|
SnuPL Compiler
1.0
|
scanner More...
#include <scanner.h>
Public Member Functions | |
| CToken | Get (void) |
| return and remove the next token from the input stream More... | |
| CToken | Peek (void) const |
| peek at the next token in the input stream (without removing it) More... | |
| bool | Good (void) const |
| check the status of the scanner More... | |
| int | GetLineNumber (void) const |
| get the line number of the next token in the input stream More... | |
| int | GetCharPosition () const |
| get the character position of the next token in the input stream More... | |
construction/destruction | |
| CScanner (istream *in) | |
| constructor More... | |
| CScanner (string in) | |
| constructor More... | |
| ~CScanner () | |
| destructor More... | |
Private Member Functions | |
| void | InitKeywords (void) |
| initialize list of reserved keywords More... | |
| void | NextToken (void) |
| scan the next token More... | |
| void | RecordStreamPosition () |
| store the current position of the input stream internally More... | |
| void | GetRecordedStreamPosition (int *lineno, int *charpos) |
| return the previously recorded input stream position More... | |
| CToken * | NewToken (EToken type, const string token="") |
| create and return a new token More... | |
low-level scanner routines | |
| CToken * | Scan (void) |
| scan the input stream and return the next token More... | |
| char | GetChar (void) |
| return the next character from the input stream More... | |
| string | GetChar (int n) |
| return the next 'n' characters from the input stream More... | |
| bool | IsDigit (char c) const |
| check if a character is a digit ("0".."9") More... | |
| bool | IsLetter (char c) const |
| check is a character is a letter ("A".."Z" | "a" .. "z" | "_") More... | |
| bool | IsAscii (char c) const |
| check if a character is an ascii character More... | |
| bool | IsWhite (char c) const |
| check if a character is a white character More... | |
Private Attributes | |
| istream * | _in |
| input stream More... | |
| bool | _delete_in |
| delete input stream upon destruction More... | |
| bool | _good |
| scanner status flag More... | |
| int | _line |
| current stream position (line) More... | |
| int | _char |
| current stream position (character pos) More... | |
| int | _saved_line |
| saved stream position (line) More... | |
| int | _saved_char |
| saved stream position (character pos) More... | |
| CToken * | _token |
| next token in input stream More... | |
Static Private Attributes | |
| static map< string, EToken > | keywords |
| reserved keywords with corr. tokens More... | |
| CScanner::CScanner | ( | istream * | in | ) |
constructor
| in | input stream containing the source code |
Definition at line 253 of file scanner.cpp.
| CScanner::CScanner | ( | string | in | ) |
constructor
| in | input stream containing the source code |
Definition at line 264 of file scanner.cpp.
| CScanner::~CScanner | ( | ) |
destructor
Definition at line 275 of file scanner.cpp.
| CToken CScanner::Get | ( | void | ) |
return and remove the next token from the input stream
| token | token |
Definition at line 291 of file scanner.cpp.
|
private |
return the next character from the input stream
| next | character in the input stream |
Definition at line 623 of file scanner.cpp.
|
private |
return the next 'n' characters from the input stream
| n | number of characters to read |
| string | containing the characters read |
Definition at line 630 of file scanner.cpp.
|
inline |
|
inline |
|
private |
return the previously recorded input stream position
| lineno | line number |
| charpos | character position |
Definition at line 320 of file scanner.cpp.
|
inline |
|
private |
initialize list of reserved keywords
Definition at line 281 of file scanner.cpp.
|
private |
check if a character is an ascii character
| c | character |
| true | character is an ascii character |
| false | character is not an ascii character |
Definition at line 645 of file scanner.cpp.
|
private |
check if a character is a digit ("0".."9")
| c | character |
| true | character is a digit |
| false | character is not a digit |
Definition at line 637 of file scanner.cpp.
|
private |
check is a character is a letter ("A".."Z" | "a" .. "z" | "_")
| c | character |
| true | character is a letter |
| false | character is not a letter |
Definition at line 641 of file scanner.cpp.
|
private |
check if a character is a white character
| c | character |
| true | character is one of white space |
| false | character is not one of white space |
Definition at line 649 of file scanner.cpp.
create and return a new token
| type | token type |
| token | token value |
| CToken | instance |
Definition at line 326 of file scanner.cpp.
|
private |
scan the next token
Definition at line 307 of file scanner.cpp.
| CToken CScanner::Peek | ( | void | ) | const |
peek at the next token in the input stream (without removing it)
| token | token |
Definition at line 302 of file scanner.cpp.
|
private |
store the current position of the input stream internally
Definition at line 314 of file scanner.cpp.
|
private |
scan the input stream and return the next token
| CToken | instance |
Definition at line 331 of file scanner.cpp.
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private |
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staticprivate |


