step uses Mash to determine whether sequences are likely related (based on provided cutoff or default 90%).
The secondary analysis which calculates the ANI values is only completed on sets of genomes that have at least 90% Mash ANI (unless this cutoff is modified). These secondary comparisons are slower (more sensitive and accurate for ANI). Therefore, if you have a large number of closely related genomes your job may take longer to complete.
What can go wrong?
A few things can go wrong with this process:
1) Requested SEQIDs are not available. If we can't find some of the SEQIDs that you request, you will get a warning message informing you of it.
2) You did not provide an analysis type. Custom analysis only completes dRep compare for the SEQ-IDs listed, whereas enterobacterales will compare your listed sequences to reference sequences from the order Enterobacterales, and listeriaceae will compare your listed sequences to reference sequences from the family Listeriaceae.


Impressum
Für den Inhalt dieser Website verantwortlich:
Mag. Ing. Manzl Sebastian
Bundesoberstufen-Realgymnasium Salzburg Nonntal
Josef-Preis-Allee 7
5020 Salzburg
Kontakt<EMAIL_ADDRESS>Dieses Werk ist lizenziert unter einer Creative Commons Namensnennung 4.0 International Lizenz
Die bereitgestellte Software ist unter der MIT-Lizenz veröffentlicht:
Copyright (c) 2019 Manzl Sebastian
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


CrimPapers
Articles published on 18 June 2018
On 18 June 2018, 6 new articles were published in 5 journals.
This Nudge Was Not Enough: A Randomised Trial of Text Message Reminders of Court Dates to Victims and Witnesses
Externalizing Behaviors Among Adopted Children: A Longitudinal Comparison of Preadoptive Childhood Sexual Abuse and Other Forms of Maltreatment
Child Maltreatment Reporting in the General Population: Examining the Roles of Community, Collective Efficacy, and Adverse Childhood Experiences
Psychopathology and Coping in Survivors of Intimate Partner Violence: Associations With Race and Abuse Severity by Caroline M. Clements, Victoria E. Bennett, Anne Hungerford, Kate Clauss, Sierra K. Wait
Predictors of Successful Police Academy Recruits and Rationalizations For Attrition by Kelesha Nevers
Affect and Trust As Predictors of Public Support For Armed Police: Evidence From London by Julia A. Yesberg, Ben Bradford


Version:
Created by: SolidCypher.8214
Please send suggestions, bugs, etc to<EMAIL_ADDRESS>Maps courtesy of dulfy.net
Thanks to the hard work of the following people/groups for the pathing routes:
Midnight Mayhem, Grey[DVDF], Dragons in Exile, Agony Gaming, Ranth Gearshot, eternitymango, Gelda Nebilim, Lady Alderea, Reddit Refuge, Aelineus, Diviner, Ezmode, Viszay


Mountains
Everybody wants to reach the peak, but there is no growth on the top of a mountain. It is in the valley that we slog through the lush grass and rich soil, learning and becoming what enables us to summit life’s next peak. That's why mountains are always
my favorite destinations.


Democritus University of Thrace & Komotini
Democritus University of Thrace
The Democritus University of Thrace was founded in 1973 and opened its gates for the academic year 1974-1975 with the starting of the Department of Civil Engineering in Xanthi and the Department of Law in Komotini. It was named after the
ancient Greek philosopher Democritus, who was born in Abdera, Xanthi. The administrative headquarters are based in Komotini, which is also the capital of the administrative region of Eastern Macedonia and Thrace, while administrative services
are provided in all four of the city-centers (Xanthi, Komotini, Alexandroupoli, Orestiada).
The Democritus University of Thrace has been, since its establishment in 1973, the first Greek regional polyhedral university, while its necessity wasn’t exclusively limited to educational purposes.
Its functioning through its polyhedralism firstly in the cities of Xanthi and Komotini and later at Alexandroupoulis and Orestiada,in addition to its educational and research activities, has been an essential factor in the economic growth
of the Region of Thrace. Simultaneously, the University contributed in the enhancing of the national and cultural nature of the wider area of Thrace and the upgrade of the biotic and social status with both direct and indirect actions.
The Democritus University of Thrace has the following Schools and Departments:
I. School of Engineering (Xanthi)
    • Department of Civil Engineering
    • Department of Electrical
and Computer
    • Department of Environmental Engineering
    • Department of Architecture
    • Department of Production and Management Engineering
II. School of Classics
and Humanities (Komotini)
    • Department of History and Ethnology
    • Department of Philology
    • Department of Languages, Literature and Culture of the Black Sea Countries
III. School of Law (Komotini)
    • Department of Law
IV. Physical Education and Sport Sciences (Komotini)
    • Department of Physical Education and Sport Sciences
V. School of Economic,
Political and Social Sciences (Komotini)
    • Department of Social Work
    • Department of Social Administration
    • Department of Political Sciences
    •
Department of Economics
VI. School of Health Sciences (Alexandroupoli)
    • Department of Medicine
    • Department of Molecular Biology and Genetics
VII. School of Education (Alexandroupoli)
    • Department of Primary Level Education
    • Department of Education Sciences in Early Childhood
VIII. School of Agriculture and Forestry (Orestiada)
    • Department
of Agricultural Development
    • Department of Forestry and Management of the Environment and Natural Resources
City of Komotini
Komotini is the capital city of Thrace, a region in northeastern Greece. Its name originates by the one given by the Ottomans (Gümülcine) and historians track down its existence back in 5th century BC.
It is a multicultural city because of its location and the large number of Muslims who remain there as an exception to the population exchange as described in the Treaty of Lausanne. It is also full of life, since it is home to several
departments of the Democritus University of Thrace and is packed with its students. Despite the city's cloudy weather that gave her the name 'Little London' by the students, she does not lack the fun. While walking it one finds harmonious
coexistence of modern and picturesque houses and streets. The most characteristic attraction is the Central Heroon (Spathi), a monument to the fallen of World War II, which adorns the center of the city.
Thracing on MIC
Thracing on MIC (Model International Crises) is a simulation conference on international organizations and crises which is going to take place in the city of Komotini during the first week of December 2021 and is addressed to students
who love international law, diplomacy and politics. Participating delegates are invited to play the role of a representative of a state entity in international committees and to manage a simulated crisis of international scope, using the rules
of international law and their diplomatic skills. More specifically, an international crisis environment will be created, evolving in real time, which will be examined by each of the committees to be simulated (UNGA-Emergency Meeting "United
for Peace", NATO, Council of Europe ,Council of the European union ,International court of justice, European Court of Justice) to the extent and from the point of view that its jurisdiction allows it. The organization of this academic event
is an initiative of the newly established association "Visualizing in Thrace:forum of International Law and Politics", based in Komotini. The idea of the conference and the association itself was initiated by some students, who, driven by
their love for diplomacy and international law, but also for Komotini itself, decided to create a group for fellow students with common interests. The project of Thracing on MIC is part and purpose of the association from the very beginning,
as is the prominence of Komotini and the Democritus University of Thrace as a fertile ground for academic dialogue and reflection.
Visualizing in Thrace
Visualizing in Thrace: Forum of Int. Law and Politics is a politically neutral association of students of DUTH (mainly for the faculties of the city of Komotini). Its object is to organize events, seminars and conferences (or webinars)
on the main topic of international law and international politics (in a broad sense), without being strictly limited to them. That kind of entity did not exist in Komotini so students with such interests had to resort to other associations
in Athens or Thessaloniki, in order to educate themselves or socialize with people with similar interests. In that sense, promoting the city of Komotini and Democritus University of Thrace, by creating for the first time an environment for
growth and development in the field of international law is this association's main goal.


In summer 2019, I created a web application for the WHO Mental Health Gap project using JavaScript, Node.js and Vue basics under the direction of Dr. Benedict Brown. At the end of the summer, we began the process of converting the web app in to a native Android application.
The purpose of the app is to assist primary healthcare workers in rural areas in diagnosing mental health conditions. The video above demonstrates the protocol for diagnosing psychosis, but working off of a previous hard-coded version, I coded the app in such a way that I used a JSON with a specific structure to encode the diagnosis flow chart, so that the web app could be generalized to the diagnosis of any other conditions encoded in a JSON with the same structure.
For a final project in my Intro to Programming Class, I worked with a partner to replicate the popular Atari Breakout Game, using Object-Oriented Programming and linked lists.


Tumaway, Talisay, Batangas
Give us a message!We'll get to you as soon as we can.
We look forward to our partnership.


