app: stacked_cores: more experiments
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@@ -270,13 +270,13 @@ fn drive_map_3stack() -> [[ClockState; 3]; 6] {
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}
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#[allow(unused)]
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fn drive_map_3stack_and_rev() -> [[ClockState; 3]; 6] {
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fn drive_map_3stack_and_rev_with_init_amp(amp: f32) -> [[ClockState; 3]; 6] {
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use ClockState as C;
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[
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// charge S1 to '1', S0/S2 to '0'
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[C::hold_low(), C::hold_high(), C::hold_low() ],
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[C::hold_low(), C::hold(amp), C::hold_low() ],
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// let the cores settle
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[C::release_low(), C::release_high(),C::release_low()],
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[C::release_low(), C::release(amp), C::release_low()],
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// write S1 -> S0/S2. S0/S2 should be copied to 1
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[C::float(), C::hold_low(), C::float() ],
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@@ -288,6 +288,10 @@ fn drive_map_3stack_and_rev() -> [[ClockState; 3]; 6] {
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[C::release_low(), C::float(), C::release_low()],
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]
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}
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#[allow(unused)]
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fn drive_map_3stack_and_rev() -> [[ClockState; 3]; 6] {
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drive_map_3stack_and_rev_with_init_amp(1.0)
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}
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#[allow(unused)]
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fn drive_map_3stack_one_sided() -> [[ClockState; 3]; 6] {
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@@ -852,7 +856,7 @@ fn main() {
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p9xx.with_coupling_loops(4),
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);
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}
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if true {
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if false {
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let p10xx = params
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.with_clock_phase_duration(ps(1000))
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.with_clock_decay(ps(50))
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@@ -910,6 +914,215 @@ fn main() {
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p10xx.with_coupling_loops(16),
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);
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}
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if false {
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let p11xx = params
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.with_clock_phase_duration(ps(1000))
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.with_clock_decay(ps(50))
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.with_input_magnitude(8e10)
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.with_ctl_conductivity(5e2)
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.with_coupling_conductivity(5e3)
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.with_s_major(um(400))
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.with_coupling_loops(10)
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.with_coupling(1, 0, 0, 3)
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.with_coupling(1, 2, 1, 3)
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.with_coupling(0, 2, 2, 3)
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;
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run_sim(
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"11-n005-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-0.05),
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p11xx.clone(),
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);
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run_sim(
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"11-n010-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-0.10),
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p11xx.clone(),
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);
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run_sim(
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"11-n015-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-0.15),
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p11xx.clone(),
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);
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run_sim(
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"11-n020-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-0.20),
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p11xx.clone(),
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);
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run_sim(
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"11-n050-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-0.50),
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p11xx.clone(),
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);
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run_sim(
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"11-n030-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-0.30),
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p11xx.clone(),
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);
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run_sim(
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"11-n100-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-1.00),
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p11xx.clone(),
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);
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run_sim(
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"11-n040-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-0.40),
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p11xx.clone(),
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);
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run_sim(
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"11-n060-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-0.60),
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p11xx.clone(),
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);
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run_sim(
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"11-n080-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(-0.80),
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p11xx.clone(),
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);
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run_sim(
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"11-010-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.10),
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p11xx.clone(),
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);
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run_sim(
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"11-001-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.01),
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p11xx.clone(),
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);
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run_sim(
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"11-002-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.02),
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p11xx.clone(),
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);
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run_sim(
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"11-005-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.05),
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p11xx.clone(),
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);
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run_sim(
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"11-020-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.20),
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p11xx.clone(),
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);
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run_sim(
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"11-050-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.50),
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p11xx.clone(),
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);
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run_sim(
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"11-100-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(1.00),
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p11xx.clone(),
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);
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run_sim(
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"11-030-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.30),
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p11xx.clone(),
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);
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run_sim(
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"11-040-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.40),
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p11xx.clone(),
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);
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run_sim(
