Generated Sat Aug 31 10:19:42 EDT 2019, IG-Publisher Version 3.8.12-SNAPSHOT - Built 2019-07-23T06:01:07.45-04:00 - Git 65c79fc44c84. FHIR version 4.0.0 for hl7.fhir.us.mcode#0.9.1 (canonical = http://hl7.org/fhir/us/mcode (history))
No Suppressed Errors
HL7 Publication check:
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| Path | Severity | Message |
| Observation/mCODETNMClinicalDistantMetastasesCategoryExample01: Observation.value.ofType(CodeableConcept) | information | None of the codes provided are in the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMDistantMetastasesCategoryVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMDistantMetastasesCategoryVS, and a code is recommended to come from this value set) (codes = http://cancerstaging.org#cM0) (see Tx log) |
| Observation/mCODETNMClinicalDistantMetastasesCategoryExample01: Observation.method | warning | No code provided, and a code should be provided from the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS |
| Path | Severity | Message |
| Observation/mCODETNMClinicalPrimaryTumorCategoryExample01: Observation.value.ofType(CodeableConcept) | information | None of the codes provided are in the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMPrimaryTumorCategoryVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMPrimaryTumorCategoryVS, and a code is recommended to come from this value set) (codes = http://cancerstaging.org#cT3) (see Tx log) |
| Observation/mCODETNMClinicalPrimaryTumorCategoryExample01: Observation.method | warning | No code provided, and a code should be provided from the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS |
| Path | Severity | Message |
| Observation/mCODETNMClinicalRegionalNodesCategoryExample01: Observation.value.ofType(CodeableConcept) | information | None of the codes provided are in the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMRegionalNodesCategoryVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMRegionalNodesCategoryVS, and a code is recommended to come from this value set) (codes = http://cancerstaging.org#cN3) (see Tx log) |
| Observation/mCODETNMClinicalRegionalNodesCategoryExample01: Observation.method | warning | No code provided, and a code should be provided from the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS |
| Path | Severity | Message |
| Observation/mCODETNMClinicalStageGroupExample01: Observation.value.ofType(CodeableConcept) | information | None of the codes provided are in the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMStageGroupVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMStageGroupVS, and a code is recommended to come from this value set) (codes = http://cancerstaging.org#3C) (see Tx log) |
| Observation/mCODETNMClinicalStageGroupExample01: Observation.method | warning | No code provided, and a code should be provided from the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS |
| Path | Severity | Message |
| Observation/mCODETNMPathologicDistantMetastasesCategoryExample01: Observation.value.ofType(CodeableConcept) | information | None of the codes provided are in the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMDistantMetastasesCategoryVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMDistantMetastasesCategoryVS, and a code is recommended to come from this value set) (codes = http://cancerstaging.org#pM0) (see Tx log) |
| Observation/mCODETNMPathologicDistantMetastasesCategoryExample01: Observation.method | warning | No code provided, and a code should be provided from the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS |
| Path | Severity | Message |
| Observation/mCODETNMPathologicPrimaryTumorCategoryExample01: Observation.value.ofType(CodeableConcept) | information | None of the codes provided are in the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMPrimaryTumorCategoryVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMPrimaryTumorCategoryVS, and a code is recommended to come from this value set) (codes = http://cancerstaging.org#pT3) (see Tx log) |
| Observation/mCODETNMPathologicPrimaryTumorCategoryExample01: Observation.method | warning | No code provided, and a code should be provided from the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS |
| Path | Severity | Message |
| Observation/mCODETNMPathologicRegionalNodesCategoryExample01: Observation.value.ofType(CodeableConcept) | information | None of the codes provided are in the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMRegionalNodesCategoryVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMRegionalNodesCategoryVS, and a code is recommended to come from this value set) (codes = http://cancerstaging.org#pN3) (see Tx log) |
| Observation/mCODETNMPathologicRegionalNodesCategoryExample01: Observation.method | warning | No code provided, and a code should be provided from the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS |
| Path | Severity | Message |
| Observation/mCODETNMPathologicStageGroupExample01: Observation.value.ofType(CodeableConcept) | information | None of the codes provided are in the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMStageGroupVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-TNMStageGroupVS, and a code is recommended to come from this value set) (codes = http://cancerstaging.org#3C) (see Tx log) |
| Observation/mCODETNMPathologicStageGroupExample01: Observation.method | warning | No code provided, and a code should be provided from the value set http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS (http://hl7.org/fhir/us/mcode/ValueSet/onco-core-CancerStagingSystemVS |
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| Path | Severity | Message |
| obf-StudyArmTypeVS | error | Error from server: Unable to provide support for code system https://ncit.nci.nih.gov |
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| Path | Severity | Message |
| onco-core-ClinVarVS | error | Error from server: Unable to provide support for code system http://www.ncbi.nlm.nih.gov/clinvar (see Tx log) |
| ✓ |
| Path | Severity | Message |
| onco-core-GeneticTestMethodVS | error | Error from server: Unable to provide support for code system http://ncit.nci.nih.gov (see Tx log) |
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| Path | Severity | Message |
| onco-core-TNMDistantMetastasesCategoryVS | error | Error from server: Unable to provide support for code system http://cancerstaging.org (see Tx log) |
| Path | Severity | Message |
| onco-core-TNMPrimaryTumorCategoryVS | error | Error from server: Unable to provide support for code system http://cancerstaging.org (see Tx log) |
| Path | Severity | Message |
| onco-core-TNMRegionalNodesCategoryVS | error | Error from server: Unable to provide support for code system http://cancerstaging.org (see Tx log) |
| Path | Severity | Message |
| onco-core-TNMStageGroupVS | error | Error from server: Unable to provide support for code system http://cancerstaging.org (see Tx log) |
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Bala might enter the Rs 100 crore club this week
by Vedanshi PathakDirected by Amar Kaushik, the Ayushamann Khurrana starrer Bala has impressed the critics and the audience alike. The film revolves around Bala (Ayushmann Khurrana) and the problems he faces in his love life because of premature balding. The film also stars Yami Gautam and Bhumi Pednekar. The film has been doing well at the box-office and earned well during its second weekend at the cash counters. During its first week, the film made Rs 72.24 crore followed by Rs 3.7 crore on its second Friday, Rs 6.73 on Saturday and Rs 8.01 crore on Sunday making the grand total Rs 90.74 crore.
The film is expected to cross the Rs 100 crore mark this week and with it Ayushmann Khurrana will have yet another blockbuster added to his long list of hits. Keep watching this space for more.


<?php echo 'Hello world ! '; ?>
<?php
// Single line comment
$number = 10;
/* Block comment */
if ($number > 10) {
echo 'Greater !';
} else {
echo 'Lesser or equal';
}
?>
$tab = array();
$tab[] = 'Michiel';
$tab[] = 'Missotten';
echo $tab[0];
echo $tab[1];
$tab = array(
'Michiel', 'Missotten'
);
$michiel = array(
'LastName' => 'Missotten',
'FirstName' => 'Michiel'
);
if (condition) {
} elseif (condition) {
} else {
}
while ($i != 10) {
// CODE
}
do {
// CODE
} while ($i != 10);
for ($i = 0; $i != 10; $i++) {
// CODE
}
foreach ($array as $element) {
// CODE
}
function sayHello($name) {
echo 'Hello ' . $name . ' !';
}
Write a function that prints your age given a year of birth
Write a function that counts the number of letters in a given name
Create an associative array of all european countries with their capitals and the country's population.
Display the list of countries first in alphabetical order, then order them by population.
Create a recursive function that calculates the factorial of a given number
Create a function that returns true if the given word/sentence is a palindrome
Given the letter A is worth 1 point and B is worth 2 points, C is worth 3 points, etc. Calculate the value of the following words/sentences :


| DOSE: |
|
oral |
Pharms - Haloperidol |
(pill / tablet) |
I was in the Peace Corps in 2001 and had experienced several psychoactive drugs previous to my leaving for overseas. As a healthcare volunteer I had ready access to the nurses pharmaceuticals. I had worked as a behavioral therapist before the peace corps and have a BA in Psychology, so I was familiar with Haldol as a psychotropic medication. Having raided most of the Diazepam (Valium) in previous months, I decided to try Haldol with a friend who was visiting.
We took either a 5 or 10mg dose in the early evening, I cannot say which with any confidence. The setting was what most people would think of as a grass hut; kerosene lantern lighting, about 85 degrees laying on a wood platform. We listened to music as the drug kicked in. It wasnít an overwhelming feeling at first, I was mostly drowsy. I felt a heavy sedation that fluctuated with yawning and an inability to attend to conversation. Strangely my friend was little affected. Our conversation was one sided as I remember yawning a lot. A physical discomfort began to kick in towards the end of the evening and my friend excused himself, staying at another house, he left me because I was having a hard time staying awake.
Once he left I decided to go to sleep. That night was one of the longer nights of my life. I was extremely uncomfortable in my skin. Tight muscles and discomfort, not unlike that of poor quality LSD. I was in dire need of rest yet unable to get comfortable enough to sleep, with my mind very unfocused. I remember being somewhat paranoid that I may have done some permanent damage at the time. It was a paranoid fantasy, but very real at the time.
I never really slept that night and awoke still very tired, but a little less tranquilized. The remainder of the next day was more physical discomfort and anxiety over when the experience would end. A disturbing occurrence was a series of mild hallucinations where I felt as though something was coming at me from my peripheral vision. It was equivalent to the shadowing that occurs if something was coming at you and all you saw was the changing of the light in your peripheral vision as the object blocked out the light source. The first time I winced, but soon realized it was a hallucination, though it continued from time to time.
The odd thing about the experience is that when I went to see my friend later the next day, he had none of the symptoms I describe. He said he was a bit tired, but that it had not affected him. He was a bit odd to begin with and I canít say if he was then on any other related medication that might have given him tolerance. I was on no other medication at all, including alcohol or marijuana for weeks.
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.