Columns
Object columns is a array instances of array of class Column.
Column object has the following properties:
-
id - * Column id for link with source. Id string can be
used as path for find value in object. For example:
id: 'contact.address.city'
-
title - Name of column. Title used as text for header
and sorting header of table.
-
headerClass - Custom css class for header of column.
-
cellClass - Custom css class for cells of current column.
-
sortable - Resolver for sorting current column (boolean).
-
show - Control for show or hide of the column (shown by
default).
-
prepareCellFunction - Customization function for
prepare data before showed. This function has four parameters, current
value, current row, current >td< element and current >tr<
element. The function must return a value for display in the cell.
-
componentCell - Custom component to display in the cell.
Can be used for place buttons, links, form fields and etc. in cell.
Property row in this custom component will be contains current source
of row. Make sure that your component added to entryComponents section
in your module. For data exchagange with componentCell use services or
defined event emitter componentCellEvent. Details below.
* - required property.
For example:
Don't forget import Column:
import {{'{'}} Column {{'}'}} from 'silly-datatable';


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Asset Manager manages all Assets of the project, including Task’s Parameter Set, Workflow Template, Log-plot Template, User Defined Lines, Depth Shift table, Baseline Shift table, Split Curve table, Palette, Plot models and Zone Set backup from Workflow.
All the Assets are
stored in the hierarchical list along the left side
(Tree view). To view an
Asset, click on the well and then select the desired zone set to display
To open the Asset Manager window: From Menu Bar, click
on the Data tab and choose Asset Manager, the Asset
Manager window
will be displayed.
Figure 9‑1 Open Asset Manager window
Figure 9‑2 Components of the Asset Manager
Step 1.
Expand
items of the left tree view,
click on an Asset you want to view. Accordingly, you can see its content
in the Display Area.
Figure 9‑3 Open an Asset
Step 2.
Modify any parameters from the Display Area, then click Save ( ) icon
on the top left corner to save changes.
Tip: Hover the mouse
cursor over the lower right corner of the active cell selection until the
cursor changes to a small black plus cross. Left-click and drag down to copy
and paste the contents to the cells below
Note: A non-editable Asset that can be handled by
exporting it to your
desktop and using third-party apps.
Click on Filter drop-down box and select one Asset to filter
Figure 9‑4 Asset Filtering
Step 1.
From the Tree
view, right-click on an Asset and
choose Clone to new parameter option
from its context menu.
Figure 9‑5 Clone an Asset
Step 2.
In the Clone
to new parameter pop-up dialog, enter a name for the cloned Asset and then
click Ok.
Step 1. From the Tree view, focus on an Asset
Step 2. You can rename an Asset by clicking on Rename () icon in the top right corner or rename it from the Properties Editor window.
Step 1.
From the Tree
view, right-click on one or more Assets
and choose Delete option from its
context menu
Figure 9‑6 Delete Assets
Step 2.
Click the OK button from the confirmation dialog.
Palette is a range of colors. I2G allows users to define palette as User Palette at the Asset
Manager to color a curve display in plots.
Step 1.
In
the Asset Manager window, click on New
Palette (+) icon on the top left. The New
Asset dialog pops up.
Figure 9‑7 Open Add New Palette dialog
Step 2.
Enter
the name “Palette_Demo” for the new Palette and click OK. You can see the “Palette_Demo” item is added below the
Palette in the Data tree.
Step 3.
Focus
on “Palette_Demo” (1), add the first color for this one by clicking on () icon (2) in the
top right corner. A new color will be listed in the table
Step 4.
Define
a color by entering Red, Blue, Green, Alpha value (3) or click on
the Black box to select a color from
the Color Picker dialog (4)
Figure 9‑8 User-defined Palette
Step 5.
Continue
to add more colors for your Palette following these above steps.
Please refer to Import Asset or Export Asset
for more information.


