<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; #往左斜从90度减角，往右加角LA =  [-60, -60, 0];RA = [-120, 0, 0];LL = [-60, 60, -40];RL = [-20, 60, 160];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 * 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;">#
#<34>倒步掠掌#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 =  [-30, -60, 0];RA = [-80, -30, 0];LL = [-20, 60, 160];RL = [-60, 30, -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 * 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;">#
#<35>转身穿掌#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 =  [-30, 120, 0];RA = [90, 90, -20];LL = [-20, 20, -160];RL = [20, -20, 160];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;">#
#<36>左磨身掌#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 =  [-30, 90, 90];RA = [120, 90, -20];LL = [-20, 20, -160];RL = [20, -20, 160];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;">#
#<37>左饿虎扑食#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 = [-120, 120, 60];LL = [-60, 20, -50];RL = [-20, 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_(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_(30);proj_rSmallLeg = 1 * cos_(30);proj_rFoot = 1 * cos_(30);
#</span>

<span style="font-size:18px;">#
#<38>转身平穿掌#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 = [-110, 0, -10];RA = [-80, -30, -10];LL = [-60, 40, -50];RL = [-20, 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_(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_(30);proj_rSmallLeg = 1 * cos_(30);proj_rFoot = 1 * cos_(30);#</span>

<span style="font-size:18px;">#
#<39>背身下插掌#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 = [-120, -160, 20];RA = [30, 0, 0];LL = [45, 0, -135];RL = [-45, 0, -45];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 * 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;">#
#<40>右滚身掌#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 = [100, 0, 0];RA = [120, 0, 0];LL = [-15, 60, -135];RL = [-45, 0, 0];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 * cos_(0);proj_lBigLeg = 1 * cos_(30);proj_lSmallLeg = 1 * cos_(30);proj_lFoot = 1 * cos_(30);proj_rBigLeg = 1 * cos_(0);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16节 六十四式八卦掌 (33-40)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15节 六十四式八卦掌 (25-32)

   <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; # ...

3. [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 ...

4. [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 ...

5. [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 ...

6. [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 ...

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. BoneCP 学习笔记
2. 怎么修改云服务器项目路径,云服务器tomcat的项目路径怎么设置
3. Docker镜像基本使用
4. Java高级编程细节-动态代理-进阶高级开发必学技能
5. 【MFC】选择文件夹时，记忆上一次路径
6. 平台游戏中走与跳的实现
7. 【C++专题】static_cast, dynamic_cast, const_cast探讨
8. VMware Workstation All Key
9. 怎么去掉拼写检查的红线_发动机温度过高，水箱“开锅”，我们到底该怎么办？...
10. plSql安装以及连接远程oracle相关配置
11. 包含html语言的超链接标记的网页_HTML是什么？
12. python0x80070643_Win10提示Python 0x80070643安装时发生严重错误
13. 赠书 | 如何建设数据中台？看这份企业数据能力测评就够了！
14. 耐思尼克的“建站宝盒”怎么样呀？
15. 腾讯滑块验证码识别和加速度模拟(1)
16. ckplayer默认html,ckplayer.html
17. 阿里测开岗定级P7全流程加面试真题
18. 多边形面积计算公式， 根据GPS经纬度计算面积
19. 限幅二极管基础知识详解
20. 澳洲移民监 盘点一下各国的移民监要求

热门文章

1. MySql远程访问和备份恢复数据库
2. FTI Forming Suite 2021.0.3 x64 Multilingual
3. 3xian的经历和见解....我深思...（转）
4. c语言两个for语句并列执行_for循环嵌套，C语言for循环嵌套详解
5. 如何用区块链解决滴滴美团打车大战的补贴困境！
6. 【哲学】康德的空间和时间理论—罗素 读书笔记
7. 科技工作者心理健康分析
8. 基于神经辐射场（Neural Radiance Fileds， NeRF）的三维重建- 简介
9. RARP的定义及工作原理
10. 《大数据分析原理与实践》一一1.2　哪里有大数据