are available. Global pressure curve If you find the feeling of Krita too hard or too soft regarding the pressure when you paint, you can set a softer or harder curve here: Settings ‣ Configure Krita… make tag for blending brushes, for texture brushes, for effect brushes, favorites etc. Settings curve You can set setting to pressure (speed/distance/tilt/random/etc.) relation for each brush setting that the live preview cannot. The live preview shows a stroke of the current brush as a little s-curve wiggle, with the pressure being non-existent on the left, and increasing to full pressure as it goes

are available. Global pressure curve If you find the feeling of Krita too hard or too soft regarding the pressure when you paint, you can set a softer or harder curve here: Settings ‣ Configure Krita… make tag for blending brushes, for texture brushes, for effect brushes, favorites etc. Settings curve You can set setting to pressure (speed/distance/tilt/random/etc.) relation for each brush setting that the live preview cannot. The live preview shows a stroke of the current brush as a little s-curve wiggle, with the pressure being non-existent on the left, and increasing to full pressure as it goes

the TRC or transfer function of an image. The TRC in this case being the Tone Response Curve or Tone Reproduction Curve or Transfer function (because color management specialists hate themselves), which tells gamma'(if it's 1.0, it's linear), or from the TRC widget in Krita 3.0, which looks exactly like the curve graphs above. Even if you do not paint much, but are for example making textures for a videogame it choosing steps at a regular interval, you get what is called a linear profile, with a gamma=1 curve represented as a straight line from 0 to 1. With 8bit/channel bit depth, we have only 256 values to

can be used as a brush for the pencil and pen tools. Bend from clipboard First you must copy a curve that already exists. The line that you draw will be deformed like the path that you copied. And it with this tool. Every node you create has two handles. These handles define the shape of the curve. To draw a curve directly, you can: 1. Click with the left mouse button to position the first node. 2. Keep straight line, and their distance from the node adapts automatically when you move the node, so a smooth curve is drawn. A smooth node has a circular shape. To change a node’s type: 1. Switch to the Node tool

can be used as a brush for the pencil and pen tools. Bend from clipboard First you must copy a curve that already exists. The line that you draw will be deformed like the path that you copied. And it with this tool. Every node you create has two handles. These handles define the shape of the curve. To draw a curve directly, you can: 1. Click with the left mouse button to position the first node. 2. Keep straight line, and their distance from the node adapts automatically when you move the node, so a smooth curve is drawn. A smooth node has a circular shape. To change a node’s type: 1. Switch to the Node tool

can be used as a brush for the pencil and pen tools. Bend from clipboard First you must copy a curve that already exists. The line that you draw will be deformed like the path that you copied. And it with this tool. Every node you create has two handles. These handles define the shape of the curve. To draw a curve directly, you can: 1. Click with the left mouse button to position the first node. 2. Keep straight line, and their distance from the node adapts automatically when you move the node, so a smooth curve is drawn. A smooth node has a circular shape. To change a node’s type: 1. Switch to the Node tool

支持使用密码卡/密码机进行共识签名、交易验签、落盘加密。 新增哈希计算、签名验证、VRF proof验证相关的Precompiled合约，包括 sm3, keccak256Hash, sm2Verify, curve25519VRFVerify。 升级 升级boost版本到1.76 修复 修复issue 1951 [https://github.com/FISCO-BCOS/FISCO-BCOS/issues/1951]，解决节点 修复在ARM机器上LevelDB编译失败的问题。 新增哈希计算、签名验证、VRF proof验证相关的Precompiled合约，包括 sm3, keccak256Hash, sm2Verify, curve25519VRFVerify，具体可参考这 里。 升级 升级boost版本到1.76 修复 修复issue 1951 [https://github.com/FISCO-BCOS/FISC 希; sm2Verify: 使用sm2算法验证签名(publicKey, r, s)是否有效，验证通 过返回true以及通过公钥推导出的国密账户，验证失败返回false和地址 全0的账户; curve25519VRFVerify: 给定VRF输入和VRF公钥，使用基于ed25519曲线 的VRF算法验证VRF证明是否有效，若VRF证明验证成功，返回true以 及根据证明推导出来的VRF随机数；若VRF证明验证失败，则返回

支持使用密码卡/密码机进行共识签名、交易验签、落盘加密。 新增哈希计算、签名验证、VRF proof验证相关的Precompiled合约，包括 sm3, keccak256Hash, sm2Verify, curve25519VRFVerify。 修复 修复issue 1951 [https://github.com/FISCO-BCOS/FISCO-BCOS/issues/1951]，解决节点 接收非法P2P消息包异常崩溃的问题。 修复在ARM机器上LevelDB编译失败的问题。 新增哈希计算、签名验证、VRF proof验证相关的Precompiled合约，包括 sm3, keccak256Hash, sm2Verify, curve25519VRFVerify，具体可参考这 里。 升级 升级boost版本到1.76 修复 修复issue 1951 [https://github.com/FISCO-BCOS/FISC 希; sm2Verify: 使用sm2算法验证签名(publicKey, r, s)是否有效，验证通 过返回true以及通过公钥推导出的国密账户，验证失败返回false和地址 全0的账户; curve25519VRFVerify: 给定VRF输入和VRF公钥，使用基于ed25519曲线 的VRF算法验证VRF证明是否有效，若VRF证明验证成功，返回true以 及根据证明推导出来的VRF随机数；若VRF证明验证失败，则返回

支持使用密码卡/密码机进行共识签名、交易验签、落盘加密。 新增哈希计算、签名验证、VRF proof验证相关的Precompiled合约，包括 sm3, keccak256Hash, sm2Verify, curve25519VRFVerify。 修复 修复issue 1951 [https://github.com/FISCO-BCOS/FISCO-BCOS/issues/1951]，解决节点 接收非法P2P消息包异常崩溃的问题。 希; sm2Verify: 使用sm2算法验证签名(publicKey, r, s)是否有效，验证通 过返回true以及通过公钥推导出的国密账户，验证失败返回false和地址 全0的账户; curve25519VRFVerify: 给定VRF输入和VRF公钥，使用基于ed25519曲线 的VRF算法验证VRF证明是否有效，若VRF证明验证成功，返回true以 及根据证明推导出来的VRF随机数；若VRF证明验证失败，则返回 message, bytes publicKey, bytes32 r, bytes32 s) public view returns(bool, address){} function curve25519VRFVerify(string input, string vrfPublicKey, string vrfProof) public view returns(bool,uint256){}

支持使用密码卡/密码机进行共识签名、交易验签、落盘加密。 新增哈希计算、签名验证、VRF proof验证相关的Precompiled合约，包括 sm3, keccak256Hash, sm2Verify, curve25519VRFVerify。 修复 修复issue 1951 [https://github.com/FISCO-BCOS/FISCO-BCOS/issues/1951]，解决节点 接收非法P2P消息包异常崩溃的问题。 希; sm2Verify: 使用sm2算法验证签名(publicKey, r, s)是否有效，验证通 过返回true以及通过公钥推导出的国密账户，验证失败返回false和地址 全0的账户; curve25519VRFVerify: 给定VRF输入和VRF公钥，使用基于ed25519曲线 的VRF算法验证VRF证明是否有效，若VRF证明验证成功，返回true以 及根据证明推导出来的VRF随机数；若VRF证明验证失败，则返回 message, bytes publicKey, bytes32 r, bytes32 s) public view returns(bool, address){} function curve25519VRFVerify(string input, string vrfPublicKey, string vrfProof) public view returns(bool,uint256){}