any
matches any token.
eq('foo')
matches the token foo
.
This can also be abbreviated as 'foo'
(in single quotes).
re('regex')
matches any token whose string
value matches the given regular expression (from the java.util.regex
package). For instance, re('^\\d+$')
matches any
sequence of digits.
a(foo)
matches any token whose string value
in the dictionary named foo
. Dictionaries are
defined in a TextLabels. For example, a(weekday)
might match
one of 'sun', 'mon', 'tues', ..., 'sat'.
foo:bar
matches any token that has been tagged
as having the value bar
for the property foo
.
For example, pos:det
might match a determiner.
!
).
A conjunction of (optionally, negated) SPC's can be formed with angle
brackets and commas, for instance: <a(month),!may>
might match any of 'jan', 'feb', ..., 'april', 'june', ..., or 'december'.
*
, +
, ?
, or
{i,j}
(where i
and j
are numbers)
to a SPC. The RPC any*
can be abbreviated as ...
.
An RPC matches any sequence of between i
and j
tokens such that every token in the sequence matches the underlying SPC.
For example:
a(name){1,3}
matches any sequences of 1-3 tokens in the 'name' dictionary.
<!a(punct),!'and'>*
matches any sequence of tokens that are not in the
'punct' dictionary and are not the token 'and'.
pos:noun?
matches the a one-token sequence with the 'pos' property set to
'noun', or an empty sequence.
pos:adj+
L pos:adj+
only matches a sequence of adjectives that does NOT have
an adjective immediately to the left of it.
any{3,5}
any{3,5} R
only matches a sequence of 3-5 tokens that can't be
extended to the right---in other words, a sequence that is either exactly 5 tokens
long, or which ends with the final token of a document.
@foo
or @foo?
, where foo
is a type. The RPC @foo
matches a span of type 'foo'. The RPC @foo?
matches either a span of
type foo or an empty sequence.
... ',' 'Ph' '.' 'D'
matches any token sequence ending
in ", Ph.D".
... '(' !eq(')'){,10} ')' ...
matches any sequence containing
a parenthesized expression with less than 10 tokens in it.
For example:
... a(endOfSent) [ re('^[A-Z]') !a(endOfSent){3,} a(endOfSent)] ...
will extract "sentences" (roughly - really, every sequence of at least three words
between things in the endOfSent
dictionary.)
... [any any] ...
will extract all token bi-grams.
The MixupProgram class allows a series of statements to be executed, one after another, in order to modify a text labeling. Most of these statements are based on evaluating Mixup patterns, and then modifying the labels in response to those patterns.
The types of Mixup statements are:defDict D = W1,W2,...,Wk
: adds words W1...Wk to dictionary D.
If Wi is in double quotes, then Wi is interpreted as a filename, and
all lines from that file are loaded in the dictionary.
provide ANNOTATION_TYPE
: puts a marker in the labels
that annotations of the given type are present.
require ANNOTATION_TYPE,FILE
: sees if
annotations of the given type are present in the current labels.
If not, the mixup program in 'file' is executed. (File might be in
single quotes.)
defSpanType TYPE SPAN_GENERATOR
: adds all spans generated by the
SPAN_GENERATOR to the given TYPE. There are several types of SPAN_GENERATOR's.
=T: EXPR
runs the Mixup expression EXPR on every span
of type T, and returns all spans extracted by it.
=T- EXPR
runs the Mixup expression EXPR on every span
of type T, and returns all spans S in T such that nothing was successfully
extracted by EXPR.
=T~ re REGEX,N
runs the Java 1.4 regular expression REGEX
on the string associated with each span S in T, and returns the span
associated with the N-th group in that REGEX. If the N-th group of the regex
matches something that doesn't align with token boundaries, the closest
legal token span will be used instead.
defSpanProp PROP:VAL SPAN_GENERATOR
:
same, but asserts that property PROP has value VAL for all generated spans.
defoTokenProp PROP:VAL SPAN_GENERATOR
:
same, but asserts that property PROP has value VAL for all tokens contained
in a generated span.
//============================================================================= // Extract phrases about cells from biomedical captions. // // known current bugs: // need better sentence-starting rules, not using stems // (sentence start should be based on linguistically proper use of ":") // need to discard things with unbalanced parens // undesirable examples: // "in Hela-tet Of f cells" extracts "f cells" // "in contrast cells" extracts "in contrast cells" // "respective cells" extracts "respective cells" //============================================================================= // words that might start a plural noun phrase about cells defDict pluralStart = ,, no, with, within, from, of, the, these, all, in, on, only, for, by, to, other, have, indicate, represent, show, and, or; // end of a plural noun phrase about cells - ie, a plural cell-related noun defDict pluralEnd = cells,strains,clones; // end of a singular noun phrase about cells defDict singEnd = cell,strain,clone; // start of a singular noun phrase about cells defDict singStart = ,, with, from, of, the, in, on, or, a, an, each, to, other, indicate, represent, and, or, per; // numbers defDict number = one, two, three, four, five, six, seven, eight, nine, ten, eleven, twelve, thirteen, fourteen, fifteen, sixteen, seventeen, eighteen, nineteen, twenty; // simplify syntax for these, since there's no good way to quote them defDict openParen = (; defDict closeParen = ); // 'context' is anything near a cell end. This is used to restrict search defSpanType end =: ... [a(pluralEnd)] ... || ... [a(singEnd)] ...; defSpanType context =: any+ [ any{15} @end any{2}] ... || [ any{,15} @end any{2}] ... ; // the start of a sentence might have a panel label like (a) before it. defSpanType sentStart =context: ... ['.' a(openParen) !a(closeParen){1,4} a(closeParen)] ... ; defSpanType sentStart =context: ... ['.' ] re('^[A-Z]') ... ; // something to ignore (not extract) that precedes a plural noun phrase defSpanType ignoredPluralStart =context: ... [stem:a(pluralStart)] ...; defSpanType ignoredPluralStart =context: ... [stem:a(pluralStart) a(number) ] ...; defSpanType ignoredPluralStart =context: ... [stem:a(pluralStart) re('^[0-9]+$') ] ...; defSpanType ignoredPluralStart =context: ... [@sentStart] ...; // something to ignore (not extract) that precedes a singular noun phrase defSpanType ignoredSingStart =context: ... [stem:a(singStart)] ...; defSpanType ignoredSingStart =context: ... [@sentStart] ...; // don't allow 'breaks' (commands, periods, etc) in the adjectives that qualify a // cell-related noun. defDict breakPunct = ,, .; defSpanType qualifiers =context: ... [{1,8}] ...; // finally define noun phrases as start,qualifiers,end defSpanType cell =context: ... @ignoredPluralStart [@qualifiers a(pluralEnd)] ... ; defSpanType cell =context: ... @ignoredSingStart [@qualifiers a(singEnd)] ... ; // other cases seem to be like 'strain XY123' and 'strain XY123-fobar' defSpanType cell =context: ... ['strain' re('^[A-Z]+[0-9]+$') '-' any] ... ; defSpanType cell =context: ... ['strain' re('^[A-Z]+[0-9]+$') !'-'] ... ;


Welcome to Stack Overflow Engineering! We assume if you’ve arrived at this page, you probably already know all about the Stack Overflow, and likely some of the other Q&A sites. In addition to writing a lot of code, we like to write about writing code and the other things we're doing to improve the tech community. We're trying a new thing by collecting those writings here so we can share them with the larger programming community. We hope you like it!