Functions available in the LittleFoot language.
Functions | |
| int | getHeapByte (int byteIndex) |
| Reads and returns the value of a single byte from the heap. More... | |
| int | getHeapInt (int byteIndex) |
| Reads 4 bytes from the heap and returns the value as an integer. More... | |
| int | getHeapBits (int startBitIndex, int numBits) |
| Reads a sequence of bits from the heap and returns the value as an integer. More... | |
| void | setHeapByte (int byteIndex, int newValue) |
| Writes a single byte to the heap. More... | |
| void | setHeapInt (int byteIndex, int newValue) |
| Writes 4 bytes to the heap. More... | |
| int | min (int a, int b) |
| Returns the smaller of two integer values. More... | |
| float | min (float a, float b) |
| Returns the smaller of two floating point values. More... | |
| int | max (int a, int b) |
| Returns the larger of two integer values. More... | |
| float | max (float a, float b) |
| Returns the larger of two floating point values. More... | |
| int | clamp (int lowerLimit, int upperLimit, int valueToConstrain) |
| Constrains an integer value to keep it within a given range. More... | |
| float | clamp (float lowerLimit, float upperLimit, float valueToConstrain) |
| Constrains a floating point value to keep it within a given range. More... | |
| int | abs (int arg) |
| Returns the absolute value of an integer value. More... | |
| float | abs (float arg) |
| Returns the absolute value of a floating point value. More... | |
| float | map (float value, float sourceMin, float sourceMax, float destMin, float destMax) |
| Remaps a value from a source range to a target range. More... | |
| float | map (float value, float sourceMin, float sourceMax) |
| Remaps a value from a source range to the range 0 - 1.0. More... | |
| int | mod (int dividend, int divisor) |
| Performs a modulo operation (can cope with the dividend being negative). More... | |
| float | getRandomFloat () |
| Returns a random floating-point number. More... | |
| int | getRandomInt (int maxValue) |
| Returns a random integer, limited to a given range. More... | |
| int | getMillisecondCounter () |
| Returns the number of milliseconds since a fixed event (usually system startup). More... | |
| int | getTimeInCurrentFunctionCall () |
| Returns the length of time spent in the current function call in milliseconds. More... | |
| void | log (int data) |
| Logs an integer value to the console. More... | |
| void | logHex (int data) |
| Logs a hexadecimal value to the console. More... | |
| void | sendMIDI (int byte0) |
| Sends a 1-byte short midi message. More... | |
| void | sendMIDI (int byte0, int byte1) |
| Sends a 2-byte short midi message. More... | |
| void | sendMIDI (int byte0, int byte1, int byte2) |
| Sends a 3-byte short midi message. More... | |
| void | sendNoteOn (int channel, int noteNumber, int velocity) |
| Sends a key-down message. More... | |
| void | sendNoteOff (int channel, int noteNumber, int velocity) |
| Sends a key-up message. More... | |
| void | sendAftertouch (int channel, int noteNumber, int level) |
| Sends an aftertouch message. More... | |
| void | sendCC (int channel, int controller, int value) |
| Sends a controller message. More... | |
| void | sendPitchBend (int channel, int position) |
| Sends a pitch bend message. More... | |
| void | sendChannelPressure (int channel, int pressure) |
| Sends a channel-pressure change event. More... | |
| void | setChannelRange (bool useMPE, int lowChannel, int highChannel) |
| Sets the MIDI channel range. More... | |
| int | assignChannel (int noteNumber) |
| Assigns a MIDI channel to a note number. More... | |
| void | deassignChannel (int noteNumber, int channel) |
| Deassigns a channel from a note number. More... | |
| int | getControlChannel () |
| Returns the channel that is being used for control messages. More... | |
| void | useMPEDuplicateFilter (bool active) |
| Sets whether duplicate notes should be filtered out when MPE is enabled. More... | |
| void | repaint () |
| Use this method to draw the display. More... | |
| void | handleButtonDown (int index) |
| Called when a button is pushed. More... | |
| void | handleButtonUp (int index) |
| Called when a button is released. More... | |
| void | onControlPress (int buttonIndex) |
| Call this when a control block button is pressed to trigger the buttons default behaviour. More... | |
| void | onControlRelease (int buttonIndex) |
| Call this when a control block button is released to trigger the buttons default behaviour. More... | |
| void | touchStart (int index, float x, float y, float z, float vz) |
| Called when a touch event starts. More... | |
| void | touchMove (int index, float x, float y, float z, float vz) |
| Called when a touch event moves. More... | |
| void | touchEnd (int index, float x, float y, float z, float vz) |
| Called when a touch event ends. More... | |
| void | initialise () |
| Called when a program is loaded onto the block and is about to start. More... | |
| void | handleMIDI (int byte0, int byte1, int byte2) |
| Called when a block receives a MIDI message. More... | |
| void | handleMessage (int param1, int param2, int param3) |
| Called when a block receives a message. More... | |
| int | makeARGB (int alpha, int red, int green, int blue) |
| Combines a set of 8-bit ARGB values into a 32-bit colour and returns the result. More... | |
| int | blendARGB (int baseColour, int overlaidColour) |
| Blends the overlaid ARGB colour onto the base one and returns the new colour. More... | |
| void | displayBatteryLevel () |
| Displays an animation indicating the current battery level of this block. More... | |
| void | clearDisplay () |
| Clears the display and sets all the LEDs to black. More... | |
| void | clearDisplay (int rgb) |
| Clears the display and sets all the LEDs to a specified colour. More... | |
| void | fillPixel (int rgb, int x, int y) |
| Sets a pixel to a specified colour with full alpha. More... | |
| void | blendPixel (int argb, int x, int y) |
| Blends the current pixel colour with a specified colour. More... | |
| void | fillRect (int rgb, int x, int y, int width, int height) |
| Fills a rectangle on the display with a specified colour. More... | |
| void | blendRect (int argb, int x, int y, int width, int height) |
| Blends a rectangle on the display with a specified colour. More... | |
| void | blendGradientRect (int colourNW, int colourNE, int colourSE, int colourSW, int x, int y, int width, int height) |
| Fills a rectangle on the display with four corner colours blended together. More... | |
| void | blendCircle (int argb, float xCentre, float yCentre, float radius, bool fill) |
| Blends a circle on the display with a specified colour. More... | |
| void | drawNumber (int value, int colour, int x, int y) |
| Draws a number on the display. More... | |
| int | getFirmwareVersion () |
| Returns the current firmware version of this block. More... | |
| float | getBatteryLevel () |
| Returns the battery level of this block, between 0 and 1.0. More... | |
| bool | isBatteryCharging () |
| Returns true if this block's battery is charging. More... | |
| void | setStatusOverlayActive (bool active) |
| Sets whether status overlays should be displayed on this block. More... | |
| void | setPowerSavingEnabled (bool enabled) |
| Sets whether power saving mode should be enabled on this block. More... | |
| int | getBlockTypeForID (int blockID) |
| Returns the type of the block with a given ID. More... | |
| void | sendMessageToBlock (int blockID, int param1, int param2, int param3) |
| Sends a message to the block with the specified ID. More... | |
| void | sendMessageToHost (int param1, int param2, int param3) |
| Sends a message to the host. More... | |
| void | addPressurePoint (int argb, float touchX, float touchY, float touchZ) |
| Draws a pressure point with a specified colour and pressure. More... | |
| void | drawPressureMap () |
| Draws the pressure map on the display. More... | |
| void | fadePressureMap () |
| Fades the pressure map on the display. More... | |
| void | linkBlockIDtoController (int blockID) |
| Links a another block to this control block. More... | |
| void | repaintControl () |
| Repaints the control block display. More... | |
| void | initControl (int buttonIndex, int modeToUse, int outputType, int val, int min, int max, int index, int onColourToUse, int offColourToUse) |
| Initialises one of the control block buttons. More... | |
| void | handleTouchAsSeaboard (int touchIndex) |
| Forces a touch event to be handled as seaboard playing. More... | |
| int | getNumBlocksInTopology () |
| Returns the number of blocks in the current topology. More... | |
| int | getBlockIDForIndex (int index) |
| Returns the ID of a block at a given index in the topology. More... | |
| bool | isMasterBlock () |
| Returns true if this block is directly connected to the host, as opposed to only being connected to a different block via a connection port. More... | |
| bool | isConnectedToHost () |
| Returns true if this block is connected to the host computer, this can be directly or through connections to other blocks. More... | |
| int | getBlockIDOnPort (int port) |
| Returns the ID of a block connected to a specified port on this block. More... | |
| int | getPortToMaster () |
| Returns the port number that is connected to the master block. More... | |
| int | getHorizontalDistFromMaster () |
| Returns the horizontal distance between this block and the master block in block units. More... | |
| int | getVerticalDistFromMaster () |
| Returns the vertical distance between this block and the master block in block units. More... | |
| int | getAngleFromMaster () |
| Returns the angle of this block relative to the master block in degrees. More... | |
| void | setAutoRotate (bool enabled) |
| Sets whether this block should auto-rotate when its angle relative to the master block changes. More... | |
| int | getClusterIndex () |
| Returns the index of this block in the current cluster. More... | |
| int | getClusterWidth () |
| Returns how many blocks wide the current cluster is. More... | |
| int | getClusterHeight () |
| Returns how many blocks high the current cluster is. More... | |
| int | getClusterXpos () |
| Returns the x index of this block in the current cluster. More... | |
| int | getClusterYpos () |
| Returns the y index of this block in the current cluster. More... | |
| int | getNumBlocksInCurrentCluster () |
| Returns the number of blocks in the current cluster. More... | |
| int | getBlockIdForBlockInCluster (int index) |
| Returns the block ID for a block in the current cluster. More... | |
| bool | isMasterInCurrentCluster () |
| Returns true if the master block is in the current cluster. More... | |
| int | getLocalConfig (int item) |
| Returns current value of one of the local config items. More... | |
| void | setLocalConfig (int item, int value) |
| Sets the current value of one of the local config items. More... | |
| void | requestRemoteConfig (int longAddress, int item) |
| Sets the local config of a block to the config item of a remote block. More... | |
| void | setRemoteConfig (int longAddress, int item, int value) |
| Sets the config of a remote block. More... | |
| void | setLocalConfigItemRange (int item, int min, int max) |
| Sets the range of one of the local config items. More... | |
| void | setLocalConfigActiveState (int item, bool isActive, bool saveToFlash) |
| Sets whether a local config item should be active. More... | |
| void | setUseDefaultKeyHandler (bool active) |
| Sets whether to use the default key handler for custom key handling on LUMI. More... | |
| void | setUseDefaultKeyHandler (bool touchActive, bool lightingActive) |
| Sets whether to use the default key handler for custom key handling on LUMI. More... | |
