<span style="font-size:18px;">#
#<25>转身缠手掌#旋转, 左肢角度取正值，右肢脚度取负值neckRot = 120; #往左斜从90度减角，往右加角LA = [-90, -60, -10];RA = [-110, 0, -10];LL = [60, -40, 70];RL = [-60, 40, -70];lBigArm = LA[0]; #取值范围 20 -> 160lSmallArm = LA[1];lHalm = LA[2];rBigArm = RA[0]; #取值范围 -20 -> -160    rSmallArm = RA[1];rHalm = RA[2];lBigLeg = LL[0]; #取值范围 -10 -> -120lSmallLeg = LL[1];lFoot = LL[2];rBigLeg = RL[0]; #取值范围 10 -> 120    rSmallLeg = RL[1]; rFoot = RL[2];upBodyCurveRate = 1/1000; #左侧视取正，右侧视取负neckEndAngle = -90 / 180 * math.pi;midBodyAngle = -90 / 180 * math.pi;#长度投影系数proj_lBigArm = 1 * cos_(0);proj_lSmallArm = 1 * cos_(0);proj_lHalm = 1;proj_rBigArm = 1 * cos_(0);proj_rSmallArm = 1 * cos_(0);proj_rHalm = 1;proj_lBigLeg = 1 * cos_(0);proj_lSmallLeg = 1 * cos_(0);proj_lFoot = 1 * cos_(30);proj_rBigLeg = 1 * cos_(0);proj_rSmallLeg = 1 * cos_(0);proj_rFoot = 1 * cos_(30);#</span>

<span style="font-size:18px;">#
#<26>箭步平穿掌#旋转, 左肢角度取正值，右肢脚度取负值neckRot = 120; #往左斜从90度减角，往右加角LA = [-110, 0, -10];RA = [-80, -30, -10];LL = [-80, 80, -90];RL = [50, -20, 150];lBigArm = LA[0]; #取值范围 20 -> 160lSmallArm = LA[1];lHalm = LA[2];rBigArm = RA[0]; #取值范围 -20 -> -160    rSmallArm = RA[1];rHalm = RA[2];lBigLeg = LL[0]; #取值范围 -10 -> -120lSmallLeg = LL[1];lFoot = LL[2];rBigLeg = RL[0]; #取值范围 10 -> 120    rSmallLeg = RL[1]; rFoot = RL[2];upBodyCurveRate = 1/1000; #左侧视取正，右侧视取负neckEndAngle = -90 / 180 * math.pi;midBodyAngle = -90 / 180 * math.pi;#长度投影系数proj_lBigArm = 1 * cos_(0);proj_lSmallArm = 1 * cos_(0);proj_lHalm = 1;proj_rBigArm = 1 * cos_(60);proj_rSmallArm = 1 * cos_(60);proj_rHalm = 1;proj_lBigLeg = 1 * cos_(0);proj_lSmallLeg = 1 * cos_(0);proj_lFoot = 1 * cos_(30);proj_rBigLeg = 1 * cos_(0);proj_rSmallLeg = 1 * cos_(0);proj_rFoot = 1 * cos_(30);#</span>

<span style="font-size:18px;">#
#<27>转身反背锤#旋转, 左肢角度取正值，右肢脚度取负值neckRot = 120; #往左斜从90度减角，往右加角LA = [-80, -30, -10];RA = [-110, 0, -10];LL = [50, -20, 150];RL = [-80, 80, -90];lBigArm = LA[0]; #取值范围 20 -> 160lSmallArm = LA[1];lHalm = LA[2];rBigArm = RA[0]; #取值范围 -20 -> -160    rSmallArm = RA[1];rHalm = RA[2];lBigLeg = LL[0]; #取值范围 -10 -> -120lSmallLeg = LL[1];lFoot = LL[2];rBigLeg = RL[0]; #取值范围 10 -> 120    rSmallLeg = RL[1]; rFoot = RL[2];upBodyCurveRate = 1/1000; #左侧视取正，右侧视取负neckEndAngle = -90 / 180 * math.pi;midBodyAngle = -90 / 180 * math.pi;#长度投影系数proj_lBigArm = 1 * cos_(60);proj_lSmallArm = 1 * cos_(60);proj_lHalm = 1;proj_rBigArm = 1 * cos_(0);proj_rSmallArm = 1 * cos_(0);proj_rHalm = 1;proj_lBigLeg = 1 * cos_(0);proj_lSmallLeg = 1 * cos_(0);proj_lFoot = 1 * cos_(30);proj_rBigLeg = 1 * cos_(0);proj_rSmallLeg = 1 * cos_(0);proj_rFoot = 1 * cos_(30);#</span>