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Fat cat, skinny cat, small cat, tall cat – there's a CatScarf for all. We're here to cater to your cat's specific needs. You tell us your cat's measurements and we craft your loved one a scarf that is not only fashionable and made with love, but has an impeccable fit.
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CatScarf
©2015 CatScarf


Andika - Version History
9 Feb 2022 (SIL WSTech Team) Andika version 6.101
This is a maintenance release primarily focused on making the v6 fonts available on TypeTuner Web.
New
The fonts now support SIL TypeTuner. Customized fonts can be created at TypeTuner Web (https://scripts.sil.org/ttw/fonts2go.cgi)
New
locl
OpenType feature that supports Macedonian (MKD/mk) Cyrillic alternatesSerbian and Macedonian alternates are also available through a new OpenType feature (cv84) for applications that do not support language-specific
locl
featuresCharacters have been added to support Unicode versions up to 14.0.0 (more to be added in future releases):
- U+A7C4 LATIN CAPITAL LETTER C WITH PALATAL HOOK
- U+A7C5 LATIN CAPITAL LETTER S WITH HOOK
- U+1DF00 LATIN SMALL LETTER FENG DIGRAPH WITH TRILL
- U+1DF01 LATIN SMALL LETTER REVERSED SCRIPT G
- U+1DF02 LATIN LETTER SMALL CAPITAL TURNED G
- U+1DF03 LATIN SMALL LETTER REVERSED K
- U+1DF05 LATIN SMALL LETTER LEZH WITH RETROFLEX HOOK
- U+1DF07 LATIN SMALL LETTER REVERSED ENG
- U+1DF09 LATIN SMALL LETTER T WITH HOOK AND RETROFLEX HOOK
- U+1DF0A LATIN LETTER RETROFLEX CLICK WITH RETROFLEX HOOK
- U+1DF0B LATIN SMALL LETTER ESH WITH DOUBLE BAR
- U+1DF0C LATIN SMALL LETTER ESH WITH DOUBLE BAR AND CURL
- U+1DF0D LATIN SMALL LETTER TURNED T WITH CURL
- U+1DF0E LATIN LETTER INVERTED GLOTTAL STOP WITH CURL
- U+1DF0F LATIN LETTER STRETCHED C WITH CURL
- U+1DF10 LATIN LETTER SMALL CAPITAL TURNED K
- U+1DF11 LATIN SMALL LETTER L WITH FISHHOOK
- U+1DF12 LATIN SMALL LETTER DEZH DIGRAPH WITH PALATAL HOOK
- U+1DF13 LATIN SMALL LETTER L WITH BELT AND PALATAL HOOK
- U+1DF14 LATIN SMALL LETTER ENG WITH PALATAL HOOK
- U+1DF15 LATIN SMALL LETTER TURNED R WITH PALATAL HOOK
- U+1DF16 LATIN SMALL LETTER R WITH FISHHOOK AND PALATAL HOOK
- U+1DF17 LATIN SMALL LETTER TESH DIGRAPH WITH PALATAL HOOK
- U+1DF19 LATIN SMALL LETTER DEZH DIGRAPH WITH RETROFLEX HOOK
- U+1DF1A LATIN SMALL LETTER I WITH STROKE AND RETROFLEX HOOK
- U+1DF1B LATIN SMALL LETTER O WITH RETROFLEX HOOK
- U+1DF1C LATIN SMALL LETTER TESH DIGRAPH WITH RETROFLEX HOOK
- U+1DF1D LATIN SMALL LETTER C WITH RETROFLEX HOOK
- U+1DF1E LATIN SMALL LETTER S WITH CURL
Improved
The special-purpose modified fonts have been updated to be based on the current version. These are available at https://software.sil.org/lcgfonts/download/ and include Literacy and Compact versions.
U+02DE MODIFIER LETTER RHOTIC HOOK position improved with modifier vowels:
- U+02B8 MODIFIER LETTER SMALL Y
- U+1D53 MODIFIER LETTER SMALL OPEN O
- U+1D5A MODIFIER LETTER SMALL TURNED M
- U+1DBA MODIFIER LETTER SMALL TURNED V
Design improved for these characters:
- U+0184 LATIN CAPITAL LETTER TONE SIX
- U+0185 LATIN SMALL LETTER TONE SIX
The small caps feature (smcp) now supports more characters
Changed encoding
- The following characters were in the SIL PUA but have now been given Unicode assignments. The SIL PUA characters are now deprecated:
- U+A7C6 LATIN CAPITAL LETTER Z WITH PALATAL HOOK (was U+F234)
- U+10783 MODIFIER LETTER SMALL AE (was U+F1A1)
- U+1078F MODIFIER LETTER SMALL CLOSED REVERSED OPEN E (was U+F1A4)
- U+10791 MODIFIER LETTER SMALL RAMS HORN (was U+F1B5)
- U+10795 MODIFIER LETTER SMALL H WITH STROKE (was U+F1BC)
- U+107A0 MODIFIER LETTER SMALL TURNED Y (was U+F1CE)
- U+107A2 MODIFIER LETTER SMALL O WITH STROKE (was U+F1AB)
- U+107A3 MODIFIER LETTER SMALL CAPITAL OE (was U+F1AE)
- U+107B2 MODIFIER LETTER SMALL CAPITAL Y (was U+F1B4)
- U+1088E NABATAEAN LETTER FINAL KAPH (was U+F1A3)
- U+1DF04 LATIN LETTER SMALL CAPITAL L WITH BELT (was U+F268)
- U+1DF06 LATIN SMALL LETTER TURNED Y WITH BELT (was U+F267)
- U+1DF08 LATIN SMALL LETTER TURNED R WITH LONG LEG AND RETROFLEX HOOK (was U+F269)
- U+1DF18 LATIN SMALL LETTER EZH WITH PALATAL HOOK (was U+F235)
2 July 2021 (SIL WSTech Team) Andika version 6.001
- Reverted font Postscript name to that used in v5 and earlier to avoid problems with unrecognized fonts when opening older documents.
29 Jun 2021 (SIL WSTech Team) Andika version 6.000
Note that this is a major upgrade that may cause document reflow as some glyphs widths have changed and some features have been removed.
Removed
Removed DSIGs added in version 5.000. These have now been removed to reflect current best practice font development guidance. Adobe InDesign will complain that fonts cannot be found if a document last saved with version 5.000 is opened with version 5.960 or later installed. It will be necessary to find/replace the fonts in the document using the command in the Type menu. Please also look over the document carefully to note any places where changes in the fonts have affected letterforms or spacing.
Graphite has been removed. Application and OS support for OpenType has greatly improved, so the need for Graphite in this font family is greatly reduced. If this affects you, and you find that OpenType does not provide sufficient support for your needs, please contact us right away.
Removed the Show Invisibles feature.
Removed support for nine-level pitch contours. These will be replaced by a standalone pitch contours font in the future.
Added
Characters added to support Unicode versions 7.0-13.0, including feature support (e.g. small caps) where appropriate:
- U+03D1 GREEK THETA SYMBOL
- U+03F4 GREEK CAPITAL THETA SYMBOL
- U+1AB0 COMBINING DOUBLED CIRCUMFLEX ACCENT
- U+1AB1 COMBINING DIAERESIS-RING
- U+1AB2 COMBINING INFINITY
- U+1AB3 COMBINING DOWNWARDS ARROW
- U+1AB4 COMBINING TRIPLE DOT
- U+1AB5 COMBINING X-X BELOW
- U+1AB6 COMBINING WIGGLY LINE BELOW
- U+1AB7 COMBINING OPEN MARK BELOW
- U+1AB8 COMBINING DOUBLE OPEN MARK BELOW
- U+1AB9 COMBINING LIGHT CENTRALIZATION STROKE BELOW
- U+1ABA COMBINING STRONG CENTRALIZATION STROKE BELOW
- U+1DF5 COMBINING UP TACK ABOVE
- U+203B REFERENCE MARK
- U+20BE LARI SIGN
- U+20BF BITCOIN SIGN
- U+27E8 MATHEMATICAL LEFT ANGLE BRACKET
- U+27E9 MATHEMATICAL RIGHT ANGLE BRACKET
- U+2E13 DOTTED OBELOS
- U+2E14 DOWNWARDS ANCORA
- U+2E17 DOUBLE OBLIQUE HYPHEN
- U+2E22 TOP LEFT HALF BRACKET
- U+2E23 TOP RIGHT HALF BRACKET
- U+2E24 BOTTOM LEFT HALF BRACKET
- U+2E25 BOTTOM RIGHT HALF BRACKET
- U+A78F LATIN LETTER SINOLOGICAL DOT
- U+A7AE LATIN CAPITAL LETTER SMALL CAPITAL I
- U+A7AF LATIN LETTER SMALL CAPITAL Q
- U+A7B3 LATIN CAPITAL LETTER CHI
- U+A7B4 LATIN CAPITAL LETTER BETA
- U+A7B5 LATIN SMALL LETTER BETA
- U+A7B6 LATIN CAPITAL LETTER OMEGA
- U+A7B7 LATIN SMALL LETTER OMEGA
- U+A7B8 LATIN CAPITAL LETTER U WITH STROKE
- U+A7B9 LATIN SMALL LETTER U WITH STROKE
- U+AB30 LATIN SMALL LETTER BARRED ALPHA
- U+AB53 LATIN SMALL LETTER CHI
- U+AB5C MODIFIER LETTER SMALL HENG
- U+AB5E MODIFIER LETTER SMALL L WITH MIDDLE TILDE
- U+F26E CAPITAL RAMS HORN (in SIL PUA)
New
First release that uses a UFO-based design and production workflow
- All sources are in open formats
- Build toolkit and workflow is completely open-source
- See https://silnrsi.github.io/silfontdev/en-US/Introduction.html
