syntax = "proto3";

import "PdmObject.proto";

package rips;

service Case
{
	rpc GetGridCount(CaseRequest) returns(GridCount) {}
	rpc GetCellCount(CellInfoRequest) returns (CellCount) {}
	rpc GetCellInfoForActiveCells(CellInfoRequest) returns (stream CellInfoArray) {}
	rpc GetCoarseningInfoArray(CaseRequest) returns (CoarseningInfoArray) {}
	rpc GetTimeSteps(CaseRequest) returns (TimeStepDates) {}
	rpc GetDaysSinceStart(CaseRequest) returns (DaysSinceStart) {}
	rpc GetCaseInfo(CaseRequest) returns (CaseInfo) {}
	rpc GetPdmObject(CaseRequest) returns (PdmObject) {}
}

message CaseRequest {
  int32 id = 1;
}

message CaseInfo
{
  int32    id       = 1;
  int32    group_id = 2;
  string   name     = 3;
  string   type     = 4;
}

message CaseInfoArray
{
  repeated CaseInfo data = 1;
}

message CaseGroup
{
  int32 id    = 1;
  string name = 2;  
}

message CaseGroups
{
  repeated CaseGroup case_groups = 1;
}

message GridCount
{
	int32 count = 1;
}

message Vec3i {
  int32 i = 1;
  int32 j = 2;
  int32 k = 3;
}

message CellCount
{
	int32    active_cell_count = 1;
	int32 reservoir_cell_count = 2;
}

enum PorosityModelType
{
	MATRIX_MODEL   = 0;
	FRACTURE_MODEL = 1;
}

message CellInfoRequest
{
	CaseRequest       case_request   = 1;
	PorosityModelType porosity_model = 2;	
}

message CellInfoArray
{
	repeated CellInfo data = 1;
}

message CellInfo
{
	int32 grid_index           = 1;
	int32 parent_grid_index    = 2;
	int32 coarsening_box_index = 3;
	Vec3i local_ijk            = 4;
	Vec3i parent_ijk           = 5;	
}

message CoarseningInfoArray
{
	repeated CoarseningInfo data = 1;
}

message CoarseningInfo
{
	Vec3i min = 1;
	Vec3i max = 2;
}

message TimeStepDates
{
	repeated TimeStepDate dates = 1;
}

message TimeStepDate
{
	int32 year   = 1;
	int32 month  = 2;
	int32 day    = 3;
	int32 hour   = 4;
	int32 minute = 5;
	int32 second = 6;
}

message DaysSinceStart
{
	repeated double day_decimals = 1;
}