<span style="font-size:18px;">#
#<28>扣步后撩掌#旋转, 左肢角度取正值，右肢脚度取负值neckRot = 120; #往左斜从90度减角，往右加角LA = [-110, 0, -10];RA = [70, 0, 10];LL = [-50, 40, -130];RL = [-30, 80, -100];lBigArm = LA[0]; #取值范围 20 -> 160lSmallArm = LA[1];lHalm = LA[2];rBigArm = RA[0]; #取值范围 -20 -> -160    rSmallArm = RA[1];rHalm = RA[2];lBigLeg = LL[0]; #取值范围 -10 -> -120lSmallLeg = LL[1];lFoot = LL[2];rBigLeg = RL[0]; #取值范围 10 -> 120    rSmallLeg = RL[1]; rFoot = RL[2];upBodyCurveRate = 1/1000; #左侧视取正，右侧视取负neckEndAngle = -90 / 180 * math.pi;midBodyAngle = -90 / 180 * math.pi;#长度投影系数proj_lBigArm = 1 * cos_(0);proj_lSmallArm = 1 * cos_(0);proj_lHalm = 1;proj_rBigArm = 1 * cos_(0);proj_rSmallArm = 1 * cos_(0);proj_rHalm = 1;proj_lBigLeg = 1 * cos_(0);proj_lSmallLeg = 1 * cos_(0);proj_lFoot = 1 * cos_(30);proj_rBigLeg = 1 * cos_(0);proj_rSmallLeg = 1 * cos_(0);proj_rFoot = 1 * cos_(30);#</span>

<span style="font-size:18px;">#
#<29>回身绷腿#旋转, 左肢角度取正值，右肢脚度取负值neckRot = 120; #往左斜从90度减角，往右加角LA = [-60, -90, 10];RA = [-150, 0, 10];LL = [-20, 40, -110];RL = [-120, 0, -60];lBigArm = LA[0]; #取值范围 20 -> 160lSmallArm = LA[1];lHalm = LA[2];rBigArm = RA[0]; #取值范围 -20 -> -160    rSmallArm = RA[1];rHalm = RA[2];lBigLeg = LL[0]; #取值范围 -10 -> -120lSmallLeg = LL[1];lFoot = LL[2];rBigLeg = RL[0]; #取值范围 10 -> 120    rSmallLeg = RL[1]; rFoot = RL[2];upBodyCurveRate = 1/1000; #左侧视取正，右侧视取负neckEndAngle = -90 / 180 * math.pi;midBodyAngle = -90 / 180 * math.pi;#长度投影系数proj_lBigArm = 1 * cos_(0);proj_lSmallArm = 1 * cos_(0);proj_lHalm = 1;proj_rBigArm = 1 * cos_(0);proj_rSmallArm = 1 * cos_(0);proj_rHalm = 1;proj_lBigLeg = 1 * cos_(0);proj_lSmallLeg = 1 * cos_(0);proj_lFoot = 1 * cos_(30);proj_rBigLeg = 1 * cos_(0);proj_rSmallLeg = 1 * cos_(0);proj_rFoot = 1 * cos_(30);#</span>

