mirror of https://github.com/m-labs/artiq
manual: fix wavedrom extension json syntax
The leading empty line seems to be required by Sphinx 1.8.3. The arguments must be strict JSON when prerendering for a target that is not "html". Browser JSON parsing may have been more lenient. Signed-off-by: Stephan Maka <stephan@spaceboyz.net>release-4
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@ -55,21 +55,22 @@ Then later, when the wall clock reaches the respective timestamps the RTIO gatew
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The following diagram shows what is going on at the different levels of the software and gateware stack (assuming one machine unit of time is 1 ns):
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.. wavedrom::
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{
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signal: [
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{name: 'kernel', wave: 'x32.3x', data: ['on()', 'delay(2*us)', 'off()'], node: '..A.XB'},
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{name: 'now', wave: '2...2.', data: ['7000', '9000'], node: '..P..Q'},
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"signal": [
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{"name": "kernel", "wave": "x32.3x", "data": ["on()", "delay(2*us)", "off()"], "node": "..A.XB"},
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{"name": "now", "wave": "2...2.", "data": ["7000", "9000"], "node": "..P..Q"},
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{},
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{name: 'slack', wave: 'x2x.2x', data: ['4400', '5800']},
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{"name": "slack", "wave": "x2x.2x", "data": ["4400", "5800"]},
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{},
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{name: 'rtio_counter', wave: 'x2x|2x|2x2x', data: ['2600', '3200', '7000', '9000'], node: ' V.W'},
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{name: 'ttl', wave: 'x1.0', node: ' R.S', phase: -6.5},
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{ node: ' T.U', phase: -6.5}
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],
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edge: [
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'A~>R', 'P~>R', 'V~>R', 'B~>S', 'Q~>S', 'W~>S',
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'R-T', 'S-U', 'T<->U 2µs'
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{"name": "rtio_counter", "wave": "x2x|2x|2x2x", "data": ["2600", "3200", "7000", "9000"], "node": " V.W"},
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{"name": "ttl", "wave": "x1.0", "node": " R.S", "phase": -6.5},
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{ "node": " T.U", "phase": -6.5}
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],
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"edge": [
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"A~>R", "P~>R", "V~>R", "B~>S", "Q~>S", "W~>S",
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"R-T", "S-U", "T<->U 2µs"
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]
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}
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The sequence is exactly equivalent to::
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@ -95,19 +96,20 @@ The experiment attempts to handle the exception by moving the cursor forward and
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ttl.on()
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.. wavedrom::
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{
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signal: [
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{name: 'kernel', wave: 'x34..2.3x', data: ['on()', 'RTIOUnderflow', 'delay()', 'on()'], node: '..AB....C', phase: -3},
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{name: 'now_mu', wave: '2.....2', data: ['t0', 't1'], node: '.D.....E', phase: -4},
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"signal": [
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{"name": "kernel", "wave": "x34..2.3x", "data": ["on()", "RTIOUnderflow", "delay()", "on()"], "node": "..AB....C", "phase": -3},
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{"name": "now_mu", "wave": "2.....2", "data": ["t0", "t1"], "node": ".D.....E", "phase": -4},
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{},
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{name: 'slack', wave: '2x....2', data: ['< 0', '> 0'], node: '.T', phase: -4},
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{"name": "slack", "wave": "2x....2", "data": ["< 0", "> 0"], "node": ".T", "phase": -4},
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{},
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{name: 'rtio_counter', wave: 'x2x.2x....2x2', data: ['t0', '> t0', '< t1', 't1'], node: '............P'},
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{name: 'tll', wave: 'x...........1', node: '.R..........S', phase: -.5}
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{"name": "rtio_counter", "wave": "x2x.2x....2x2", "data": ["t0", "> t0", "< t1", "t1"], "node": "............P"},
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{"name": "tll", "wave": "x...........1", "node": ".R..........S", "phase": -0.5}
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],
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edge: [
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'A-~>R forbidden', 'D-~>R', 'T-~B exception',
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'C~>S allowed', 'E~>S', 'P~>S'
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"edge": [
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"A-~>R forbidden", "D-~>R", "T-~B exception",
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"C~>S allowed", "E~>S", "P~>S"
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]
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}
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@ -170,17 +172,18 @@ In these situations where ``count()`` leads to a synchronization of timeline cur
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Similar situations arise with methods such as :meth:`artiq.coredevice.ttl.TTLInOut.sample_get` and :meth:`artiq.coredevice.ttl.TTLInOut.watch_done`.