| void | keyStrike (int keyIndex, int unused, int velocity) |
| Strike key handler callback. More... | |
| void | keyPress (int keyIndex, int aftertouch, int velocity) |
| Press key handler callback. More... | |
| void | keyLift (int keyIndex, int unused, int velocity) |
| Lift key handler callback. More... | |
| void | keyMove (int keyIndex, int pitchbend, int aftertouch) |
| Key move handler callback. More... | |
| int getHeapByte | ( | int | byteIndex | ) |
Reads and returns the value of a single byte from the heap.
| byteIndex | the index (in bytes) of the byte to read |
| int getHeapInt | ( | int | byteIndex | ) |
Reads 4 bytes from the heap and returns the value as an integer.
| byteIndex | the index (in bytes) of the start of the 4 bytes to read |
| int getHeapBits | ( | int | startBitIndex, |
| int | numBits | ||
| ) |
Reads a sequence of bits from the heap and returns the value as an integer.
| startBitIndex | the index (in bits) of the start of the sequence of bits to read |
| numBits | how many bits to read |
| void setHeapByte | ( | int | byteIndex, |
| int | newValue | ||
| ) |
Writes a single byte to the heap.
| byteIndex | the index (in bytes) of the byte to set |
| newValue | the new value to set this byte to |
| void setHeapInt | ( | int | byteIndex, |
| int | newValue | ||
| ) |
Writes 4 bytes to the heap.
| byteIndex | the index (in bytes) of the start of the 4 bytes to set |
| newValue | the new value to set the 4 bytes to |
| int min | ( | int | a, |
| int | b | ||
| ) |
Returns the smaller of two integer values.
| a | The first parameter |
| b | The second parameter |
| The | minimum of a and b |
Referenced by BlocksProtocol::HostPacketDecoder< Handler >::handleConfigMessage(), BlockConfigManager::handleConfigUpdateMessage(), BlockConfigManager::setItemMin(), and BlockConfigManager::ConfigDescription::toConfigMetaData().
| float min | ( | float | a, |
| float | b | ||
| ) |
Returns the smaller of two floating point values.
| a | The first parameter |
| b | The second parameter |
| The | minimum of a and b |
| int max | ( | int | a, |
| int | b | ||
| ) |
Returns the larger of two integer values.
| a | The first parameter |
| b | The second parameter |
| The | maximum of a and b |
Referenced by BlocksProtocol::HostPacketDecoder< Handler >::handleConfigMessage(), BlockConfigManager::handleConfigUpdateMessage(), BlockConfigManager::setItemMax(), and BlockConfigManager::ConfigDescription::toConfigMetaData().
| float max | ( | float | a, |
| float | b | ||
| ) |
Returns the larger of two floating point values.
| a | The first parameter |
| b | The second parameter |
| The | maximum of a and b |
| int clamp | ( | int | lowerLimit, |
| int | upperLimit, | ||
| int | valueToConstrain | ||
| ) |
Constrains an integer value to keep it within a given range.
| lowerLimit | the minimum value to return |
| upperLimit | the maximum value to return |
| valueToConstrain | the value to try to return |
| float clamp | ( | float | lowerLimit, |
| float | upperLimit, | ||
| float | valueToConstrain | ||
| ) |
Constrains a floating point value to keep it within a given range.
| lowerLimit | the minimum value to return |
| upperLimit | the maximum value to return |
| valueToConstrain | the value to try to return |
| int abs | ( | int | arg | ) |
Returns the absolute value of an integer value.
| arg | The argument to compute the absolute value of |
| either | -arg if arg is negative or arg if arg is positive |
| float abs | ( | float | arg | ) |
Returns the absolute value of a floating point value.
| arg | The argument to compute the absolute value of |
| either | -arg if arg is negative or arg if arg is positive |
| float map | ( | float | value, |
| float | sourceMin, | ||
| float | sourceMax, | ||
| float | destMin, | ||
| float | destMax | ||
| ) |
Remaps a value from a source range to a target range.
| value | the value within the source range to map |
| sourceMin | the minimum value of the source range |
| sourceMax | the maximum value of the source range |
| destMin | the minimum value of the destination range |
| destMax | the maximum value of the destination range |
| float map | ( | float | value, |
| float | sourceMin, | ||
| float | sourceMax | ||
| ) |
Remaps a value from a source range to the range 0 - 1.0.
| value | the value within the source range to map |
| sourceMin | the minimum value of the source range |
| sourceMax | the maximum value of the source range |
| int mod | ( | int | dividend, |
| int | divisor | ||
| ) |
Performs a modulo operation (can cope with the dividend being negative).
The divisor must be greater than zero.
| float getRandomFloat | ( | ) |
Returns a random floating-point number.
| int getRandomInt | ( | int | maxValue | ) |
Returns a random integer, limited to a given range.
| int getMillisecondCounter | ( | ) |
Returns the number of milliseconds since a fixed event (usually system startup).
| int getTimeInCurrentFunctionCall | ( | ) |
Returns the length of time spent in the current function call in milliseconds.
| void log | ( | int | data | ) |
Logs an integer value to the console.
| data | The 32 bit signed integer to log to the topology as an integer |
| void logHex | ( | int | data | ) |
Logs a hexadecimal value to the console.
| data | The 32 bit signed integer to log to the topology as a hexidecimal int |
| void sendMIDI | ( | int | byte0 | ) |
Sends a 1-byte short midi message.
| void sendMIDI | ( | int | byte0, |
| int | byte1 | ||
| ) |
Sends a 2-byte short midi message.
| void sendMIDI | ( | int | byte0, |
| int | byte1, | ||
| int | byte2 | ||
| ) |
Sends a 3-byte short midi message.
| void sendNoteOn | ( | int | channel, |
| int | noteNumber, | ||
| int | velocity | ||
| ) |
Sends a key-down message.
| channel | the midi channel, in the range 0 to 15 |
| noteNumber | the key number, in the range 0 to 127 |
| velocity | the velocity, in the range 0 to 127 |
| void sendNoteOff | ( | int | channel, |
| int | noteNumber, | ||
| int | velocity | ||
| ) |
Sends a key-up message.
| channel | the midi channel, in the range 0 to 15 |
| noteNumber | the key number, in the range 0 to 127 |
| velocity | the velocity, in the range 0 to 127 |
| void sendAftertouch | ( | int | channel, |
| int | noteNumber, | ||
| int | level | ||
| ) |
Sends an aftertouch message.
| channel | the midi channel, in the range 0 to 15 |
| noteNumber | the key number, in the range 0 to 127 |
| level | the amount of aftertouch, in the range 0 to 127 |
| void sendCC | ( | int | channel, |
| int | controller, | ||
| int | value | ||
| ) |
Sends a controller message.
| channel | the midi channel, in the range 0 to 15 |
| controller | the type of controller |
| value | the controller value |
| void sendPitchBend | ( | int | channel, |
| int | position | ||
| ) |
Sends a pitch bend message.
| channel | the midi channel, in the range 0 to 15 |
| position | the wheel position, in the range 0 to 16383 |
| void sendChannelPressure | ( | int | channel, |
| int | pressure | ||
| ) |
Sends a channel-pressure change event.
| channel | the midi channel, in the range 0 to 15 |
| pressure | the pressure, in the range 0 to 127 |
| void setChannelRange | ( | bool | useMPE, |
| int | lowChannel, | ||
| int | highChannel | ||
| ) |
Sets the MIDI channel range.
| useMPE | whether to use MPE mode |
| lowChannel | the lowest MIDI channel |
| highChannel | the highest MIDI channel |
| int assignChannel | ( | int | noteNumber | ) |
Assigns a MIDI channel to a note number.
| noteNumber | the note number to assign the channel to |
| void deassignChannel | ( | int | noteNumber, |
| int | channel | ||
| ) |
Deassigns a channel from a note number.
| noteNumber | the note number to deassign |
| channel | the MIDI channel |
| int getControlChannel | ( | ) |
Returns the channel that is being used for control messages.
| void useMPEDuplicateFilter | ( | bool | active | ) |
Sets whether duplicate notes should be filtered out when MPE is enabled.
| void repaint | ( | ) |
Use this method to draw the display.
The block will call this approximately 25 times per second.
| void handleButtonDown | ( | int | index | ) |
Called when a button is pushed.
| index | the index of the button that was pushed |
| void handleButtonUp | ( | int | index | ) |
Called when a button is released.
| index | the index of the button that was released |
| void onControlPress | ( | int | buttonIndex | ) |
Call this when a control block button is pressed to trigger the buttons default behaviour.
| buttonIndex | the index of the button |
| void onControlRelease | ( | int | buttonIndex | ) |
Call this when a control block button is released to trigger the buttons default behaviour.
| buttonIndex | the index of the button |
| void touchStart | ( | int | index, |
| float | x, | ||
| float | y, | ||
| float | z, | ||
| float | vz | ||
| ) |
Called when a touch event starts.
Block units follow the number of DNA connectors on the side of the device. For instance, a Lightpad Block is 2x2 and a Control Block is 2x1.
| index | the touch index, which will stay constant for each finger as it is tracked |
| x | the X position of this touch on the device, in block units starting from 0 (left) |
| y | the Y position of this touch on the device, in block units starting from 0 (top) |
| z | the current pressure of this touch, in the range 0.0 (no pressure) to 1.0 (very hard) |
| vz | the rate at which pressure is currently changing, measured in units/second |
| void touchMove | ( | int | index, |
| float | x, | ||
| float | y, | ||
| float | z, | ||
| float | vz | ||
| ) |
Called when a touch event moves.
Block units follow the number of DNA connectors on the side of the device. For instance, a Lightpad Block is 2x2 and a Control Block is 2x1.
| index | the touch index, which will stay constant for each finger as it is tracked |
| x | the X position of this touch on the device, in block units starting from 0 (left) |
| y | the Y position of this touch on the device, in block units starting from 0 (top) |
| z | the current pressure of this touch, in the range 0.0 (no pressure) to 1.0 (very hard) |
| vz | the rate at which pressure is currently changing, measured in units/second |
| void touchEnd | ( | int | index, |
| float | x, | ||
| float | y, | ||
| float | z, | ||
| float | vz | ||
| ) |
Called when a touch event ends.
Block units follow the number of DNA connectors on the side of the device. For instance, a Lightpad Block is 2x2 and a Control Block is 2x1.
| index | the touch index, which will stay constant for each finger as it is tracked |
| x | the X position of this touch on the device, in block units starting from 0 (left) |
| y | the Y position of this touch on the device, in block units starting from 0 (top) |
| z | the current pressure of this touch, in the range 0.0 (no pressure) to 1.0 (very hard) |
| vz | the rate at which pressure is currently changing, measured in units/second |
| void initialise | ( | ) |
Called when a program is loaded onto the block and is about to start.
Do any setup here.
| void handleMIDI | ( | int | byte0, |
| int | byte1, | ||
| int | byte2 | ||
| ) |
Called when a block receives a MIDI message.
| void handleMessage | ( | int | param1, |
| int | param2, | ||
| int | param3 | ||
| ) |
Called when a block receives a message.
| int makeARGB | ( | int | alpha, |
| int | red, | ||
| int | green, | ||
| int | blue | ||
| ) |
Combines a set of 8-bit ARGB values into a 32-bit colour and returns the result.
| alpha | The alpha in range 0 - 255 inclusive |
| red | The red in range 0 - 255 inclusive |
| green | The green in range 0 - 255 inclusive |
| blue | The blue in range 0 - 255 inclusive |
| int blendARGB | ( | int | baseColour, |
| int | overlaidColour | ||
| ) |