|
ElfPSP_AntColony
Protein Structure Prediction using Ant Colony Optimization
|
Holds data needed by each CUDA thread to execute its work. More...
Public Member Functions | |
| __device__ void | solution_from_directions (int3 *solution, char *directions) |
| Given a vector of relative directions, returns a vector of coordinates generated by these directions. More... | |
| __device__ void | local_search (int &solContact, int lsFreq) |
Performs local search in the thread's own solution, replacing mySolution if a better solution is found. More... | |
| __device__ double & | pheromone (int i, int d) |
| Getter for individual pheromones. More... | |
| __device__ int | calculate_contacts (int3 *solution) |
| Counts contacts within the given solution. More... | |
| __device__ void | get_heuristics (int curSize, int3 *solution, double *heurs, int3 *possiblePos) |
| Calculates the heuristic value for the step being decided. More... | |
| __device__ void | get_probabilities (int movIndex, double *probs, double *heurs) |
| Calculates probability of following each of the 5 directions. More... | |
| __device__ void | develop_solution (int3 *solution, char *directions) |
| Simulates the behavior of an ant walking through the pheromone matrix, developing a solution. More... | |
Static Public Member Functions | |
| static __device__ int3 | DIRECTION_VECTOR (int3 prevDir, char dir) |
| Returns the vector obtained by following the vector 'prevDir' and turning to direction 'dir'. More... | |
Public Attributes | |
| int | tid |
| Unique identifier for the thread within all blocks (the grid). More... | |
| int | randNumber |
| Random number that also serves as the seed for generation. More... | |
| int3 * | mySolution |
| Memory region containing coordinates of the solution this thread is developing. More... | |
| int3 * | myOtherSolution |
| Memory region that the thread uses for performing local seach (small perturbation) on mySolution. More... | |
| char * | myDirections |
| Memory containing relative directions for mySolution. More... | |
| char * | myOtherDirections |
| Memory containing relative directions for myOtherSolution. More... | |
| double * | pheromones |
| Pointer to the pheromone matrix (shared by all threads). More... | |
| char * | hpChain |
| hpChain of the protein being predicted (shared by all threads). More... | |
| int | nCoords |
| Number of coordinates of the protein. More... | |
| int | nMovElems |
| Number of directions of the protein. More... | |
| double | dAlpha |
| Alpha parameter of the ACO algorithm. More... | |
| double | dBeta |
| Beta parameter of the ACO algorithm. More... | |
Holds data needed by each CUDA thread to execute its work.
We associate device functions with this structure, which makes access to this struct's data by a thread much easier.
| __device__ int CUDAThread::calculate_contacts | ( | int3 * | solution | ) |
Counts contacts within the given solution.
| __device__ void CUDAThread::develop_solution | ( | int3 * | solution, |
| char * | directions | ||
| ) |
Simulates the behavior of an ant walking through the pheromone matrix, developing a solution.
| [out] | solution | Output memory region in which to store the solution coordinates. |
| [out] | directions | Output memory region in which to store the solution directions. |