<span style="font-size:18px;">#
#<30>丁步劈掌#旋转, 左肢角度取正值，右肢脚度取负值neckRot = 120; #往左斜从90度减角，往右加角LA = [-60, -90, 10];RA = [-70, 130, -10];LL = [-80, 100, -80];RL = [-40, 80, -130];lBigArm = LA[0]; #取值范围 20 -> 160lSmallArm = LA[1];lHalm = LA[2];rBigArm = RA[0]; #取值范围 -20 -> -160    rSmallArm = RA[1];rHalm = RA[2];lBigLeg = LL[0]; #取值范围 -10 -> -120lSmallLeg = LL[1];lFoot = LL[2];rBigLeg = RL[0]; #取值范围 10 -> 120    rSmallLeg = RL[1]; rFoot = RL[2];upBodyCurveRate = 1/1000; #左侧视取正，右侧视取负neckEndAngle = -90 / 180 * math.pi;midBodyAngle = -90 / 180 * math.pi;#长度投影系数proj_lBigArm = 1 * cos_(0);proj_lSmallArm = 1 * cos_(0);proj_lHalm = 1;proj_rBigArm = 1 * cos_(0);proj_rSmallArm = 1 * cos_(60);proj_rHalm = 1 * cos_(60);proj_lBigLeg = 1 * cos_(0);proj_lSmallLeg = 1 * cos_(0);proj_lFoot = 1 * cos_(30);proj_rBigLeg = 1 * cos_(30);proj_rSmallLeg = 1 * cos_(30);proj_rFoot = 1 * cos_(30);#</span>

<span style="font-size:18px;">#
#<31>左狮子张口掌#旋转, 左肢角度取正值，右肢脚度取负值neckRot = 90; #往左斜从90度减角，往右加角LA = [-80, -90, 10];RA = [120, 90, 10];LL = [150, -150, 150];RL = [60, -80, 80];lBigArm = LA[0]; #取值范围 20 -> 160lSmallArm = LA[1];lHalm = LA[2];rBigArm = RA[0]; #取值范围 -20 -> -160    rSmallArm = RA[1];rHalm = RA[2];lBigLeg = LL[0]; #取值范围 -10 -> -120lSmallLeg = LL[1];lFoot = LL[2];rBigLeg = RL[0]; #取值范围 10 -> 120    rSmallLeg = RL[1]; rFoot = RL[2];upBodyCurveRate = 0; #左侧视取正，右侧视取负neckEndAngle = -90 / 180 * math.pi;midBodyAngle = -90 / 180 * math.pi;#长度投影系数proj_lBigArm = 1 * cos_(0);proj_lSmallArm = 1 * cos_(0);proj_lHalm = 1;proj_rBigArm = 1 * cos_(0);proj_rSmallArm = 1 * cos_(0);proj_rHalm = 1 * cos_(0);proj_lBigLeg = 1 * cos_(0);proj_lSmallLeg = 1 * cos_(0);proj_lFoot = 1 * cos_(30);proj_rBigLeg = 1 * cos_(0);proj_rSmallLeg = 1 * cos_(0);proj_rFoot = 1 * cos_(30);#</span>

<span style="font-size:18px;">#
#<32>扣步切掌#旋转, 左肢角度取正值，右肢脚度取负值neckRot = 90; #往左斜从90度减角，往右加角LA = [60, -150, -30] ;RA = [-80, -90, 10];LL = [40, -40, -30];RL = [-40, 40, 30];lBigArm = LA[0]; #取值范围 20 -> 160lSmallArm = LA[1];lHalm = LA[2];rBigArm = RA[0]; #取值范围 -20 -> -160    rSmallArm = RA[1];rHalm = RA[2];lBigLeg = LL[0]; #取值范围 -10 -> -120lSmallLeg = LL[1];lFoot = LL[2];rBigLeg = RL[0]; #取值范围 10 -> 120    rSmallLeg = RL[1]; rFoot = RL[2];upBodyCurveRate = 0; #左侧视取正，右侧视取负neckEndAngle = -90 / 180 * math.pi;midBodyAngle = -90 / 180 * math.pi;#长度投影系数proj_lBigArm = 1 * cos_(0);proj_lSmallArm = 1 * cos_(0);proj_lHalm = 1;proj_rBigArm = 1 * cos_(0);proj_rSmallArm = 1 * cos_(0);proj_rHalm = 1 * cos_(0);proj_lBigLeg = 1 * cos_(30);proj_lSmallLeg = 1 * cos_(0);proj_lFoot = 1 * cos_(30);proj_rBigLeg = 1 * cos_(30);proj_rSmallLeg = 1 * cos_(0);proj_rFoot = 1 * cos_(30);#</span>

本节到此结束，欲知后事如何，请看下回分解。

[从头学绘画] 第15节 六十四式八卦掌 (25-32)相关推荐

1. [从头学绘画] 第17节 六十四式八卦掌 (41-48)

   <span style="font-size:18px;"># #<41>右铁牛耕地#旋转, 左肢角度取正值,右肢脚度取负值neckRot = 90; #往 ...

