Analysis

C++

• mos_method_params_list get_method_params_list();
  • 返回支持的Method List

Socket Message
get_arbitrary_method_list req
get_arbitrary_method_list res

• mos_method_params_template get_method_params_template(const std::string &method_type);

  • method_type 扫描类型 MS1 MS2_ISO...
  • 返回 arbitrary 设置的缺省 method_params

• void save_method_params_template(const mos_method_params& method_params);

  • 不操作 STD， 仅仅是备份当前设置，下次 get_method_params_template 直接使用备份，不请求STD

Socket Message
get_arbitrary_method req
get_arbitrary_method res

mos_iso_swift_amp calculate_iso_swift_amp(const mos_method_params& method_params, int sequence_id = 0);

• 计算 iso_amp pre_iso_amp

Socket Message
calculate_iso_swift_amp req
calculate_iso_swift_amp res

mos_base_scan_function get_base_scan_function(const mos_method_params& method_params)

• 根据 method_params 取得 base_function

Socket Message
get_base_scan_function req
get_base_scan_function res

mos_fpga_scan_function get_fpga_scan_function(const mos_method_params& method_params,const std::vector<mos_base_segment> segments);

• 根据 base_function 取得 fpga_function

Socket Message
get_fpga_scan_function req
get_fpga_scan_function res

mos_scan_by_base_function start_scan_by_base_func(const mos_arbitrary_scan_params& , const mos_method_params& , const std::vector<mos_base_segment> , int )

• 根据 base_function scan

Socket Message
start_scan_by_base_func req
start_scan_by_base_func res

• 回调返回数据
  virtual void on_scan_data_notify(int sequence_id, mos_scan_data_notify& notify, uint16_t* notify_data, int size) = 0;

• base function / fpga function 返回
  base_and_fpga_scan_function_notify

• 扫描参数返回
  spec_data_param_notify

• 扫描结果返回
  scan_result_notify

• 谱图数据返回
  virtual void on_analysis_result_notify(int sequence_id, mos_analysis_result_notify& notify) = 0;
  spect_data_notify

  virtual void on_tuning_result_notify(int sequence_id, mos_tuning_result_notify& notify) = 0;

mos_scan_by_fpga_function start_scan_by_fpga_func(const mos_arbitrary_scan_params& , const mos_method_params& , const std::vector<mos_fpga_segment> , int )

• 根据 fpga_function scan
• 返回回调参见 start_scan_by_base_func

Socket Message
start_scan_by_fpga_func req
start_scan_by_fpga_func res

mos_scan_by_method_params_list start_scan_by_method_params_list(const mos_arbitrary_scan_params& , const std::vector<mos_method_params>& ,int );

• 根据 fpga_function scan
• 返回回调参见 start_scan_by_base_func

Socket Message
start_scan_by_params_list req
start_scan_by_params_list res

mos_base_info stop_scan();

• 停止当前扫描

Socket Message
stop_scan req
stop_scan res

pms_get_tunning_channel_list_res get_tunning_channel_list();

• 返回 STD 支持的 channels

Socket Message
get_tuning_channel_list req
get_tuning_channel_list res

mos_base_info start_tunning(std::vector &mode, std::vectorstd::string& channels);

• tuning

Socket Message
tuning req
tuning res

• 回调返回数据
  virtual void on_tuning_result_notify(int sequence_id, mos_tuning_result_notify& notify) = 0;
  • base function / fpga function 返回
    tuning_result_notify

C#

Notify

static event EventHandler<ScanDataNotifyArgs^>^ scanDataNotify;	
static event EventHandler<AnalysisResultNotifyArgs^>^ analysisResultNotify;	 
static event EventHandler<TuningNotifyArgs^>^ tuningResultNotify;