☰

完整代码：

tag-icon • tag-icon listings line-breaking page-breaking matlab
完整代码：

我正在使用 mcode 包将我的代码包含到我的文档中，但问题是，当我的代码太长并且需要多页时，程序会尝试将它们保存在一页中，因此代码的最后几行会丢失，并且不会分成两页。

我阅读了文档，但找不到答案，而且我在列表包中也遇到了同样的问题。

我查看了一些有关 minted 的问题，但对我来说它们并没有帮助。

  ‎\documentclass{book}‎

‎\usepackage{graphicx}‎ 
‎\usepackage{amsmath,amssymb}‎ 
‎\usepackage{caption}‎
‎\usepackage{color,xecolor}‎
‎\usepackage[numbered,autolinebreaks,useliterate]{mcode}‎

‎\begin{document}‎

‎\begin{figure}‎
‎\caption{A very very long code is here}‎
‎\lstinputlisting{longcode.m}‎
‎\end{figure}‎

‎\end{document}

这是可以保存在 longcode.m 文件中的代码，因为我无法在此处附加任何内容:(

    %% LTE_sim _main _launcher
    % eNodeB Power transmission uniformly distributed
LTE_config.switch_off_eNodeBs = 5;
LTE_config.eNodeB_arrangment = 0;   % Hexagonal Ring
LTE_config.UE_walkingModel = 0;     % Mobility model        

%% LTE_load _params
LTE_config.TTI_length = 1e-3;       % SubFrame length
    % Simulation duration
LTE_config.simulation_time_tti = 100000;   
LTE_config.frequency = 2e9;         % Carrier Frequency
LTE_config.bandwidth = 10e6;        % Bandwidth
LTE_config.UE_speed = 30/3.6;       % UE speed (Km/H => m/s)  
LTE_config.nr_UEs = 100;            % Number of UEs   
    % inter eNodeB distance (Cell radius=.5)
LTE_config.inter_eNodeB_distance = 2*sqrt (500^2+(500/4)^2);  
    % eNodeB Power transmission (43dbm)
LTE_config.eNodeB_tx_power = 19.9526;        
    % Propagation Model
LTE_config.macroscopic_pathloss_model = 'cost231';                         
LTE_config.macroscopic_pathloss_model _settings.environment = ...
   'urban_macro';

%% LTE_init _load _BLER _curves
BLER_threshold = 0.1;              % Target BLER                                                  
target_BLER = 0.1;                 % Target BLER                                               

%% Parameters that are ok
% simulator assume subcarrier spacing of 15 kHz
% Modulation Schemes is QPSK, 16QAM, and 64QAM

%% I am not sure :-s

% Symbols for TTI
LTE_config.cyclic_prefix   = 'normal';
switch LTE_config.cyclic_prefix
    case 'normal'
        LTE_config.N_sym = 14;
    case 'extended'
        LTE_config.N_sym = 6;
    otherwise
        error ('CP can only be "normal" or "extended"');
end
% CQI Measurement period
LTE_config.unquantized_CQI_feedback = fulse;
    % UE class
    unquantized_CQI _feedback = fulse;

%% I don't khnow

% Control Overhead
% Traffic Models
% CQI Method
% Frequency Reuse Scheme
% LTE_config.switch_off_eNodeBs = 5;
LTE_config.eNodeB_arrangment = 0;   % Hexagonal Ring
LTE_config.UE_walkingModel = 0;     % Mobility model        

%% LTE_load _params
LTE_config.TTI_length = 1e-3;       % SubFrame length
    % Simulation duration
LTE_config.simulation_time_tti = 100000;   
LTE_config.frequency = 2e9;         % Carrier Frequency
LTE_config.bandwidth = 10e6;        % Bandwidth
LTE_config.UE_speed = 30/3.6;       % UE speed (Km/H => m/s)  
LTE_config.nr_UEs = 100;            % Number of UEs   
    % inter eNodeB distance (Cell radius=.5)
LTE_config.inter_eNodeB_distance = 2*sqrt (500^2+(500/4)^2);  
    % eNodeB Power transmission (43dbm)
LTE_config.eNodeB_tx_power = 19.9526;        
    % Propagation Model
LTE_config.macroscopic_pathloss_model = 'cost231';                         
LTE_config.macroscopic_pathloss_model _settings.environment = ...
   'urban_macro';

%% LTE_init _load _BLER _curves
BLER_threshold = 0.1;              % Target BLER                                                  
target_BLER = 0.1;                 % Target BLER                                               

%% Parameters that are ok
% simulator assume subcarrier spacing of 15 kHz
% Modulation Schemes is QPSK, 16QAM, and 64QAM

%% I am not sure :-s

% Symbols for TTI
LTE_config.cyclic_prefix   = 'normal';
switch LTE_config.cyclic_prefix
    case 'normal'
        LTE_config.N_sym = 14;
    case 'extended'
        LTE_config.N_sym = 6;
    otherwise
        error ('CP can only be "normal" or "extended"');
end
% CQI Measurement period
LTE_config.unquantized_CQI_feedback = fulse;
    % UE class
    unquantized_CQI _feedback = fulse;