2. [从头学绘画] 第16节 六十四式八卦掌 (33-40)

   <span style="font-size:18px;"># #<33>翻身掌#旋转, 左肢角度取正值,右肢脚度取负值neckRot = 90; #往左斜 ...

3. [从头学绘画] 第18节 六十四式八卦掌 (49-56)

   <span style="font-size:18px;"># #<49>转身翻砸锤#旋转, 左肢角度取正值,右肢脚度取负值neckRot = 90; #往 ...

4. [从头学绘画] 第19节 六十四式八卦掌 (57-64)

   <span style="font-size:18px;"># #<57>马步掩肘掌#旋转, 左肢角度取正值,右肢脚度取负值neckRot = 90; #往 ...

5. [从头学绘画] 第12节 六十四式八卦掌 (1-8)

   <span style="font-size:18px;"># #预备式#旋转, 左肢角度取正值,右肢脚度取负值neckRot = 90; #往左斜从90度减角,往右加 ...

6. [从头学绘画] 第13节 六十四式八卦掌 (9-16)

   <span style="font-size:18px;"># #扣步掩肘掌#旋转, 左肢角度取正值,右肢脚度取负值neckRot = 90; #往左斜从90度减角,往 ...

7. [从头学绘画] 第14节 六十四式八卦掌 (17-24)

   <span style="font-size:18px;"># #右凤凰展翅#旋转, 左肢角度取正值,右肢脚度取负值neckRot = 90; #往左斜从90度减角,往 ...

8. [从头学绘画] 第21节 八段锦

   <span style="font-size:18px;"># #双手托天理三焦#旋转, 左肢角度取正值,右肢脚度取负值neckRot = 90; #往左斜从90度减角 ...

9. 【正点原子Linux连载】第六十四章 Linux 多点电容触摸屏实验 -摘自【正点原子】I.MX6U嵌入式Linux驱动开发指南V1.0

   1)实验平台:正点原子阿尔法Linux开发板 2)平台购买地址:https://item.taobao.com/item.htm?id=603672744434 2)全套实验源码+手册+视频下载地址: ...

最新文章

1. Self-Attention 加速方法一览：ISSA、CCNet、CGNL、Linformer
2. SAP MM MB21 创建预留界面批量为多个行项目勾选M标记
3. 人工智能与人类智能的竞赛：人机对抗智能技术全梳理
4. 一名大神的github
5. ext js gridpanel绑定到动态生成的store
6. VTK：PolyData之CellTreeLocator
7. html代码常用软件,HTML代码实际应用讲解
8. 【数据库】Mysql的REPLACE()函数替换字符串
9. JAVA中实用的一个工具类--Hutool
10. 开源啦：连DeepMind也捉急的游戏，OpenAI给你攻破第一关的高分算法
11. python之条件判断、循环和字符串格式化
12. 每日算法系列【LeetCode 面试题 17.05】字母与数字
13. Python学习教程：爬虫分析了京东内衣销售记录，哪个size最多？
14. linux 编译程序的四个过程
15. 查看linux jvm使用情况,查看jvm内存使用命令
16. 生信软件（1）bioawk
17. verilog读入txt文件
18. MATLAB-基于灰色神经网络的预测算法研究（订单需求预测）
19. 大学计算机学不懂还挂科想转专业,2018大一新生转专业难不难？那些转了专业的学生居然还会后悔！...
20. wma转换mp3格式怎么转？

热门文章

1. Git仓库从零到熟练（图文超级详细）
2. 掉钱眼儿是app真的吗？掉钱眼儿怎么激活？掉钱眼儿官方下载最新最全教程
3. 架构创新是通往高性能计算芯片必由之路｜量子位·视点分享回顾
4. 13条只有程序员才能懂的内涵段子
5. 百度终于入局小程序，会是哪些行业的红利？
6. 操作系统制作（0）bochs使用及img引导启动软盘制作
7. 鼠标事件：onclick、onmousedown、onmouseup、onmouseover、onmouseout、onmouseenter、onmouseleave、鼠标的按键、 div简单拖拽
8. 互联网创业的葵花宝典[zt]
9. 深度学习：Sigmoid函数与损失函数求导
10. Centos 服务器 获取出口ip地址