Access8Math

Autores: Woody Tseng
Baixe a versão estável

Access8Math feature

This NVDA addon enhances the mathematical content reading and writing experience.

The reading feature includes improved language translation in the ability to segment long math content into smaller parts using interactive navigation.

The writing feature includes a command menu for easier LaTeX/AsciiMath/Nemeth input and the ability to export to a visually readable HTML document for better collaboration.

reading feature

Reads entire lines including text and mathematical content
Provides interactive navigation to move, read, and zoom in or out on mathematical content snippets
Allows for reviewing text while interactive navigation
Uses simplified speech rules
Breaks speech between items in mathematical content

writing feature

Allows writing of mathematical content using LaTeX/AsciiMath/Nemeth
Provides a command menu for inputting LaTeX
Offers shortcut gestures for inputting LaTeX
Allows for more efficient cursor movement during editing
Allows reads documents containing LaTeX/AsciiMath/Nemeth data in real-time while editing the document
Provides converting text files into HTML files for preview and export.

Access8Math feature

This NVDA add-on enhances speech and braille output for mathematical content. Although the NVDA already integrating MathPlayer, certain aspects require improvement, such as the lack or incompleteness of language-specific translation, language-specific interactive navigation.

Interactive navigation dissects mathematical content into smaller portions for speech or braille output, allowing for the selection of the desired fragment and mode of delivery through keyboard commands. This enhances one's understanding of the structure and elements of lengthy mathematical content, and the hierarchical relationships between items.

Additionally, this NVDA add-on enables the writing of mathematical content. Using the command menu, input can be executed without having to memorize LaTeX codes. Upon completion, the document can be transformed into a visually comprehensible HTML document via the view and export function, thereby enabling seamless collaboration and discourse with others.

Recurso de leitura

Access8Math is able to read MathML content in web browsers such as Mozilla Firefox, Google Chrome, and Microsoft Edge, as well as MathType content in Microsoft Word.

By pressing the space bar or enter key on a MathML math object, you can enter navigation mode and interact with the content by moving, and zooming in or out on reading snippets.

Analisar o significado matemático geral do conteúdo: analisa a estrutura do MathML e, quando ela atender a uma regra específica, leia-a em voz alta no significado matemático da regra
Analisar o significado matemático do item de conteúdo: Ao navegar e explorar, ele irá solicitar o significado do conteúdo sob seu conteúdo superior. Por exemplo, existem dois itens de conta, e mover-se entre eles registrará o item como denominador ou numerador

navigation interactive mode command：

The following commands are available in navigation interactive mode:

"Down Arrow": shrink the reading snippet(zoom in)
"Up Arrow": enlarge the reading snippet(zoom out)
"Left Arrow": Moves to the previous math content.
"Right Arrow": Moves to the next math content.
"home": Moves back to the top of the entire math content.
"ctrl+C": Copies the MathML source code of the object.
"numpad 1~9": Reads the math content as serialized text using NVDA Reviewing Text.
"ESC": Exits the navigation mode.

Recurso de escrita

Comprehensive content: Incorporating Both Text and Mathematical Content

For Windows 11, the Access8Math editor must be used, while for Windows 10 or earlier versions, either Access8Math editor or Notepad can be used. It is recommended to use the built-in Access8Math editor for writing comprehensive content.

To distinguish between text content and mathematical content, you can use delimiters to enclose the mathematical notation area. This means that any data within the mathematical notation area will be considered mathematical content according to the specified delimiter, while data outside of the mathematical notation area will be treated as text content.

| category | start delimiter | end delimiter | | --- | --- | --- | | LaTeX(bracket) | ( | ) | | LaTeX(money) | $ | $ | | AsciiMath | | | | Nemeth(UEB) | % | : | | Nemeth(at) | @ | @ |

You can choose what delimiter use for LaTeX/Nemeth in the writing setting.

Command gesture (toggle: NVDA+alt+c)

alt+m: The mark command window pops up, select LaTeX/AsciiMath/Nemeth and press enter to add LaTeX/AsciiMath marks before and after the currently selected text (the current cursor when no text is selected) and automatically move the cursor into it. Enter content quickly.

alt+l: Pop up the LaTeX command window, select the LaTeX command item to be added and press the enter key to add the corresponding LaTeX syntax at the current cursor and automatically move the cursor to the appropriate input point for quick input.

