


Master Table of Contents
For version-2003.0beta1
For the most recent version of this documentation see the package home page.Gap4
- Organisation of the gap4 Manual
- Introduction
- Summary of the Files used and the Preprocessing Steps
- Summary of Gap4's Functions
- Introduction to the gap4 User Interface
- Introduction to the Contig Selector
- Introduction to the Contig Comparator
- Introduction to the Template Display
- Introduction to the Consistency Display
- Introduction to the Restriction Enzyme Map
- Introduction to the Stop Codon Map
- Introduction to the Contig Editor
- Introduction to the Contig Joining Editor
- Gap4 Menus
- The use of numerical estimates of base calling accuracy
- Use of the "hidden" poor quality data
- Annotating and masking readings and contigs
- Contig Selector
- Contig Comparator
- Contig Overviews
- Editing in Gap4
- Moving the visible segment of the contig
- Names
- Editing
- Selections
- Annotations
- Searching
- The Commands Menu
- The Settings Menu
- Status Line
- Trace Display
- Consensus Algorithm
- Highlight Disagreements
- Compare Strands
- Toggle auto-save
- 3 Character Amino Acids
- Group Readings by Templates
- Show Reading and Consensus Quality
- Show edits
- Show Unpadded Positions
- Set Active Tags
- Set Output List
- Set Default Confidences
- Set or unset saving of undo
- Removing Readings
- Primer Selection
- Traces
- Reference Sequence and Traces
- The Editor Information Line
- The Join Editor
- Using Several Editors at Once
- Quitting the Editor
- Editing Techniques
- Summary
- Assembling and Adding Readings to a Database
- Ordering and Joining Contigs
- Checking Assemblies and Removing Readings
- Finishing Experiments
- Calculating Consensus Sequences
- Miscellaneous functions
- Results Manager
- Lists
- Notes
- Gap4 Database Files
- Copy Readings
- Check Database
- Doctor Database
- Configuring
- Command Line Arguments
- Converting Old Databases
- Index
Mutation Detection
- Introduction to mutation detection
- Mutation Detection Programs
- Mutation Detection Reference Data
- Reference Sequences
- Reference Traces
- Using The Template Display With Mutation Data
- Configuring The Gap4 Editor For Mutation Data
- Using The Gap4 Editor With Mutation Data
- Processing Batches Of Mutation Data Trace Files
- Processing Batches Of Mutation Data Trace Files Using Pregap4
- Configuration Of Pregap4 For Mutation Data
- Discussion Of Mutation Data Processing Methods
- Index
Pregap4
- Organisation of the Pregap4 Manual
- Introduction
- Specifying Files to Process
- Running Pregap4
- Non Interactive Processing
- Command Line Arguments
- Configuring the Pregap4 User Interface
- Configuring Modules
- General Configuration
- Estimate Base Accuracies
- Phred
- ATQA
- Trace Format Conversion
- Compress Trace Files
- Initialise Experiment Files
- Augment Experiment Files
- Quality Clip
- Sequencing Vector Clip
- Cross_match
- Cloning Vector Clip
- Screen for Unclipped Vector
- Screen Sequences
- Blast Screen
- Interactive Clipping
- Extract Sequence
- RepeatMasker
- Tag Repeats
- Mutation Detection
- Reference Traces and Reference Sequences
- Trace Difference
- Mutation Scanner
- Gap4 Shotgun Assembly
- Cap2 Assembly
- Cap3 Assembly
- FakII Assembly
- Phrap Assembly
- Enter Assembly into Gap4
- Old Cloning Vector Clip - Obsolete
- ALF/ABI to SCF Conversion - Obsolete
- Using Config Files
- Pregap4 Naming Schemes
- Pregap4 Components
- Information Sources
- Adding and Removing Modules
- Low Level Pregap4 Configuration
- Low Level Global Configuration
- Low Level Component Configuration
- Low Level Module Configuration
- General Configuration
- ALF/ABI to SCF Conversion
- Estimate Base Accuracies
- Phred
- ATQA
- Compress Trace Files
- Trace Format Conversion
- Initialise Experiment Files
- Augment Experiment Files
- Uncalled Base Clip
- Quality Clip
- Sequencing Vector Clip
- Cross_match
- Cloning Vector Clip
- Old Cloning Vector Clip
- Screen for Unclipped Vector
- Screen Sequences
- Blast Screen
- Interactive Clipping
- Extract Sequence
- Tag Repeats
- RepeatMasker
- Mutation Detection
- Gap4 Shotgun Assembly
- Cap2 Assembly
- Cap3 Assembly
- FakII Assembly
- Phrap Assembly
- Enter Assembly into Gap4
- Shutdown
- Writing New Modules
- General Index
- File Index
- Variable Index
- Function Index
Clipping poor data from the ends of readings
Vector clipping
Trev
Spin
- Organisation of the Spin Manual
- Introduction
- Spin's Analytical Functions
- Spin Comparison Functions
- Controlling and Managing Results
- The Spin User Interface
- Controlling and Managing Results
- Reading and Managing Sequences
The User Interface
File Formats
- Introduction
- SCF
- ZTR
- Header
- Chunk Format
- Data format 0 - Raw
- Data format 1 - Run Length Encoding
- Data format 2 - ZLIB
- Data format 64/0x40 - 8-bit delta
- Data format 65/0x41 - 16-bit delta
- Data format 66/0x42 - 32-bit delta
- Data format 67-69/0x43-0x45 - reserved
- Data format 70/0x46 - 16 to 8 bit conversion
- Data format 71/0x47 - 32 to 8 bit conversion
- Data format 72/0x48 - "follow" predictor
- Data format 73/0x49 - floating point 16-bit chebyshev polynomial predictor
- Data format 74/0x4A - integer based 16-bit chebyshev polynomial predictor
- Chunk Types
- Text Identifiers
- References
- Experiment File
- Restriction Enzyme File
- Vector_primer File
- Vector Sequence Format
- Index
Manual Pages
- Convert_trace
- Copy_db
- Copy_reads
- Eba
- Extract_seq
- Find_renz
- Get_comment
- Get_scf_field
- Init_exp
- MakeSCF
- Make_weights
- PolyA_clip
- Qclip
- Screen_seq
- TraceDiff
- Vector_clip
- Index
References
Master Index



This document was generated using the merge_indexes.pl program.
This page is maintained by
staden-package.
Last generated on 25 April 2003.
URL: ../manual/master_unix_contents.html