New weights previously only available in the Andika New Basic fonts. The new weights may not be identical in metrics or form to the Basic fonts, though care has been taken to minimize differences.
Web fonts are provided in both WOFF and WOFF2 formats
Applied new hinting techniques to try to improve screen rendering on Windows
All-new documentation in HTML and PDF formats
Features for controlling literacy forms of a and g separately
- Double-story a alternates (ss13)
- Double-story g alternates (ss14)
Feature to support side-by-side rendering of U+0300 plus U+0301
- Kayan diacritics (cv79)
Added feature to provide alternate form of capital J with top serif (cv35)
Tone letter features (cv91 & cv92) now supported through OpenType
Made many basic or common glyphs interpolation-compatible. There is no current plan to make all of Andika interpolatable, although please let us know if this is a feature that would be helpful to you.
Fixes
Fixed some small capital correspondences, including added support for clicks
Fixed problems with spacing of tone letters
Improved miscellaneous anchor positions, including the position of diacritics below glyphs with macrons below (e.g. U+1E0F LATIN SMALL LETTER D WITH LINE BELOW)
Improved position of diacritics for superscripts and modifier letters (including cedilla, ogonek, rhotic hook)
Fixes and improvements to various glyphs:
- U+00E6 LATIN SMALL LETTER AE (made single-story in italic)
- U+01E5 LATIN SMALL LETTER G WITH STROKE (bar position on single-story variant)
- U+026D LATIN SMALL LETTER L WITH RETROFLEX HOOK (form)
- U+026E LATIN SMALL LETTER EZH
- U+02D6 MODIFIER LETTER PLUS SIGN (size)
- U+02DF MODIFIER LETTER CROSS ACCENT (size)
- U+0306 COMBINING BREVE (improved position for Cyrillic)
- U+0312 COMBINING TURNED COMMA ABOVE (increased size)
- U+0313 COMBINING COMMA ABOVE (increased size)
- U+031A COMBINING LEFT ANGLE ABOVE (spacing)
- U+0326 COMBINING COMMA BELOW (increased size)
- U+033B COMBINING SQUARE BELOW (more rectangular)
- U+04E0 CYRILLIC CAPITAL LETTER ABKHASIAN DZE (form)
- U+1D15 LATIN LETTER SMALL CAPITAL OU (form)
- U+1D3B MODIFIER LETTER CAPITAL REVERSED N (form)
- U+1D77 LATIN SMALL LETTER TURNED G (position)
- U+1D78 MODIFIER LETTER CYRILLIC EN (form)
- U+1DA9 MODIFIER LETTER SMALL L WITH RETROFLEX HOOK (form)
- U+2008 PUNCTUATION SPACE (made width consistent)
- U+A76A LATIN CAPITAL LETTER ET
- U+A76B LATIN SMALL LETTER ET
- U+A76C LATIN CAPITAL LETTER IS
- U+A76D LATIN SMALL LETTER IS
- U+A778 LATIN SMALL LETTER UM (spacing)
- U+A77F LATIN SMALL LETTER TURNED INSULAR G (position)
- U+A78E LATIN SMALL LETTER L WITH RETROFLEX HOOK AND BELT (form)
- U+A7F8 MODIFIER LETTER CAPITAL H WITH STROKE (form)
Known issues
There is no support for TypeTuner or TypeTuner Web. We hope to add that support soon.
There are no regional subsets. Please contact us if these are a priority for you and describe how you use them. We are reassessing whether to provide these subsets. With current web technology and WOFF2 compression most uses can be met equally well with the full fonts.
27 Oct 2014 (SIL NRSI team) Andika Regular version 5.000
- Added Stylistic Sets to the font for OpenType support of previously Graphite-only features
- Added Character Variants to the font for OpenType support of previously Graphite-only features
- Added Serbian feature when Serbian language is turned on
- Added hook D variant feature (for U+018A/U+0257)
- Removed "Show deprecated PUA" feature
- Removed "Romanian-style diacritics" feature (because glyphs are now encoded)
- Removed "Diacritic selection" feature
- Added U+039E, U+03BC, U+03C6 and U+03C9 in the Greek and Coptic block
- Added U+0528..U+052F in the Cyrillic Supplement block
- Added U+2041 in the General Punctuation block
- Added U+2095..U+209C in the Superscripts and Subscripts block
- Added U+20B6..U+20BD in the Currency Symbols block
- Added U+210C, U+2113, U+2117, U+212D, U+2135, U+214F in the Letterlike Symbols block
- Added U+2150..U+2152 and U+2189 in the Number Forms block
- Added U+2226, U+2234..U+2235, U+2262, U+2282..U+2287 in the Mathematical Operators block
- Added U+2640, U+2642, U+266D, U+266F in the Miscellaneous Symbols block
- Added U+27E8..U+27E9 in the Miscellaneous Mathematical Symbols-A block
- Added U+2C7E..U+2C7F in the Latin Extended-C block
- Added U+2C88 in the Coptic block
- Added U+2E00..U+2E0D, U+2E3A..U+2E3B in the Supplemental Punctuation block
- Added U+A736..U+A73F, U+A742..U+A74D, U+A750..U+A787, U+A790..U+A7AD, U+A7B0..U+A7B1, U+A7F7..U+A7FA in the Latin Extended-D block. These were also added to relevant features.
- Added U+A92E in the Kayah Li block (to support the Kayah Li language when using the Roman script)
- Added U+AB64..U+AB65 in the Latin Extended-E block
- Added U+1D40C, U+1D504..U+1D505, U+1D50A, U+1D50E..U+1D50F, U+1D514, U+1D516..U+1D517, U+1D519 in the Mathematical Alphanumeric Symbols block
- Added PUA characters U+F26C (curl J) and U+F26D (left-hook b)
- Characters in our PUA that were added to Unicode have had their codepoints updated: F1AD>A7F9, F266>A78E, F26B>A78D, F32C>0526, F32D>0527, F17B>1DFD, F209>2C70
- These PUA characters were deprecated (now white on black glyphs): U+F17B, U+F1AD, U+F209, U+F247, U+F248, U+F266, U+F26B, U+F32C, U+F32D
- Deleted U+0149 as it is officially deprecated in Unicode
- Added support for shorter macrons under narrow letters (i,l,r,t). (This only works for Graphite or using precomposed characters in OpenType.)
- Made it possible for saltillo characters (U+A78B and U+A78C) to "carry" diacritics
- Improved design of U+A722..U+A725 and U+A78D
- Refactored all cedilla positioning
- Removal of unneeded duplicate glyphs (because of improvements in smart font code)
- Bug fix in Graphite code to allow for simultaneous selection of Vietnamese alternates and Small Caps
- Bug fix in Graphite code to allow for simultaneous selection of Ogonek alternates and Small Caps
- Version number bumped up to match other SIL Roman fonts
- Optimized Graphite code for faster processing of plain ASCII text
- Subscript and Superscript parentheses, minus, plus and equals were raised. Metrics were not changed.
- Modified U+0452 to have a descender
- Changed postscript names for U+0218 and U+0219
- Changed postscript names for U+2203, U+232A and U+2329
- Changed design of U+A728 to use lowercase ezh form
- Added space to right of U+201E to make it equal to that of U+201A
- Made U+005C Reverse Solidus an actual reverse of U+002F Solidus
- "Hide tone contour staves" feature now works with single tonebar
- Changed U+1D44 and U+0250 to be double-story rather than single-story
- Allowed combining marks to render properly with U+02D0
1 Aug 2012 (SIL NRSI team) Andika Regular version 1.004
- Changed Graphite feature identifiers from integers to 4-character alphanumeric tags (no other changes)
12 Sep 2011 (SIL NRSI team) Andika Regular version 1.002
- Removed the VDMX table and changed the version number.
8 Jul 2011 (SIL NRSI team) Andika Regular version 1.000
- Released under SIL Open Font License.
2 May 2008 (SIL NRSI team) Andika Basic Regular version 1.0
- Released under SIL Open Font License.
19 Jan 2007 (SIL NRSI team) Andika Design Review version 0.001
- Released under Open Font License. Five new fonts containing revisions of some glyphs and different combinations of others.
7 Aug 2006 (SIL NRSI team) Andika Design Review version 0.001
- Released under Open Font License.


