128 lines
3.2 KiB
C
128 lines
3.2 KiB
C
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/* ***************************************************************************
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Author: Achim Gaedke
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Created: October 2004
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**************************************************************************** */
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#ifndef PTS_H
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#define PTS_H
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#include "drivers/frequgen.h"
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#include <vector>
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#include "core/states.h"
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/**
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\defgroup PTSSynthesizer PTS Frequency Synthesizer
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\ingroup drivers
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\brief driver for %PTS Frequency Synthesizer phase and frequency control
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@{
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*/
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/**
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\brief PTS Synthesizer driver for phase and preselected frequency
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The driver can switch phase during experiment, the accuracy is determined by the number of connected phase selector lines.
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Frequency support will be soon available, one frequency can be selected, which is configured before the experiment.
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The Synthesizer is driven in transperent mode, i.e. no latch is used. Therefore phase information is added to all states.
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If no phase is defined by an analogout instruction, the default phase is taken.
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*/
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class PTS: public frequgen {
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public:
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/**
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\brief vector with the ttl output commands, that are added, to achieve the phase shift
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Tuples of 4 masks are for 22.5, 2.25 and 0.225 degree increments, each representing weights of 8, 4, 2 and 1.
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the most significant bit (180 degree) is the first member of the vector, significance is decreasing
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*/
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std::vector<ttlout> ttl_masks;
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/**
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\brief the assigned id of this analogout section
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*/
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int id;
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/**
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if negative logic should be used, this has to be set for noninverting cable drivers
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*/
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int negative_logic;
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/**
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define the phase stepping: PTS310 0.225 PTS500 0.36
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*/
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float phase_step;
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/**
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\brief default constructor
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*/
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PTS(int myid=0);
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/**
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\brief transform phase to ttl values, return them in unsigned int lower bits: 0 - 11
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*/
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unsigned int phase_ttl_values(double phase) const;
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/**
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\brief transform frequency to ttl values, return them in long unsigned int bits: 0 - 40
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*/
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long unsigned int frequency_ttl_values(double frequency) const;
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/**
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\brief add ttl instructions according to the phase
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*/
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void phase_add_ttls(state& the_state, double phase) const;
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/**
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\brief sets the reference frequency for the experiment time
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*/
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virtual void set_frequency(double f);
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/**
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\brief exchange analogout sections with phase TTLs and determines the experiments reference frequency
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*/
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virtual void set_frequency_ttls(state& experiment);
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/**
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\brief exchange analogout sections in all substates
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*/
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virtual void set_frequency(state& experiment);
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/**
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\brief destructor
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nothing to do now... will change with frequency control
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*/
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virtual ~PTS();
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};
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/**
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*/
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class PTS_latched: public PTS {
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public:
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PTS_latched(int myid=0): PTS(myid) {}
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/**
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\brief exchange analogout sections with frequency and phase TTLs
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*/
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virtual void set_frequency_recursive(state_sequent& the_sequence, state_sequent::iterator& the_state);
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/**
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\brief exchange analogout sections in all substates
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*/
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virtual void set_frequency(state& experiment);
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/**
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\brief destructor
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nothing to do now... will change with frequency control
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*/
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virtual ~PTS_latched(){}
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};
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/**
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@}
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*/
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#endif
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