Crate openvm_ecc_circuit

Structs§

CurveConfig
EcAddNeExecutor: BLOCK_SIZE: how many cells do we read at a time, must be a power of 2. BLOCKS: how many blocks do we need to represent one input or output For example, for bls12_381, BLOCK_SIZE = 16, each element has 3 blocks and with two elements per input AffinePoint, BLOCKS = 6. For secp256k1, BLOCK_SIZE = 32, BLOCKS = 2.
EcDoubleExecutor: BLOCK_SIZE: how many cells do we read at a time, must be a power of 2. BLOCKS: how many blocks do we need to represent one input or output For example, for bls12_381, BLOCK_SIZE = 16, each element has 3 blocks and with two elements per input AffinePoint, BLOCKS = 6. For secp256k1, BLOCK_SIZE = 32, BLOCKS = 2.
EccCpuProverExt
EccHybridProverExt
EccProverExt
HybridWeierstrassChip
P256_MODULUS
P256_ORDER
Rv32WeierstrassBuilder: This builder will do tracegen for the RV32IM extensions on GPU but the modular and ecc extensions on CPU.
Rv32WeierstrassConfig
Rv32WeierstrassCpuBuilder
Rv32WeierstrassHybridBuilder: This builder will do tracegen for the RV32IM extensions on GPU but the modular and ecc extensions on CPU.
SECP256K1_MODULUS
SECP256K1_ORDER
WeierstrassExtension

ECC_BLOCKS_32: Blocks for ECC with 32-limb coordinates: 2 * (32 / 4) = 16 blocks
ECC_BLOCKS_48: Blocks for ECC with 48-limb coordinates: 2 * (48 / 4) = 24 blocks
NUM_LIMBS_32: Number of limbs for 256-bit (32-byte) moduli
NUM_LIMBS_48: Number of limbs for 384-bit (48-byte) moduli
P256_ECC_STRUCT_NAME
SECP256K1_ECC_STRUCT_NAME