Use list below to specify which methods should be checked. When unchecked, common instance/static method name pattern won't be applied. For each type use the fields to specify minimum length, maximum length and regular expression expected for method names. Specify 0 in length fields to skip corresponding checks. Regular expressions are in standard java.util.regex format.


Welcome to Quiz Time! The online quiz game testing your skills on JavaScript. You will be asked a total of 6 multiple choice questions. Upon starting, you will be given a total of 60 seconds to answer them all. For every incorrect answer, 7 seconds will be subtracted from your total time. Upon completion you will be prompted to enter your name into the High Scores if you score high enough.


-
Why does this exist? Why another game engine?
-
Zeedonk's goal is to make it easy to make and share realtime games all within the browser.
-
Who made this?
-
At the time of launch Terry Cavanagh and Stephen Lavelle. A list of all post-launch contributions can be found here.
There are many technologies used in Zeedonk, the creators of which deserve full credit
The sound generator is based on sfxr.
(Also, in addition to using Haxe, some of the documentation for the standard haxe functions is taken from it basically verbatim, under the MIT license).
-
What programming language am I using here?
-
HScript, an interpreted dialect of Haxe.
-
What is Zeedonk's resolution?
-
240x150
-
Can I host games on my own website?
-
Yes! You'll be missing out on some fixes that we might push occasionally, but it's still a good idea to keep a backup.
- Go to the github repository
- Find the "Download ZIP" button and click it.
- Unzip it, and replace default.hx with your game's code (make sure it's utf-8)
- Put it up on a webserver (due to security concerns, it won't work on most browsers if opened in a browser directly from the file-system)
- going to play.html should now load your game
-
Is there any way to modify the contents of a shared game url?
-
If you want to share a link to a game you've made, but still be able to update it (in case there are bugs you want to fix, or new levels you want to add), here's how you do that:
- Click Share in the Zeedonk editor as you normally would.
- Copy the ID at the end of the shareable URL that Zeedonk just generated for you:
http://www.zeedonk.net/play.html?p=6878337,
and paste it at the end of this URL:
https://gist.github.com/anonymous/6878337.
- If you're signed into GitHub, you should see a button labelled Fork. Press that. (If you don't have a GitHub account, you'll need to create one for the following to work).
- Now you have your own updatable Zeedonk file! Take the ID at the end of the URL of your fork (it will be different to the one you pasted above) and perform Step 2 in reverse to find out your shareable and updatable game URL.
- Now anytime you want to update it, just go back to the fork you made, make some changes, and the same game URL should be updated too!
-
Where's the source code?
-
Here on github
-
I found a bug!
-
Report it here.  We'd be ever so thankful.
-
I have a suggestion!
-
Suggest it here!
Even better, if you want to contribute to the project, we very likely already have a big list of things we want to do and bugs we need to fix that you can browse here.
-
Can I sell/distribute games made with Zeedonk?
-
You can do whatever you want with Zeedonk games basically (it's distributed under the MIT license - though your games don't need to be).
-
Zeedonk is too slow for my purposes. I want to turbo-charge it!
-
There are many optimization techniques possible - caching images being a common one. This example game is pretty heavily optimized.
If you want a turbocharged version of zeedonk, the engine that it's built on top of is also perfectly usable - it's much faster, and will be quite familiar - it takes a small bit of work to set up, however.
It's super cool, and called HAXEGON.
-
I am a Zeedonk master! What other tools are there?
-
If you feel you'd like to try out some more tools with a different flavour, here are some suggestions:


--- layout: post title: '''I''ve Got Nothing to Hide'' and Other Misunderstandings of Privacy' date: 2013-10-07 19:07:00.000000000 -04:00 categories: [] tags: - NSA - privacy status: publish type: post published: true meta: _publicize_pending: '1' author: login: samarthbhaskar email<EMAIL_ADDRESS>display_name: samarthbhaskar first_name: '' last_name: '' ---
I just came across this paper on SSRN, titled 'I've got Nothing to Hide' and other Misunderstandings of Privacy. It's a short essay from 2007-2008 that succinctly situates one part of the privacy discussion. More than anything else, I was drawn toward reading it because it directly addresses an argument I found myself making a lot in the last few months regarding the NSA, Prizm, and other government data collection efforts that made national news.
Some key take aways from the paper that made me change my mind about making the "I don't have anything to hide" argument are:
- "Far too often, discussions of the NSA surveillance and data mining define the problem solely in terms of surveillance. To return to my discussion of metaphor, the problems are not just Orwellian, but Kafkaesque. The NSA programs are problematic even if no information people want to hide is uncovered. In The Trial, the problem is not inhibited behavior, but rather a suffocating powerlessness and vulnerability created by the court system’s use of personal data and its exclusion of the protagonist from having any knowledge or participation in the process."
- "[The privacy issue] is not about whether the information gathered is something people want to hide, but rather about the power and the structure of government."
- "One of the difficulties with the nothing to hide argument is that it looks for a visceral kind of injury as opposed to a structural one. "
My proclivities as a millennial, whose political world view was largely formed by September 11th, led me astray on this matter it seems. I found myself erring on the side of "well my personal discomfort, if any, will most likely be relegated to embarrassment at worst, and in exchange for increased national security, maybe it's a worthwhile trade." (or some bastardized version of that argument) But having someone lay the entire privacy question out, define privacy (a difficult endeavor in itself) and address the fact that saying "I have nothing to hide," almost entirely misses the point was beneficial.


This web show your some projects
Parsing momo, pchome, etc.
View details »
grid view about many images demo
Just CV


Webcam access denied! This application modifies
your webcam stream background to any background you prefer! In order
to use this application you need to enable webcam access. Note that
no data is being sent to any server and everything happens in the
browser.
Here's how to enable webcam permission for a application in
Chrome & Edge
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FireFox
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|
Test Your Knowledge
2.0
Test your knowledge by answering questions of different difficulties across many subjects
|
Contains prototypes of all functions required. More...
#include "helpers.hpp"
#include <iostream.h>
#include <conio.h>
#include <stdlib.h>
#include <time.h>
#include <stdio.h>
#include <ctype.h>
#include <string.h>
#include <fstream.h>
Go to the source code of this file.
Classes | |
| struct | question |
| Structure to represent a question. More... | |
| struct | sub |
| Structure to represent information pertaining to a particular subject. More... | |