|
static |
Returns the vector obtained by following the vector 'prevDir' and turning to direction 'dir'.
| __device__ void CUDAThread::get_heuristics | ( | int | curSize, |
| int3 * | solution, | ||
| double * | heurs, | ||
| int3 * | possiblePos | ||
| ) |
Calculates the heuristic value for the step being decided.
| curSize | Number of coordinates that have already been decided. should correspond to the number of valid coordinates in the given solution . | |
| solution | Memory region containing the coordinates being decided. | |
| [out] | heurs | Output array of 5 doubles where we store heuristic values for each direction. |
| possiblePos | Array of the 5 possible positions that result by following each of the 5 directions in the current solution . |
| __device__ void CUDAThread::get_probabilities | ( | int | movIndex, |
| double * | probs, | ||
| double * | heurs | ||
| ) |
Calculates probability of following each of the 5 directions.
| movIndex | Index of the direction being decided. | |
| [out] | probs | Output array with 5 doubles where we store the probability of following each of the 5 directions. |
| heurs | Array with the 5 heuristic values of each possible direction. |
| __device__ void CUDAThread::local_search | ( | int & | solContact, |
| int | lsFreq | ||
| ) |
Performs local search in the thread's own solution, replacing mySolution
if a better solution is found.
| [out] | solContact | Output argument where we store the highest number of contacts found. |
| lsFreq | Local search frequency, which defines the number of perturbations to generate. |
| __device__ double & CUDAThread::pheromone | ( | int | i, |
| int | d | ||
| ) |
Getter for individual pheromones.
| i | The index of relative direction that is currently being decided. |
| d | The relative direction in [0-4] that is being considered. |
| __device__ void CUDAThread::solution_from_directions | ( | int3 * | solution, |
| char * | directions | ||
| ) |
Given a vector of relative directions, returns a vector of coordinates generated by these directions.
| solution | Memory region where we should store the resulting solution. |
| directions | Memory region containing the directions. |
| double CUDAThread::dAlpha |
Alpha parameter of the ACO algorithm.
| double CUDAThread::dBeta |
Beta parameter of the ACO algorithm.
| char* CUDAThread::hpChain |
hpChain of the protein being predicted (shared by all threads).
| char* CUDAThread::myDirections |
Memory containing relative directions for mySolution.
| char* CUDAThread::myOtherDirections |
Memory containing relative directions for myOtherSolution.
| int3* CUDAThread::myOtherSolution |
Memory region that the thread uses for performing local seach (small perturbation) on mySolution.
| int3* CUDAThread::mySolution |
Memory region containing coordinates of the solution this thread is developing.
| int CUDAThread::nCoords |
Number of coordinates of the protein.
| int CUDAThread::nMovElems |
Number of directions of the protein.
| double* CUDAThread::pheromones |
Pointer to the pheromone matrix (shared by all threads).
| int CUDAThread::randNumber |
Random number that also serves as the seed for generation.
| int CUDAThread::tid |
Unique identifier for the thread within all blocks (the grid).