Janela de comando LaTeX

Move to any LaTeX command item and press English letters (a~z) or f1~f12 to set shortcuts
Move any LaTeX command item and press delete/back space to remove the shortcut that has been set
Move to any LaTeX command item and press enter to add the corresponding LaTeX syntax at the current cursor

alt+i: When the cursor stops on the math block, you can interact with the math block for navigation

alt+h: HTML documents that can convert text data and mathematical data can be viewed or exported. The content of the math block is converted into MathML and presented side by side with the text to facilitate visual reading.

View: Open the converted HTML document through the default .HTML extension application set by the system.
Export: Pack the converted HTML file and the original text file into a compressed file.

alt+t: The data of the block where the cursor is located can be converted between LaTeX and AsciiMath (the cursor needs to be in the LaTeX or AsciiMath block)

In the writing settings, you can choose whether to enable command gestures at startup. Press NVDA+alt+c in the editing area to enable or disable command gestures, which can be changed in input gestures.

Writing block navigation gestures (toggle: NVDA+alt+n)

alt+Left arrow key: move to the start point of the previous data block
alt+Down arrow key: Only read the content of the current data block without moving
alt+right arrow: move to the start point of the next data block
alt+home: move to the starting point of the current data block
alt+end: move to the end point of the current data block
alt+shift+left arrow: move to the previous data block and select
alt+shift+down key: do not move, only select the content of the current data block
alt+shift+right arrow: move to the next data block and select

In the writing settings, you can choose whether to enable the block navigation gestures when starting. Press NVDA+alt+n in the editing area to enable or disable the block navigation gestures, which can be changed in the input gestures.

Shortcut gestures (toggle: NVDA+alt+s)

When the cursor is in the LaTeX block, press the letter, f1~f12 to quickly insert the bound LaTeX. Press shift+letter, shift+f1~f12 to read out the LaTeX currently bound to the shortcut. (Need to set the shortcut key in the command menu first)

In the writing settings, you can choose whether to enable the quick navigation gestures at startup. Press NVDA+alt+s in the editing area to enable or disable the quick navigation gestures, which can be changed in the input gestures.

Greek letter gestures (toggle: NVDA+alt+g)

When the cursor is in the LaTeX block, press the letter to quickly insert the corresponding Greek letter LaTeX.

Mapping table

| English letter | Greek letter | LaTeX | | --- | --- | --- | | a | α | \alpha | | b | β | \beta | | c | θ | \theta | | d | δ | \delta | | e | ε | \epsilon | | f | φ | \phi | | g | γ | \gamma | | h | η | \eta | | i | ι | \iota | | k | κ | \kappa | | l | λ | \lambda | | m | μ | \mu | | n | ν | \nu | | o | ο | \omicron | | p | π | \pi | | r | ρ | \rho | | s | σ | \sigma | | t | τ | \tau | | u | υ | \upsilon | | v | φ | \psi | | w | ω | \omega | | x | χ | \chi | | y | ξ | \xi | | z | ζ | \zeta |

Browse navigation mode (toggle: NVDA+space)

When the navigation mode is turned on, the mathematical data block read by the cursor mobile report will read the mathematical text content instead of the original grammatical data

You can use the following key gestures to move the editing cursor and interactive navigation

Left key: move to the starting point of the previous data block and read it out
Right arrow: move to the start point of the next data block and read it out
Up key: move to the previous line and read out the contents of all data blocks in this line
Down key: move to the next line and read out the contents of all data blocks in this line
pageUp: move up ten lines and read out the content of all data blocks in that line
pageDown: move down ten lines and read out the content of all data blocks in that line
home: move to the first block of the line where the cursor is located
end: move to the last block of the line where the cursor is located

Use the cursor to move the key plus the shift key to select the text together

space/enter: When the cursor stops on a math block, it can interact with the math content of the data block to navigate

For the following keys, if you only press the single key, the editing cursor will jump to the next data block position, if you press shift + the single key at the same time, the editing cursor will jump to the previous data block position:

l: Move to the next LaTeX data block and read it out
a: Move to the next AsciiMath data block and read it out
n: Move to the next Nemeth data block and read it out
m: move to the next MathML data block and read
t: move to the next text block and read it
tab: move to the next interactive block (math block) and read it out

The following key gestures can be used to edit contents

ctrl+x: cut the current cursor block
ctrl+c: copy the current cursor block
ctrl+v: Paste content after the current cursor block
delete/back space: delete the current cursor block

Access8Math editor and Access8Math Document

The edit area of Notepad in Windows 11 is rich editing area not traditional editing area, so Access8Math editor must be used in Windows 11 to use the writing feature. This editor provides such as opening old files, saving files, and view feature.