| struct | coord |
| Structure to represent a coordinate of type (x,y) More... | |
Macros | |
| #define | SUB_MAX 5 |
| The maximum number of subjects. | |
| #define | STDSTRLEN 100 |
| Standard string length. | |
| #define | BIGSTRLEN(factor) (STDSTRLEN * factor) |
| Increases standard string length factor times. | |
| #define | SMALLSTRLEN(factor) (STDSTRLEN / factor) |
| Decreases standard string length factor time. | |
| #define | TITLE "TEST YOUR KNOWLEDGE!" |
| Title of the quiz. | |
| #define | MAXQPERLVL 10 |
| Maximum number of questions allowed per level. | |
Enumerations | |
| enum | frame_modes { NOSIDES, SIDES } |
| Defines the modes from printing the frame. | |
| enum | select_modes { NO_NAV, BCKSPC, ESC } |
| Defines what type of key will invoke the select function to return a value. More... | |
| enum | print_modes { NUM, ALPHA, SROM, CROM, NONUM } |
| The print modes of options for props() More... | |
Functions | |
| void | init_ques (int lvl, int sub, int q_num, question &ques) |
| Copies the question indicated by the parameters into a question parameter. More... | |
| void | init_qinfo () |
| Gets Information on subjects from file. More... | |
| void | init_ui () |
| Initialises the User Interface by setting general requirements for other UI functions. More... | |
| void | printc (char *str, int ws=(-1), int t_color=LIGHTGRAY, int b_color=BLACK) |
| Prints the input string at center of line. | |
| void | frame (coord up_left=coord(-1,-1), int f_height=-1, int f_width=-1, int f_mode=SIDES) |
| Generates a frame. More... | |
| int | select (coord bullet1, int num_ops, int *height_ops, int mode=NO_NAV, char bullet=(char) 175) |
| Makes the user select the option. More... | |
| coord | props (const int num_ops, char ops[][BIGSTRLEN(2)], char head[], coord &f_uleft, int ops_height[], int print_mode=NONUM) |
| Prints the options. More... | |
| void | prhead (char left[], char middle[], char right[]) |
| Prints the header. More... | |
| void | prfoot (char left[], char middle[], char right[]) |
| Prints the footer. More... | |
| int | play () |
| Wrapper for the UI functions. More... | |
| int | getmode () |
| Gets the mode in which the user wants to play the quiz. More... | |
| int | prscr_m1 (int screen_num) |
| Play according to subject and level. More... | |
| int | prscr_m2 () |
| Play with random questions. More... | |
| int | askq (int lvl, int sub_num, int q_num, int q_num2) |
| Prints the question, gets response and displays the result. More... | |
Variables | |
| sub | subs [SUB_MAX] |
| Stores the information pertaining to all subjects. | |
| int | num_subs |
| The number of subjects. | |
| int | height |
| Height of the screen. | |
| int | width |
| Width of the screen. | |
Contains prototypes of all functions required.
| enum print_modes |
| enum select_modes |
Defines what type of key will invoke the select function to return a value.
| Enumerator | |
|---|---|
| NO_NAV | No navigation. |
| BCKSPC | Backspace key. |
| ESC | Escape key. |
| int askq | ( | int | lvl, |
| int | sub_num, | ||
| int | q_num, | ||
| int | q_num2 | ||
| ) |
Prints the question, gets response and displays the result.
It asks the question as specified by the parameters lvl, sub_num and q_num. It randomises the order in which the options of the question are displayed.
| [in] | lvl | Difficulty level (zero indexed) |
| [in] | sub_num | Subject number (zero indexed) |
| [in] | q_num | Question number for accessing info (zero indexed) |
| [in] | q_num2 | Question number for printing purposes (1 indexed) |
| void frame | ( | coord | up_left = coord(-1,-1) , |
| int | f_height = -1 , |
||
| int | f_width = -1 , |
||
| int | f_mode = SIDES |
||
| ) |
Generates a frame.
| [in] | up_left | Upper left coordinate of frame; upper-left corner of window, if not specified |
| [in] | f_height | Height of frame |
| [in] | f_width | Width of frame |
| [in] | f_mode | Specifies the mode for printing frame |
debug/cout << (i + 2) % 10;
| int getmode | ( | ) |
Gets the mode in which the user wants to play the quiz.
| void init_qinfo | ( | ) |
Gets Information on subjects from file.
Reads a file called q_info.txt and reads the information on subjects from it
| void init_ques | ( | int | lvl, |
| int | sub, | ||
| int | q_num, | ||
| question & | ques | ||
| ) |
Copies the question indicated by the parameters into a question parameter.
| [in] | lvl | Level (zero indexed) |
| [in] | sub | Subject Number (zero indexed) |
| [in] | q_num | Question number for the particular lvl and sub (zero indexed) |
| [out] | ques | Stores the question into this variable |
| void init_ui | ( | ) |
Initialises the User Interface by setting general requirements for other UI functions.
| int play | ( | ) |
Wrapper for the UI functions.
| void prfoot | ( | char | left[], |
| char | middle[], | ||
| char | right[] | ||
| ) |
Prints the footer.
It assumes that there is an outer frame and there is enough space to print left, middle, and right strings
| [in] | left | Left aligned footer |
| [in] | middle | Centre aligned footer |
| [in] | right | Right aligned footer |
| void prhead | ( | char | left[], |
| char | middle[], | ||
| char | right[] | ||
| ) |
Prints the header.
It assumes that there is an outer frame and there is enough space to print left, middle, and right strings
| [in] | left | Left aligned header |
| [in] | middle | Centre aligned header |
| [in] | right | Right aligned header |
| coord props | ( | const int | num_ops, |
| char | ops[][BIGSTRLEN(2)], | ||
| char | head[], | ||
| coord & | f_uleft, | ||
| int | ops_height[], | ||
| int | print_mode = NONUM |
||
| ) |
Prints the options.
| [in] | num_ops | The number of options |
| [in] | ops | 2D array containing options: ops[num_ops][STRLEN] |
| [in] | head | Heading of the options |
| [out] | f_uleft | Upper left coordinate of frame enclosing options |
| [out] | ops_height | Height (Number of lines) of options |
| [in] | print_mode | Specifies if the options are to numbered or not |
| int prscr_m1 | ( | int | screen_num | ) |
Play according to subject and level.
Invoked when the mode is set to 0 (zero) The function prints questions, keeps track of total questions attempted & attempted correctly, prints the result and also asks if user wants to play again. It will exit the round if ESC key is pressed Value of screen_num Function 1 Gets difficulty from user and returns it 2 Gets subject from user and returns it 3 Asks the questions pertaining to the lvl and sub 4 Asks if user wants to play again and returns choice (1 for yes, 0 for no)
| int prscr_m2 | ( | ) |
Play with random questions.
Invoked when the mode is set to 1 The function prints questions randomly from all subjects and difficulty levels. It exits the round on pressing ESC and/or the question set is exhausted and then proceeds to show the result i.e Number of questions attempted correctly
| int select | ( | coord | bullet1, |
| int | num_ops, | ||
| int * | height_ops, | ||
| int | mode = NO_NAV , |
||
| char | bullet = (char) 175 |
||
| ) |
Makes the user select the option.
Takes in coordinates of first bullet, number of options and prints the bullets according to the height of each option. It takes in the character to be printed as a bullet Mode specifies what it will return if that key is pressed BCKSPC -1 ESC -2
| [in] | bullet1 | Co-ordinate of first bullet |
| [in] | num_ops | Number of options |
| [in] | height_ops | Height of each option |
| [in] | mode | Specifies if navigation is to be allowed or not |
| [in] | bullet | Character to be printed as bullet |