[Text box list links to explanations]
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General Interview Tips: |
Common Interview Questions: |
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Audio/Video Interview Tips: |
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General Interview Tips
Before the Interview
Learn as much as you can about the company beforehand -- know its products and services, its profit margin, its management, its culture, its dress code, and anything else that might be relevant. Good sources are the ASCC Resource Room and website, Holland Library, and the Internet.
Confirm the date, time, and location of the interview; allow plenty of time to get to the interview and, if possible, visit the site in advance and time how long it takes to get there.
Identify your skills that relate to the job; review your resume and be able to elaborate on it.
Practice interviewing and request feedback from others; do a mock interview with the PPEL or ASCC office.
Prepare questions you'll ask ahead of time, write them down, and take them with you to the interview.
Know the general salary range for the position.
Plan what to wear and make sure your suit is pressed and fits properly, your shoes are shined, and your hair and nails are well groomed.
During the Interview
Arrive early (10-15 minutes)
Bring extra copies of your resume and a list of references.
Listen closely to the interviewer's questions; ask for clarification if needed.
Speak slowly, clearly, and concisely; don't be afraid to pause for a moment to collect your thoughts.
Give concrete examples to back up your claims and stay positive.
Be honest. Don't try to cover up mistakes. Instead, focus on how you learned from them.
Never slight a former employer or colleague.
Be aware of your posture and body language; watch your grammar.
Be sure to ask about the next steps in the hiring process before you leave; ask for business card.
After the Interview
Write a thank you letter to the interviewer(s) within 24 hours.
Evaluate your performance
Follow-up with a phone call to find out the status of your application (if the employer has not contacted you within the stated time frame).
Audio/Video Interview
Many companies have moved to an online asynchronous (one-way) video or audio interview process where the applicant is interviewed via a pre-recorded video or telephone interview and the applicant’s responses to pre-recorded questions are recorded and reviewed at a later date. Understand that this type of interview is convenient and efficient for the interviewer. Hiring managers use this type of interview to reduce costs and screen candidates in an efficient manner. It is in the applicant's best interest to treat these types of interviews seriously so they convey their skills in an effective manner for the interviewer.
A time limit will likely be set for each question. With some asynchronous interviews, the candidate many be given a practice session or allow a re-do of an answer, but with other formats it is "one and done." If you are provided with a practice session, definitely utilize this as an opportunity to test out the logistics of the recording and to gain comfort in the model.
Before the Interview
1. Be aware of your environment
Tell roommates, spouse, kids you have an interview. Ask them not to disturb you.
Put pets away. Send loud pets out for a walk with friends.
Pick a good spot. The spot should have natural light and be relatively neat and clean. No beds, kitchens or clutter in the background.
2. Pre-Video preparation
No swivel chairs. Makes you look nervous and uneasy. Sit in a stationary chair.
Be sure to turn the lights on. Dark room? Take two table lamps and place them on either side of your camera/computer. Make sure the room behind you is well lit.
3. Technical Setup
Don’t use your built-in Webcam – low quality. Invest in a stand-alone webcam.
Audio is king. If you'll be using your computer for the interview, purchase an external microphone and test the level before the interview.
Don’t use WIFI as it can be unreliable. Plug in to Ethernet.
Give yourself time to learn your new system.
4. Get familiar with the streaming or audio service the interviewer is using.
Complete a couple of dry runs with your friends.
Test your set up. Try using Google Hangouts where you can save the conversation/recording and review later to see how you look, act, and sound (clothing, background, lighting, streaming quality, audio quality, etc.)
Place sticky notes (reminders of what you want to say) close to the webcam so that your eyes are not moving far away from the camera when you refer to your notes.  Use sticky notes for the questions you want to ask or for a list of your accomplishments, etc.
During the Interview
Video
Keep camera at eye level. You don’t want to be looking down at people, no double chins or to see your nose hairs.
Maintain eye contact with the camera, not the people on the screen. Treat this type of interview like any other interview and dress professionally.
Audio Only or Telephone
Have the documentation you need at your fingertips. Easy access to the company and job information will allow you to confidentially respond to questions.
Know your answers to common questions. Review the [Common Interview Questions].
Smile while on the phone. Place a mirror by the phone and make a point of looking into it and smiling. You'll sound more upbeat and engaged.
Focus on your language and voice. Speak clearly, stay upbeat, and use positive language.
Make sure to thank the interviewer after you are done answering the last question.
If this is not a recorded interview, don't hang up without asking the interviewer for the next step, plus contact information.
Common Interview Questions
Behavioral Questions
Behavioral-based interviewing is based on the premise that past behavior/performance predicts future behavior/performance. Past performance examples may come from work experience, activities, hobbies, volunteer work, family life, etc. At an interview, it is important to focus on your experiences, behaviors, and dimensions (which include knowledge, skills, and abilities), that are job related.
The Star Technique
Your answer to a behavior-based question must explain the situation you were in, the task (problem) for which you were responsible, the specific action you took, and the results of your actions. Your answer must contain all of these components to be a complete STAR.
Sample Behavioral Questions
Tell me about a time when you had to resolve a difference of opinion with a co-worker, customer, or supervisor.
Describe the way you handled a specific problem involving a person with differing values, ideas, and beliefs in your current or previous job.
Tell me about a time when you went above and beyond the call of duty to get a job done.
Tell me about a recent work related problem and the actions you took to solve it.
Tell me about a time when you had to exert leadership in a crisis situation.
Share an example of how you were able to motivate others.
Traditional Questions
Tell me about yourself.
What are your greatest strengths and weaknesses?
How would a friend or professor describe you?
What two or three accomplishments have given you the most satisfaction? Why?
Why did you select your college or major?
Tell us what you know about our organization.
Case Questions
Tip: Don't worry about getting the questions right. The goal is to demonstrate how you would logically try to solve the problem.