Blends the overlaid ARGB colour onto the base one and returns the new colour.
| baseColour | the colour to blend on to |
| overlaidColour | The colour to blend in to the baseColour |
| void displayBatteryLevel | ( | ) |
Displays an animation indicating the current battery level of this block.
A control block will light up its top LEDs indicating battery level and a lightpad block will draw the battery level on the display.
| void clearDisplay | ( | ) |
Clears the display and sets all the LEDs to black.
| void clearDisplay | ( | int | rgb | ) |
Clears the display and sets all the LEDs to a specified colour.
| rgb | the colour to use (0xff...) |
| void fillPixel | ( | int | rgb, |
| int | x, | ||
| int | y | ||
| ) |
Sets a pixel to a specified colour with full alpha.
| rgb | the colour to use (0xff...) |
| x | the x coordinate of the pixel to fill |
| y | the y coordinate of the pixel to fill |
| void blendPixel | ( | int | argb, |
| int | x, | ||
| int | y | ||
| ) |
Blends the current pixel colour with a specified colour.
| argb | the colour to use |
| x | the x coordinate of the pixel to blend |
| y | the y coordinate of the pixel to blend |
| void fillRect | ( | int | rgb, |
| int | x, | ||
| int | y, | ||
| int | width, | ||
| int | height | ||
| ) |
Fills a rectangle on the display with a specified colour.
| rgb | the colour to use (0xff...) |
| x | the x coordinate of the rectangle to draw |
| y | the y coordinate of the rectangle to draw |
| width | the width of the rectangle to draw |
| height | the height of the rectangle to draw |
| void blendRect | ( | int | argb, |
| int | x, | ||
| int | y, | ||
| int | width, | ||
| int | height | ||
| ) |
Blends a rectangle on the display with a specified colour.
| argb | the colour to use |
| x | the x coordinate of the rectangle to blend |
| y | the y coordinate of the rectangle to blend |
| width | the width of the rectangle to blend |
| height | the height of the rectangle to blend |
| void blendGradientRect | ( | int | colourNW, |
| int | colourNE, | ||
| int | colourSE, | ||
| int | colourSW, | ||
| int | x, | ||
| int | y, | ||
| int | width, | ||
| int | height | ||
| ) |
Fills a rectangle on the display with four corner colours blended together.
| colourNW | the colour to use in the north west corner of the rectangle |
| colourNE | the colour to use in the north east corner of the rectangle |
| colourSE | the colour to use in the south east corner of the rectangle |
| colourSW | the colour to use in the south west corner of the rectangle |
| x | the x coordinate of the rectangle |
| y | the y coordinate of the rectangle |
| width | the width of the rectangle |
| height | the height of the rectangle |
| void blendCircle | ( | int | argb, |
| float | xCentre, | ||
| float | yCentre, | ||
| float | radius, | ||
| bool | fill | ||
| ) |
Blends a circle on the display with a specified colour.
| argb | the colour to use |
| xCentre | the x position of the circle's centre in block units |
| yCentre | the y position of the circle's centre in block units |
| radius | the radius of the circle in block units |
| fill | if true then the circle will be filled, if false the circle will be an outline |
| void drawNumber | ( | int | value, |
| int | colour, | ||
| int | x, | ||
| int | y | ||
| ) |
Draws a number on the display.
| value | the number to draw between 0 and 99 |
| colour | the colour to use |
| x | the x coordinate to use |
| y | the y coordinate to use |
| int getFirmwareVersion | ( | ) |
Returns the current firmware version of this block.
| float getBatteryLevel | ( | ) |
Returns the battery level of this block, between 0 and 1.0.
| bool isBatteryCharging | ( | ) |
Returns true if this block's battery is charging.
| void setStatusOverlayActive | ( | bool | active | ) |
Sets whether status overlays should be displayed on this block.
| void setPowerSavingEnabled | ( | bool | enabled | ) |
Sets whether power saving mode should be enabled on this block.
| int getBlockTypeForID | ( | int | blockID | ) |
Returns the type of the block with a given ID.
| void sendMessageToBlock | ( | int | blockID, |
| int | param1, | ||
| int | param2, | ||
| int | param3 | ||
| ) |
Sends a message to the block with the specified ID.
This will be processed in the handleMessage() callback.
| blockID | the ID of the block to send this message to |
| param1 | the first chunk of data to send |
| param2 | the second chunk of data to send |
| param3 | the third chunk of data to send |
| void sendMessageToHost | ( | int | param1, |
| int | param2, | ||
| int | param3 | ||
| ) |
Sends a message to the host.
To receive this the host will need to implement the Block::ProgramEventListener::handleProgramEvent() method.
| param1 | the first chunk of data to send |
| param2 | the second chunk of data to send |
| param3 | the third chunk of data to send |
| void addPressurePoint | ( | int | argb, |
| float | touchX, | ||
| float | touchY, | ||
| float | touchZ | ||
| ) |
Draws a pressure point with a specified colour and pressure.
| argb | the colour to use |
| touchX | the x position of the touch in block units |
| touchY | the y position of the touch in block units |
| touchZ | the pressure value of the touch |
| void drawPressureMap | ( | ) |
Draws the pressure map on the display.
| void fadePressureMap | ( | ) |
Fades the pressure map on the display.
| void linkBlockIDtoController | ( | int | blockID | ) |
Links a another block to this control block.
| blockID | the ID of the block to link |
| void repaintControl | ( | ) |
Repaints the control block display.
| void initControl | ( | int | buttonIndex, |
| int | modeToUse, | ||
| int | outputType, | ||
| int | val, | ||
| int | min, | ||
| int | max, | ||
| int | index, | ||
| int | onColourToUse, | ||
| int | offColourToUse | ||
| ) |
Initialises one of the control block buttons.
| buttonIndex | the index of the button to initialise |
| modeToUse | the mode to use for this button |
| outputType | the control type to use |
| val | the current value to set this button to |
| min | the minimum value for this button |
| max | the maximum value for this button |
| index | the item index |
| onColourToUse | the colour to use when this button is on |
| offColourToUse | the colour to use when this button is off |
| void handleTouchAsSeaboard | ( | int | touchIndex | ) |
Forces a touch event to be handled as seaboard playing.
| touchIndex | the index of the touch event |
| int getNumBlocksInTopology | ( | ) |
Returns the number of blocks in the current topology.
| int getBlockIDForIndex | ( | int | index | ) |
Returns the ID of a block at a given index in the topology.
| index | The index of the block to find in the topology |
| bool isMasterBlock | ( | ) |
Returns true if this block is directly connected to the host, as opposed to only being connected to a different block via a connection port.
| bool isConnectedToHost | ( | ) |
Returns true if this block is connected to the host computer, this can be directly or through connections to other blocks.
| int getBlockIDOnPort | ( | int | port | ) |
Returns the ID of a block connected to a specified port on this block.
| int getPortToMaster | ( | ) |
Returns the port number that is connected to the master block.
Returns 0xFF if there is no port connected to master.
| int getHorizontalDistFromMaster | ( | ) |
Returns the horizontal distance between this block and the master block in block units.
| int getVerticalDistFromMaster | ( | ) |
Returns the vertical distance between this block and the master block in block units.
| int getAngleFromMaster | ( | ) |
Returns the angle of this block relative to the master block in degrees.
| void setAutoRotate | ( | bool | enabled | ) |
Sets whether this block should auto-rotate when its angle relative to the master block changes.
| int getClusterIndex | ( | ) |
Returns the index of this block in the current cluster.
| int getClusterWidth | ( | ) |
Returns how many blocks wide the current cluster is.
| int getClusterHeight | ( | ) |
Returns how many blocks high the current cluster is.
| int getClusterXpos | ( | ) |
Returns the x index of this block in the current cluster.
| int getClusterYpos | ( | ) |
Returns the y index of this block in the current cluster.
| int getNumBlocksInCurrentCluster | ( | ) |
Returns the number of blocks in the current cluster.
| int getBlockIdForBlockInCluster | ( | int | index | ) |
Returns the block ID for a block in the current cluster.
| index | the cluster index of the block to get the ID of |
| bool isMasterInCurrentCluster | ( | ) |
Returns true if the master block is in the current cluster.
| int getLocalConfig | ( | int | item | ) |
Returns current value of one of the local config items.
| item | the config item to get (see ConfigItemId enum in roli_BlockConfigId.h) |
| void setLocalConfig | ( | int | item, |
| int | value | ||
| ) |
Sets the current value of one of the local config items.
| item | the config item to set the value of (see ConfigItemId enum in roli_BlockConfigId.h) |
| value | the value to set the config to |
| void requestRemoteConfig | ( | int | longAddress, |
| int | item | ||
| ) |
Sets the local config of a block to the config item of a remote block.
| longAddress | the address of the remote block |
| item | the config item (see ConfigItemId enum in roli_BlockConfigId.h) |
| void setRemoteConfig | ( | int | longAddress, |
| int | item, | ||
| int | value | ||
| ) |
Sets the config of a remote block.
| longAddress | the address of the remote block |
| item | the config item (see ConfigItemId enum in roli_BlockConfigId.h) |
| value | the value to set the config to |
| void setLocalConfigItemRange | ( | int | item, |
| int | min, | ||
| int | max | ||
| ) |
Sets the range of one of the local config items.
| item | the config item to set the range of (see ConfigItemId enum in roli_BlockConfigId.h) |
| min | the minimum value this config item should use |
| max | the maximum value this config item should use |
| void setLocalConfigActiveState | ( | int | item, |
| bool | isActive, | ||
| bool | saveToFlash | ||
| ) |
Sets whether a local config item should be active.
| item | the config item to set active (see ConfigItemId enum in roli_BlockConfigId.h) |
| isActive | sets whether the config should be active or not |
| saveToFlash | if true then this config item will be saved to the flash memory of the block |
| void setUseDefaultKeyHandler | ( | bool | active | ) |
| void setUseDefaultKeyHandler | ( | bool | touchActive, |
| bool | lightingActive | ||
| ) |
Sets whether to use the default key handler for custom key handling on LUMI.
| touchActive | sets whether to use the default key handler for touches |
| lightingActive | sets whether to use the default key handler for key lighting |
| void keyStrike | ( | int | keyIndex, |
| int | unused, | ||
| int | velocity | ||
| ) |
Strike key handler callback.
| keyIndex | the index of the key |
| unused | unused variable |
| velocity | velocity of strike, in the range 0 to 127 |
| void keyPress | ( | int | keyIndex, |
| int | aftertouch, | ||
| int | velocity | ||
| ) |
Press key handler callback.
| keyIndex | the index of the key |
| aftertouch | aftertouch amount, in the range 0 to 127 |
| velocity | velocity of strike, in the range 0 to 127 |
| void keyLift | ( | int | keyIndex, |
| int | unused, | ||
| int | velocity | ||
| ) |
Lift key handler callback.
| keyIndex | the index of the key |
| unused | unused variable |
| velocity | velocity of lift, in the range 0 to 127 |
| void keyMove | ( | int | keyIndex, |
| int | pitchbend, | ||
| int | aftertouch | ||
| ) |
Key move handler callback.
| keyIndex | the index of the key |
| pitchbend | pitchbend amount, in the range 0 to 16383 |
| aftertouch | aftertouch amount , in the range 0 to 127 |