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"11-060-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.60),
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p11xx.clone(),
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);
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run_sim(
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"11-070-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.70),
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p11xx.clone(),
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);
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run_sim(
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"11-080-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.80),
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p11xx.clone(),
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);
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run_sim(
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"11-090-percent-drive-strength",
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drive_map_3stack_and_rev_with_init_amp(0.90),
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p11xx.clone(),
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);
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}
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if true {
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let p12xx = params
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.with_clock_phase_duration(ps(1000))
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.with_clock_decay(ps(50))
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.with_input_magnitude(8e10)
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.with_ctl_conductivity(5e2)
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.with_coupling_conductivity(5e3)
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.with_s_major(um(400))
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.with_coupling_loops(10)
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.with_coupling(1, 0, 0, 3)
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.with_coupling(1, 2, 1, 3)
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.with_coupling(0, 2, 2, 3)
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;
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run_sim(
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"12-1e11-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(1e11),
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);
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run_sim(
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"12-2e11-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(2e11),
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);
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run_sim(
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"12-8e10-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(8e10),
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);
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run_sim(
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"12-7e10-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(7e10),
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);
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run_sim(
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"12-5e10-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(5e10),
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);
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run_sim(
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"12-4e10-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(4e10),
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);
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run_sim(
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"12-3e10-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(3e10),
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);
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run_sim(
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"12-2e10-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(2e10),
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);
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run_sim(
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"12-1e10-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(1e10),
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);
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run_sim(
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"12-5e9-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(5e9),
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);
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run_sim(
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"12-2e9-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(2e9),
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);
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run_sim(
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"12-1e9-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(1e9),
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);
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run_sim(
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"12-5e11-drive",
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drive_map_3stack(),
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p12xx.with_input_magnitude(5e11),
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);
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}
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}
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50
crates/post/scripts/stacked_cores_12xx.py
Executable file
50
crates/post/scripts/stacked_cores_12xx.py
Executable file
@@ -0,0 +1,50 @@
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#!/usr/bin/env python3
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"""
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invoke with the path to a meas.csv file for the stacked_core 12-xx demos
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to extract higher-level info from them.
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"""
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import sys
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from stacked_cores import load_csv, labeled_rows, last_row_before_t, extract_m
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def extract_12xx(path: str):
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header, raw_rows = load_csv(path)
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rows = labeled_rows(header, raw_rows)
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tx_start = last_row_before_t(rows, 2e-9)
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tx_end = last_row_before_t(rows, 3e-9)
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noop_start = last_row_before_t(rows, 5e-9)
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noop_end = last_row_before_t(rows, 6e-9)
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m_tx_start = extract_m(tx_start)
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m_tx_end = extract_m(tx_end)
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m_noop_start = extract_m(noop_start)
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m_noop_end = extract_m(noop_end)
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m1_tx = abs(m_tx_end[1] - m_tx_start[1])
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m1_noop = abs(m_noop_end[1] - m_noop_start[1])
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m_tx_arr = [round(abs(m_tx_end[i] - m_tx_start[i])) for i in [0, 2]]
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m_tx = sum(m_tx_arr)
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m_noop_arr = [round(abs(m_noop_end[i] - m_noop_start[i])) for i in [0, 2]]
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m_noop = sum(m_noop_arr)
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ratio_tx_noop = m_tx / m_noop
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ratio_tx_m1 = m_tx / m1_tx
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ratio_tx_noop_m1 = (m_tx - m_noop) / m1_tx
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print(f'm1 tx: {m1_tx} ({m_tx_start[1]} -> {m_tx_end[1]})')
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print(f'm1 noop: {m1_noop} ({m_noop_start[1]} -> {m_noop_end[1]})')
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print('')
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print(f'm(tx): {m_tx_start}')
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print(f' -> {m_tx_end}')
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print('')
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print(f'm(noop): {m_noop_start}')
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print(f' -> {m_noop_end}')
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print('')
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print(f'tx/noop: {ratio_tx_noop:.3}')
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print(f'tx/m1: {ratio_tx_m1:.3}')
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print(f'(tx-noop)/m1: {ratio_tx_noop_m1:.3}')
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if __name__ == '__main__':
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extract_12xx(sys.argv[1])
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@@ -1,6 +1,6 @@
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#!/usr/bin/env python3
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"""
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invoke with the path to a meas.csv file for the stacked_core 8xx demos
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invoke with the path to a meas.csv file for the stacked_core 9xx demos
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to extract higher-level info from them.
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"""
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import sys
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