ILM or Curator?edit
If ILM provides the functionality to manage your index lifecycle, and you have at least a Basic license, consider using ILM in place of Curator. Many of the Stack components make use of ILM by default.
Beatsedit
All Beats share a similar ILM configuration. Filebeats is used as a reference here.
Starting with version 7.0, Filebeat uses index lifecycle management by default when it connects to a cluster that supports lifecycle management. Filebeat loads the default policy automatically and applies it to any indices created by Filebeat.
You can view and edit the policy in the Index lifecycle policies UI in Kibana. For more information about working with the UI, see Index lifecyle policies.
Read more about Filebeat and ILM here.
Logstashedit
The Index Lifecycle Management feature requires version 9.3.1 or higher of the
logstash-output-elasticsearch
plugin.
Logstash can use Index Lifecycle Management to automate the management of indices over time.
The use of Index Lifecycle Management is controlled by the ilm_enabled
setting. By
default, this will automatically detect whether the Elasticsearch instance
supports ILM, and will use it if it is available. ilm_enabled
can also be set to
true
or false
to override the automatic detection, or disable ILM.
Read more about Logstash and ILM here.


Enter amount of seconds
convert seconds to HH:MM:SS
Enter three digit number
three digit number
Enter three digit number
Solve quadratic equation


"use strict";
import Vector from "../geometry/Vector";
import Center from "./Center";
import Corner from "./Corner";
import Edge from "./Edge";
import { has } from "../utilities/Util";
import Voronoi from "Voronoi";
// Need to ES6ify
class Graph {
/**
* The Graph class is an extenstion of the voronoi diagram. It turns the
* diagram into a more useable format where centers, edges, and corners are
* better connected. This allows for many different types of traversal over
* the graph. This class uses the rhill-voronoi library for building the
* voronoi graph. This is termed a PAN connected graph. This class can also be
* relaxed more by using lloyd relaxation which reruns the graph simulation
* process with a less packed point set to gradually create a more "blue" noise
* effect.
*
* @summary Creates a voronoi diagram of a given point set that is created
* inside a partiuclar bounding box. The set of points can also be relaxed
* creating a more "blue" noise effect using loyd relaxation.
*
* @property {Rectangle} bbox The input bounding box
* @property {Center[]} centers All the center objects of the graph
* @property {Corner[]} corners All the corner objects of the graph
* @property {Edges[]} edges All the edge objects of the graph
*
* @param {Vector[]} points The vector location to create the voronoi diagram with
* @param {Rectangle} bbox The bounding box for the creation of the voronoi diagram
* @param {integer} [relaxations=0] The number of lloyd relaxations to do.
* This turns a noisy graph into a more uniform graph iteration by iteration.
* This helps to improve the spacing between points in the graph.
* @param {bool} [improveCorners=false] This improves uniformity among the
* corners by setting them to the average of their neighbors. This breaks
* the voronoi properties of the graph.
*
* @class Graph
*/
constructor(points, bbox, relaxations = 0, improveCorners = false) {
this.bbox = bbox;
this._rhillbbox = {
xl: this.bbox.x,
xr: this.bbox.x + this.bbox.width,
yt: this.bbox.y,
yb: this.bbox.y + this.bbox.height
};
// Compute Voronoi from initial points
const rhillVoronoi = new Voronoi();
this._voronoi = rhillVoronoi.compute(points, this._rhillbbox);
// Lloyds Relaxations
while (relaxations > 0) {
console.log(relaxations);
const sites = this.relaxSites(this._voronoi);
rhillVoronoi.recycle(this._voronoi);
this._voronoi = rhillVoronoi.compute(sites, this._rhillbbox);
relaxations--;
}
this.convertDiagram(this._voronoi);
if (improveCorners) {
console.log(this.corners);
this.improveCorners();
console.log(this.corners);
}
this.sortCorners();
}
relaxSites(voronoi) {
const cells = voronoi.cells;
let iCell = cells.length;
let cell;
let site;
const sites = [];
while (iCell--) {
cell = cells[iCell];
site = this.cellCentroid(cell);
sites.push(new Vector(site.x, site.y));
}
return sites;
}
cellArea(cell) {
let area = 0;
const halfedges = cell.halfedges;
let iHalfedge = halfedges.length;
let halfedge, p1, p2;
while (iHalfedge--) {
halfedge = halfedges[iHalfedge];
p1 = halfedge.getStartpoint();
p2 = halfedge.getEndpoint();
area += p1.x * p2.y;
area -= p1.y * p2.x;
}
area /= 2;
return area;
}
cellCentroid(cell) {
let x = 0,
y = 0;
const halfedges = cell.halfedges;
let iHalfedge = halfedges.length;
let halfedge;
let v, p1, p2;
while (iHalfedge--) {
halfedge = halfedges[iHalfedge];
p1 = halfedge.getStartpoint();
p2 = halfedge.getEndpoint();
v = p1.x * p2.y - p2.x * p1.y;
x += (p1.x + p2.x) * v;
y += (p1.y + p2.y) * v;
}
v = this.cellArea(cell) * 6;
return { x: x / v, y: y / v };
}
convertDiagram(voronoi) {
const centerLookup = {};
const cornerLookup = {};
this.centers = [];
this.corners = [];
this.edges = [];
let cornerId = 0;
let edgeId = 0;
// Copy over all the center nodes
for (const cell of voronoi.cells) {
const site = cell.site;
const pos = new Vector(site.x, site.y);
const center = new Center(pos);
center.id = site.voronoiId;
centerLookup[pos.key()] = center;
this.centers.push(center);
}
// Create and copy over the edges and corners
// This portion also creates the connections between all the nodes
for (let edge of voronoi.edges) {
// Convert voronoi edge to a useable form
// Corner positions
const va = new Vector(Math.round(edge.va.x), Math.round(edge.va.y));
const vb = new Vector(Math.round(edge.vb.x), Math.round(edge.vb.y));
// Center positions
const site1 = new Vector(edge.lSite.x, edge.lSite.y);
const site2 = edge.rSite ? new Vector(edge.rSite.x, edge.rSite.y) : null;
// Lookup the two center objects
const center1 = centerLookup[site1.key()];
const center2 = site2 ? centerLookup[site2.key()] : null;
// Lookup the corner objects and if one isn't created
// create one and add it to corners set
let corner1;
let corner2;
const isBorder = (point, bbox) => point.x <= bbox.xl || point.x >= bbox.xr ||
point.y <= bbox.yt || point.y >= bbox.yb;
if (!has(cornerLookup, va.key())) {
corner1 = new Corner(va);
corner1.id = cornerId++;
corner1.border = isBorder(va, this.bbox);
cornerLookup[va.key()] = corner1;
this.corners.push(corner1);
} else {
corner1 = cornerLookup[va.key()];
}
if (!has(cornerLookup, vb.key())) {
corner2 = new Corner(vb);
corner2.id = cornerId++;
corner2.border = isBorder(vb, this.bbox);
cornerLookup[vb.key()] = corner2;
this.corners.push(corner2);
} else {
corner2 = cornerLookup[vb.key()];
}
// Update the edge objects
const newEdge = new Edge();
newEdge.id = edgeId++;
newEdge.d0 = center1;
newEdge.d1 = center2;
newEdge.v0 = corner1;
newEdge.v1 = corner2;
newEdge.midpoint = Vector.midpoint(corner1, corner2);
// Update the corner objects
corner1.protrudes.push(newEdge);
corner2.protrudes.push(newEdge);
if (!corner1.touches.includes(center1)) {
corner1.touches.push(center1);
}
if (center2 && !corner1.touches.includes(center2)) {
corner1.touches.push(center2);
}
if (!corner2.touches.includes(center1)) {
corner2.touches.push(center1);
}
if (center2 && !corner2.touches.includes(center2)) {
corner2.touches.push(center2);
}
corner1.adjacent.push(corner2);
corner2.adjacent.push(corner1);
// Update the center objects
center1.borders.push(newEdge);
if (center2) {
center2.borders.push(newEdge);
}
if (!center1.corners.includes(corner1)) {
center1.corners.push(corner1);
}
if (!center1.corners.includes(corner2)) {
center1.corners.push(corner2);
}
if (center2 && !center2.corners.includes(corner1)) {
center2.corners.push(corner1);
}
if (center2 && !center2.corners.includes(corner2)) {
center2.corners.push(corner2);
}
if (center2) {
center1.neighbors.push(center2);
center2.neighbors.push(center1);
}
// If either corner is a border, both centers are borders
center1.border = center1.border || corner1.border || corner2.border;
if (center2) {
center2.border = center2.border || corner1.border || corner2.border;
}
this.edges.push(newEdge);
}
}
//------------------------------------------------------------------------------
// Helper function to create graph
//
// Lloyd relaxation helped to create uniformity among polygon corners,
// This function creates uniformity among polygon corners by setting the corners
// to the average of their neighbors
// This breakes the voronoi diagram properties
improveCorners() {
const newCorners = [];
// Calculate new corner positions
for (let i = 0; i < this.corners.length; i++) {
let corner = this.corners[i];
if (corner.border) {
newCorners[i] = corner;
} else {
let newPos = Vector.zero();
for (const neighbor of corner.touches) {
newPos = Vector.add(newPos, neighbor);
}
newPos = newPos.divide(corner.touches.length);
newCorners[i] = newPos;
}
}
console.log(newCorners);
// Assign new corner positions
for (let i = 0; i < this.corners.length; i++) {
this.corners[i].x = newCorners[i].x;
this.corners[i].y = newCorners[i].y;
}
// Recompute edge midpoints
for (let edge of this.edges) {
if (edge.v0 && edge.v1) {
edge.midpoint = Vector.midpoint(edge.v0, edge.v1);
}
}
}
//------------------------------------------------------------------------------
// Sorts the corners in clockwise order so that they can be printed properly
// using a standard polygon drawing method
sortCorners() {
for (const center of this.centers) {
const comp = this.comparePolyPoints(center);
center.corners.sort(comp);
}
}
//------------------------------------------------------------------------------
// Comparison function for sorting polygon points in clockwise order
// assuming a convex polygon
// http://stackoverflow.com/questions/6989100/sort-points-in-clockwise-order
comparePolyPoints(c) {
const center = c;
return (p1, p2) => {
const a = p1,
b = p2;
if (a.x - center.x >= 0 && b.x - center.x < 0) {
return -1;
}
if (a.x - center.x < 0 && b.x - center.x >= 0) {
return 1;
}
if (a.x - center.x === 0 && b.x - center.x === 0) {
if (a.y - center.y >= 0 || b.y - center.y >= 0) {
if (a.y > b.y) {
return -1;
} else {
return 1;
}
}
if (b.y > a.y) {
return -1;
} else {
return 1;
}
}
// compute the cross product of vectors (center -> a) x (center -> b)
const det = (a.x - center.x) * (b.y - center.y) - (b.x - center.x) * (a.y - center.y);
if (det < 0) {
return -1;
}
if (det > 0) {
return 1;
}
// points a and b are on the same line from the center
// check which point is closer to the center
const d1 = (a.x - center.x) * (a.x - center.x) + (a.y - center.y) * (a.y - center.y);
const d2 = (b.x - center.x) * (b.x - center.x) + (b.y - center.y) * (b.y - center.y);
if (d1 > d2) {
return -1;
} else {
return 1;
}
};
}
}
export default Graph;


SaveFileRequester()
Syntax
Filename$ = SaveFileRequester(Title$, DefaultFile$, Pattern$, PatternPosition)Description
Opens the standard requester for the user to save a file.
Parameters
Title$ The title of the requester window. DefaultFile$ The filename to use when the requester is opened. Pattern$ A standard filter which allow to display only the files which end with such or such extension. It must be in the following form : "Text file | *.txt | Music file | *.mus;*.mod" The pattern always work by pair: name (which really appears in the filter) and extension (ie: *.txt). Several extensions can be specified for a single type by using the ; (semi-colon) separator (not supported on OSX, the requester always displays all files). PatternPosition It specifies which pattern must be the default. It begin from 0 up to the number of pattern. Once the requester has been closed, SelectedFilePattern() can be used to get back the selected pattern (not supported on OSX).
Return value
The selected filename, or an empty string if the requester has been canceled by the user.
Remarks
The returned 'Filename$' can be easily split into file, path and extension string with the following functions: GetFilePart(), GetPathPart() and GetExtensionPart().
Example
StandardFile$ = "C:\autoexec.bat" ; set initial file+path to display ; With next string we will set the search patterns ("|" as separator) for file displaying: ; 1st: "Text (*.txt)" as name, ".txt" and ".bat" as allowed extension ; 2nd: "PureBasic (*.pb)" as name, ".pb" as allowed extension ; 3rd: "All files (*.*) as name, "*.*" as allowed extension, valid for all files Pattern$ = "Text (*.txt)|*.txt;*.bat|PureBasic (*.pb)|*.pb|All files (*.*)|*.*" Pattern = 0 ; use the first of the three possible patterns as standard File$ = SaveFileRequester("Please choose file to save", StandardFile$, Pattern$, Pattern) If File$ MessageRequester("Information", "You have selected following file:"+Chr(10)+File$, 0) Else MessageRequester("Information", "The requester was canceled.", 0) EndIf
Supported OS
All