Fagron to pay US$22.5 million to settle US allegations over inflated prices
WASHINGTON: Pharmaceutical supplier Fagron Holding USA LLC will pay US$22.5 million to resolve allegations that its subsidiaries inflated average wholesale prices for compound drug ingredients and submitted fraudulent claims to federal healthcare programs, the U.S. Department of Justice said on Thursday.
The settlement will resolve legal actions filed against Fagron units Freedom Pharmaceuticals, B&B pharmaceuticals and Pharmacy Services Inc, the department said in a statement.
Fagron Holding is owned by Fagron NV
(Reporting by Susan Heavey and Tim Ahmann)


class |
AddingExpr |
The abstract syntax tree node for an adding expression.
|
class |
ArrayTypeDecl |
The abstract syntax tree node for an array type declaration.
|
class |
AssignmentStmt |
The abstract syntax tree node for an assignment statement.
|
class |
BinaryExpr |
Base class for all binary expressions.
|
class |
ConstDecl |
The abstract syntax tree node for a constant declaration.
|
class |
ConstValue |
The abstract syntax tree node for a constant value expression, which is
either a literal or a declared constant identifier representing a literal.
|
class |
Declaration |
Base class for all CPRL declarations (constants, variables, procedures, etc.).
|
class |
DeclarativePart |
The abstract syntax tree node for the declarative part of a program.
|
class |
ElsifPart |
The AST for an elsif part of an if statement.
|
class |
ExitStmt |
The abstract syntax tree node for an exit statement.
|
class |
Expression |
Base class for all CPRL expressions.
|
class |
FunctionCall |
The abstract syntax tree node for a function call expression.
|
class |
FunctionDecl |
The abstract syntax tree node for a function declaration.
|
class |
IfStmt |
The abstract syntax tree node for an if statement.
|
class |
InitialDecl |
Base class for all initial declarations.
|
class |
LogicalExpr |
The abstract syntax tree node for a logical expression.
|
class |
LoopStmt |
The abstract syntax tree node for a loop statement.
|
class |
MultiplyingExpr |
The abstract syntax tree node for a multiplying expression.
|
class |
NamedValue |
The abstract syntax tree node for a named value.
|
class |
NegationExpr |
The abstract syntax tree node for a negation expression.
|
class |
NotExpr |
The abstract syntax tree node for a not expression.
|
class |
OutputStmt |
Base class with common code for write and writeln statements.
|
class |
ParameterDecl |
The abstract syntax tree node for a parameter declaration.
|
class |
ProcedureCallStmt |
The abstract syntax tree node for a procedure call statement.
|
class |
ProcedureDecl |
The abstract syntax tree node for a procedure declaration.
|
class |
Program |
The abstract syntax tree node for a CPRL program.
|
class |
ReadStmt |
The abstract syntax tree node for a read statement.
|
class |
RelationalExpr |
The abstract syntax tree node for a relational expression.
|
class |
ReturnStmt |
The abstract syntax tree node for a return statement.
|
class |
SingleVarDecl |
The abstract syntax tree node for a single variable declaration.
|
class |
Statement |
Base class for all CPRL statements.
|
class |
StatementPart |
The abstract syntax tree node for the statement part of a program.
|
class |
SubprogramDecl |
Base class for CPRL procedures and functions.
|
class |
UnaryExpr |
Base class for all unary expressions.
|
class |
VarDecl |
The abstract syntax tree node for a variable declaration.
|
class |
Variable |
The abstract syntax tree node for a variable, which is any named variable
that can appear on the left hand side of an assignment statement.
|
class |
WritelnStmt |
The abstract syntax tree node for a writeln statement.
|
class |
WriteStmt |
The abstract syntax tree node for a write statement.
|


