fix incidentField.param

Author: pordyna

share/picongpu/pypicongpu/template/include/picongpu/param/incidentField.param.mustache

@@ -24,10 +24,10 @@
 namespace picongpu::fields::incidentField
 {
     {{#laser}}
-    {{#laser.data}}
-    {{^laser.typeID.fromOpenPMDPulse}}
-    struct PyPIConGPULaserBaseParam_{{{laser._idx}}} : public profiles::BaseParam
+    {{^typeID.fromOpenPMDPulse}}
+    struct PyPIConGPULaserBaseParam_{{{_idx}}} : public profiles::BaseParam
     {
+        {{#data}}
         static constexpr float_64 WAVE_LENGTH_SI = {{{wave_length_si}}}; // m
         static constexpr float_64 AMPLITUDE_SI = {{{E0_si}}}; // V/m
         static constexpr float_64 PULSE_DURATION_SI = {{{pulse_duration_si}}}; // s (1 sigma)
@@ -61,12 +61,14 @@ namespace picongpu::fields::incidentField
         static constexpr float_64 POLARISATION_DIRECTION_X = polarisation_direction[0];
         static constexpr float_64 POLARISATION_DIRECTION_Y = polarisation_direction[1];
         static constexpr float_64 POLARISATION_DIRECTION_Z = polarisation_direction[2];
+        {{/data}}
     };
-    {{/laser.typeID.fromOpenPMDPulse}}
+    {{/typeID.fromOpenPMDPulse}}
 
     {{#typeID.gaussian}}
-    struct PyPIConGPUGaussianPulseParam_{{{laser._idx}}} : public PyPIConGPULaserBaseParam_{{{laser._idx}}}
+    struct PyPIConGPUGaussianPulseParam_{{{_idx}}} : public PyPIConGPULaserBaseParam_{{{_idx}}}
     {
+        {{#data}}
         static constexpr float_64 W0_SI = {{{waist_si}}};
         static constexpr float_64 PULSE_INIT = {{{pulse_init}}};
         static constexpr uint32_t numModes = {{{modenumber}}};
@@ -80,33 +82,39 @@ namespace picongpu::fields::incidentField
             {{{single_laguerre_phase}}}{{^_last}},{{/_last}}
             {{/laguerre_phases}}
             );
+        {{/data}}
     };
     {{/typeID.gaussian}}
 
     {{#typeID.planewave}}
-    struct PyPIConGPUPlaneWaveParam_{{{laser._idx}}} : public PyPIConGPULaserBaseParam_{{{laser._idx}}}
+    struct PyPIConGPUPlaneWaveParam_{{{_idx}}} : public PyPIConGPULaserBaseParam_{{{_idx}}}
     {
+        {{#data}}
         static constexpr float_64 RAMP_INIT = {{{pulse_init}}};
         static constexpr float_64 LASER_NOFOCUS_CONSTANT_SI = {{{laser_nofocus_constant_si}}};
+        {{/data}}
     };
     {{/typeID.planewave}}
 
     {{#typeID.dispersive}}
-    struct PyPIConGPUDispersivePulseParam_{{{laser._idx}}} : public PyPIConGPULaserBaseParam_{{{laser._idx}}}
+    struct PyPIConGPUDispersivePulseParam_{{{_idx}}} : public PyPIConGPULaserBaseParam_{{{_idx}}}
     {
+        {{#data}}
         static constexpr float_64 W0_SI = {{{waist_si}}};
         static constexpr float_64 PULSE_INIT = {{{pulse_init}}};
         static constexpr float_X SPECTRAL_SUPPORT = {{{spectral_support}}};
         static constexpr float_64 SD_SI = {{{sd_si}}};
         static constexpr float_64 AD_SI = {{{ad_si}}};
         static constexpr float_64 GDD_SI = {{{gdd_si}}};
         static constexpr float_64 TOD_SI = {{{tod_si}}};
+        {{/data}}
     };
     {{/typeID.dispersive}}
 