Use the Access8Math editor to write markdown documents, and when document have some resource, the resources can put into workspace of editor and be referenced. When using export feature of the editor, the referenced resources in the document will be packaged into a Archive file by Access8Math editor.

The preview and export feature under the view menu are the same as the command gesture view feature (alt+h), which can generate an Access8Math Document. The only difference between the two is that the Access8Math editor will package referenced resources into a archive file

In order to allow the document exported by the Access8Math editor to be imported again and edited, the Access8Math editor will write a Access8Math.json when exporting, which is the meta data. We call the archive file/folder containing this meta is Access8Math Document

In File Explorer, you can press the NVDA+application, if the selected path is txt/Access8Math Document, a virtual context menu will open, which can quickly open this file to view or edit it.

content example:

LaTeX(bracket): The solution of the quadratic equation in one variable (ax²+bx+c=0) is (\frac{-b\pm\sqrt{b²-4ac}}{2a}) .
LaTeX(dollar): The solution of the quadratic equation in one variable $ax²+bx+c=0$ is $\frac{-b\pm\sqrt{b²-4ac}}{2a}$ .
AsciiMath: The solution of the quadratic equation in one variable ax^2+bx+c=0 is x=(-b+- \sqrt(b^2-4ac))/(2a) .
Nemeth(UEB): The solution of the quadratic equation in one variable %⠁⠭⠘⠆⠐⠬⠃⠭⠬⠉⠀⠨⠅⠀⠴: is %⠭⠀⠨⠅⠀⠹⠤⠃⠬⠤⠜⠃⠘⠆⠐⠤⠲⠁⠉⠻⠌⠆⠁⠼: .
Nemeth(at): The solution of the quadratic equation in one variable @⠁⠭⠘⠆⠐⠬⠃⠭⠬⠉⠀⠨⠅⠀⠴@ is @⠭⠀⠨⠅⠀⠹⠤⠃⠬⠤⠜⠃⠘⠆⠐⠤⠲⠁⠉⠻⠌⠆⠁⠼@ .
MathML: The solution of the quadratic equation in one variable ax2+bx+c=0 is −b±b2−4ac2a .

configurações

All Access8Math settings are centralized in tools -> Access8Math->Settings

Reading Settings

Language: Access8Math read language
Analyze mathematical meaning of content: perform semantic analysis on the mathematical content, and when it meets a specific rule, using that rule to speak.
show interaction window when entering interaction navigation mode: Whether to show "Access8Math interaction window" when active event entering interaction navigation mode on math object
Reading pre-defined meaning in dictionary in interaction navigation mode: When the pattern is definied in the dictionary, use dictionary to read the meaning of subpart in the upper layer part.
Reading of auto-generated meaning in interaction navigation mode: When the pattern is not difined or incomplete in dictionary, use automatic generation function to read the meaning of subpart in the upper layer part.
use tone indicate to no move in interaction navigation mode
Item interval time: Setting break time between items. Values from 1 to 100, the smaller the value, the shorter the break time, and the greater the value, the longer the break time.

Writing Settings

Activate command gesture at startup
Activate block navigate gesture at startup
Activate shortcut gesture at startup
Use audio indicate to switching of browse navigation mode
HTML document display:
HTML math display:
LaTeX delimiter:

Rule setting: Setting whether rules are actived

Math reader

Speech source:
Braille source:
Interact source:

localização

If you want Access8Math to have speech/braille output for MathML in different languages, you need to create a Unicode dictionary (unicode.dic) and mathematical rules (math.rule). This can be done using the GUI in Access8Math -> Localization, or by referring to the globalPlugins/Access8Math/locale in the plugin folder.

The "Unicode Dictionary" enables you to customize speech or braille output for symbols and characters. The "Mathematics Rules" allow you to customize speech or braille output for different types of mathematics.

"New language" dialog can adding language not included in Access8Math built-in. Upon Adding language option will appear in the Reading Settings language selection, Allowing for the Definition of speech/braille via the Unicode Dictionary and Mathematics Rules, Resulting in Localization.

Regras Matemáticas

Access8Math establishes mathematical rules according to the mathematical type and logic to decide the reading math method and order. According to different local math reading logic, the math reading text and order can be changed. The method is as follows:

Editar: Depois de entrar na "regra matemática", a janela lista 46 regras matemáticas. Escolha qualquer regra matemática e selecione "Editar" para entrar na edição da entrada.

