Struct StateResourceList

Source

pub struct StateResourceList { /* private fields */ }

Implementations§

Source §

pub fn new() -> Option<Self>

Examples found in repository ?

examples/07_optimizer_and_state.rs (line 49)

36fn main() {
37    let device = MetalDevice::system_default().expect("no Metal device available");
38    let queue = device.new_command_queue().expect("command queue");
39
40    let command_buffer = queue.new_command_buffer().expect("command buffer");
41    let temporary_a = State::temporary_with_buffer_size(&command_buffer, 32).expect("temporary state a");
42    let temporary_b = State::temporary_with_buffer_size(&command_buffer, 64).expect("temporary state b");
43    let unique_count = state_batch_increment_read_count(&[&temporary_a, &temporary_a, &temporary_b], 1);
44    assert_eq!(unique_count, 2);
45    assert_eq!(temporary_a.resource_type_at_index(0), state_resource_type::BUFFER);
46    command_buffer.commit();
47    command_buffer.wait_until_completed();
48
49    let resource_list = StateResourceList::new().expect("resource list");
50    resource_list.append_buffer(16);
51    let persistent_state = State::new_with_resource_list(&device, &resource_list).expect("persistent state");
52    assert_eq!(persistent_state.resource_count(), 1);
53    assert_eq!(persistent_state.buffer_size_at_index(0), 16);
54
55    let (gradient_buffer, gradient_vector) = vector_with_values(&device, &[0.1, -0.2]);
56    let (values_buffer, values_vector) = vector_with_values(&device, &[1.0, -1.0]);
57    let (result_buffer, result_vector) = vector_with_values(&device, &[0.0, 0.0]);
58    let optimizer = NNOptimizerStochasticGradientDescent::new(&device, 0.5).expect("sgd");
59    let base = optimizer.as_optimizer().expect("optimizer base");
60    assert_eq!(base.regularization_type(), nn_regularization_type::NONE);
61
62    let command_buffer = queue.new_command_buffer().expect("command buffer");
63    optimizer.encode_vector(
64        &command_buffer,
65        &gradient_vector,
66        &values_vector,
67        None,
68        &result_vector,
69    );
70    command_buffer.commit();
71    command_buffer.wait_until_completed();
72
73    let _ = gradient_buffer;
74    let _ = values_buffer;
75    let output = read_f32_values(&result_buffer, 2);
76    println!("{output:?}");
77}

Source

pub fn append_buffer(&self, size: usize)

Examples found in repository ?

examples/07_optimizer_and_state.rs (line 50)

36fn main() {
37    let device = MetalDevice::system_default().expect("no Metal device available");
38    let queue = device.new_command_queue().expect("command queue");
39
40    let command_buffer = queue.new_command_buffer().expect("command buffer");
41    let temporary_a = State::temporary_with_buffer_size(&command_buffer, 32).expect("temporary state a");
42    let temporary_b = State::temporary_with_buffer_size(&command_buffer, 64).expect("temporary state b");
43    let unique_count = state_batch_increment_read_count(&[&temporary_a, &temporary_a, &temporary_b], 1);
44    assert_eq!(unique_count, 2);
45    assert_eq!(temporary_a.resource_type_at_index(0), state_resource_type::BUFFER);
46    command_buffer.commit();
47    command_buffer.wait_until_completed();
48
49    let resource_list = StateResourceList::new().expect("resource list");
50    resource_list.append_buffer(16);
51    let persistent_state = State::new_with_resource_list(&device, &resource_list).expect("persistent state");
52    assert_eq!(persistent_state.resource_count(), 1);
53    assert_eq!(persistent_state.buffer_size_at_index(0), 16);
54
55    let (gradient_buffer, gradient_vector) = vector_with_values(&device, &[0.1, -0.2]);
56    let (values_buffer, values_vector) = vector_with_values(&device, &[1.0, -1.0]);
57    let (result_buffer, result_vector) = vector_with_values(&device, &[0.0, 0.0]);
58    let optimizer = NNOptimizerStochasticGradientDescent::new(&device, 0.5).expect("sgd");
59    let base = optimizer.as_optimizer().expect("optimizer base");
60    assert_eq!(base.regularization_type(), nn_regularization_type::NONE);
61
62    let command_buffer = queue.new_command_buffer().expect("command buffer");
63    optimizer.encode_vector(
64        &command_buffer,
65        &gradient_vector,
66        &values_vector,
67        None,
68        &result_vector,
69    );
70    command_buffer.commit();
71    command_buffer.wait_until_completed();
72
73    let _ = gradient_buffer;
74    let _ = values_buffer;
75    let output = read_f32_values(&result_buffer, 2);
76    println!("{output:?}");
77}