basice core file version 0.1 demo

core.py

+from turtle import *
+
+class Core:
+    '''
+    设置
+    '''
+    #填充颜色色值
+    #@fcolor=点填充颜色
+    def fillcolor_set(self,fcolor="black"):
+        fillcolor(fcolor)
+    
+    #笔杆颜色设置
+    #@fcolor=点填充颜色
+    #@pcolor=线颜色
+    def pencolor_set(self,fcolor="black",pcolor="1"):
+        if pcolor=="1":
+            pcolor=fcolor
+            pencolor(pcolor)
+        else:
+            pencolor(pcolor)
+    
+    #笔杆尺寸
+    #@psize=线尺寸
+    def pensize_set(self,psize=1):
+        pensize(psize)
+    
+    '''
+    other func 
+    '''
+    #跳转
+    def loc_goto(self,movepos):
+        penup()
+        goto(pos()+movepos)
+        pendown()
+
+    def goto_(self,pos_):
+        penup()
+        goto(pos_)
+        pendown()
+    #line方法的绘图跳转控制
+    def line_control_func_draw_move(self,cout_i,direction,lenght,plenght):
+        if cout_i!=(lenght-1):
+            if direction=="right":
+                self.loc_goto((plenght,0))
+            elif direction=="left":
+                self.loc_goto((-plenght,0))
+            elif direction=="up":
+                self.loc_goto((0,plenght))
+            elif direction=="down":
+                self.loc_goto((0,-plenght))
+        elif cout_i==(lenght-1):
+            if direction=="left":
+                self.loc_goto((plenght,0))
+            if direction=="up":
+                self.loc_goto((0,-plenght))
+    #step方法的绘图跳转控制
+    #@lenght=总长
+    #@blenght=bit一个位长度
+    #@plenght=点长度
+    #@direction1=横线绘制方向
+    #@direction2=竖线绘制方向
+    #@fcolor=填充颜色
+    #@pcolor=笔颜色
+    #@psize=笔大小
+    #@gotopos=如何跳转pos位置
+    #@cout_i=循环控制变量i
+    def step_control_func_draw_move(self,lenght,blenght,plenght,direction1,direction2,fcolor,pcolor,psize,gotopos1,gotopos2,cout_i,height):
+        print('-----------',blenght)
+        posdict={}
+        posdict['line'+str(cout_i)]=self.line(lenght=blenght,plenght=plenght,direction=direction1,fcolor=fcolor,pcolor=pcolor,psize=psize)
+        self.loc_goto(gotopos1)
+        posdict['vline'+str(cout_i)]=self.line(lenght=height,plenght=plenght,direction=direction2,fcolor=fcolor,pcolor=pcolor,psize=psize)
+        if cout_i!=(lenght-1):
+            self.loc_goto(gotopos2)
+        return posdict
+    '''
+    绘制
+    '''
+    #绘制点
+    #@plenght=点长度
+    #@fcolor=点填充颜色
+    #@pcolor=线颜色
+    #@psize=线尺寸
+    def point(self,plenght=10,fcolor="black",pcolor="1",psize=1):
+        poslist=[]
+        self.fillcolor_set(fcolor)
+        self.pencolor_set(fcolor,pcolor)
+        self.pensize_set(psize)
+        begin_fill()
+        for i in range(0,4):
+            poslist.append(pos())
+            fd(plenght)
+            right(90)
+        end_fill()
+        return poslist
+        
+    #绘制线段
+    #@lenght=线长度
+    #@plenght=点长度
+    #@fcolor=点填充颜色
+    #@pcolor=线颜色
+    #@psize=线尺寸
+    def line(self,lenght=1,plenght=10,direction="right",fcolor="white",pcolor="1",psize=1,symmetrical="f",symmetrical_direction="right"):
+        posdict={}
+
+        symmetrical_point="f"
+        if symmetrical!="f":
+            if symmetrical_direction=="right":
+                symmetrical_point=pos()+(int(symmetrical)*plenght,0)
+            elif symmetrical_direction=="left":
+                symmetrical_point=pos()+(-int(symmetrical)*plenght,0)
+            elif symmetrical_direction=="up":
+                symmetrical_point=pos()+(0,int(symmetrical)*plenght)
+            elif symmetrical_direction=="down":
+                symmetrical_point=pos()+(0,-int(symmetrical)*plenght)
+        for i in range(0,lenght):
+            posdict['point'+str(i)]=self.point(plenght=plenght,fcolor=fcolor,pcolor=pcolor,psize=psize)
+            self.line_control_func_draw_move(i,direction,lenght,plenght)
+        if symmetrical!="f":
+            self.goto_(symmetrical_point)
+            posdict['symmetrical_point']=self.line(lenght=lenght,plenght=plenght,direction=direction,fcolor=fcolor,pcolor=pcolor,psize=psize,symmetrical="f")