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.. wavedrom::
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{
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signal: [
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{name: 'kernel', wave: '3..5.|2.3..x..', data: ['gate_rising()', 'count()', 'delay()', 'pulse()'], node: '.A.B..C.ZD.E'},
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{name: 'now_mu', wave: '2.2..|..2.2.', node: '.P.Q....XV.W'},
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"signal": [
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{"name": "kernel", "wave": "3..5.|2.3..x..", "data": ["gate_rising()", "count()", "delay()", "pulse()"], "node": ".A.B..C.ZD.E"},
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{"name": "now_mu", "wave": "2.2..|..2.2.", "node": ".P.Q....XV.W"},
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{},
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{},
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{name: 'input gate', wave: 'x1.0', node: '.T.U', phase: -2.5},
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{name: 'output', wave: 'x1.0', node: '.R.S', phase: -10.5}
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{"name": "input gate", "wave": "x1.0", "node": ".T.U", "phase": -2.5},
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{"name": "output", "wave": "x1.0", "node": ".R.S", "phase": -10.5}
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],
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edge: [
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'A~>T', 'P~>T', 'B~>U', 'Q~>U', 'U~>C', 'D~>R', 'E~>S', 'V~>R', 'W~>S'
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"edge": [
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"A~>T", "P~>T", "B~>U", "Q~>U", "U~>C", "D~>R", "E~>S", "V~>R", "W~>S"
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]
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}
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@ -214,20 +217,21 @@ This is demonstrated in the following example where a pulse is split across two
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Here, ``run()`` calls ``k1()`` which exits leaving the cursor one second after the rising edge and ``k2()`` then submits a falling edge at that position.
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.. wavedrom::
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{
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signal: [
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{name: 'kernel', wave: '3.2..2..|3.', data: ['k1: on()', 'k1: delay(dt)', 'k1->k2 swap', 'k2: off()'], node: '..A........B'},
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{name: 'now', wave: '2....2...|.', data: ['t', 't+dt'], node: '..P........Q'},
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"signal": [
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{"name": "kernel", "wave": "3.2..2..|3.", "data": ["k1: on()", "k1: delay(dt)", "k1->k2 swap", "k2: off()"], "node": "..A........B"},
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{"name": "now", "wave": "2....2...|.", "data": ["t", "t+dt"], "node": "..P........Q"},
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{},
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{},
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{name: 'rtio_counter', wave: 'x......|2xx|2', data: ['t', 't+dt'], node: '........V...W'},
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{name: 'ttl', wave: 'x1...0', node: '.R...S', phase: -7.5},
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{ node: ' T...U', phase: -7.5}
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],
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edge: [
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'A~>R', 'P~>R', 'V~>R', 'B~>S', 'Q~>S', 'W~>S',
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'R-T', 'S-U', 'T<->U dt'
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{"name": "rtio_counter", "wave": "x......|2xx|2", "data": ["t", "t+dt"], "node": "........V...W"},
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{"name": "ttl", "wave": "x1...0", "node": ".R...S", "phase": -7.5},
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{ "node": " T...U", "phase": -7.5}
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],
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"edge": [
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"A~>R", "P~>R", "V~>R", "B~>S", "Q~>S", "W~>S",
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"R-T", "S-U", "T<->U dt"
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]
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}
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@ -239,18 +243,19 @@ If a previous kernel sets timeline cursor far in the future this effectively loc
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When a kernel should wait until all the events on a particular channel have been executed, use the :meth:`artiq.coredevice.ttl.TTLOut.sync` method of a channel:
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.. wavedrom::
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{
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signal: [
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{name: 'kernel', wave: 'x3x.|5.|x', data: ['on()', 'sync()'], node: '..A.....Y'},
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{name: 'now', wave: '2..', data: ['7000'], node: '..P'},
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"signal": [
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{"name": "kernel", "wave": "x3x.|5.|x", "data": ["on()", "sync()"], "node": "..A.....Y"},
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{"name": "now", "wave": "2..", "data": ["7000"], "node": "..P"},
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{},
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{},
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{name: 'rtio_counter', wave: 'x2x.|..2x', data: ['2000', '7000'], node: ' ....V'},
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{name: 'ttl', wave: 'x1', node: ' R', phase: -6.5},
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],
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edge: [
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'A~>R', 'P~>R', 'V~>R', 'V~>Y'
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{"name": "rtio_counter", "wave": "x2x.|..2x", "data": ["2000", "7000"], "node": " ....V"},
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{"name": "ttl", "wave": "x1", "node": " R", "phase": -6.5}
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],
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"edge": [
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"A~>R", "P~>R", "V~>R", "V~>Y"
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]
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}
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RTIO reset
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