API¶
DNA¶
This module generates BOFsc for the 4 bases of DNA (dATP, dTTP, dCTP and dGTP)
-
DNA.
get_coefficients
(path_to_fasta, path_to_model, CELL_WEIGHT=280, DNA_RATIO=0.031)¶ Generates a dictionary of metabolite:coefficients for the 4 DNA bases from the organism’s DNA fasta file and the weight percentage of DNA in the cell.
Parameters: - path_to_fasta – a path to the DNA fasta file of the organism, format should be compatible with BioPython SeqIO
- path_to_model – a path to the model, format supported are json and xml
- CELL_WEIGHT – experimentally measured cell weight in femtograms, float
- DNA_RATIO – the ratio of DNA in the entire cell
Returns: a dictionary of metabolites and coefficients
-
DNA.
update_biomass_coefficients
(dict_of_coefficients, model)¶ Updates the biomass coefficients given the input metabolite:coefficient dictionary.
Parameters: - dict_of_coefficients – dictionary of metabolites and coefficients
- model – model to update
Returns: The biomass objective function is updated.
-
DNA.
_import_genome
(fasta)¶ This private function utilizes BioPython to read the fasta file provided by the user.
Parameters: fasta – the path to the fasta file Returns: the genome sequence to use for calculation
-
DNA.
_import_model
(path_to_model)¶ This private function imports the model in either .json or .xml format
Parameters: path_to_model – the path to the model. Supported format are .json and .xml Returns: model
RNA¶
This module generates BOFsc for the 4 bases of RNA (ATP, UTP, CTP and GTP)
-
RNA.
get_coefficients
(path_to_genbank, path_to_model, path_to_transcriptomic, CELL_WEIGHT=280, TOTAL_RNA_RATIO=0.205, rRNA_RATIO=0.8, tRNA_RATIO=0.1, mRNA_RATIO=0.1)¶ Generates a dictionary of metabolite:coefficients for the 4 RNA bases from the organism’s GenBank annotated file, total RNA weight percentage, transcriptomic. Alternately, ribosomal, transfer and messenger RNA relative abundances can be incorporated otherwise the default 80% rRNA, 10% tRNA and 10% mRNA are used.
Parameters: - path_to_genbank – a path to the GenBank annotation file of the organism, format should be compatible with BioPython SeqIO
- path_to_model – a path to the model, format supported are json and xml
- proteomics – a two column pandas dataframe (gene_id, abundance)
- CELL_WEIGHT – experimentally measured cell weight in femtograms, float
- RNA_RATIO – the ratio of DNA in the entire cell
Returns: a dictionary of metabolites and coefficients
-
RNA.
update_biomass_coefficients
(dict_of_coefficients, model)¶ Updates the biomass coefficients given the input metabolite:coefficient dictionary.
Parameters: - dict_of_coefficients – dictionary of metabolites and coefficients
- model – model to update
Returns: The biomass objective function is updated.
-
RNA.
_import_genome
(path_to_genbank)¶ This private function utilizes BioPython to read the GenBank annotation file provided by the user.
Parameters: path_to_genbank – the path GenBank annotation file Returns: the genome record
-
RNA.
_import_model
(path_to_model)¶ This private function imports the model in either .json or .xml format
Parameters: path_to_model – the path to the model. Supported format are .json and .xml Returns: model
-
RNA.
_import_transcriptomic
(path_to_transcriptomic)¶ This private function imports the 2 column .csv file containing the relative abundances of each gene.
Parameters: path_to_transcriptomic – the path to to 2 column .csv file Returns: pandas DataFrame containing gene identifiers and relative abundances
Protein¶
This module generates BOFsc for the 20 amino acids contained in proteins.
-
Protein.
get_coefficients
(path_to_genbank, path_to_model, path_to_proteomic, CELL_WEIGHT=280, PROTEIN_RATIO=0.55)¶ Generates a dictionary of metabolite:coefficients for the 20 amino acids contained in proteins from the organism’s GenBank annotated file, total Protein weight percentage and proteomic data.
Parameters: - path_to_genbank – a path to the GenBank annotation file of the organism, format should be compatible with BioPython SeqIO
- path_to_model – a path to the model, format supported are json and xml
- path_to_proteomic – a two column pandas dataframe (gene_id, abundance)
- CELL_WEIGHT – experimentally measured cell weight in femtograms, float
- PROTEIN_RATIO – the ratio of DNA in the entire cell
Returns: a dictionary of metabolites and coefficients
-
Protein.
update_biomass_coefficients
(dict_of_coefficients, model)¶ Updates the biomass coefficients given the input metabolite:coefficient dictionary.
Parameters: - dict_of_coefficients – dictionary of metabolites and coefficients
- model – model to update
Returns: The biomass objective function is updated.
-
Protein.
_import_genome
(path_to_genbank)¶ This private function utilizes BioPython to read the GenBank annotation file provided by the user.
Parameters: path_to_genbank – the path GenBank annotation file Returns: the genome record
-
Protein.
_import_model
(path_to_model)¶ This private function imports the model in either .json or .xml format
Parameters: path_to_model – the path to the model. Supported format are .json and .xml Returns: model
-
Protein.
_import_proteomic
(path_to_proteomic)¶ This private function imports the 2 column .csv file containing the relative abundances of each gene.
Parameters: path_to_proteomic – the path to to 2 column .csv file Returns: pandas DataFrame containing gene identifiers and relative abundances
Lipid¶
This module generates BOFsc for the lipid content of the cell.
-
Lipid.
get_coefficients
(path_to_lipidomic, path_to_bigg_dict, path_to_model, CELL_WEIGHT=280, LIPID_RATIO=0.091, R_WEIGHT=284.486)¶ Generates a dictionary of metabolite:coefficients for the lipid content of the cell. Lipids vary from a specie to another. The lipidomic data provides the relative abundance of each lipid specie while the to_bigg_dict allows to convert identifiers given in the lipidomic data to BiGG identifiers for which the metabolite weight is known and can be added easily to the biomass.
Parameters: - lipidomic – a dictionary or dataframe of metabolites identified in the lipidomic experiment
- to_bigg_dict – a dictionary converting from the name present in the lipidomic data to BiGG identifiers. This dictionary is generated through manual curation from the modeller.
- CELL_WEIGHT – measured cell weight in femtograms, otherwise default
- LIPID_RATIO – measured lipid ratio of the cell, otherwise default
- R_WEIGHT – weight of a carbon chain, otherwise default. If the weight of the lipid is not known it will be inferred based on the number of R chains and this given weight.
Returns: a dictionary of metabolites and coefficients that can be used to update the biomass objective function.
-
Lipid.
update_biomass_coefficients
(dict_of_coefficients, model)¶ Updates the biomass coefficients given the input metabolite:coefficient dictionary.
Parameters: - dict_of_coefficients – dictionary of metabolites and coefficients
- model – model to update
Returns: The biomass objective function is updated.
-
Lipid.
_make_compliant_lipidomic
(path_to_lipidomic)¶ This private function imports the 2 column .csv file that connects the lipid annotation from your lipid abundances file to identifiers in the model.
Parameters: path_to_lipidomic – Returns: a pandas dataframe containing lipid name and relative abundance
-
Lipid.
_make_compliant_bigg
(path_to_bigg_dict)¶ This private function imports the 2 column .csv file that connects the lipid annotation from your lipid abundances file to identifiers in the model.
Parameters: path_to_bigg_dict – the path to the convertion 2 column .csv file Returns: a dictionary for convertion
-
Lipid.
_import_model
(path_to_model)¶ This private function imports the model in either .json or .xml format
Parameters: path_to_model – the path to the model. Supported format are .json and .xml Returns: model
GAM¶
-
GAM.
experimental_GAM
(path_to_data, path_to_model, show_GAM=False)¶ Description
Growth-associated maintenance (GAM) is the ATP cost of assembling macromolecules in the organism. This function calculates GAM from provided path to experimental data. This data includes growth rates on different carbon sources, the associated uptake rate for each carbon source and the secretion rates of metabolic wastes. More information on the format in which to provide the experimental data is available on github.
Parameters: - path_to_data – The data file is the outcome of the HPLC growth, uptake and secretion rate experiment.
- path_to_model – The path to the model, json or sbml formats supported
- show_GAM – bool, will associated colors with carbon sources for easier display later
Returns:


Cats Eye
Telemetry
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0
)
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Ryuuou no Oshigoto!
7 6
Ryuuou no Oshigoto! is a Japanese light novel series of the genre written by Shirow Shiratori and illustrated by Shirabi. SB Creative have released five volumes since 2015 under their GA Bunko label. A manga adaptation with art by Kogetaokoge has been serialized in Square Enix's seinen manga magazine Young Gangan since 2015, and has been collected in four tankōbon volumes. An anime television series adaptation by Project No.9 premiered on January 8, 2018.
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Dependent and independent variables
The diagram asks you to make choices based on the nature of dependent and independent variables. In many situations that distinction is clear. If you are interested in testing how different experimental conditions change an outcome measure of interest, it is pretty clear that the outcome measure is the dependent variable and all other variables will be treated as independent.
Things aren't always that clear cut. Especially in situations where you are dealing with two variables it is possible that there is no clear distinction between them. For example, if you are interested in how closely related two different outcome measures are, neither of them really is an independent variable. For the purpose of the below diagram you are free to choose either one as dependent variable. Note, however, that if the two variables are of different type, the statistical analysis methods at your disposal will differ depending on which one you treat as independent variable.
Measurement scales
While traversing the diagram you will be asked to indicate the level at which your dependent and independent variables are measured. These questions rely on Stevens' classsification of measurement scales. This classsification system recognises four types of measurements.
Nominal measures distinguish between a fixed number of discrete classes that are identified by their names. No numeric value is attached to the different classes and they can only be compared for equality.
Ordinal measures consist of discrete categories that can be ranked. This allows for comparison of values to determine whether one of them is larger than the other but the magnitude of the difference between two observations is not meaningful.
Interval measures are numeric quantities for which differences can be computed and compared in a meaningful way. However, such scales do not include a zero point that corresponds to an absence of the measured quantity. As a result of this ratios of interval measures are not meaningful, so it isn't possible to say that one value is twice as large as another.
Ratio scale measurements are numeric quantities that do include a meaningful zero and allow for ratios between values them to be computed and compared.
Looking at the above description you may note that these measurement scales fall into two groups. Nominal and ordinal variables take on values from a limited number of categories and may be described as categorical variables. Methods that indicate that they require nominal measurements will generally also work for ordinal data, although any ordering of values will be ignored. Similarly, interval and ratio scales can collectively be described as being numeric. Methods designed for interval scale variables will also work for ratio scale measurements.
In some situations it is common practice to treat measures that really are ordinal as if they were interval values. For example, Likert scale items are inherently ordinal. However, it is common to aggregate individual items into scales by adding or averaging individual items, thereby treating them as if they were on an interval scale. The resulting aggregate scores are then typically treated as interval measurements.
Multivariate responses
You may have more than one response measure. It may be perfectly fine to analyse each of these separately. If that is what you want to do, simply use the diagram below repeatedly, using each measure as dependent variable in turn. It may be beneficial to consider a joint analysis of your measures, treating them as a single multivariate response. This situation is not covered here.


!Priest Wood: I believe it is of paramount importance that we find the Sacred Book of Seals immediately. Hurry to High Priest Orven in the Temple of Einhasad in the Town of Aden. I will send a messenger ahead of you. Now, go!


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