A "edição da entrada" pode estar dividida em dois blocos principais, a "Ordenação serializada" e a "Função filha".

Serialized ordering: Math rule is divided into multiple blocks according to the reading order. In this area, the reading order of child node and the delimitation text of start, inter- and the end can be changed. Taking the fractional rule mfrac as an example, this rule is divided into five reading blocks. The order 0, 2, and 4 represent the initial prompt, the project segmentation prompt, and the end prompt, respectively, and the meanings text can be changed in each field. Order 1 and 3 adjust the reading sequence of child node which can be changed in the drop-down menu.
Função filha: O subitem de próximo nível da regra matemática. Tomando a regra fracionária mfrac como exemplo, a regra contém o numerador e o denominador. O subconteúdo no significado do subconteúdo superior pode ser alterado no campo de função do nó filho.

Exemplo: Você pode verificar o método de leitura desta regra matemática após a edição. Após clicar, um conteúdo matemático é pré-definido com as regras matemáticas correspondentes para confirmar se o método de leitura é o esperado.

Recuperar padrão: Restaura a lista de regras matemáticas para suas predefinições iniciais.

Importar: Importa arquivos de regras matemáticas, que podem ser usados para carregar arquivos de regras matemáticas.

Exportar: Salve o arquivo de regras matemáticas no caminho especificado para compartilhar ou manter.

exemplo

Os conteúdos matemáticos no Wiki são todos escritos em MathML.

Equação quadrática: https://pt.wikipedia.org/wiki/Equa%C3%A7%C3%A3o_quadr%C3%A1tica
Produto de matrizes: https://pt.wikipedia.org/wiki/Produto_de_matrizes
Cubic function (Função cúbica — em inglês): https://en.wikipedia.org/wiki/Cubic_function

Equação quadrática

LaTeX: (x=\frac{-b\pm\sqrt{b²-4ac}}{2a})
AsciiMath: x=(-b+- \sqrt(b^2-4ac))/(2a)
MathML: -b±b2-4ac2a

github: https://github.com/tsengwoody/Access8Math

Por favor, reporte quaisquer falhas ou comentários, grato!

Access8Math update log

Access8Math v3.6 Update

new feature: Nemeth Braille Input, with the same functionality as LaTeX input. Allows for real-time interactive navigation (Alt+I) during editing and supports outputting HTML+MathML documents.
new feature: Added Nemeth delimiter UEB/at(@@) for distinguish Nemeth content.
new feature: You can convert and copy LaTeX from Math object in interactive navigation mode.
Added the NVDA+Shift+F10 shortcut to open virtual context menu in the file explorer.
Fixed and optimized localized UI issues and cleaned localized file format.

Access8Math v3.5 Update

Vectors and rays can be distinguished correctly
Utilizing dialogue to display image, video, or audio resources in an Access8Math HTML document
Using a new window to open link resources in an Access8Math HTML document
The MathML namespace is exported when copying MathML from the Math object in interactive navigation mode
Display font adjustment, find and replace feature in Access8Math editor
Compatibility with NVDA 2023.1

Access8Math v3.4 Update

Speech, Braille, and interactive source move to Preferences -> Settings -> Math Reader category.
Integrated MathCAT, you can choose what speech, braille, and interactive source(Access8Math/Math Player/MathCAT) you need in Math Reader settings panel when having already installed Math Player/MathCat.
Used MultiCategorySettingsDialog to collect settings dialog.
Press NVDA+alt+e open text file with the built-in editor in File Explore.
In virtual menus, submenu can open by enter
Implenment MathML menclose tag rule
new feature: virtual context menu in File Explorer. It can quickly open Access8Math Document to view or edit it(Please read "Access8Math editor and Access8Math Document" section to know detail information)

Access8Math v3.3 Update

Add built-in editor using traditional editing area because of windows 11 changed to UIA editing area
built-in editor new/open/save feature
Access8Math language initial setting is based on NVDA language setting
Improved speech and braille display in virtual menus
Compatibility with NVDA 2022.1
Fixed marked menu cannot open when document is empty
Fixed translate LaTeX/AsciiMath feature
Fixed HTML document rendering problem when HTML document display setting choice text option

