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Wiki source code of Другие команды

Last modified by writer on 2023/06/07 17:00
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1 ===== void FloodEnable() =====
2
3 Turn on the flood coolant.
4
5 ===== void FloodDisable() =====
6
7 Turn off the flood coolant.
8
9 ===== void MistEnable() =====
10
11 Turn on spray coolant.
12
13 ===== void MistDisable() =====
14
15 Turn off the spray coolant.
16
17 ===== void Sleep(number milliseconds) =====
18
19 Waiting for the specified number of milliseconds.
20
21 Options:
22
23 * number milliseconds – the number of milliseconds during which the macro will pause.
24
25 ===== void DisplayMessage(string message) =====
26
27 Displays a macro message in the user interface.
28
29 Options:
30
31 * string message – the text of the message that should be shown to the user.
32
33 ===== void Stop() =====
34
35 Stopping G code execution. Immediately after calling this function, it is recommended to exit the macro using the “return” operator.
36
37 ===== void EStop() =====
38
39 Switching to Estop mode. Immediately after calling this function, it is recommended to exit the macro using the “return” operator.
40
41 ===== number GetUserVariable(number index) =====
42
43 Getting the value of a user variable.
44
45 Options:
46
47 * number index – the number of the variable, an integer from 0 to 99.
48
49 Return value:
50
51 * current value of the user variable (real number).
52
53 ===== void SetUserVariable(number index, number value) =====
54
55 Setting the value of a user variable. This value can be read when another macro is executed, including after restarting PUMOTIX.
56
57 Options:
58
59 * number index – variable number, integer from 0 to 99;
60 * number value – the value of the user variable (real number) that must be set.
61
62 ===== string str(number value) =====
63
64 Convert a real number to a string.
65
66 The Lua language supports implicit conversion of a number into a string, but by default for a very small real number the conversion result can have an exponential format, which does not allow using the string as part of a G-code string. For convenience, you can use the str function, which ensures that the number has a decimal representation.
67
68 Options:
69
70 * number value – a real number to be converted.
71
72 Return value:
73
74 * string representation of a given number.
75
76 ===== void ExecuteMDI(string command) =====
77
78 Execution of a given line of G-code. The function returns control only after the command specified in the G-code line is executed and the movement caused by this command is completed. Thus, several calls to the ExecuteMDI function can be made sequentially without additional synchronization.
79
80 Options:
81
82 * string command – the G-code string to be executed.
83
84 ===== string GetMessage(number value) =====
85
86 Get the string representation of a message.
87
88 Options:
89
90 * number value – message identifier (one of the constants defined in the [[**Messages** >>]]list must be passed as this parameter).
91
92 Return value:
93
94 * message text.
95
96 //Example: //**DisplayMessage(GetMessage(Messages.ProbeActive))**
97
98 ===== double GetAnalogInput(number index) =====
99
100 Get the value of an analog input (from 0 to 1) as a real number.
101
102 Options:
103
104 * number index – analog input number (starting from 0).
105
106 Return value:
107
108 * analog input value (from 0 to 1).
109
110 ===== number GetExecutingMCode() =====
111
112 Returns the number of the running macro. Returns -1 if the macro is not running.
113
114 Return value:
115
116 * macro number.
117
118 ===== bool GetLedUserValue(number index) =====
119
120 Getting the value of a user variable.
121
122 Options:
123
124 * number index – variable namber, an integer from 0 to 29.
125
126 Return value:
127
128 * bool – user variable value.
129
130 ===== void SetLedUserValue(number index, bool a_value) =====
131
132 Setting the value of a user variable. This value can be read when executing another macro including after restarting PUMOTIX.
133
134 Options:
135
136 * number index – variable number, an integer from 0 to 29;
137 * bool a_value – user variable value.
138
139 ===== number GetNumUserValue(number index) =====
140
141 Getting the value of a user variable.
142
143 Options:
144
145 * number index – variable namber, an integer from 0 to 29.
146
147 Return value:
148
149 * number – user variable value.
150
151 ===== void SetNumUserValue(number index, number value) =====
152
153 Setting the value of a user variable. This value can be read when executing another macro including after restarting PUMOTIX.
154
155 Options:
156
157 * number index – variable number, an integer from 0 to 29;
158 * number value – the value of the user variable (real number) to be set.
159
160 ===== string GetStrUserValue(number index) =====
161
162 Getting the value of a user variable.
163
164 Options:
165
166 * number index – variable number, an integer from 0 to 29.
167
168 Return value:
169
170 * string – user variable value.
171
172 ===== void SetStrUserValue(number index, string value) =====
173
174 Setting the value of a user variable. This value can be read when executing another macro including after restarting PUMOTIX.
175
176 Options:
177
178 * number index – variable number, an integer from 0 to 29;
179 * string value – the value of the user variable (string) to be set.
180
181 ===== bool IsGCodeRunning() =====
182
183 Allows you to check if the PUMOTIX is in G-code execution mode.
184
185 Return value:
186
187 * true – if PUMOTIX is in G-code execution mode.
188
189 ===== bool IsMDIRunning() =====
190
191 Allows you to check if the PUMOTIX is in manual command execution mode.
192
193 Return value:
194
195 * true – if the PUMOTIX is in manual command execution mode.
196
197 ===== number GetGantryAlignmentRectLengthX() =====
198
199 Gets the distance along X specified in the gantry alignment settings.
200
201 Return value:
202
203 * distance along X, mm.
204
205 ===== number GetGantryAlignmentRectLengthY() =====
206
207 Gets the distance along Y specified in the gantry alignment settings.
208
209 Return value:
210
211 * distance along Y, mm.
212
213 ===== number GetGantryAlignmentTotalLength() =====
214
215 Gets the width of the portal specified in the gantry alignment settings.
216
217 Return value:
218
219 * gantry width, mm.
220
221 ===== number GetGantryAlignmentAxis() =====
222
223 Gets the portal axis specified in the gantry alignment settings.
224
225 Return value:
226
227 * axis number, an integer from 0 to 1 (one of the constants defined in the (% style="text-align:left" %)**[[Axes>>doc:Руководство пользователя.Описание M-кодов.Описание функций макроязыка.Управление осями.WebHome||shape="rect" style="text-decoration: none;"]]**(%%) list).
228
229 ===== void WeldOscillatorEnable() =====
230
231 Turn on the oscillator.
232
233 ===== void WeldOscillatorDisable() =====
234
235 Turn off the oscillator.
236
237 ===== Messages: =====
238
239 * ProbeActive;
240 * ProbeNotConfigured.