%% I don't khnow

% Control Overhead
% Traffic Models
% CQI Method
% Frequency Reuse Scheme
%

以下是页面上发生的情况： 在此处输入图片描述

那么我怎样才能将这些代码分成两页呢？

答案1

figure，正如 David Carlisle 所评论的那样，是一个浮动，将被放入一个框中，使其无法跨页面拆分。figure从包中删除并使用标题listings如下：

\lstinputlisting[caption=A very very long code is here]{longcode.m}

将会完成这项工作。

完整代码：

\documentclass{book}
%\usepackage{graphicx}‎
%\usepackage{amsmath,amssymb}‎
%\usepackage{caption}‎
%\usepackage{color,xcolor}
\usepackage[numbered,autolinebreaks,useliterate]{mcode}
\usepackage{filecontents}
\begin{filecontents*}{longcode.m}
    %% LTE_sim _main _launcher
    % eNodeB Power transmission uniformly distributed
LTE_config.switch_off_eNodeBs = 5;
LTE_config.eNodeB_arrangment = 0;   % Hexagonal Ring
LTE_config.UE_walkingModel = 0;     % Mobility model

%% LTE_load _params
LTE_config.TTI_length = 1e-3;       % SubFrame length
    % Simulation duration
LTE_config.simulation_time_tti = 100000;
LTE_config.frequency = 2e9;         % Carrier Frequency
LTE_config.bandwidth = 10e6;        % Bandwidth
LTE_config.UE_speed = 30/3.6;       % UE speed (Km/H => m/s)
LTE_config.nr_UEs = 100;            % Number of UEs
    % inter eNodeB distance (Cell radius=.5)
LTE_config.inter_eNodeB_distance = 2*sqrt (500^2+(500/4)^2);
    % eNodeB Power transmission (43dbm)
LTE_config.eNodeB_tx_power = 19.9526;
    % Propagation Model
LTE_config.macroscopic_pathloss_model = 'cost231';
LTE_config.macroscopic_pathloss_model _settings.environment = ...
   'urban_macro';

%% LTE_init _load _BLER _curves
BLER_threshold = 0.1;              % Target BLER
target_BLER = 0.1;                 % Target BLER

%% Parameters that are ok
% simulator assume subcarrier spacing of 15 kHz
% Modulation Schemes is QPSK, 16QAM, and 64QAM

%% I am not sure :-s

% Symbols for TTI
LTE_config.cyclic_prefix   = 'normal';
switch LTE_config.cyclic_prefix
    case 'normal'
        LTE_config.N_sym = 14;
    case 'extended'
        LTE_config.N_sym = 6;
    otherwise
        error ('CP can only be "normal" or "extended"');
end
% CQI Measurement period
LTE_config.unquantized_CQI_feedback = fulse;
    % UE class
    unquantized_CQI _feedback = fulse;

%% I don't khnow

% Control Overhead
% Traffic Models
% CQI Method
% Frequency Reuse Scheme
% LTE_config.switch_off_eNodeBs = 5;
LTE_config.eNodeB_arrangment = 0;   % Hexagonal Ring
LTE_config.UE_walkingModel = 0;     % Mobility model

%% LTE_load _params
LTE_config.TTI_length = 1e-3;       % SubFrame length
    % Simulation duration
LTE_config.simulation_time_tti = 100000;
LTE_config.frequency = 2e9;         % Carrier Frequency
LTE_config.bandwidth = 10e6;        % Bandwidth
LTE_config.UE_speed = 30/3.6;       % UE speed (Km/H => m/s)
LTE_config.nr_UEs = 100;            % Number of UEs
    % inter eNodeB distance (Cell radius=.5)
LTE_config.inter_eNodeB_distance = 2*sqrt (500^2+(500/4)^2);
    % eNodeB Power transmission (43dbm)
LTE_config.eNodeB_tx_power = 19.9526;
    % Propagation Model
LTE_config.macroscopic_pathloss_model = 'cost231';
LTE_config.macroscopic_pathloss_model _settings.environment = ...
   'urban_macro';

%% LTE_init _load _BLER _curves
BLER_threshold = 0.1;              % Target BLER
target_BLER = 0.1;                 % Target BLER

%% Parameters that are ok
% simulator assume subcarrier spacing of 15 kHz
% Modulation Schemes is QPSK, 16QAM, and 64QAM

%% I am not sure :-s

% Symbols for TTI
LTE_config.cyclic_prefix   = 'normal';
switch LTE_config.cyclic_prefix
    case 'normal'
        LTE_config.N_sym = 14;
    case 'extended'
        LTE_config.N_sym = 6;
    otherwise
        error ('CP can only be "normal" or "extended"');
end
% CQI Measurement period
LTE_config.unquantized_CQI_feedback = fulse;
    % UE class
    unquantized_CQI _feedback = fulse;

%% I don't khnow

% Control Overhead
% Traffic Models
% CQI Method
% Frequency Reuse Scheme
% 
\end{filecontents*}
\begin{document}‎
‎\lstinputlisting[caption=A very very long code is here
]{longcode.m}
\end{document}

在此处输入图片描述

相关内容