     {{#typeID.fromOpenPMDPulse}}
-    struct PyPIConGPUFromOpenPMDPulseParam_{{{laser._idx}}}
+    struct PyPIConGPUFromOpenPMDPulseParam_{{{_idx}}}
     {
+        {{#data}}
         static constexpr char const* filename = "{{{file_path}}}";
         static constexpr uint32_t iteration = {{{iteration}}};
         static constexpr char const* datasetEName = "{{{dataset_name}}}";
@@ -135,24 +143,27 @@ namespace picongpu::fields::incidentField
         static constexpr float_64 POLARISATION_DIRECTION_Z = polarisation_direction[2];
 
         static constexpr float_64 TIME_DELAY_SI = {{{time_offset_si}}};
+        {{/data}}
     };
     {{/typeID.fromOpenPMDPulse}}
 
     {{#typeID.gaussian}}
-    using LaserProfile_{{{laser._idx}}} = profiles::GaussianPulse<PyPIConGPUGaussianPulseParam_{{{laser._idx}}}>;
+    using LaserProfile_{{{_idx}}} = profiles::GaussianPulse<PyPIConGPUGaussianPulseParam_{{{_idx}}}>;
     {{/typeID.gaussian}}
     {{#typeID.planewave}}
-    using LaserProfile_{{{laser._idx}}} = profiles::PlaneWave<PyPIConGPUPlaneWaveParam_{{{laser._idx}}}>;
+    using LaserProfile_{{{_idx}}} = profiles::PlaneWave<PyPIConGPUPlaneWaveParam_{{{_idx}}}>;
     {{/typeID.planewave}}
     {{#typeID.dispersive}}
-    using LaserProfile_{{{laser._idx}}} = profiles::DispersivePulse<PyPIConGPUDispersivePulseParam_{{{laser._idx}}}>;
+    using LaserProfile_{{{_idx}}} = profiles::DispersivePulse<PyPIConGPUDispersivePulseParam_{{{_idx}}}>;
     {{/typeID.dispersive}}
     {{#typeID.fromOpenPMDPulse}}
-    using LaserProfile_{{{laser._idx}}} = profiles::FromOpenPMDPulse<PyPIConGPUFromOpenPMDPulseParam_{{{laser._idx}}}>;
+    using LaserProfile_{{{_idx}}} = profiles::FromOpenPMDPulse<PyPIConGPUFromOpenPMDPulseParam_{{{_idx}}}>;
     {{/typeID.fromOpenPMDPulse}}
 
     // TODO: find a better solution and move it into simulation class, or add a check that all lasers use the same positions
-    {{#laser._first}}
+    {{/laser}}
+    {{#laser}}
+    {{#_first}}
     /** Position in cells of the Huygens surface relative to start of the total domain
      *
      * The position is set as an offset, in cells, counted from the start of the total domain.
@@ -173,7 +184,7 @@ namespace picongpu::fields::incidentField
      * source matching such a case.
      */
     constexpr int32_t POSITION[3][2] = {
-        {{#huygens_surface_positions}}
+        {{#data.huygens_surface_positions}}
         {{#row_x}}
             { {{{negative}}}, {{{positive}}} },
         {{/row_x}}
@@ -183,19 +194,18 @@ namespace picongpu::fields::incidentField
         {{#row_z}}
             { {{{negative}}}, {{{positive}}} }
         {{/row_z}}
-        {{/huygens_surface_positions}}
+        {{/data.huygens_surface_positions}}
     };
-    {{/laser._first}}
+    {{/_first}}
 
     /**@{*/
     //! Incident field profile types along each boundary, these 6 types (or aliases) are required.
-    {{/laser.data}}
     {{/laser}}
 
 
     using YMin = MakeSeq_t<
     {{#laser}}
-        LaserProfile_{{{laser._idx}}},
+        LaserProfile_{{{_idx}}},
     {{/laser}}
     profiles::None
     >;