+            self.goto_(posdict['point'+str(lenght-1)][3])
+        return posdict    
+
+    #绘制线段
+    #@lenght=线长度
+    #@height=线高度
+    #@blenght=bit一个位长度
+    #@plenght=点长度
+    #@fcolor=点填充颜色
+    #@pcolor=线颜色
+    #@psize=线尺寸
+    def step(self,lenght=1,height=1,blenght=1,plenght=10,direction="right",fcolor="black",pcolor="1",psize=1,symmetrical="f",symmetrical_direction="right"):
+        posdict={}
+        symmetrical_point="f"
+        symmetrical_draw_direction=''
+        if symmetrical!="f":
+            if symmetrical_direction=="right":
+                symmetrical_point=pos()+(int(symmetrical)*plenght,0)
+                if direction=="right":
+                    symmetrical_draw_direction="left"
+                elif direction=="left":
+                    symmetrical_draw_direction="right"
+                elif direction=="rightdown":
+                    symmetrical_draw_direction="leftdown"
+                elif direction=="leftdown":
+                    symmetrical_draw_direction="rightdown"
+            elif symmetrical_direction=="left":
+                symmetrical_point=pos()+(-int(symmetrical)*plenght,0)
+                if direction=="right":
+                    symmetrical_draw_direction="left"
+                elif direction=="left":
+                    symmetrical_draw_direction="right"
+                elif direction=="rightdown":
+                    symmetrical_draw_direction="leftdown"
+                elif direction=="leftdown":
+                    symmetrical_draw_direction="rightdown"
+            elif symmetrical_direction=="rightdown":
+                symmetrical_point=pos()+(0,int(symmetrical)*plenght)
+                if direction=="right":
+                    symmetrical_draw_direction="left"
+                elif direction=="left":
+                    symmetrical_draw_direction="right"
+                elif direction=="rightdown":
+                    symmetrical_draw_direction="leftdown"
+                elif direction=="leftdown":
+                    symmetrical_draw_direction="rightdown"
+            elif symmetrical_direction=="leftdown":
+                symmetrical_point=pos()+(0,-int(symmetrical)*plenght)
+                if direction=="right":
+                    symmetrical_draw_direction="left"
+                elif direction=="left":
+                    symmetrical_draw_direction="right"
+                elif direction=="rightdown":
+                    symmetrical_draw_direction="leftdown"
+                elif direction=="leftdown":
+                    symmetrical_draw_direction="rightdown"
+
+        for i in range(0,lenght):
+            if direction=="right":
+                posdict["step"+str(i)]=self.step_control_func_draw_move(lenght,blenght,plenght,direction,"up",fcolor,pcolor,psize,(plenght,plenght),(plenght,plenght*2),i,height)
+            elif direction=="left":
+                posdict["step"+str(i)]=self.step_control_func_draw_move(lenght,blenght,plenght,"left","up",fcolor,pcolor,psize,(-plenght*2,plenght),(-plenght,plenght*2),i,height)
+            elif direction=="rightdown":
+                posdict["step"+str(i)]=self.step_control_func_draw_move(lenght,blenght,plenght,"right","down",fcolor,pcolor,psize,(plenght,-plenght),(plenght,-plenght),i,height)
+            elif direction=="leftdown":
+                posdict["step"+str(i)]=self.step_control_func_draw_move(lenght,blenght,plenght,"left","down",fcolor,pcolor,psize,(-plenght*2,-plenght),(-plenght,-plenght),i,height)
+        #对称
+        if symmetrical!="f":
+            self.goto_(symmetrical_point)
+            posdict['symmetrical_step']=self.step(lenght=lenght,height=height,blenght=blenght,plenght=plenght,direction=symmetrical_draw_direction,fcolor=fcolor,pcolor=pcolor,psize=psize)
+            print(posdict)
+            self.goto_(posdict['step'+str(lenght-1)]['vline'+str(lenght-1)]['point'+str(height-1)][0])
+        
+        return posdict
\ No newline at end of file