Access8Math v3.2 Update

New feature "" to separate data blocks, the blocks enclosed by "" are AsciiMath data
New feature editing-shortcut for browse navigation mode cut (ctrl+x), copy (ctrl+c), paste (ctrl+v), delete (delete/back space)
New feature moving-shortcut for browse navigation mode move between interactive data blocks (tab), move between AsciiMath data blocks (a)
Change move cursor way in browse navigation mode - move cursor way with up, down, left and right arrow keys and read out the contents of the data block after the movement.
When the cursor moves in the browse navigation mode, the math data block will read the serialized textual content of math instead of the source code
When the cursor is in the math data block in the browse navigation mode, press the space or enter key to interact with the math data block.
New feature English letters as shortcut keys that can be setted
New feature greek alphabet shortcut gesture
Shortcut key input is only apply in the LaTeX area
set using audio or speech indicate to switching of browse navigation mode
The LaTeX command menu can be opened in the text area and insert LaTeX separators when LaTeX command inserting
New feature translation menu, which can convert the LaTeX/AsciiMath data format of the block where the cursor is located. It belongs to the command gesture group. When the cursor is in the LaTeX/AsciiMath block, press alt+t to open the translation menu (in the browse navigation mode, ctrl+t)
New feature batch menu, which can convert the entire document LaTeX/AsciiMath data format to each other, and can convert the LaTeX separator between brackets and dollar. It belongs to the command gesture group. Press alt+b to open the batch menu
Added MathML block type, support alt+i, single letter navigation "m", tab movement in browse navigation mode
New feature braille custom-defined math rules and unicode dictionary, which are the same as speech
The exported HTML can show with markdown
The exported HTML is added page title and file name by notepad window title.

Access8Math v3.1 Update

HTML windows are now presented as virtual menu
Fixed an issue where the HTML view cannot be converted when text include "`" character
When the number of words in the document is greater than 4096, the content will not be converted to HTML view
Added mathematical set LaTeX commands
Update alt+m to insert "(", ")" LaTeX marks before and after the currently selected text (when there is no selected text, it is the current cursor position)
In the General settings, you can choose whether the math content in the exported HTML is presented on a separate line(block/inline)
When exporting HTML, save the original text file in the compressed file
In the general settings, you can choose to use bracket or money symbol as the LaTeX delimiter
In the general settings, you can choose the source of speech, braille, and interaction(Access8Math or Math Player)
Activate/deactivate write/block navigate/shortcut gesture by gesture
switch the source of speech/braille/interact source by gesture(Access8Math or Math Player)

Atualização do Access8Math v3.0

Escreve conteúdo matemático em AsciiMath
Escreve conteúdo matemático em LaTeX
Escrever conteúdo misto (conteúdo de texto e conteúdo matemático)
Usar as teclas de atalho para mover o cursor para diferentes tipos de blocos no campo de edição
Usar o menu de comando para selecionar comandos no campo de edição
Definir atalhos no menu de comando LaTeX
Revisar e exportar o conteúdo em campo de edição para HTML

Atualização do Access8Math v2.6

Entrada automática no modo interativo ao mostrar a janela de interação do Access8Math.
Você pode escolher como indicar nenhum movimento no modo interativo: bip ou fala 'nenhum movimento' nos dois sentidos.
O conteúdo do item atual será repetido novamente quando não houver movimento.

Atualização do Access8Math v2.5

Adição de tradução russa de regras e UI (Interface do Usuário). Graças ao trabalho de tradução do Futyn-Maker.
Correção da falha da tradução do símbolo composto.
Remoção de duplicatas de letras minúsculas e letras maiúsculas gerais adicionadas em unicode.dic (0370~03FF).

Atualização do Access8Math v2.4

Correção de falha.

Atualização do Access8Math v2.3

Compatibilidade com Python3
módulo de refatoração e correção de estilo de código
Adição duma regra vetorial de símbolo

Atualização do Access8Math v2.2

corrige falha de fala incorreta quando um único nó tiver mais caracteres.
Corrige problema de compatibilidade no NVDA 2019.2, graças às solicitações de pull de CyrilleB79.
Correção de falha em dicionário unicode com símbolos duplicados.
Adição de traduções em francês, graças ao trabalho de tradução de CyrilleB79.
Ajusta o atalho do teclado.

Atualização do Access8Math v2.1

Em "Configurações Gerais", você pode definir se a "Janela de interação do Access8Math" será exibida automaticamente ao entrar no modo interativo.
No modo interativo, "janela de interação" pode ser exibida manualmente via ctrl+m quando "janela de interação" não é mostrada.
Corrije falha de troca de vários idiomas.
Add translations in Turkish, thanks to the translation work of cagri (çağrı doğan).
Atualização de compatibilidade para nvda 2019.1 verifiqa se há sinalizador (flag) em manifest.ini do complemento.
Refatoração de código-fonte da janela de diálogo.