How many pennies, standing end-to-end, would it take to reach from the ground to the top of the Empire State Building?
How many telephones are there in the U.S.?
How would you redesign an ATM Machine to make it more user-friendly?
Add Your Own Interview Questions [ADD, DELETE, SAVE]
Record Answers to Interview Questions / Save in online Portfolio [DEVELOP CODE TO ALLOW RECORD, SAVE, DELETE, DOWNLOAD TO SAVE LOCALLY]


SerialClose(), SerialCloseWithoutReset()
To close a serial port, call the routine
SerialClose()
. This routine is passed three arguments:
GeodeHandle
of the serial-port driver.
SerialUnit
enumerated type.This function returns immediately whether the port was closed right away or not. However, if STREAM_LINGER is specified, the port may not be re-opened until all the data in the Serial Port's buffer has been dealt with.
You can also instruct the serial driver to close the stream to a port, without actually resetting the port. Do this by calling
SerialCloseWithoutReset()
. This routine is passed the same arguments as
SerialClose()
.


Museveni meets Kadaga, investors
by Admin"The government will co-invest in this factory in order to lower the cost of building materials,” Museveni said.
President Yoweri Museveni has commended two American investors — Glenn Camp, the co-chairperson and co-CEO of Sustainable Communities Holdings and Austin McDonald, the president of Genezen Energy — for creating jobs and engaging in environmentally friendly projects for ordinary Ugandans.
Museveni on Thursday met the investors at his farm in Kisozi, Gomba district. Speaker of Parliament Rebecca Kadaga attended the meeting. Pastor Jane Frances Cheptegei accompanied the investors from Califonia, USA.
Sustainable Community Holdings is setting up a factory in Budaka, eastern Uganda to manufacture building panels from agricultural waste products, such as rice straws, while Genezen Energy has been given 50 acres of land by Iki-Iki sub-county in Budaka to set up a factory to manufacture solar panels and recyclable LED silicate solar batteries, which are safer than lithium ones.
“There are benefits from such investments, such as creating jobs and conserving the environment. This will stop people from cutting down trees to get building materials and will also lower the cost of building materials,” Museveni said, adding that the government will fully support the projects.
Museveni said the project, once it kicks off, will benefit both government low-tier workers and ordinary Ugandans to access quality housing. “This will help our government workers, such as teachers, police, army, and members of the public to access decent housing. We can support them, especially with installment payments. The government will co-invest in this factory in order to lower the cost of building materials,” he said.


