用matlab脚本创建simulink模型实现以下功能： 当以下条件都满足： (SSBBackgroundLight=1&&UMM_UsageModeSt=0)||(SSBBackgroundLight=0&&UMM_UsageModeSt=0||1); SR_SunroofOpeationSt!=0; SRC_RoofOpenWarningCfg=1; PWL_LockAutoCloseWinFunCfg=0; LCK_DriverDoorAjarSt从0变成1; 则：开始计时器，计时器在[1,22500]之间，SunRoofOpenWarn=1

以下是使用 MATLAB 脚本创建 Simulink 模型来实现上述功能的示例：

% 创建 Simulink 模型
model = 'SunRoofControlModel';
open_system(new_system(model));

% 添加输入信号
add_block('simulink/Sources/In1',[model '/SSBBackgroundLight']);
add_block('simulink/Sources/In1',[model '/UMM_UsageModeSt']);
add_block('simulink/Sources/In1',[model '/SR_SunroofOpeationSt']);
add_block('simulink/Sources/In1',[model '/SRC_RoofOpenWarningCfg']);
add_block('simulink/Sources/In1',[model '/PWL_LockAutoCloseWinFunCfg']);
add_block('simulink/Sources/In1',[model '/LCK_DriverDoorAjarSt']);

% 添加计数器和比较器
add_block('simulink/Sources/Constant',[model '/Start']);
add_block('simulink/Logic and Bit Operations/Relational Operator',[model '/RelationalOperator']);
set_param([model '/RelationalOperator'], 'Operator', '==');
set_param([model '/RelationalOperator'], 'Inputs', '2');
set_param([model '/RelationalOperator'], 'OutDataTypeStr', 'boolean');

% 添加输出信号
add_block('simulink/Sinks/Out1',[model '/SunRoofOpenWarn']);

% 连接模块
add_line(model,'SSBBackgroundLight/1','RelationalOperator/1');
add_line(model,'UMM_UsageModeSt/1','RelationalOperator/2');
add_line(model,'RelationalOperator/1','SunRoofOpenWarn/1');
add_line(model,'SR_SunroofOpeationSt/1','RelationalOperator/3');
add_line(model,'SRC_RoofOpenWarningCfg/1','RelationalOperator/4');
add_line(model,'PWL_LockAutoCloseWinFunCfg/1','RelationalOperator/5');
add_line(model,'LCK_DriverDoorAjarSt/1','RelationalOperator/6');
add_line(model,'Start/1','SunRoofOpenWarn/2');

% 设置模型参数
set_param(model, 'Solver', 'FixedStepDiscrete');
set_param(model, 'FixedStep', '1');
set_param(model, 'StartTime', '1');
set_param(model, 'StopTime', '22500');

% 运行模型
sim(model);

% 显示结果
SunRoofOpenWarn = get(simout, 'y');
disp(SunRoofOpenWarn);

请注意，上述代码只是示例，您可以根据实际需求修改模型的输入信号、计算逻辑和输出信号。