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Revise 3D microstructure message #31

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Merged
merged 2 commits into from
Feb 9, 2024
Merged

Revise 3D microstructure message #31

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Revise 3D microstructure message
pkrull-ansys Feb 9, 2024
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pkrull-ansys Feb 9, 2024
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2 changes: 1 addition & 1 deletion ansys/api/additive/VERSION
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Original file line number Diff line number Diff line change
@@ -1 +1 @@
1.6.0-dev2
1.6.0-dev3
44 changes: 20 additions & 24 deletions ansys/api/additive/v0/additive_domain.proto
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Expand Up @@ -254,38 +254,34 @@ message VoxelMeshResult {

message InitialMicrostructureInput {
uint32 number_of_random_nuclei = 1;
double x_dimension = 2;
double y_dimension = 3;
double z_dimension = 4;
double x_length = 2; // length of the domain cuboid in the x direction
double y_length = 3; // length of the domain cuboid in the y direction
double z_length = 4; // length of the domain cuboid in the z direction
}

message Microstructure3DInput {
double x_dimension = 1;
double y_dimension = 2;
double z_dimension = 3;
// Thermal and microstructure domains are assumed to be coincident.
double x_length = 1; // length of the domain cuboid in the x direction
double y_length = 2; // length of the domain cuboid in the y direction
double z_length = 3; // length of the domain cuboid in the z direction
optional bytes initial_grain_data = 4;
optional bytes initial_euler_angle_data = 5;
optional double x_origin = 16; // thermal domain origin x
optional double y_origin = 17; // thermal domain origin y
optional double z_origin = 18; // thermal domain origin z
optional double x_origin = 16; // domain offset from base plate origin in x direction
optional double y_origin = 17; // domain offset from base plate origin in y direction
optional double z_origin = 18; // domain offset from base plate origin in z direction
optional double deposit_layer_thickness = 19;
optional uint32 num_deposit_layers = 20;
optional uint32 first_deposit_layer = 21;
optional double thermal_domain_depth = 22;
optional double x_thermal_domain_grid_spacing = 23;
optional double y_thermal_domain_grid_spacing = 24;
optional double z_thermal_domain_grid_spacing = 25;
optional bool use_transient_bulk_nucleation = 26;
optional double max_bulk_nucleation_density = 27;
optional bool run_initial_microstructure = 28;
optional InitialMicrostructureInput initial_microstructure_input = 29;
optional MachineSettings machine = 30;
optional AdditiveMaterial material = 31;
optional double use_provided_initial_microstructure_data = 32;
optional string thermal_data_file_type = 33;
optional double ms_x_origin = 34; // microstructure domain origin x
optional double ms_y_origin = 35; // microstructure domain origin y
optional double ms_z_origin = 36; // microstructure domain origin z
optional double x_thermal_domain_grid_spacing = 22;
optional double y_thermal_domain_grid_spacing = 23;
optional double z_thermal_domain_grid_spacing = 24;
optional bool use_transient_bulk_nucleation = 25;
optional double max_bulk_nucleation_density = 26;
optional bool run_initial_microstructure = 27;
optional InitialMicrostructureInput initial_microstructure_input = 28;
optional MachineSettings machine = 29;
optional AdditiveMaterial material = 30;
optional double use_provided_initial_microstructure_data = 31;
}

message Microstructure3DResult {
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