TriSilix temperature DNA using OpenUrl Figure amplification detection electrochemical PCR sample electrical current solution used &; MAP measurements surface chip negative wafer control performed high thermal produced CrossRef peak qPCR real-time fabrication isothermal range recorded RPA Using cDNA device program room solutions contacts electroanalytical form genomic heating integrated nucleic pSi resistance signal (N=). Anal. Chem. Error Temperature concentration electrodes electroplating heat mastermix min porous primer sensing setpoint shown use acid aqueous avium chain custom e.g., enable followed i.e. illustration infectious layers measured new provide reaction reactions require reservoir temperatures. testing (D) Mycobacterium SARS-CoV- SWVs TriSilix, able added analysis applied chips circuit cycles cyclic detect devices electrode electronics electroplated etching fragment handheld however, intensities low low-cost measurement methods pathogens polymer positive prevent redox-active relationship semiconductor sensor sheets standard substrate target therefore, wafers (A) -inch ;<;div Chip Download I-V Open Optical PBS SARS-CoV SWV amplicons analytical anodic bars capabilities cathodic cell data-hide-link-title=""> data-icon-position="" detection. direct elevated figure heater higher holder laboratory measure measurement. metal metal-assisted mineral oil on-site operation purchased quantitatively rapid, results sample. samples schematic silicon silicon-based single step tab tests thermally time trimodal <;strong>;(D)<;/strong>; (C) (Fisher Amplification Characterization Electrochemical Güder, Lee, Nuclease-free Photograph Schematic Taq advanced amplify animals based bath bonded bonding camera chemical chemicals, chips. concentrations constant containing cross curves diagnosis diagnostic diseases electron experiment, films final indicating large laser-cut linear low-cost, micrographs min. nanoporous normalized on-chip operated originating paratuberculosis perform performance polymerase precise precision properties redox reference requires similar small software stated, subspecies supply synthetic temperatures three-electrode ultrapure unless versus wafer. water xmlns=";http://www.w.org//xhtml";>;<;strong>;(A)<;/strong>; °C,


Note
Click here to download the full example code
Enrichment Plot Example
This plots the fraction of bases modified within regions of interest defined by a bed file
Plotting Enrichment
add description here
import dimelo as dm
input_bams = [
"../../dimelo/test/data/mod_mappings_subset.bam",
"../../dimelo/test/data/mod_mappings_subset.bam",
]
sample_names = ["test1", "test2"]
regions = "../../dimelo/test/data/test.bed"
outDir = "../../dimelo/dimelo_test"
dm.plot_enrichment(
input_bams, sample_names, regions, "CG", outDir, threshC=129
)
# This will return a barplot with overall fraction of bases
# modified within regions of interest specified by bedFile(s)
Out:
Outputs
_______
DB file: ../../dimelo/dimelo_test/mod_mappings_subset.db
Outputs
_______
DB file: ../../dimelo/dimelo_test/mod_mappings_subset.db
Data for barplot
________________
0 test1
1 test2
Name: sampleName, dtype: object
0 0.142857
1 0.142857
Name: fractionMethylated, dtype: float64
Outputs
_______
DB file: ['../../dimelo/dimelo_test/mod_mappings_subset.db', '../../dimelo/dimelo_test/mod_mappings_subset.db']
enrichment barplot: ../../dimelo/dimelo_test/region_test_CG_enrichment_barplot.png
Total running time of the script: ( 0 minutes 0.600 seconds)


Positioning
Contents
Pushing content right and left within a container
Notice that these positioning classes are applied to the containing columns and not to the centered content.

Content pushed left

Content pushed right

Centering within a container
Notice that these positioning classes are applied to the containing columns and not to the centered content.

Content centered vertically

Content centered horizontally

Content centered vertically and horizontally

Absolute positioning within a column

upper-left

upper-right

lower-left

lower-right

Main column content could go here.

Floats
Classes left
and right
can be applied to images (and other elements) to quicly float them. A clear
class is also provided to prevent content from filling in space next to floated elements.
In this example, an empty div is used to clear the first floated image. This really isn't a great practice. Perhaps the clear
class is better applied to sectioning elements.

Classes left and right...

In this example...

Text alignment
Four classes are provided for quick alignment of text: text-left
, text-right
, text-center
, and text-justify
.
This text is left-aligned.
This text is centered.
This text is right-aligned.
This text is justified. It's going to take a few sentences to really illustrate what's going on with justified text. Now I'm just rambling.

This text is left-aligned.

This text is right-aligned.

This text is centered.

This text is justified.