COVID-19 is a new illness that can affect your lungs and airways. It's caused by a virus called coronavirus. It was discovered in December 2019 in Wuhan, Hubei, China.
Common signs of infection include respiratory symptoms, fever, cough, shortness of breath and breathing difficulties. In more severe cases, infection can cause pneumonia, severe acute respiratory syndrome, kidney failure and even death. For more details visit WHO website.
WHO WebsiteLorem ipsum dolor sit amet, consectetur adipisicing elit. Ut quos iste deserunt error soluta ipsa unde ratione. Dolorum, doloribus ipsum.`
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Ut quos iste deserunt error soluta ipsa unde ratione. Dolorum, doloribus ipsum.`
Lorem ipsum dolor sit amet consectetur adipisicing elit. Ut quos iste deserunt error soluta ipsa unde ratione. Dolorum, doloribus ipsum.`


This is a new webpage!
Here is my h2
Here is my h3
Here is my h4
This is a test paragraph so I can see what my CSS is doing.
one
two
three


| Title | {{ job.title }} | From | {{ job.from.format('DD.MM.YY | HH:mm') }} | To | {{ job.to.format('DD.MM.YY | HH:mm') }} | hourlyWage | {{ job.hourlyWage }} € | Total Wage | {{ job.hourlyWage * calculateSumOfWorkingHours(job.workingHours) }} € | Confirmed | {{ job.confirmed.length }} | To Be Confirmed | {{ job.toBeConfirmed.length }} | Vacant | {{ job.needed - job.toBeConfirmed.length - job.confirmed.length }} | Needed in Total | {{ job.needed }} |
|---|
| Title | {{ job.title }} | Description | {{ job.description }} | Confirmed | {{ job.confirmed.length }} | To Be Confirmed | {{ job.toBeConfirmed.length }} | Vacant | {{ job.needed - job.toBeConfirmed.length - job.confirmed.length }} | Needed in Total | {{ job.needed }} |
|---|


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Now, mine into mining pools directly from your browser!
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Heading to Seaside/Astoria this weekend. Anyone got food recommendations in that area?
3/2/2012, 10:47:20 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
Heading to Seaside/Astoria this weekend. Anyone got food recommendations in that area?
3/2/2012, 10:47:20 AM
Favs: 0
Retweets: 0
link


|
OPAE C API
-..
FPGA API
|
An error object represents an error register for a resource. This is used to read out the raw value in the register. No parsing is done by this class. More...
#include <opae/cxx/core/errors.h>
Public Types | |
| typedef std::shared_ptr< error > | ptr_t |
Public Member Functions | |
| error (const error &e)=delete | |
| error & | operator= (const error &e)=delete |
| std::string | name () |
| Get the error register name. More... | |
| bool | can_clear () |
| Indicates whether an error register can be cleared. More... | |
| uint64_t | read_value () |
| Read the raw value contained in the associated error register. More... | |
| ~error () | |
| fpga_error_info | c_type () const |
| Get the C data structure. More... | |
Static Public Member Functions | |
| static error::ptr_t | get (token::ptr_t tok, uint32_t num) |
| Factory function for creating an error object. More... | |
Private Member Functions | |
| error (token::ptr_t token, uint32_t num) | |
Private Attributes | |
| token::ptr_t | token_ |
| fpga_error_info | error_info_ |
| uint32_t | error_num_ |
An error object represents an error register for a resource. This is used to read out the raw value in the register. No parsing is done by this class.
| typedef std::shared_ptr<error> opae::fpga::types::error::ptr_t |
|
delete |
|
private |
|
static |
Factory function for creating an error object.
| tok | The token object representing a resource. |
| num | The index of the error register. This must be lower than the num_errors property of the resource. |
|
inline |
Get the error register name.
Definition at line 65 of file errors.h.
References error_info_, and fpga_error_info::name.
|
inline |
Indicates whether an error register can be cleared.
Definition at line 72 of file errors.h.
References fpga_error_info::can_clear, and error_info_.
| uint64_t opae::fpga::types::error::read_value | ( | ) |
Read the raw value contained in the associated error register.
|
inline |
Get the C data structure.
Definition at line 89 of file errors.h.
References error_info_.
|
private |
|
private |
Definition at line 94 of file errors.h.
Referenced by c_type(), can_clear(), and name().


@import helpers.CommonHelperMethods
@import helpers.ReservationStatus
@(hotels: List[Hotel])
@main {
| Guest |
Hotel |
Room |
Check-in |
Check-out |
Reservation date |
Price |
Status |
@for(hotel <- hotels) {
@for(room <- hotel.rooms) {
@for(reservation <- room.reservations) {
@if(reservation.status != ReservationStatus.PENDING) {
| @reservation.user.firstname @reservation.user.lastname |
@hotel.name |
@room.name |
@CommonHelperMethods.getDateAsString(reservation.checkIn) |
@CommonHelperMethods.getDateAsString(reservation.checkOut) |
@reservation.createDate |
@reservation.cost $ |
@if(reservation.status == ReservationStatus.APPROVED) {
APPROVED |
}
@if(reservation.status == ReservationStatus.COMPLETED){
COMPLETED |
}
@if(reservation.status == ReservationStatus.CANCELED){
CANCELED |
}
}
}
}
}
}


CodeMirror: Lazy Mode Loading
This is the editor. // It starts out in plain text mode, # use the control below to load and apply a mode "you'll see the highlighting of" this text /*change*/.
change mode


| Name | State | Operator | Device template | Owner | Active | |
|---|---|---|---|---|---|---|
| {{deployment.name}} |
{{deployment.activatingIntended ? 'Activating' : 'Deactivating'}}
Disabled
No candidates
All failed
Deployed
|
{{deployment.operator.name}} | {{deployment.deviceTemplate.name}} | {{deployment.ownerName ? deployment.ownerName : "None"}} |
|
|
| No dynamic deployments registered. | ||||||


ImSto demos:
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Hello and thank you for viewing my portfolio! My name is Joel Adams and I am a professional photographer, graphic designer, and web developer based in Portland, OR. I've run my freelance photography and design business since 2011, starting in my hometown of Anchorage, AK. After moving to Portland I completed a seven month web development course at Epicodus in the C# and .NET track. Since rounding out my skill set at Epicodus I've found an affinity for front-end and virtual reality development, adding SASS, React, and Unity programming to ever-expaning repertoire.
I look forward to a professional career that combines my varied areas of expertise.
10 years experience in digital and film photography. Recieved training through UAA's fine art photography program, additional training on equipment through Canon USA, Nikon USA, and more. Professional photography business in operation for 8 years.
Techical training through Epicodus in C#, Javascript, HTML, CSS, Angular, jQuery, Firebase, .NET and Entity Frameworks. Additional knowledge of Unity and AFrame's web based VR library through personal exploration.
Graphic design education through UAA's 2D design program. One year employment experience through position at UAA Student Activities. Eight years freelance experience working for individual clients. Fluent in Adobe Creative Suite software particularly Lightroom, Photoshop, Illustrator, and inDesign.