Atualização do Access8Math v2.0

Adiciona configurações de adição e personalização em vários idiomas e adiciona três janelas de "dicionário unicode", "regra matemática", "Adição de novo idioma"
O "dicionário unicode" pode personalizar a maneira de leitura de cada texto de símbolo matemático.
"regra matemática" pode personalizar o método de leitura e visualizar a modificação através do botão de amostra antes de concluir.
"Adição de novo idioma" permite adicionar idioma não fornecido no sistema embutido. O novo idioma será adicionado às configurações gerais e a personalização em vários idiomas poderá ser obtida através da leitura da definição de "dicionário unicode" e "regras matemáticas".
aprimorado no modo interativo, você pode usar as teclas numéricas 7~9 para ler o texto da sequência na unidade de linha.

Registro (Log) de atualização do Access8Math v1.5

Na caixa de diálogo "configuração geral", adiciona o tempo de pausa da configuração entre os itens. Valores de 1 a 100, quanto menor o valor, menor o tempo de pausa e quanto maior o valor, maior o tempo de pausa.
Corrige a caixa de diálogo de Configurações que não pode salvar a configuração no NVDA 2018.2.

Registro (Log) de atualização do Access8Math v1.4

Ajusta caixa de diálogo configurações, dividida nas caixas de diálogo "configuração geral" e "configuração de regras". "Configurações Gerais" é a caixa de diálogo "Configurações do Access8Math" original, e a caixa de diálogo "Configurações de Regras" é para selecionar se regras específicas estão habilitadas.
Novas regras
- vector rule: When there is a "⇀" right above two Identifier, the item is read as "Vector...".
- frown rule：When there is a " ⌢ " right above two Identifier, the item is read as "frown...".
Correção de falha.

Registro (Log) de atualização do Access8Math v1.3

Nova regra
- regra de positivo: Ler "positivo" em vez de "mais" quando o sinal de adição no primeiro item ou seu item anterior for um operador determinado.
- regra quadrada: Quando a potência é 2, o item é lido como "ao quadrado".
- regra cúbica: Quando a potência é 3, o item é lido como "ao cubo".
- line rule: When there is "↔" right above two Identifier, the item is read as "Line ...".
- line segment rule: When there is "¯" right above two Identifier, the item is read as "Line segement ...".
- ray rule: When there is a "→" right above two Identifier, the item is read as "Ray ..."
Adição de janela de interação: pressionando "Espaço" no conteúdo matemático para abrir a "Janela de interação do Access8Math" que contém o botão "interação" e "copiar".
- interação: no conteúdo matemático para navegar e pesquisar.
- copiar: Copia o código-fonte do objeto MathML.
Adiciona idioma da UI (Interface do Usuário) zh_CN (.po).
Ajusta o relacionamento de herança entre regras para garantir o uso adequado das regras apropriadas em conflito.
Correção de falha.

Registro (Log) de atualização do Access8Math v1.2

Nova regra
- regra de número negativo: ler 'negativo' em vez de 'sinal de menos' quando o sinal de subtração no primeiro item ou seu item anterior for um operador determinado.
- regra de adição de fração de número inteiro: Ler 'adiciona' entre número inteiro e fração quando o item anterior da fração for inteiro.
Melhoria da arquitetura do programa
- adiciona classe irmã
- adiciona classe Complement (Complemento) de geração dinâmica
Correção de falha

Registro (Log) de atualização do Access8Math v1.1

No comando do modo de navegação, "Ctrl+c" copia o código-fonte MathML do objeto.
Diálogo Configurações em Preferências:
- Idioma: Idioma de leitura do Access8Math no conteúdo matemático.
- Analisar o significado matemático do conteúdo: análise semântica do conteúdo matemático, de acordo com regras específicas, leia o significado matemático dessas regras.
- Ler significado definido no dicionário: Quando o padrão está definido no dicionário, use o dicionário para ler o significado da subparte na parte da camada superior.
- Leitura do significado gerado automaticamente: Quando o padrão não estiver definido ou incompleto no dicionário, use a função de geração automática para ler o significado da subparte na parte da camada superior.
Adiciona alguma regra simples. Regras avulsas são versões simplificadas de várias regras. Quando o conteúdo possui apenas um item, para melhor compreensão e leitura sem confusão, você pode optar por não ler o script antes e depois do conteúdo.
Atualiza unicode.dic.
Correção de falha.