As Moreau1896 shows...
We can look to2 Brundle1982, Brundle1984 for answers.
Visit the author's site.


Former Dundalk and Waterford man Georgie Poynton signs for Shelbourne
by Richie McCormackShelbourne have signed midfielder Georgie Poynton ahead of their return to the SSE Airtricity Premier Division.
The former Dundalk and Bohemians man spent last season at Waterford, making 28 appearances in the process.
Poynton is Shels' latest acquisition ahead of the 2020 season, following the arrivals of Karl Sheppard, Finn Harps defender Daniel O'Reilly, and ex-Longford forward Aaron Dobbs.
Still only 22, the former Republic of Ireland underage captain told Shelbourne's site, it felt a natural step to sign, "When I heard Shels were interested as a northside lad it made it that bit more exciting and I’m looking forward to get going.
"Obviously it’s a big year for the club with a lot of history behind them but we’re definitely on the rise again.
"It was a very positive in the way Ian Morris was thinking and how it is going to go this year so I just want to be apart of it,” he added.
Shelbourne manager Ian Morris says Poynton will be a key signing for the Tolka Park club, "At only 22 he has great experience at Premier Division level.
"He will bring energy and quality to our squad".


{% extends "app/layout.html" %} {% block content %} {% load staticfiles %}
Find all students of the {{ batch }} batch here.


The ASM core API for
generating and
transforming
compiled Java classes is based on the ClassVisitor
abstract class.
Instead of forwarding a method call with modified arguments, you can choose to not forward this call at all. The effect is that the corresponding class element is removed.
In order to remove a field or method, you must not forward the method call, and return null
to the caller.
预期结果：
public class HelloWorld { public int intValue; public String strValue; }
实现代码：
import org.objectweb.asm.ClassVisitor; import org.objectweb.asm.FieldVisitor; public class ClassRemoveFieldVisitor extends ClassVisitor { private final String fieldName; private final String fieldDesc; public ClassRemoveFieldVisitor(int api, ClassVisitor cv, String fieldName, String fieldDesc) { super(api, cv); this.fieldName = fieldName; this.fieldDesc = fieldDesc; } @Override public FieldVisitor visitField(int access, String name, String descriptor, String signature, Object value) { if (name.equals(fieldName) && descriptor.equals(fieldDesc)) { return null; } return super.visitField(access, name, descriptor, signature, value); } }
import lsieun.core.ClassRemoveFieldVisitor; import lsieun.utils.FileUtils; import org.objectweb.asm.ClassReader; import org.objectweb.asm.ClassVisitor; import org.objectweb.asm.ClassWriter; import org.objectweb.asm.Opcodes; public class HelloWorldTransformCore { public static void main(String[] args) { String relative_path = "sample/HelloWorld.class"; String filepath = FileUtils.getFilePath(relative_path); byte[] bytes1 = FileUtils.readBytes(filepath); //（1）构建ClassReader ClassReader cr = new ClassReader(bytes1); //（2）构建ClassWriter ClassWriter cw = new ClassWriter(ClassWriter.COMPUTE_FRAMES); //（3）串连ClassVisitor int api = Opcodes.ASM9; ClassVisitor cv = new ClassRemoveFieldVisitor(api, cw, "strValue", "Ljava/lang/String;"); //（4）结合ClassReader和ClassVisitor int parsingOptions = ClassReader.SKIP_DEBUG | ClassReader.SKIP_FRAMES; cr.accept(cv, parsingOptions); //（5）生成byte[] byte[] bytes2 = cw.toByteArray(); FileUtils.writeBytes(filepath, bytes2); } }
验证结果：
$ javap -p sample.HelloWorld public class sample.HelloWorld { public int intValue; public sample.HelloWorld(); }
The class adapter ClassAddFieldVisitor
adds a field to a class,
unless this field already exists.
The field is added in the visitEnd
method.
The visitField
method is not overridden to modify existing fields or to remove a field,
but just to detect if the field we want to add already exists or not.
Note the fv != null
test in the visitEnd
method, before calling fv.visitEnd()
:
this is because a class visitor can return null
in visitField
.
预期结果：
public class HelloWorld { public int intValue; public String strValue; }
实现代码：
import org.objectweb.asm.ClassVisitor; import org.objectweb.asm.FieldVisitor; public class ClassAddFieldVisitor extends ClassVisitor { private final int fieldAccess; private final String fieldName; private final String fieldDesc; private boolean isFieldPresent; public ClassAddFieldVisitor(int api, ClassVisitor classVisitor, int fieldAccess, String fieldName, String fieldDesc) { super(api, classVisitor); this.fieldAccess = fieldAccess; this.fieldName = fieldName; this.fieldDesc = fieldDesc; } @Override public FieldVisitor visitField(int access, String name, String descriptor, String signature, Object value) { if (name.equals(fieldName)) { isFieldPresent = true; } return super.visitField(access, name, descriptor, signature, value); } @Override public void visitEnd() { if (!isFieldPresent) { FieldVisitor fv = cv.visitField(fieldAccess, fieldName, fieldDesc, null, null); if (fv != null) { fv.visitEnd(); } } super.visitEnd(); } }
import lsieun.core.ClassAddFieldVisitor; import lsieun.utils.FileUtils; import org.objectweb.asm.ClassReader; import org.objectweb.asm.ClassVisitor; import org.objectweb.asm.ClassWriter; import org.objectweb.asm.Opcodes; public class HelloWorldTransformCore { public static void main(String[] args) { String relative_path = "sample/HelloWorld.class"; String filepath = FileUtils.getFilePath(relative_path); byte[] bytes1 = FileUtils.readBytes(filepath); //（1）构建ClassReader ClassReader cr = new ClassReader(bytes1); //（2）构建ClassWriter ClassWriter cw = new ClassWriter(ClassWriter.COMPUTE_FRAMES); //（3）串连ClassVisitor int api = Opcodes.ASM9; ClassVisitor cv = new ClassAddFieldVisitor(api, cw, Opcodes.ACC_PUBLIC, "objValue", "Ljava/lang/Object;"); //（4）结合ClassReader和ClassVisitor int parsingOptions = ClassReader.SKIP_DEBUG | ClassReader.SKIP_FRAMES; cr.accept(cv, parsingOptions); //（5）生成byte[] byte[] bytes2 = cw.toByteArray(); FileUtils.writeBytes(filepath, bytes2); } }
验证结果：
$ javap -p sample.HelloWorld public class sample.HelloWorld { public int intValue; public java.lang.Object objValue; public sample.HelloWorld(); }
Instead of forwarding fewer calls than you receive, you can “forward” more, which has the effect of adding class elements. 笔记：这里讲了forward fewer和forward more之间的区别。
The new calls can be inserted at several places between the original method calls,
provided that the order in which the various visitXxx
methods must be called is respected.
笔记：这里讲方法“调用位置”和“调用顺序”很重要
For instance, if you want to add a field to a class
you have to insert a new call to visitField
between the original method calls,
and you must put this new call in one of the visitXxx
method of your class adapter.
笔记：这里举个例子，说明“调用顺序”的重要性。
visit
method, for example,
because this may result in a call to visitField
followed by
visitSource
, visitOuterClass
, visitAnnotation
or visitAttribute
, which is not valid.
visitSource
, visitOuterClass
, visitAnnotation
or visitAttribute
methods,
for the same reason.
visitInnerClass
, visitField
, visitMethod
or visitEnd
methods.
The methods of the ClassVisitor
class must be called in the following order,
specified in the Javadoc of this class:
visit [visitSource] [visitModule] [visitNestHost][ visitPermittedSubclass] [visitOuterClass] (visitAnnotation | visitTypeAnnotation | visitAttribute)* (visitNestMember | visitInnerClass | visitRecordComponent | visitField | visitMethod)* visitEnd.
visitEnd
method
the field will always be added
(unless you add explicit conditions), because this method is always called.
visitField
or visitMethod
,
several fields will be added: one per field or method in the original class.
Both solutions can make sense; it depends on what you need. For instance you can add a single counter field to count the invocations on an object, or one counter per method, to count the invocations of each method separately.
In fact the only truly correct solution is
to add new members by making additional calls in the visitEnd
method.
Indeed a class must not contain duplicate members,
and the only way to be sure that a new member is unique is to compare it with all the existing members,
which can only be done once they have all been visited, i.e. in the visitEnd
method.
This is rather constraining.
Using generated names that are unlikely to be used by a programmer,
such as _counter$
or _4B7F_
is sufficient in practice to avoid duplicate members without having to add them in visitEnd
.
Note that, the tree API does not have this limitation: it is possible to add new members at any time inside a transformation with this API.


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Build cluster health. Drag to zoom. Legend is below.
cpu = idle cpu percent
mem = free memory
disk_root = free disk space on root
disk_app = free disk space on /AppDocs
Green titles: port app is up
Red titles: port app is down


Welcome to My Page
This is my new personal website. Still under construction.. please check back in a week. Thanks!
About Me
My name is Erica Zhu. I am a senior student, passionate coder and create thinker who is always looking for a new challenge.
Who I am
I am a senior student at UC Berkeley.
I study Computer Science and Economics.
I am a passionate coder, creative designer and data driven person.
Maybe a little bit more Me
I am from Guangzhou, China.
I speak Cantonese, Mandarin, English and Japanese.
I like J-Pop and Anime.
The Mission
My mission is to ...


Aurelia Moser, Map Scientist, CartoDB Workshop - Yale February 4, 2015
Find this document here: http://bit.ly/1At1cQQ
You can find this document in my GitHub Account.
## 1. Intro to CartoDB! ### Examples 1. Illustreets 2. Tweets about Beyonce Album Release 3. Starwars Galaxy Map
2f317bf0ec89489331467a91fa3b771d02ec1e75 1. Demonstrations in Brazil 2. Violence in Africa 3. NGO Aid Map
### Data Import Basic Data Import Most major formats for storing data: Excel Spreadsheets, CSV files, Shapefiles, KML (Google Earth), etc. See complete list here.
Integration with Google Drive and Dropbox.
Twitter firehose access for Enterprise accounts.
Schema or column names
Filters are a great way to explore your data. Besides filtering your data, they allow you to see histograms of the distributions, the number of unique entries, or a search box for columns that have a large number of text entries.
Check out visualization documentation for more.
The visualization style simple is the default visualization for all maps.
Styles available in the wizard
Marker Fill: change the size, color, and opacity of all markers Marker Stroke: change the width, color, and opacity of every marker’s border Composite Operation: change the color of markers when they overlap Label Text: Text appearing by a marker (can be from columns)
Select basemaps from different providers, use custom color, NASA data, MapBox tiles, etc.
Choropleth maps show map elements colored according to where a value associated with the map element falls in a range. It’s like a histogram where each bin is colored differently according to a color scale you pick. Notice the CartoCSS screenshot above.
Quantification is an option to pay attention to since it controls how the data is binned into different colors. Equal interval gives bins of equal size across the range, which means that outliers stand out. Quantile bins so that each quantile has approximately the same number of values.
CartoCSS is the styling language for our maps.
Can be easily customized
You have the option of giving it a title, and changing the text for the colors. You can also change the colors manually, or, even better, change the color ramp back in the wizard. If you want to explore other color ramps, check out Color Brewer for some very well thought out color schemes.
CartoDB created a fully zoomable map that changes over time.
Some examples
#### Navigating back to your tables or visualization Click on the 90-degree arrow to get back to view your tables/visualizations
Let’s make maps! Make sure you already have an account setup: https://cartodb.com/signup?plan=academy
Import a new dataset by copying the link (not downloading) and pasting it into the import window in your CartoDB account:
USGS reported seismic activity (earthquakes) http://earthquake.usgs.gov/earthquakes/feed/v1.0/summary/all_month.csv
Using the styles in simple, try to recreate the visualization below. It’s similar to an intensity map that shows where earthquakes are occurring in largest numbers. Play with styles to your preference.
More on quantification here.
Make a choropleth map
Next select choropleth from the Vizualization wizard. By default it will select depth
. Select the mag
column (which means magnitude or power of the earthquake).
Notice that there are lots of US-based earthquakes that are fairly weak – so perhaps filtering for earthquakes above 3.0 will give a better visualization of our data.
hint: notice that a filter was used
Try to recreate this map using category. net
is the column to categorize by…
Three basic types of data appear on a map.
 Find Administrative Regions, then click on USA States.
Or download Haiti’s admin districts here.
After the data imports into your account, click on the large + on the panel on the right side of the page.
Select the earthquake dataset. It’s default name on import is all_month
. Then hit Add layer.
Name your visualization something like “First multilayer visualization.”
You can customize each layer just as you would customize a single layer.
Try to create a map that looks like this:
Create a torque map and select the time column of the earthquake data
Multilayer tool developed by The Daily Beast on Abortion Clinic Access.
«««< HEAD ## Working with Data Workshop ======= ##Working with Data Workshop »»»> 2f317bf0ec89489331467a91fa3b771d02ec1e75 ### Data is messy
Geospatial data is into that ids a geolocation and its characteristic features/frontiers, typically represented by points, lines, polygons, and/or complex geographic features.
Data sets we could use:
The most basic SQL statement is:
sql
SELECT * FROM table_name
The * means everything. This means that all rows and columns from the table are given back once the query is run.
A more detailed query is like this:
sql
SELECT
name,
height,
age
FROM
class_list
WHERE
name = 'Aure'
AND (
height > 1.2
OR
height < 1.9
)
SELECT
is what you’re requesting (required)FROM
is where the data is located (required)WHERE
is the filter on the data you’re requesting (optional)GROUP BY
and ORDER BY
are optional additions, you can read more about aggregate/other functions below####Consider the Geom There are two special columns in CartoDB:
the_geom
the_geom_webmercator
The first of these is in the units of standard latitude/longitude, while the second is a projection based on the original Mercator projection but optimized for the web.
If you want to run SQL commands and see your map update, make sure to SELECT
the the_geom_webmercator
because this is the column that’s used for mapping–the other is more of a convenience column since most datasets use lat/long.
usa_counties
into your account by pasting the following link into the import box: http://andye.cartodb.com/api/v2/sql?q=SELECT%20*%20FROM%20usa_counties&filename=usa_counties&format=csv
usa_counties
by clicking on table name in the upper left-hand corner of your browser window, like the image below.
Pro tip: this is a call using our SQL API and is a great way to access your data. More at our SQL API page.
This is a SQL statement and you’ll note it in your visualization tray as a way of querying and exploring your data with immediate visual output.
You can enter queries, apply them, click on “create table from query” in the green field below the column names.
You’ll also note that your sql query box populated when you filtere; the two features serve similar functions serve similar functions, but the filters give you a nice gui for manipulating data, and require less-fluency in query langs.
CartoDB.js is our JavaScript API – a way to make maps using JavaScript.
The example above use HTML, CSS, and JavaScript to make a map appear on a webpage.
Check out our Map Academy course on CartoDB.js if you want to learn more.
Use CartoDB.js with other JavaScript libraries to make powerful web map apps.
Check out Urban Reviewer.
If you take a look at the source code, there are a dozen libraries linked:
Illustreets shows standard of living information across England to amazing detail. There are millions of data points, each can be interacted with to give graphs, summaries, etc.
Metrologic weather based transport recs based on the forecast.io api
Requirements:
the_geom
Topical Temporal Examples:
Huge revamp coming next week!
Example maps:
Go to the Sandbox.
Brief tour of the interface. You follow Markdown Syntax to populate a post.
You can read more in the documentation.
We’ll check out the inbrowser beta.
My contact<EMAIL_ADDRESS>If you make a map you’re proud of or just want to say hello, connect with me @auremoser
2f317bf0ec89489331467a91fa3b771d02ec1e75


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{% block title %}Code of Conduct{% endblock title %}
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